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MiniBoard7
MM32F00402
MM32F013013
MM32F014016
MM32F031xx_q6
MM32G01404
MM32G01604
MM32SPIN056
MM32SPIN071
MM32SPIN120B1
MM32SPIN160C1
MM32SPIN222C1
MM32SPIN223C1
MM32SPIN320B1
Motor-DK5

Temperature range

-40...+105°C20
-40...+85°C49

-

-

REACH12
RoHS12

10x10 mm4
1.8x1.8 mm1
3x3 mm3
4.35x6.45 mm8
4x4 mm7
5x5 mm16
7x7 mm30

tak12

2,0 - 5,5V63
3,0 - 16V2
30V1
5V1
63V1
9,0 - 18V1

Arm Cortex-M068
Arm STAR-MC11

12 KB1
16 KB21
4 KB23
8 KB24

128 KB6
32 KB30
64 KB33

-

UART interfaces

-

-

1x 2.012

-

157

1x 2.0B14

-

557

CSP161
LQFP2
LQFP3210
LQFP4819
LQFP643
QFN203
QFN286
QFN3217
TSSOP1
TSSOP207

ADC (1Msps, 12bit)

10ch19
12ch1
13ch21
5ch1
8ch2
9ch13

72 MHz

( number of products: 69 )

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MindMotion MM32SPIN07PF - 32-bit microcontroler

MindMotion MM32SPIN07PF - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
LQFP48
FLASH memory:
32 KB
SRAM memory:
8 KB

Available (7 wk)

MindMotion MM32SPIN05TW - 32-bit microcontroler

MindMotion MM32SPIN05TW - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
TSSOP20
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

MindMotion MM32SPIN05PT - 32-bit microcontroler

MindMotion MM32SPIN05PT - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
LQFP32
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

MindMotion MM32SPIN05PFOP - 32-bit microcontroler

MindMotion MM32SPIN05PFOP - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
LQFP48
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

MindMotion MM32SPIN05PF - 32-bit microcontroler

MindMotion MM32SPIN05PF - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
LQFP48
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

MindMotion MM32SPIN05NW - 32-bit microcontroler

MindMotion MM32SPIN05NW - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
QFN20
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

MindMotion MM32SPIN05NT - 32-bit microcontroler

MindMotion MM32SPIN05NT - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
QFN32
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

MindMotion MM32SPIN120B - 32-bit microcontroler

MindMotion MM32SPIN120B - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
QFN32
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

MindMotion MM32SPIN320B - 32-bit microcontroler

MindMotion MM32SPIN320B - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
QFN32
FLASH memory:
128 KB
SRAM memory:
12 KB

Available (7 wk)

MindMotion MM32SPIN160C - 32-bit microcontroler

MindMotion MM32SPIN160C - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
QFN32
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

MindMotion MM32SPIN223C - 32-bit microcontroler

MindMotion MM32SPIN223C - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
QFN32
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

MindMotion MM32SPIN222C - 32-bit microcontroler

MindMotion MM32SPIN222C - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
QFN32
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

MindMotion MM32G0163D6PV - 32-bit microcontroler

MindMotion MM32G0163D6PV - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
LQFP48
FLASH memory:
128 KB
SRAM memory:
16 KB

Available (7 wk)

MindMotion MM32G0163D4PV - 32-bit microcontroler

MindMotion MM32G0163D4PV - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
LQFP32
FLASH memory:
128 KB
SRAM memory:
16 KB

Available (7 wk)

MindMotion MM32G0163D4QV - 32-bit microcontroler

MindMotion MM32G0163D4QV - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
QFN32
FLASH memory:
128 KB
SRAM memory:
16 KB

Available (7 wk)

MindMotion MM32G0163D3NV - 32-bit microcontroler

MindMotion MM32G0163D3NV - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm STAR-MC1
CPU clocking (max):
72 MHz
Form factor:
QFN28
FLASH memory:
128 KB
SRAM memory:
16 KB

Available (7 wk)

MindMotion MM32G0141C4PV - 32-bit microcontroler

MindMotion MM32G0141C4PV - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
LQFP
FLASH memory:
64 KB
SRAM memory:
8 KB

Available (7 wk)

MindMotion MM32G0141C4QV - 32-bit microcontroler

MindMotion MM32G0141C4QV - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
QFN32
FLASH memory:
64 KB
SRAM memory:
8 KB

Available (7 wk)

MindMotion MM32G0141C3NV - 32-bit microcontroler

MindMotion MM32G0141C3NV - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
QFN28
FLASH memory:
64 KB
SRAM memory:
8 KB

Available (7 wk)

MindMotion MM32G0141C1TV - 32-bit microcontroler

MindMotion MM32G0141C1TV - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
TSSOP
FLASH memory:
64 KB
SRAM memory:
8 KB

Available (7 wk)

MindMotion MM32F031Y6Y6 - 32-bit microcontroler

MindMotion MM32F031Y6Y6 - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
CSP16
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

MindMotion MM32F031K6U6 - 32-bit microcontroler

MindMotion MM32F031K6U6 - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
QFN32
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

MindMotion MM32F031K6T6 - 32-bit microcontroler

MindMotion MM32F031K6T6 - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
LQFP32
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

MindMotion MM32F031F6U6 - 32-bit microcontroler

MindMotion MM32F031F6U6 - 32-bit microcontroler

Ask about the product

Ask about the product

Processor:
Arm Cortex-M0
CPU clocking (max):
72 MHz
Form factor:
QFN20
FLASH memory:
32 KB
SRAM memory:
4 KB

Available (7 wk)

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Contact
22 7528255
https://www.linkedin.com/company/soyter-components/
handlowy@soyter.pl
Soyter Components, Ekologiczna 14/16, 05-080 Klaudyn

In the category "Display and desktop enclosures", we offer enclosures designed for the use of a display and/or keypad and control buttons in an application.

The design of these enclosures allows displays to be mounted and integrated in a variety of mechanical ways, resulting in a modern device design with high IP protection. The design of these enclosures allows displays to be mounted and integrated in a variety of mechanical ways, resulting in a modern device design with high IP protection.

Alu-Topline is a line of enclosures that can be adapted to a wide range of electronic applications. They are most popular for display projects.

These enclosures are distinguished by their durability and workmanship and, thanks to the higher degree of protection, also their resistance to demanding environmental conditions.

The Bocard enclosure line is a modular enclosure system that adapts perfectly to different application requirements while maintaining a high IP rating.

With an interesting design, these enclosures can protect both the electronics of HMI solutions and electrical components outdoors and indoors.

The BoPad line has been designed with HMI applications in mind and in line with contemporary industrial design trends..

The ergonomics of the housing, the recesses in the surface for mounting the display and/or keypad, the selected and flush-mounted protective glass with anti-reflection coating, the contrast of the bright front bezel with the slightly duller rest of the housing surface and the fact that this series allows you to achieve an interesting design of your device with a high degree of protection (IP 65 to DIN EN 60529) through the use of different coloured gaskets and protective rubbers.

The BoTouch line is designed to mount HMI panels on the front of switch cabinets or control cabinets.

The plastic version is designed for resistive or touch-sensitive displays from 4.3" to 10.1", while the aluminium version can be customised to suit the customer's needs, even up to 15.6".

The BoVersa series enclosures are designed for IoT and embedded system applications. They feature a three-part construction, offering extensive customization options, as well as a cooling system – an integrated heat sink in the aluminum base and a system of symmetrically arranged fins.

The BoVersa series is the winner of the German Design Award 2025 in the category Excellent Product Design - Industry!

The Elegant-Pult line of enclosures are desktop enclosures in three sizes in colour-matched shades of grey.

Classic design corresponding to the Elegant electronic series.

The Futura/Bopult line of enclosures stands out for its ergonomic design combined with an interesting design in the desktop enclosure segment.

Console enclosures from the Ultrapult range offer considerable installation space while maintaining a classic style.

Made of plastic (ABS), the housings are offered in four sizes and two variants of the console area - open and closed with a noticeable recess.

In the desktop enclosures category, we offer selected enclosure series specifically used in measurement, laboratory, and medical equipment.

Our aesthetically designed enclosures provide extensive possibilities for creating a unique device design with the option to adapt to 19-inch mechanics.

Botego is a modernistic enclosure line full of colourful options for measuring, laboratory or medical equipment.

Intertego is a line of desktop enclosures adapted to the size of a 19-inch mechanism, made with particularly high quality in terms of material and design.

They are adjustable in width and length in three height variants and can be mounted on a wall or in an electrical cabinet. Numerous useful and decorative accessories allow you to give your final device an individual touch.

Ultramas is a classic line of enclosures designed for measuring, laboratory or medical equipment.

In many doctors' offices or clinics we will see these enclosures protecting professional medical equipment.

The Unimas line of enclosures features a classic desktop design in light grey.

It is designed for horizontal or vertical PCB mounting. Numerous pegs make it easy to mount PCBs inside the enclosure.

In the "Electronic enclosures" category we offer a selection of enclosures mainly for indoor use, with IP40 (except the Bocube with IP68 and the Bolink with IP65) and an interesting industrial design.

The Bocube line is described as unique and innovative. In creating the Bocube, the manufacturer gave a new, elegant shape to the can-type enclosure while maintaining the high protection standards of industrial enclosures.

Instead of mounting screws, a patented hinged clip system was used on a 'quick-connect' basis between the top and bottom of the enclosure. Tailored the enclosure for HMI projects by designing a suitable mounting area for displays and keyboards.

BoLink is a line of sleek polycarbonate electronic enclosures that are most often chosen to provide effective protection for smart sensors in Internet of Things (IoT) systems.

One basic size and three housing height variants are the most characteristic features of the line described.

The BoVersa series enclosures are designed for IoT and embedded system applications. They feature a three-part construction, offering extensive customization options, as well as a cooling system – an integrated heat sink in the aluminum base and a system of symmetrically arranged fins.

The BoVersa series is the winner of the German Design Award 2025 in the category Excellent Product Design - Industry!

The Circum line is a design proposal from Bopla combined with the multifunctionality of enclosures.

The consistent design and the innovative concept of masking the screw system through the use of different coloured cover panels makes these enclosures used not only in industrial applications, but also in home design...

The Elegant enclosure line consists of enclosures in four basic sizes with different heights in colour-matched two shades of grey.

The Element/Universal line of enclosures were designed in 1970 by the founder of Bopla.

The enclosures are offered in 15 sizes in colour-matched two shades of grey. The base of the enclosure is designed in dark grey and the top in light grey.

The Elesett range of enclosures is designed for applications where, in addition to space and PCB protection, we need to have an electrical outlet.

The line is distinguished by its functionality and design. Elesett enclosures are made in different variants of socket connectors: CEE 7/7 type E+F, EURO CEE 7/16 type C with the use of UL94V0 compliant PC/ABS material.

In the category "Industrial modern design enclosures" we present enclosures with modern design and design, maintaining the high protection standards required for industrial applications.

All housings, depending on the model, have an IP range of IP 66-69 and an IK range of IK 07-08.

The Bocube line is described as unique and innovative. In creating the Bocube, the manufacturer gave a new, elegant shape to the can-type enclosure while maintaining the high protection standards of industrial enclosures.

Instead of mounting screws, a patented hinged clip system was used on a 'quick-connect' basis between the top and bottom of the enclosure. Tailored the enclosure for HMI projects by designing a suitable mounting area for displays and keyboards.

Bocube Alu is an industrial enclosure made of aluminium, modern in design and installation, while maintaining high standards of protection.

Recess in the cover for face mounting of displays and/or keypads with ample space on the sides for mounting cable glands. Precisely fitted neoprene or silicone gasket to provide a high degree of IP protection to DIN EN 60529.

The Bocard enclosure line is a modular enclosure system that adapts perfectly to different application requirements while maintaining a high IP rating.

With an interesting design, these enclosures can protect both the electronics of HMI solutions and electrical components outdoors and indoors.

The BoVersa series enclosures are designed for IoT and embedded system applications. They feature a three-part construction, offering extensive customization options, as well as a cooling system – an integrated heat sink in the aluminum base and a system of symmetrically arranged fins.

The BoVersa series is the winner of the German Design Award 2025 in the category Excellent Product Design - Industry!

The Euromas II with membrane keypad edge enclosures line was introduced to the market in the 1970s. Despite such a long life, it is still appreciated and willingly used in projects with integrated keyboards.

Offered in 29 sizes and two material versions: ABS and polycarbonate, with the possibility of certification to UL 746C requirements. Various PCB mounting methods are planned in the base of the enclosure: vertical (models with LP extension) and horizontal, and the cover has a recess for flush mounting of the keyboard.

In the "industrial classic design enclosures" category, we offer classic can-type enclosures made of various materials, from aluminium through polycarbonate, also in PC UL 94 V0, to ABS material.

The enclosures have elaborate drawing documentation and material certifications including under UL and railway requirements. All enclosures have an IP in range of IP 66-69 and an IK in range of IK 07-09, depending on the model.

Euromas Aluminium is the classic line of enclosures offered by Bopla in 43 sizes.

The enclosures are manufactured from high quality aluminium alloy G Al. Si 12 with attention to the quality of the gasket assembly, which translates into compliance with stringent standards for the protection of customer equipment.

The Euromas ABS / PC is a line of classic industrial can-type enclosures made of high-quality ABS and PC.

They are available in a very wide range of types: 36 sizes. The PC material UL 94 V0 complies with the requirements of R22 in accordance with DIN EN 45545-2 with HL3 (railway standard).

The Euromas ABS / PC is a line of classic industrial can-type enclosures made of high-quality ABS and PC.

They are available in a very wide range of types: 36 sizes. The PC material UL 94 V0 complies with the requirements of R22 in accordance with DIN EN 45545-2 with HL3 (railway standard).

Euromas Polyester is a classic line of enclosures offered by Bopla in 27 sizes and two types of lid design.

The enclosures are manufactured from high-quality polyester with UL certification and attention to the quality of the gasket assembly, which translates into compliance with stringent standards for the protection of customers' terminal equipment.

The Euromas II smooth surface line belongs to the classic industrial enclosures of the can type made of high-quality PC material.

The high quality of the material used is greatly appreciated when milling enclosures.

The Polysafe line of enclosures is designed for outdoor use in harsh weather conditions (snow, rain, rapid temperature changes, exposure to strong UV radiation).

Polysafe enclosures are made of glass fibre reinforced polyester in eight large sizes ranging from 300x250x140mm to 800x600x300mm in transparent and opaque door versions opening to the right or left side.

Bocube Alu and Euromas Aluminium are lines of aluminum enclosures offered by Bopla for applications in railway and public bus transportation, as well as military vehicles, where the highest safety standards for materials in case of fire are required, meaning the lowest possible emission of harmful substances during combustion.

Both enclosure lines comply with the railway standard DIN EN 45545-2 for emissions of harmful substances concerning their coating.

Bocube Alu is an industrial enclosure with a modern design and assembly method, made of aluminum, while maintaining high standards of protection.

Recess in the cover for flush mounting of displays and/or keyboards, while maintaining a large surface on the sides for mounting cable glands. Precisely installed neoprene or silicone gasket ensuring a high degree of IP protection according to DIN EN 60529. Meets the requirements of R1 or R7 in accordance with the DIN EN 45545-2 standard with a hazard level of HL3 and the requirements of UL certification. In terms of shape, the aluminum line of Bocube Alu enclosures corresponds to plastic Bocube, which makes it possible to maintain a consistent marketing image of the devices depending on the material used.

Euromas Aluminium is a classic line of enclosures offered by Bopla in 43 sizes. The housings are made of high-quality G Al. Si 12 aluminum alloy with attention to the quality of gasket assembly, which translates into meeting stringent standards for the protection of customers' end devices.

The precisely placed neoprene gasket ensures a high degree of protection, minimum IP66 according to DIN EN 60529. Alternatively, higher temperature resistance can be achieved by using a silicone gasket. A special version of the EMC seal is available on request, ensuring a conductive connection between the cover and the base. The housing meets the requirements of R1 or R7 in accordance with the DIN EN 45545-2 standard with a hazard level of HL3 and UL. E 196 706 (details in the material data sheets). The IK09 impact protection level has been achieved according to the IEC 62262 standard. It is possible to deliver unpainted housings with a gasket in the cover and protection with an additional anti-corrosion coating (so-called surtec coating).

In the "Aluminium profile enclosures" category, the enclosures are made using aluminium bar machining technology to produce profiles with internal PCB guides, and are closed with plastic or aluminium side covers.

This type of enclosure is available in a very wide range of types. It is characterised by high-quality mechanical workmanship, modern industrial design, and the protection of raw aluminium with chemical coatings, from anodising to powder coating, thanks to which we can offer profiles with a high IP 66/68 rating. Virtually unlimited application possibilities, depending on the designer's ideas.

The Alubos line of enclosures is a classic aluminium profile made using the finely honed "extruded profiles" technology.

Three profile variants (closed ABP, semi-open ABPH or open ABPU with matching faceplates) provide the right solution for every installation situation.

The Aluplan line of enclosures is a frame structure of powder-coated aluminium profiles, joined at the sides by screws covered with plastic covers.

This solution makes it possible to build large profile enclosures in two height versions: 56 and 100 mm.

The Alustyle line, designed using a stylish asymmetrical aluminium profile in a finely-tuned extruded profile technology, is sure to impress in its configuration with elegant designer accessories.

The system groove integrated in the profile allows the installation of any decorative trim or wall brackets to be inserted.

The BOS-Ecoline line of enclosures is constructed of anodised aluminium profiles closed on the sides with plastic covers.

They have the option of integrating a heat sink in the housing cover. Degree of protection IP 40 to DIN EN 60529, extendable to IP54 in the closed profile version after fitting a gasket.

The Filotec line of enclosures is constructed of anodised aluminium profiles closed on the sides with aluminium covers.

Different types of profiles can be combined to form a single enclosure, for example, top and bottom with a heat sink...

Control systems enclosures are advanced solutions designed to protect and mount electronic components in automation and control systems.

This category includes products from reputable manufacturers that combine functionality with high quality workmanship to meet the requirements of both simple and complex industrial applications.

The Combi Card 1000-3000 line is a modular and highly flexible enclosure system that allows for optimal integration of electronic components, including in a 19-inch system.

If necessary, the electronic part can be separated from the electrical part. All front, base, and rear elements of the same size can be individually combined. Front and rear elements can also be mounted directly without the base element.

The Combi Card 5000-7000 enclosure series is a large, modular and flexible enclosure system that allows the integration of electronic components, also into a 19-inch system.

If necessary, the electronic part can be separated from the electrical part, also on both sides of the upper and lower enclosure base.

The RegloCard Plus enclosure line consists of classic L-shaped control module enclosures with a separately accessible terminal section, allowing for the connection of power or control wires through cable glands without the need to open the electronic mounting space.

All models are available with metric or Pg cutouts in the terminal chamber. The rear-mounted element ensures additional, solid, and secure wall mounting. The enclosures are available in various material versions (PC UL 94 V0, ABS) with a precisely fitted EPDM gasket.

Enclosures for laboratory equipment.

In the category "Outdoor industrial enclosures for switchgear with superior protection against rain and UV radiation" we have selected enclosures dedicated to outdoor applications with particular requirements for protection against rain, snow, rapid temperature changes or icing.

They are suitable for use in switch cabinets, machine control boxes or outdoor electronics.

In the category "Hand-held enclosures" we offer enclosures dedicated for manually operated devices, so when making a selection we pay particular attention to the ergonomic positioning of the enclosures in the hand, their resistance to accidental falls and their resistance to moisture and dust.

The Alustyle line, designed using a stylish asymmetrical aluminium profile in a finely-tuned extruded profile technology, is sure to impress in its configuration with elegant designer accessories.

The system groove integrated in the profile allows the installation of any decorative trim or wall brackets to be inserted.

The Alubos line of enclosures is a classic aluminium profile made using the finely honed "extruded profiles" technology.

Three profile variants (closed ABP, semi-open ABPH or open ABPU with matching faceplates) provide the right solution for every installation situation.

The ARTEB line of enclosures is an innovative proposal for handheld enclosures with an interesting industrial design.

The innovation of these enclosures lies in the snap-in method of connecting the components and the fact that thanks to a sppecial service key, the enclosures cannot be opened by unauthorised persons...

The BoPad line has been designed with HMI applications in mind and in line with contemporary industrial design trends..

The ergonomics of the housing, the recesses in the surface for mounting the display and/or keypad, the selected and flush-mounted protective glass with anti-reflection coating, the contrast of the bright front bezel with the slightly duller rest of the housing surface and the fact that this series allows you to achieve an interesting design of your device with a high degree of protection (IP 65 to DIN EN 60529) through the use of different coloured gaskets and protective rubbers.

The BOS line of enclosures are classic handheld enclosures manufactured from ABS in 8 sizes.

The manufacturer offers versions with a pre-fabricated display window, a continuous flat surface, battery compartments, a speaker hole or with a side on-off switch.

The BOS-Streamline range of enclosures, launched in 2007, is very popular due to its ergonomic fit in the hand, shape, colours, durability and innovative gasket solution with an additional protective rubber function.

Depending on the application, they are suitable for use both in harsh outdoor conditions and indoors, where we can use the cheaper variants without any seals at all.

In the category " Panel mount enclosures" we have selected enclosures dedicated to mounting electronics on switch cabinets or other fronts in applications with displays and/or keyboards.

Bocard installation area are plastic installation covers with gasket for mounting electronics on enclosure doors or other fronts.

Important features of these covers include mounting screws masked by plastic covers and a recess in the cover to allow flush mounting of displays and/or keyboards.

The BoTouch line is designed to mount HMI panels on the front of switch cabinets or control cabinets.

The plastic version is designed for resistive or touch-sensitive displays from 4.3" to 10.1", while the aluminium version can be customised to suit the customer's needs, even up to 15.6".

Combifront is a light grey plastic installation cover with seal for mounting electronics on enclosure doors or other fronts.

Mounting screws masked by plastic covers. Recess in cover to allow flush mounting of displays and/or keyboards.

The Uninorm line of enclosures are classic plastic panel enclosures in 36 sizes compatible with enclosure dimensions according to DIN IEC 61554.

The thin-walled yet robust housing body is made of glass fibre reinforced plastic and provides ample mounting space for PCBs.

Modular DIN rail enclosures compliant with DIN 43880 are key components in automation systems and electrical installations, enabling the safe installation of devices on standard DIN rails.

This category includes various enclosures that protect electronic components and facilitate space organization and management in control cabinets.

DIN rail enclosures.

Other DIN rail enclosures.

The Alurail line of enclosures is an innovative solution to turn aluminium profiles into DIN rail enclosures in applications where we cannot or do not want to use cheaper plastic solutions.

In the Alurail system, profiles can be combined in a variety of ways to create individual enclosure configurations, including stepped versions...

The CombiNorm-Classic range of enclosures is designed to provide as much space as possible for PCB mounting in DIN rail applications.

The manufacturer has provided for the possibility of mounting PCBs vertically and horizontally, offers numerous accessories such as blanking panels for unused terminal blocks, adjustment panels opening from the top of the enclosure, protective glass on the front, enclosure designs in various materials (including UL 94 V0 compliant) and various colours other than the standard light grey.

The CombiNorm-Compact line provides a large number of connections with a minimisation of the sheer width of the enclosure, which saves space on the DIN rail.

The enclosures have been designed for various PCB shapes and pinout variants. They are characterised by the extensive number of accessories in this enclosure segment.

CombiNorm-Connect enclosure line.

The Combirail enclosure line is another innovative offering from Bopla in the DIN rail enclosure segment.

In this line, plastic profiles are combined with transparent covers to create highly designer yet easy-to-install (snap-on technology) DIN rail enclosures.

Enclosures from the “Italian design” category are elegant and functional solutions that combine modern design with high quality workmanship. Made of durable materials such as ABS, they provide protection for electronic devices while enhancing their aesthetics.

Available in a variety of sizes and colors, they allow customization to meet individual design needs. Ideal for applications where both functionality and stylish appearance are important.

MINI TEKNET enclosure series

MINITEKMAG enclosure series.

REMOTEKNET enclosure series

SOAP 1 enclosure series

SPRINT enclosure series

TBT enclosure series.

TBT-B enclosure series.

TEK-B enclosure series.

TEKMAG enclosure series.

TEKNET T enclosure series.

WITEK enclosure series

Enclosures for remote controls are professional solutions designed to protect and aesthetically finish remote control devices.

Products in this category combine modern design with functionality, which makes them suitable for both home use and professional applications.

OV-IP enclosure series

POCKET 10 enclosure series

POCKET 11 enclosure series

POCKET 12 enclosure series

OVO-1 enclosure series

OVO-2 enclosure series

OVO-3 enclosure series

REMO-TEK enclosure series

Round and oval enclosures are specialized solutions designed to protect and aesthetically finish a variety of electronic devices.

Thanks to their unique shapes, these enclosures are ideal for applications requiring unusual design and functionality.

DOMOTEK enclosure series

IO-TEK enclosure series

OVOTEK enclosure series

OVOTEK WALL enclosure series

SUI-TEK enclosure series

USB Enclosures are compact solutions designed specifically to protect and aesthetically close electronics based on the USB interface.

Products in this category are distinguished by a solid construction that protects delicate components from mechanical damage and environmental influences, while also providing easy access to ports, facilitating the integration of devices with computers, laptops, and other electronic devices.

TEK-USB enclosure series

Universal enclosures for budget devices are versatile and economical solutions, designed to protect and aesthetically finish a variety of electronic devices. Products in this category are characterized by durable construction, made of high-quality materials such as ABS, which provide reliable protection against mechanical damage and external influences.

With a variety of shapes and sizes, these enclosures can be easily customized to meet specific design requirements, from small mobile devices to more advanced solutions.

ENCLOS enclosure series

POCKET CARD enclosure series

SMART enclosure series

SOAP 2 enclosure series

Pressure compensation elements that prevent the accumulation of moisture in electronic enclosures.

They are used to compensate for pressure differences between the interior and exterior of the enclosure. They protect against the ingress of moisture, dust and other contaminants while allowing air flow.

Cable glands are used to seal passages through the enclosure, prevent the cable from twisting, protect it from the sharp walls of the enclosure and reduce the risk of pulling it out. Thanks to glands with the appropriate tightness class, you can lead the cable into the enclosure without worrying about losing its tightness.

Bopla's range of glands includes plastic, brass and specialty glands. What sets Bopla apart is its many years of experience in assembling these glands into its enclosures to maintain high IP, so Bopla has perfected precise tightening torques.

Standard cable glands are components used in electrical and electronic installations to safely and securely introduce cables into device enclosures..

Their primary functions include protecting cables from mechanical damage, such as abrasion, and preventing the ingress of dust, moisture, and other contaminants into the device interior.

Cable glands by Bopla.

Cable glands by Pflitsch.

Cable glands with anti-kink protection, also known as strain relief cable glands, are specialized elements designed to protect cables where they enter an enclosure or device.

They prevent sharp bends or kinks in cables, which is especially valuable in applications where cables are exposed to frequent movement, vibrations, or environmental stresses.

Cable glands with a slotted sealing insert are accessories designed for easy sealing of cables with irregular or non-standard shapes without the need to remove connectors or plugs.

Thanks to the slotted design of the sealing insert, cables can be conveniently inserted into the gland without disconnecting the connectors.

Cable glands for internal assembly are specialized cable entry systems designed for installations inside enclosures and devices where installation space is limited.

They feature a compact, often flat shape, making them easy to place even in hard-to-reach areas.

Plug-in cable glands are solutions designed for quick and convenient installation and removal of cables in enclosures and devices.

Their design allows for easy insertion and secure fixing of cables while providing reliable sealing at the interface.

EMC cable glands are advanced solutions designed to protect cables from electromagnetic interference.

Ideal for applications requiring electromagnetic compatibility, such as industrial systems, electronic devices, or telecommunication applications. Thanks to high-quality materials and precise construction, they provide effective shielding, reliability, and durability.

Cable gland accessories are components that support the installation and functionality of cable glands, providing additional protection and flexibility in cable routing. With the right accessories, cable installations become more reliable and durable.

Blind plugs for cable glands

Counter nuts for cable glands.

Twisting nipples for cable glands.

Sealing rings for cable glands.

In the category " Enclosure accessories" you will find accessories dedicated to individual enclosure lines as well as general accessories that can be used in almost any enclosure, such as cable glands, pressure equalisation valves, brackets for mounting enclosures on walls or masts, battery containers, etc..

2J is a global provider of innovative antenna solutions. Originally from Slovakia, the company has also opened development and production facilities in the UK and the US in order to better adapt to the needs of customers and the international market.

2J's antennas include support for a wide range of communication technologies, from the outgoing 2G and 3G standards, through the rapidly developing 4G and 5G, to WiFi, Bluetooth, ISM, long-range LPWA, tracking and location GPS or Iridium satellite..

2J Antennas' embedded antennas are designed to deliver exceptional performance across a wide range of applications, including 5G, LTE, Wi-Fi, GPS and Bluetooth.

What sets 2J Antennas' indoor antennas apart is their innovative design and patented technologies. These antennas are designed to provide excellent performance even in challenging environments, such as those with high levels of interference or limited space.

2J Antennas' outdoor antennas are designed to deliver exceptional performance in a wide range of applications, including IoT, automotive and transport industries.

What sets 2J Antennas apart is their innovative design and patented technologies. These antennas are designed to provide reliable and consistent connectivity even in areas with low signal strength or high levels of interference.

Amotech - Advanced material on Technology, is a manufacturer, founded in 1994, of a wide range of passive components, including all types of antennas for ISM, WiFi/WLAN, GSM, GPS, FM bands, etc., varistors, ESD quench elements, passive EMI and CMF filters, chokes made with multilayer technology, and BLDC motors.

In addition, the manufacturer also offers a selection of UWB (Ultra Wide Band) modules, developed in cooperation with NXP.

Bernic is a Danish company that has been in business for more than 40 years. The company was founded in 1952 starting with the production of carbon microphones. In 1984, it entered the DIN rail enclosure market. From the beginning until today, Bernic enclosures have been designed and manufactured in Denmark.

Bernic specialises in DIN-rail enclosures in compliance with DIN 43 880 and DIN EN 50 022 using catalogue enclosures made from high-quality Lexan 940 and self-extinguishing Noryl V0, compliant with UL 94 V0. It offers a diverse range of enclosures specifically designed to meet unique application requirements.

DIN rail enclosure series 350, by Bernic

DIN rail enclosure series 520, by Bernic

DIN rail enclosure series 700, by Bernic

DIN rail enclosure series 1050, by Bernic

DIN rail enclosure series 1570, by Bernic

DIN rail enclosure series 2100, by Bernic

DIN rail enclosure series 2600, by Bernic

Bopla is one of the leading manufacturers creating enclosures for electronics and industrial equipment, made of plastic and aluminum.

Bopla's enclosures provide the highest level of safety, meeting the conditions of rigorous testing, and their wide range of sizes makes them easily found in any industry, such as telecommunications, automation, security technology or medical, among others.

Additional services for Bopla products.

Alu-Topline is a line of enclosures that can be adapted to a wide range of electronic applications. They are most popular for display projects.

These enclosures are distinguished by their durability and workmanship and, thanks to the higher degree of protection, also their resistance to demanding environmental conditions.

The Alubos line of enclosures is a classic aluminium profile made using the finely honed "extruded profiles" technology.

Three profile variants (closed ABP, semi-open ABPH or open ABPU with matching faceplates) provide the right solution for every installation situation.

The Aluplan line of enclosures is a frame structure of powder-coated aluminium profiles, joined at the sides by screws covered with plastic covers.

This solution makes it possible to build large profile enclosures in two height versions: 56 and 100 mm.

The Alurail line of enclosures is an innovative solution to turn aluminium profiles into DIN rail enclosures in applications where we cannot or do not want to use cheaper plastic solutions.

In the Alurail system, profiles can be combined in a variety of ways to create individual enclosure configurations, including stepped versions...

The Alustyle line, designed using a stylish asymmetrical aluminium profile in a finely-tuned extruded profile technology, is sure to impress in its configuration with elegant designer accessories.

The system groove integrated in the profile allows the installation of any decorative trim or wall brackets to be inserted.

The ARTEB line of enclosures is an innovative proposal for handheld enclosures with an interesting industrial design.

The innovation of these enclosures lies in the snap-in method of connecting the components and the fact that thanks to a sppecial service key, the enclosures cannot be opened by unauthorised persons...

The Bocard enclosure line is a modular enclosure system that adapts perfectly to different application requirements while maintaining a high IP rating.

With an interesting design, these enclosures can protect both the electronics of HMI solutions and electrical components outdoors and indoors.

Bocard installation area are plastic installation covers with gasket for mounting electronics on enclosure doors or other fronts.

Important features of these covers include mounting screws masked by plastic covers and a recess in the cover to allow flush mounting of displays and/or keyboards.

The Bocube line is described as unique and innovative. In creating the Bocube, the manufacturer gave a new, elegant shape to the can-type enclosure while maintaining the high protection standards of industrial enclosures.

Instead of mounting screws, a patented hinged clip system was used on a 'quick-connect' basis between the top and bottom of the enclosure. Tailored the enclosure for HMI projects by designing a suitable mounting area for displays and keyboards.

Bocube Alu is an industrial enclosure made of aluminium, modern in design and installation, while maintaining high standards of protection.

Recess in the cover for face mounting of displays and/or keypads with ample space on the sides for mounting cable glands. Precisely fitted neoprene or silicone gasket to provide a high degree of IP protection to DIN EN 60529.

BoLink is a line of sleek polycarbonate electronic enclosures that are most often chosen to provide effective protection for smart sensors in Internet of Things (IoT) systems.

One basic size and three housing height variants are the most characteristic features of the line described.

The BoPad line has been designed with HMI applications in mind and in line with contemporary industrial design trends..

The ergonomics of the housing, the recesses in the surface for mounting the display and/or keypad, the selected and flush-mounted protective glass with anti-reflection coating, the contrast of the bright front bezel with the slightly duller rest of the housing surface and the fact that this series allows you to achieve an interesting design of your device with a high degree of protection (IP 65 to DIN EN 60529) through the use of different coloured gaskets and protective rubbers.

The BOS line of enclosures are classic handheld enclosures manufactured from ABS in 8 sizes.

The manufacturer offers versions with a pre-fabricated display window, a continuous flat surface, battery compartments, a speaker hole or with a side on-off switch.

The BOS-Ecoline line of enclosures is constructed of anodised aluminium profiles closed on the sides with plastic covers.

They have the option of integrating a heat sink in the housing cover. Degree of protection IP 40 to DIN EN 60529, extendable to IP54 in the closed profile version after fitting a gasket.

The BOS-Streamline range of enclosures, launched in 2007, is very popular due to its ergonomic fit in the hand, shape, colours, durability and innovative gasket solution with an additional protective rubber function.

Depending on the application, they are suitable for use both in harsh outdoor conditions and indoors, where we can use the cheaper variants without any seals at all.

Botego is a modernistic enclosure line full of colourful options for measuring, laboratory or medical equipment.

Enclosures are available in vented and unvented versions, in light gray RAL 7035, and can be personalized with colorful decorative and functional elements. The design allows for adaptation to 19-inch mechanics, and modular extension kits allow for gradual increases in height or width.

The BoTouch line is designed to mount HMI panels on the front of switch cabinets or control cabinets.

The plastic version is designed for resistive or touch-sensitive displays from 4.3" to 10.1", while the aluminium version can be customised to suit the customer's needs, even up to 15.6".

The BoVersa series enclosures are designed for IoT and embedded system applications. They feature a three-part construction, offering extensive customization options, as well as a cooling system – an integrated heat sink in the aluminum base and a system of symmetrically arranged fins.

The BoVersa series is the winner of the German Design Award 2025 in the category Excellent Product Design - Industry!

The Circum line is a design proposal from Bopla combined with the multifunctionality of enclosures.

The consistent design and the innovative concept of masking the screw system through the use of different coloured cover panels makes these enclosures used not only in industrial applications, but also in home design...

The Combi Card 1000-3000 line is a modular and highly flexible enclosure system that allows for optimal integration of electronic components, including in a 19-inch system.

If necessary, the electronic part can be separated from the electrical part. All front, base, and rear elements of the same size can be individually combined.

The Combi Card 5000-7000 enclosure series is a large, modular and flexible enclosure system that allows the integration of electronic components, also into a 19-inch system.

If necessary, the electronic part can be separated from the electrical part, also on both sides of the upper and lower enclosure base.

Combifront is a light grey plastic installation cover with seal for mounting electronics on enclosure doors or other fronts.

Mounting screws masked by plastic covers. Recess in cover to allow flush mounting of displays and/or keyboards.

The CombiNorm-Classic range of enclosures is designed to provide as much space as possible for PCB mounting in DIN rail applications.

The manufacturer has provided for the possibility of mounting PCBs vertically and horizontally, offers numerous accessories such as blanking panels for unused terminal blocks, adjustment panels opening from the top of the enclosure, protective glass on the front, enclosure designs in various materials (including UL 94 V0 compliant) and various colours other than the standard light grey.

The CombiNorm-Compact line provides a large number of connections with a minimisation of the sheer width of the housing, which saves space on the DIN rail.

The enclosures have been designed for various PCB shapes and pinout variants. They are characterised by the extensive number of accessories in this enclosure segment.

CombiNorm-Connect enclosure line.

The Combirail enclosure line is another innovative offering from Bopla in the DIN rail enclosure segment.

In this line, plastic profiles are combined with transparent covers to create highly designer yet easy-to-install (snap-on technology) DIN rail enclosures.

The Elegant enclosure line consists of enclosures in four basic sizes with different heights in colour-matched two shades of grey.

Enclosures are available in a variety of options, including flat, recessed membrane keyboard and vented. They offer a sleek front panel, a variety of PCB mounting options and invisible screws, and select models have a built-in wall-mount bracket with an EG-AK separation cover.

The Elegant-Pult line of enclosures are desktop enclosures in three sizes in colour-matched shades of grey. Classic design corresponding to the Elegant electronic series.

The enclosures offer a variety of front options to accommodate membrane keyboards and displays, and a removable rear panel simplifies installation. Specially designed stud locations for Euro cards, mounting sleeves for durability, and invisible mounting screws enhance the aesthetics and functionality of the design.

The Element/Universal line of enclosures were designed in 1970 by the founder of Bopla.

The enclosures are offered in 15 sizes in colour-matched two shades of grey. The base of the enclosure is designed in dark grey and the top in light grey.

The Elesett range of enclosures is designed for applications where, in addition to space and PCB protection, we need to have an electrical outlet.

The line is distinguished by its functionality and design. Elesett enclosures are made in different variants of socket connectors: CEE 7/7 type E+F, EURO CEE 7/16 type C with the use of UL94V0 compliant PC/ABS material.

The Euromas ABS / PC is a line of classic industrial can-type enclosures made of high-quality ABS and PC.

They are available in a very wide range of types: 36 sizes. The PC material UL 94 V0 complies with the requirements of R22 in accordance with DIN EN 45545-2 with HL3 (railway standard).

Euromas Aluminium is the classic line of enclosures offered by Bopla in 43 sizes.

The enclosures are manufactured from high quality aluminium alloy G Al. Si 12 with attention to the quality of the gasket assembly, which translates into compliance with stringent standards for the protection of customer equipment.

Euromas Polymas enclosure line.

Euromas II enclosures series, made by Bopla.

The Euromas II line of enclosures with membrane keypad edge was introduced in the 1970s.

Despite having such a long life already, it is still appreciated and willingly used for projects with integrated keyboards.

The Euromas II smooth surface line belongs to the classic industrial enclosures of the can type made of high-quality PC material.

The high quality of the material used is greatly appreciated when milling enclosures.

The Filotec line of enclosures is constructed of anodised aluminium profiles closed on the sides with aluminium covers.

Different types of profiles can be combined to form a single enclosure, for example, top and bottom with a heat sink...

The Futura/Bopult line of enclosures stands out for its ergonomic design combined with an interesting design in the desktop enclosure segment.

The enclosures are available in a variety of front designs, and an optional gasket increases their watertightness to IP54. Thanks to their symmetrical design, they can be easily converted from desktop to desktop versions by rotating 180°.

Intertego is a line of desktop enclosures adapted to the size of a 19-inch mechanism, made with particularly high quality in terms of material and design.

They are adjustable in width and length in three height variants and can be mounted on a wall or in an electrical cabinet. Numerous useful and decorative accessories allow you to give your final device an individual touch.

The Polysafe line of enclosures is designed for outdoor use in harsh weather conditions (snow, rain, rapid temperature changes, exposure to strong UV radiation).

Polysafe enclosures are made of glass fibre reinforced polyester in eight large sizes ranging from 300x250x140mm to 800x600x300mm in transparent and opaque door versions opening to the right or left side.

The RegloCard Plus enclosure line consists of classic L-shaped control module enclosures.

They have a separately accessible terminal section, allowing for the connection of power or control wires through cable glands without the need to open the electronic mounting space.

Ultramas is a classic line of enclosures designed for measuring, laboratory or medical equipment.

In many doctors' offices or clinics we will see these enclosures protecting professional medical equipment.

Console enclosures from the Ultrapult range offer considerable installation space while maintaining a classic style.

Made of plastic (ABS), the housings are offered in four sizes and two variants of the console area - open and closed with a noticeable recess.

The Unimas line of enclosures features a classic desktop design in light grey.

It is designed for horizontal or vertical PCB mounting. Numerous pegs make it easy to mount PCBs inside the enclosure.

The Uninorm line of enclosures are classic plastic panel enclosures in 36 sizes compatible with enclosure dimensions according to DIN IEC 61554.

The thin-walled yet robust housing body is made of glass fibre reinforced plastic and provides ample mounting space for PCBs.

Espressif Systems (688018.SH) is a public, international, fabless semiconductor company founded in 2008 with offices in China, the Czech Republic, India, Singapore and Brazil. Espressif is a passionate team of engineers and scientists from around the world, focused on creating cutting-edge solutions in wireless communications, low power and AIoT.

Through the use of wireless computing, they provide eco-friendly, versatile and cost-effective integrated circuits. They are committed to offering solutions that are safe, robust and energy efficient. At the same time, through open access to our technologies and solutions, we want to enable developers to globally leverage Espressif solutions and build their own intelligently connected devices.

ESP32-S encompasses Espressif Systems' ESP32-S2 and ESP32-S3 microcontrollers. The ESP32-S series are designed for advanced applications requiring high performance and extensive communication capabilities.

Compared to the ESP32-C series, which focuses on low power consumption and cost-effectiveness, the ESP32-S chips offer greater computational power and support for more advanced features, such as AI acceleration and multimedia processing.

ESP32-S2 is a highly integrated, low-power, single-core Wi-Fi Microcontroller SoC, designed to be secure and cost-effective, with a high performance and a rich set of IO capabilities.

The ESP32-S2 combines advanced security, including encryption and key protection, with high performance. It offers a wide set of interfaces and stable Wi-Fi performance under extreme temperature conditions.

ESP32-S3 is a dual-core XTensa LX7 MCU, capable of running at 240 MHz. Apart from its 512 KB of internal SRAM, it also comes with integrated 2.4 GHz, 802.11 b/g/n Wi-Fi and Bluetooth 5 (LE) connectivity that provides long-range support.

It has 45 programmable GPIOs and supports a rich set of peripherals. ESP32-S3 supports larger, high-speed octal SPI flash, and PSRAM with configurable data and instruction cache.

ESP32-C is a series of microcontrollers from Espressif Systems, designed for energy-efficient and cost-effective solutions. This series features single-core RISC-V processors and supports 2.4 GHz Wi-Fi and Bluetooth Low Energy connectivity.

Compared to the ESP32-S series, ESP32-C devices offer lower power consumption and are more affordable, making them ideal for applications requiring energy efficiency and cost optimization.

ESP32-C2 is a low-cost, Wi-Fi 4 & Bluetooth 5 (LE) chip. Its unique design makes the chip smaller and yet more powerful than ESP8266.

ESP32-C2 is built around a RISC-V 32-bit, single-core processor, with 272 KB of SRAM (16 KB dedicated to cache) and 576 KB of ROM.

Modules and development kits based on ESP32-C3 series chips.

Espressif’s ESP32-C5 is the industry’s first RISC-V MCU that supports 2.4 and 5 GHz dual-band Wi-Fi 6, along with Bluetooth 5 (LE) and IEEE 802.15.4 (Zigbee 3.0, Thread 1.3) connectivity. It is designed for applications that require high-efficiency wireless transmission. ESP32-C5 has a 32-bit single-core processor which can clock up to 240 MHz in speed.

It has a 384 KB on-chip SRAM along with external PSRAM support, 320 KB of ROM. It has up to 29 programmable GPIOs, supporting all the commonly used peripherals and the best-in-class security features.

ESP32-C6 is Espressif’s first Wi-Fi 6 SoC integrating 2.4 GHz Wi-Fi 6, Bluetooth 5 (LE) and the 802.15.4 protocol. ESP32-C6 achieves an industry-leading RF performance, with reliable security features and multiple memory resources for IoT products. It consists of a high-performance (HP) 32-bit RISC-V processor, which can be clocked up to 160 MHz, and a low-power (LP) 32-bit RISC-V processor, which can be clocked up to 20 MHz.

It has a 320KB ROM, a 512KB SRAM, and works with external flash. It comes with 30 (QFN40) or 22 (QFN32) programmable GPIOs, with support for SPI, UART, I2C, I2S, RMT, TWAI, PWM, SDIO, Motor Control PWM. It also packs a 12-bit ADC and a temperature sensor.

The ESP32-C61 is designed to meet the growing demand for advanced Wi-Fi 6 technology, offering optimized peripherals, enhanced connectivity, and expanded memory options.

This next-generation SoC integrates Wi-Fi 6 and Bluetooth 5 (LE), providing a powerful and versatile solution for your connectivity needs.

ESP32-H2 combines IEEE 802.15.4 connectivity with Bluetooth 5 (LE). The SoC is powered by a single-core, 32-bit RISC-V microcontroller that can be clocked up to 96 MHz. The ESP32-H2 has been designed to ensure low power consumption and security for connected devices.

ESP32-H2 has 320 KB of SRAM with 16 KB of Cache, 128 KB of ROM, 4 KB LP of memory, and a built-in 2 MB or 4 MB SiP flash. It has 19 programmable GPIOs with support for ADC, SPI, UART, I2C, I2S, RMT, GDMA and LED PWM.

The ESP32 is a low-cost, low-power system-on-chip microcontroller with integrated Wi-Fi and dual-mode Bluetooth capabilities. Developed by Espressif Systems, it features a dual-core Tensilica Xtensa LX6 microprocessor operating at up to 240 MHz.

The ESP32 is widely used in Internet of Things (IoT) applications due to its versatility and robust performance. It offers a rich set of peripherals, including multiple GPIOs, ADCs, DACs, UART, SPI, and I2C interfaces, making it suitable for a wide range of projects.

The ESP8266 is a low-cost Wi-Fi microcontroller developed by Espressif Systems, widely used in Internet of Things (IoT) applications. It features a 32-bit Tensilica L106 microprocessor operating at 80 or 160 MHz, integrated with a full TCP/IP stack.

The chip supports various interfaces, including GPIO, SPI, I²C, and UART, making it versatile for numerous projects. Its compact design and energy efficiency make it suitable for battery-powered devices and wearable electronics.

The ESP32-P4 is powered by a dual-core RISC-V CPU featuring AI instruction extensions, an advanced memory subsystem, and integrated high-speed peripherals. It's tailored for high-performance applications demanding robust security.

Positioned for the forthcoming era of embedded applications, the ESP32-P4 targets solid support for rich Human-Machine Interfaces, efficient edge computing, and increased IO-connectivity demands.

Founded in 1988 as a specialized subcontracting company, Euroclamp began manufacturing printed circuit board terminal blocks in 1991. With more than 30 years of experience as part of a leading group of companies in the electronics industry, the company was immediately recognized as flexible, reliable and highly innovative.

Euroclamp's DIN rail enclosures are solutions for mounting electronic devices in control cabinets and switchgear.

They provide easy installation and protection of components, which is crucial in industrial automation and wiring systems.

GRINN is a Polish team comprised of dozens of engineers and designers of IoT solutions, specialising in single board computers.

By using innovative technologies, GRINN ensures the highest competitiveness and longevity of its projects. The company enjoys a well-deserved reputation earned through numerous successful partnerships.

Founded in 2011, Shanghai MindMotion Microelectronics Co., Ltd. is a leading provider of 32-bit general purpose MCU products and solutions. Microcontrollers from MindMotion feature MM32 microprocessors, based on Arm Cortex-M cores, with proprietary software, hardware and ecosystem platform.

Nearly 300 product models have been mass-produced, with a total shipment of more than 400 million chips, making them the leading supplier of general-purpose 32-bit MCUs.

MindMotion microcontrollers from the MM32F series.

MindMotion microcontrollers from the MM32G series.

MindMotion microcontrollers from the MM32L series.

MindMotion microcontrollers from the MM32SPIN series.

MindMotion microcontrollers from the MM32W series.

MindMotion development kits.

Founded in 2007, Minew is an international company specialising in innovative IoT solutions based on Bluetooth, WiFi, LoRa and GNSS communications.

Minew also offers services to individual customers, designing and manufacturing unique devices for them, according to their requirements and guidelines. Production is fast, thanks to fully automated SMT equipment. Final products undergo quality control, are tested and receive the required certification.

Powertip Technology Corporation is a leading manufacturer of high-quality displays for a wide range of applications. The company was founded in 1991 and is headquartered in Taiwan. Powertip specialises in the design and manufacture of various display technologies, including LCD displays, OLED displays and TFT displays, as well as touch displays.

Powertip products are used in a variety of industries, including consumer electronics, automotive, medical and industrial automation.

Powertip Technology Corporation is a leading manufacturer and supplier of TFT (Thin Film Transistor) displays, high quality screens used in various electronic devices such as smartphones, tablets, laptops and gaming systems.

Powertip's TFT displays offer exceptional brightness, high resolution and wide viewing angles, making them an excellent choice for applications requiring clear, vivid images and video.

Powertip Technology Corporation is a leading manufacturer and supplier of Thin Film Transistor (TFT) displays with Capacitive Touch Panel (CTP) technology or capacitive touch screens.

Displays with CTP are designed to provide high quality touch performance, with features such as multi-touch capability, gesture recognition and stylus support.

Powertip's 4-in-1 LCD displays combine a screen, touch panel, controller and communication interface to offer a comprehensive solution for user interaction.

By integrating these functions, they simplify the design and implementation process for various applications. They provide high image quality and precise touch control. They are an ideal choice for modern HMIs and IoT devices.

Powertip's HDMI displays provide high image quality and easy integration into various systems through a standard HDMI interface. They are ideal for industrial, medical and consumer applications, offering reliability and flexibility in user interface design.

With a wide range of resolutions and formats, they allow for fine-tuning to the specifics of a project. Their versatility makes them suitable for both modern control panels and advanced multimedia systems.

Powertip TFT displays with full viewing angle, available in this category, provide wide viewing angles starting at 80° in every plane, ensuring excellent image reproduction regardless of the user's perspective.

Thanks to advanced matrix technologies, these displays guarantee high image quality, color consistency, and reliable operation.

Quectel is a fast-growing manufacturer of modules in OEM versions for wireless transmission, founded in 2010. It is a leader in the field of industrial M2M OEM modems, taking the top spot in the category of the number of modules sold on the international market.

The company's growth is well reflected by the scale of its profits, exceeding $2 billion a year, as well as its global presence, maintained through R&D centers in places such as Vancouver, Canada, and Belgrade. These centers employ a total of more than 2,300 engineers, working tirelessly to develop more innovative solutions and improve current ones.

5G modules are devices that enable super-fast IoT communications. Thanks to their ability for ultra-high-performance data transfers, they are used in fields as diverse as remote surgery, VR gaming, robotics, autonomous vehicles and AI-enabled manufacturing, among others.

5G enables monitoring and video analytics of smart factories, using high-resolution cameras, leading to increased efficiency. Another application of the technology is in smart vehicles, where network partitioning allows critical systems, safety telematics and multimedia streaming to maintain connectivity simultaneously, without any interference.

4G, or LTE, is the fourth-generation wireless communications standard, implemented in 2006. Maximum speeds for Category 1 (LTE Cat 1) are 10 Mbps for download and 5 Mbps for upload, while for Category 4 (LTE Cat 4) it is as high as 150 Mbps download and 50 Mbps upload.

LTE modules from Quectel have access to a number of supporting technologies, such as MIMO (Multiple-Input-Multiple-Output) for reliable connectivity, and GNSS receivers for satellite positioning, among others. They also offer backward support operating on 2G and 3G standards, providing connectivity also in areas where 4G coverage is lacking.

The 3G and 2G modules are designed to offer customers global network access via GSM/GPRS/EDGE/UMTS/HSPA or HSUPA communications. Such connectivity will prove useful in applications requiring data or audio transmission. The modules will also find their way into networks of IoT devices due to their small size.

LPWA modules are long-range radio communication devices, mainly using NB-IoT and LTE-M networks, while consuming low power, allowing them to operate for years with minimal maintenance.

The development of LPWA technology has made it possible to connect many objects that were previously used only passively, such as street lamps and trash cans, into IoT networks. Now they can be controlled remotely, or automated, and their monitoring can allow a better understanding of their use, and increase the efficiency and effectiveness of the entire system.

LTE-M Only modules are LPWA (Low Power Wide Area) devices supporting only LTE-M technology.

They are designed to provide efficient and energy-saving connectivity in IoT applications, offering low latency and support for mobility.

Modules in the NB-IoT only category are devices designed to operate exclusively in NB-IoT (Narrowband Internet of Things) networks.

NB-IoT focuses on providing better indoor coverage, low costs, long battery life, and support for a large number of connections.

LTE-M + NB-IoT modules are LPWA (Low Power Wide Area) devices supporting both LTE-M and NB-IoT technologies.

This combination enables flexible adaptation to various IoT application requirements, offering wide coverage, low power consumption, and support for mobility.

Modules in the Fallback 2G category are LPWA (Low Power Wide Area) devices supporting LTE-M and NB-IoT technologies with the ability to switch to 2G networks in the absence of LTE coverage.

This solution ensures connection continuity in areas with limited next-generation network coverage.

SMART IoT modules have the ability to perform a variety of tasks on their own, simplifying the project, reducing its cost and size, and speeding up the launch of the final product.

These modules are able to utilize a wide set of peripheral components that support their communication capabilities, data storage, or give them the ability to locate, as well as interfaces that open the way to many connectivity options.

Quectel offers a wide range of WiFi modules, including devices that support the latest standards. Combined with 5G modules, they offer superior 5G and Wi-Fi 6 performance for MiFi and CPE designed to provide high-speed connections supporting up to 32 clients simultaneously, guaranteeing ultra-reliable connections for multi-user scenarios such as smart homes, shopping malls, schools and factories.

Quectel satellite communication modules are designed to provide communication in remote areas without cellular network coverage.

They provide reliable global connectivity through services such as IsatData Pro (IDP), and feature two-way communication, low latency and near real-time reporting capabilities.

Quectel’s LoRa modules provide an ultra-efficient, long-distance wireless communication solution, ideal for IoT applications that require low power consumption, secure data transmission, and robust connectivity across vast areas.

These modules leverage STM32WLE5, a highly integrated chipset combining an ARM Cortex-M4 MCU with an embedded LoRa transceiver, ensuring optimized performance, minimal power usage, and flexible implementation in IoT networks.

A wide range of GNSS modules from Quectel is able to cope with obstacles such as dense buildings and bad weather to effectively locate and target regardless of difficult conditions.

High-precision and energy-efficient, these modules will find their way into many applications, such as autonomous vehicles, unmanned flight and smart agriculture.

Satellite navigation modules with counting navigation (Dead Reckoning) and precise positioning (High Precision GNSS) functions.

These modules are designed for precise real-time positioning, even in challenging environments such as tunnels or dense urban areas where satellite signals may be limited.

Satellite navigation modules with measurement functions.

These modules are key in systems where time synchronisation is critical, such as telecommunications networks, energy infrastructure or financial systems.

SPG Dual-Band are GNSS modules from Quectel that support dual-frequency bands, providing higher positioning precision and reliability.

By utilizing signals from two different bands, these modules minimize the impact of interference and atmospheric delays, which is crucial in applications requiring accurate positioning.

SPG Single-Band are GNSS modules from Quectel that support single-frequency bands.

These modules are designed to provide reliable positioning in various applications, offering a balance between performance and cost-efficiency.

The Integrated Antenna category includes GNSS modules from Quectel with a built-in antenna, designed to simplify the integration of navigation systems in various applications.

With an integrated antenna, these modules offer a compact solution, reducing the need for additional components and simplifying the device design process.

Quectel's evaluation kits provide customers with a convenient way to test and evaluate their communication modules before integrating them into end products. The kits typically include a development board, module and all the necessary accessories and documentation needed to get started.

The kits also offer versatility and are tailored to different modules, regions and applications. Customers can choose the kit that best suits their needs and test selected modules in target regions with the appropriate antennas and connectors.

Quectel has a range of high performance antennas, both off-the-shelf and customized. The wide selection allows you to match the antenna to the application in terms of installation as well as environmental requirements (built-in and external antennas).

These are the highest quality products in the industry, specialized to support 2G, 3G, 4G, 5G, GNSS tracking or for Wi-Fi and Bluetooth connections, as well as a combination of all these options.

Quectel offers a range of indoor antennas designed to provide reliable and efficient wireless connectivity for a variety of applications including cellular, navigation, LoRa, WiFi connectivity and Bluetooth.

Quectel's indoor antennas are designed using the latest technologies and materials, including advanced PCB and ceramic materials.

Quectel offers a wide range of external antennas designed to provide high-quality, high-performance wireless connectivity for a variety of applications, including cellular communications, GNSS navigation, industrial, scientific and medical (ISM) applications, and WiFi and Bluetooth connectivity.

Quectel's outdoor antennas are designed with high-quality materials and advanced technologies, including high-quality coaxial cables, durable and waterproof housings, and innovative antenna designs.

RAK Wireless manufactures base components and turnkey end-to-end solutions for wireless data transmission. The manufacturer relies on LoRa and LoRaWAN technologies, which are proven to transmit small data packets over very long distances, while maintaining low power consumption of the device.

RAK Wireless' product range includes a wide selection of base components and turnkey solutions, among which are external and internal gateways and LoRa hubs, LoRa modules.

RAKwireless WisGate products are state-of-the-art IoT gateways that provide reliable and secure connectivity for a wide range of applications.

With advanced features such as LoRaWAN, LTE and Wi-Fi connectivity, as well as a rugged design for outdoor use, WisGate devices are an excellent choice for companies and organizations looking to deploy IoT solutions.

WisNode Sense by RAKwireless represents advanced end devices designed for the industrial Internet of Things (IoT), utilizing LoRaWAN technology for efficient long-range data transmission with low power consumption.

Thanks to built-in precision environmental sensors, they enable monitoring of parameters such as temperature, humidity, atmospheric pressure, and air quality. Their robust design with IP66/IP67 protection ensures reliability in demanding industrial environments.

RAKwireless WisLink products are state-of-the-art wireless communication modules that provide seamless connectivity for a wide range of IoT applications. With advanced technologies such as LoRa, LTE and Wi-Fi, WisLink modules offer high-speed, long-range connectivity that is reliable and secure.

WisLink's product family includes multiple modules that are optimized for a variety of applications, including indoor and outdoor applications, asset tracking, smart cities and more.

WisDuo is a product line by RAKwireless that combines two different technologies in one component - microcontroller units (MCUs) and LPWA transceivers.

LoRa modules are designed for the development of energy-efficient and long-range IoT applications. Utilizing LoRaWAN technology, these modules provide reliable long-distance communication with minimal energy consumption.

RAKwireless WisBlock products are innovative modular IoT devices that allow users to quickly and easily create custom IoT solutions. With a wide range of available sensor and communication modules, WisBlock makes it easy to create solutions tailored to specific application requirements. These modules can be easily combined to create a complete solution that is simple to deploy and maintain.

WisBlock modules are designed with the latest IoT technologies, including LoRaWAN, BLE and Wi-Fi. This allows users to create secure and reliable solutions with high-speed, long-range connectivity.

WisBlock Audio offers a wide range of audio components dedicated to IoT solutions.

These modules enable the integration of recording and playback functions, microphone support, and audio signal processing. The products are optimized for low power consumption and easy integration with other WisBlock modules, making them an ideal choice for remote monitoring, sound analysis, or voice recognition applications.

WisBlock Base boards form the foundation of the modular WisBlock system, enabling the integration of various functional modules such as sensors, communication modules, and power modules.

With standardized connectors and a flexible architecture, these boards allow for rapid prototyping and the creation of custom IoT solutions.

WisBlock Core modules are the central units of the WisBlock system, integrating microcontrollers with LPWAN technology, utilizing LoRaWAN, BLE, and Wi-Fi.

They provide reliable long-range communication with minimal energy consumption, making them ideal for energy-efficient IoT applications. Each of these modules is compatible with the WisBlock ecosystem, enabling easy integration with other modules and rapid prototyping of IoT solutions.

WisBlock Display modules offer a wide range of display technologies, including OLED, E-Ink and IPS TFT LCD. Compact and compatible with the WisBlock ecosystem, they enable easy integration into IoT projects.

Their small size makes them suitable for space-constrained applications while maintaining full functionality. Their flexibility allows them to be used in a variety of environments, from smart sensors to advanced user interfaces.

Enclosures from the WisBlock Enclosures series are professional solutions designed to protect and conveniently mount WisBlock modules.

They stand out for their high-quality workmanship and thoughtful design, making them an indispensable element in IoT projects – especially in harsh industrial conditions or outdoor applications.

Modules of the WisBlock Extra series.

The WisBlock Interface category encompasses a wide range of interface modules that enable the integration of the WisBlock system with various communication protocols and peripheral devices.

Thanks to its modular design, WisBlock allows for flexible functionality adjustments to meet specific IoT application requirements, facilitating the creation of solutions tailored to particular needs.

WisBlock Motor enable easy integration of motor control in IoT projects based on the WisBlock platform.

Thanks to WisBlock's modular design, users can quickly and efficiently create solutions tailored to specific application requirements by combining various sensor and communication modules.

WisBlock Power are key components of the WisBlock platform, enabling efficient power management in IoT applications.

Thanks to WisBlock's modular design, users can easily combine different components to create complete and customized solutions that are simple to implement and maintain.

WisBlock Sensor modules are key components of the WisBlock ecosystem, enabling seamless integration of various sensors into IoT systems.

With their modular design, they allow for rapid prototyping and the creation of custom solutions tailored to the specific needs of applications.

WisBlock Solutions are ready-to-use products developed by RAKwireless that leverage the modular WisBlock platform for rapid creation and deployment of IoT solutions.

Thanks to WisBlock's modular design, users can easily combine various modules, such as sensors, communication interfaces, or power modules, to tailor devices to specific application requirements. WisBlock Solutions include kits that integrate these modules into ready-to-use devices, enabling quick prototyping and transition to mass production without the need to design new hardware components at each stage.

WisBlock Storage are components designed to expand data storage capabilities in systems based on the WisBlock platform.

They offer various types of memory, such as EEPROM, flash, and microSD card support, allowing for flexible adaptation to the specific requirements of IoT applications.

WisBlock Wireless modules are additional components of the WisBlock system that enhance the communication capabilities of the primary WisBlock Core modules.

They enable integration with various wireless technologies, such as GNSS, Wi-Fi, Bluetooth, and Zigbee, allowing for the creation of more advanced and versatile IoT solutions.

RAKwireless WisNode products are a category of products dedicated to the IoT industry. These are end devices based on LoRaWAN connectivity, designed to be easily integrated with existing IoT solutions already in place.

WisNode product family consists of Track, Bridge and Button series.

RAKwireless offers a range of evaluation boards that are designed to help developers quickly and easily evaluate the performance and capabilities of wireless communication modules.

RAKwireless evaluation boards support a wide range of wireless technologies, including LoRa, LTE and Wi-Fi. They also offer a range of embedded sensors and other peripherals, making it easier for users to create end-to-end solutions to meet their specific requirements.

Antennas by RAKwireless are solutions dedicated to applications in LoRaWAN networks.

They support frequency bands of 860–930 MHz, making them suitable for IoT systems requiring reliable long-distance transmission.

Meshtastic is open-source software enabling mesh network creation using inexpensive devices based on LoRa technology.

Meshtastic and RAKwireless solutions represent the future of decentralized IoT communication. Together, they open doors to more efficient and affordable solutions that work where other technologies fail. With versatility and adaptability to various needs, the Meshtastic and RAKwireless duo becomes an indispensable tool for engineers, designers, and anyone pushing the boundaries of technological possibilities.

PFLITSCH is a German manufacturer specializing in advanced cable management systems, offering a wide range of cable glands, cable entry systems, and cable trays.

Established in 1919, the company has earned a reputation for high-quality products and innovative solutions tailored to various industrial sectors.

TEKO, founded in 1957, is a company that manufactures enclosures for electronic devices. This supplier's enclosure lines have been recognised by the market for their price matching combined with the maintenance of quality, longevity and Italian industrial design.

TEKO has been supplying enclosures for years to market-leading companies in the areas of: telecommunications, medical instrumentation, wireless communications, consumer and home electronics and alarms.

DOMOTEK enclosure series

ENCLOS enclosure series

IO-TEK enclosure series

MINI TEKNET enclosure series

MINITEKMAG enclosure series

OV-IP enclosure series

OVO-1 enclosure series

OVO-2 enclosure series

OVO-3 enclosure series

OVOTEK enclosure series

OVOTEK WALL enclosure series

POCKET 10 enclosure series

POCKET 11 enclosure series

POCKET 12 enclosure series

POCKET CARD enclosure series

REMO-TEK enclosure series

REMOTEKNET enclosure series

SMART enclosure series

SOAP-1 enclosure series

SOAP-2 enclosure series

SPRINT enclosure series

SUI-TEK enclosure series

TBT enclosure series

TBT-B enclosure series

TEK-B enclosure series

TEKMAG enclosure series

TEKNET-T enclosure series

TEK-USB enclosure series

WITEK enclosure series

Tibbo Technology focuses on designing, manufacturing and selling programmable IoT modules, boards and controllers for Internet of Things (IoT), Industrial Internet of Things (IIoT) and automation applications.

TPS - Tibbo Project System - is a modular system that offers unsurpassed configurability. All you need is a TPP (Tibbo Project PCB) board, connecting selected Tibbits, and packing the whole thing into a TPB (Tibbo Project Box) enclosure. We thus obtain a device that fulfills IoT, automation or control functions, without unnecessary hardware.

Tibbit Blocks and TPS (Tibbo Project System) Modules provide a versatile and modular approach to I/O expansion, making them an ideal solution for industrial automation, IoT applications, telecommunications, and embedded systems.

Designed by Tibbo, these compact, stackable modules allow for customized hardware configurations, reducing development time and cost.

Tibbo TPP (Tibbo Project PCB) mainboards for the TPS that provide a highly flexible and scalable hardware platform for embedded system development.

Designed for industrial automation, IoT applications, and custom control systems, these mainboards enable developers to create customized, modular solutions using Tibbo's Tibbit I/O expansion blocks.

Tibbo TPB, the TPS enclosures, are high-quality protective housings designed to accommodate Tibbo Project PCBs (TPP) and Tibbit Blocks modules.

These enclosures serve as both the housing and the modular platform for custom embedded solutions, making them ideal for industrial automation, IoT, and control applications.

Tibbo Barebone - TPS mainboards and enclosures, provide a ready-to-use, modular platform for developing custom embedded solutions.

These kits include mainboards and enclosures, offering a flexible, scalable, and efficient hardware solution for industrial automation, IoT, smart control systems, and networking applications.

Outdoor Sensor System is an advanced environmental monitoring solution designed to operate in harsh conditions.

The system combines durable hardware with intelligent software, enabling precise data collection and remote management via Microsoft Azure cloud.

Wisechip Semiconductor Inc. is a leading innovator of PMOLED technology and a market leader and pioneer in monochrome OLED, text OLED, segmented, color, full-color, transparent and flexible OLED displays, as well as Mini-OLED screens from 0.19 inches to 5.5 inches.

The company provides display modules sealed in various ways based on customers' individual needs, using advanced manufacturing technology and production equipment to provide solutions in the shortest possible time.

Monochromatic OLED displays are a game-changer in modern display technology, offering unparalleled contrast, deep blacks, and crystal-clear readability.

Whether you need a compact, power-efficient display for a wearable device or a high-resolution panel for industrial applications, OLED technology ensures superior performance compared to traditional LCDs.

Touch OLED displays are advanced electronic components that revolutionize the way users interact with devices.

Thanks to self-emissive organic diodes, these screens offer perfect blacks, vibrant colors, and wide viewing angles, eliminating the need for backlighting used in traditional LCD displays.

Full-color OLED displays are an innovative solution for demanding applications, offering intense colors, wide viewing angles, and unmatched contrast.

Thanks to OLED technology, pixels emit light independently, eliminating the need for backlighting, which allows for deep blacks and high energy efficiency.

Character OLED displays are the perfect choice for compact, high-contrast text-based interfaces, offering superior readability, energy efficiency, and long lifespan.

Unlike traditional LCD screens, OLED technology eliminates the need for backlighting, providing deep blacks, vivid colors, and wide viewing angles. These features make character OLED displays ideal for applications such as industrial control panels, medical devices, portable electronics, and embedded systems.

Transparent OLED (T-OLED) displays represent a groundbreaking advancement in display technology, offering high contrast, vivid colors, and see-through functionality.

Unlike traditional screens, these OLED panels allow light to pass through, making them perfect for applications where dynamic content must seamlessly integrate with the surrounding environment.

Round OLED displays are an innovative solution for wearables, automotive dashboards, smart home devices, and industrial control systems.

Unlike traditional rectangular screens, circular displays provide a sleek, modern aesthetic while maintaining high functionality. These displays offer high brightness, sharp image quality, and excellent energy efficiency, making them ideal for applications requiring compact, stylish, and high-performance screen solutions.

Variscite is a trusted manufacturer of top-quality System on Module chips, or minicomputers widely used in industrial and specialty electronics. Their products enjoy a well-deserved reputation worldwide.

As one of the leaders and innovators in the SOM market, Variscite is pushing the boundaries of module performance and miniaturization, offering a wide and diverse range of computers that are used in thousands of applications worldwide. Variscite, as the first embedded solutions manufacturer, is partnering with NXP to develop the i.MX8 product line.

This category includes System on Module (SOM) solutions based on NXP i.MX 9 processors, designed for advanced embedded applications.

SOM modules integrate the processor, operational and storage memory, and a wide range of interfaces, enabling quick implementation in projects requiring high performance and advanced data processing. Development kits provide a complete environment for prototyping and testing applications.

This category includes System on Module (SoM) solutions based on TI AM62x processors created by Texas Instruments.

These modules integrate the processor, operational and storage memory, and a wide range of interfaces, enabling quick implementation in projects requiring high performance and efficient data processing. The available development kits provide a complete environment for prototyping and testing applications.

This category includes System on Module (SoM) solutions based on NXP i.MX 8 processors, which integrate advanced multimedia processing, 3D graphics, and communication functions.

These modules are designed for applications requiring high performance and flexibility, such as HMI interfaces, infotainment systems, industrial automation, and IoT devices. The available development kits enable fast prototyping and testing of applications, accelerating time-to-market.

System on Module (SoM) solutions based on NXP i.MX 7 processors combine energy efficiency with versatility, making them ideal for applications requiring both efficient processing and low power consumption.

They integrate ARM Cortex-A7 and Cortex-M4 cores, enabling real-time task execution with minimal power draw. As a result, they are used in IoT systems, industrial automation, medical devices, and mobile applications. The available development kits simplify prototyping and testing, accelerating time-to-market for products.

System on Module (SoM) solutions based on NXP i.MX 6 processors are versatile solutions that integrate advanced multimedia, 3D graphics, and extensive communication capabilities.

With a scalable architecture including single-, dual-, and quad-core variants based on ARM Cortex-A9 cores, these modules are ideal for applications requiring high performance and flexibility, such as HMI interfaces, infotainment systems, industrial automation, and IoT devices. The available development kits enable rapid prototyping and testing of applications, accelerating time-to-market.

Evaluation boards available in this category are comprehensive tools that enable engineers and designers to efficiently prototype and test applications based on Variscite's System on Module (SoM) solutions.

Each kit includes a carrier board compatible with the selected SoM module, essential accessories, and detailed technical documentation. This allows users to quickly start working on their projects, minimizing the time needed for hardware integration and configuration. These kits support various communication and multimedia interfaces, enabling versatile use in fields such as IoT, industrial automation, and embedded systems.

5G, LTE, UMTS, and GSM modules are essential components enabling the integration of devices with cellular networks.

Their versatility allows them to be used in a wide range of applications, from the Internet of Things (IoT) and industrial automation systems to autonomous vehicles and modern consumer solutions.

5G modules are devices that enable super-fast IoT communications. Thanks to their ability for ultra-high-performance data transfers, they are used in fields as diverse as remote surgery, VR gaming, robotics, autonomous vehicles and AI-enabled manufacturing, among others.

5G enables monitoring and video analytics of smart factories, using high-resolution cameras, leading to increased efficiency. Another application of the technology is in smart vehicles, where network partitioning allows critical systems, safety telematics and multimedia streaming to maintain connectivity simultaneously, without any interference.

4G, or LTE, is the fourth-generation wireless communications standard, implemented in 2006. Maximum speeds for Category 1 (LTE Cat 1) are 10 Mbps for download and 5 Mbps for upload, while for Category 4 (LTE Cat 4) it is as high as 150 Mbps download and 50 Mbps upload.

LTE modules from Quectel have access to a number of supporting technologies, such as MIMO (Multiple-Input-Multiple-Output) for reliable connectivity, and GNSS receivers for satellite positioning, among others. They also offer backward support operating on 2G and 3G standards, providing connectivity also in areas where 4G coverage is lacking.

The 3G and 2G modules are designed to offer customers global network access via GSM/GPRS/EDGE/UMTS/HSPA or HSUPA communications. Such connectivity will prove useful in applications requiring data or audio transmission. The modules will also find their way into networks of IoT devices due to their small size.

Bluetooth modules are key components enabling wireless communication between electronic devices.

Their versatility makes them suitable for a wide range of applications, from the Internet of Things (IoT) and industrial automation systems to consumer devices such as wireless headphones and smartwatches.

The Espressif Systems category includes Bluetooth modules, designed for IoT, industrial automation, smart homes, and wearable devices.

With low power consumption, high reliability, and long lifespan, these modules are an excellent choice for solutions requiring stable and energy-efficient wireless communication.

In the BT Only category, we offer Bluetooth modules from the renowned company Espressif Systems, specializing in advanced communication solutions.

These modules are ideal for integration into various IoT applications, industrial systems, and consumer devices, providing stable and energy-efficient wireless connectivity.

In the WiFi + BT category, we offer modules from Espressif Systems that integrate Wi-Fi and Bluetooth functions into a single compact device.

These advanced modules are ideal for applications in the Internet of Things (IoT), industrial systems, and consumer electronics, providing versatile and reliable wireless connectivity.

The Minew category includes high-quality Bluetooth modules designed for applications in IoT, industrial automation, smart homes, and wearable devices.

These products offer stable connectivity, energy efficiency, and a wide range of functionalities, making them an ideal choice for systems requiring reliable wireless communication.

Quectel is a renowned manufacturer of communication modules, offering advanced wireless connectivity solutions.

In the Bluetooth Modules category, you'll find a wide range of products dedicated to integrating Bluetooth functionality into various IoT applications, industrial systems, and consumer devices. These modules are characterized by high performance, low power consumption, and support for the latest Bluetooth standards, making them an ideal choice for designers seeking reliable and flexible solutions.

Wi-Fi modules available in this category are advanced devices that enable the integration of wireless communication functions into various applications.

Focusing on performance, flexibility, and ease of implementation, they offer functionalities that go beyond standard Wi-Fi network communication.

The Espressif Systems category includes Wi-Fi modules designed for industrial automation, smart homes, embedded systems, and advanced IoT solutions.

These modules offer high performance, connection stability, and energy efficiency, making them an ideal choice for applications requiring fast and reliable data transmission.

Quectel’s Wi-Fi modules provide high-speed, reliable wireless connectivity, making them ideal for applications in smart homes, industrial automation, automotive systems, and high-performance networking.

Supporting the latest Wi-Fi 7, Wi-Fi 6/6E, and Wi-Fi 4 standards, these modules deliver low latency, high data throughput, and seamless multi-device connectivity.

A wide range of GNSS modules from Quectel is able to cope with obstacles such as dense buildings and bad weather to effectively locate and target regardless of difficult conditions.

High-precision and energy-efficient, these modules will find their way into many applications, such as autonomous vehicles, unmanned flight and smart agriculture.

Satellite navigation modules with counting navigation (Dead Reckoning) and precise positioning (High Precision GNSS) functions.

These modules are designed for precise real-time positioning, even in challenging environments such as tunnels or dense urban areas where satellite signals may be limited.

Satellite navigation modules with measurement functions.

These modules are key in systems where time synchronisation is critical, such as telecommunications networks, energy infrastructure or financial systems.

SPG Dual-Band are GNSS modules from Quectel that support dual-frequency bands, providing higher positioning precision and reliability.

By utilizing signals from two different bands, these modules minimize the impact of interference and atmospheric delays, which is crucial in applications requiring accurate positioning.

SPG Single-Band are GNSS modules from Quectel that support single-frequency bands.

These modules are designed to provide reliable positioning in various applications, offering a balance between performance and cost-efficiency.

The Integrated Antenna category includes GNSS modules from Quectel with a built-in antenna, designed to simplify the integration of navigation systems in various applications.

With an integrated antenna, these modules offer a compact solution, reducing the need for additional components and simplifying the device design process.

LPWA modules are long-range radio communication devices, mainly using NB-IoT and LTE-M networks, while consuming low power, allowing them to operate for years with minimal maintenance.

The development of LPWA technology has made it possible to connect many objects that were previously used only passively, such as street lamps and trash cans, into IoT networks. Now they can be controlled remotely, or automated, and their monitoring can allow a better understanding of their use, and increase the efficiency and effectiveness of the entire system.

LTE-M Only modules are LPWA (Low Power Wide Area) devices supporting only LTE-M technology.

They are designed to provide efficient and energy-saving connectivity in IoT applications, offering low latency and support for mobility.

Modules in the NB-IoT only category are devices designed to operate exclusively in NB-IoT (Narrowband Internet of Things) networks.

NB-IoT focuses on providing better indoor coverage, low costs, long battery life, and support for a large number of connections.

LTE-M + NB-IoT modules are LPWA (Low Power Wide Area) devices supporting both LTE-M and NB-IoT technologies.

This combination enables flexible adaptation to various IoT application requirements, offering wide coverage, low power consumption, and support for mobility.

Modules in the Fallback 2G category are LPWA (Low Power Wide Area) devices supporting LTE-M and NB-IoT technologies with the ability to switch to 2G networks in the absence of LTE coverage.

This solution ensures connection continuity in areas with limited next-generation network coverage.

RAKwireless is a manufacturer of solutions dedicated to LoRa and LoRaWAN technology, which are proven to transmit small data packets over very long distances, while maintaining low power consumption of the device.

LoRa modules are designed for the development of energy-efficient and long-range IoT applications. Utilizing LoRaWAN technology, these modules provide reliable long-distance communication with minimal energy consumption.

RAKwireless WisGate products are state-of-the-art IoT gateways that provide reliable and secure connectivity for a wide range of applications.

With advanced features such as LoRaWAN, LTE and Wi-Fi connectivity, as well as a rugged design for outdoor use, WisGate devices are an excellent choice for companies and organizations looking to deploy IoT solutions.

WisNode Sense by RAKwireless represents advanced end devices designed for the industrial Internet of Things (IoT), utilizing LoRaWAN technology for efficient long-range data transmission with low power consumption.

Thanks to built-in precision environmental sensors, they enable monitoring of parameters such as temperature, humidity, atmospheric pressure, and air quality. Their robust design with IP66/IP67 protection ensures reliability in demanding industrial environments.

RAKwireless WisLink products are state-of-the-art wireless communication modules that provide seamless connectivity for a wide range of IoT applications. With advanced technologies such as LoRa, LTE and Wi-Fi, WisLink modules offer high-speed, long-range connectivity that is reliable and secure.

WisLink's product family includes multiple modules that are optimized for a variety of applications, including indoor and outdoor applications, asset tracking, smart cities and more.

WisDuo is a product line by RAKwireless that combines two different technologies in one component - microcontroller units (MCUs) and LPWA transceivers.

LoRa modules are designed for the development of energy-efficient and long-range IoT applications. Utilizing LoRaWAN technology, these modules provide reliable long-distance communication with minimal energy consumption.

RAKwireless WisBlock products are innovative modular IoT devices that allow users to quickly and easily create custom IoT solutions. With a wide range of available sensor and communication modules, WisBlock makes it easy to create solutions tailored to specific application requirements. These modules can be easily combined to create a complete solution that is simple to deploy and maintain.

WisBlock modules are designed with the latest IoT technologies, including LoRaWAN, BLE and Wi-Fi. This allows users to create secure and reliable solutions with high-speed, long-range connectivity.

WisBlock Audio offers a wide range of audio components dedicated to IoT solutions.

These modules enable the integration of recording and playback functions, microphone support, and audio signal processing. The products are optimized for low power consumption and easy integration with other WisBlock modules, making them an ideal choice for remote monitoring, sound analysis, or voice recognition applications.

WisBlock Base boards form the foundation of the modular WisBlock system, enabling the integration of various functional modules such as sensors, communication modules, and power modules.

With standardized connectors and a flexible architecture, these boards allow for rapid prototyping and the creation of custom IoT solutions.

WisBlock Core modules are the central units of the WisBlock system, integrating microcontrollers with LPWAN technology, utilizing LoRaWAN, BLE, and Wi-Fi.

They provide reliable long-range communication with minimal energy consumption, making them ideal for energy-efficient IoT applications.

WisBlock Display modules are versatile displays designed for integration into the WisBlock ecosystem, enabling data visualization and interaction in IoT applications.

They offer a variety of technologies such as OLED, E-Ink and IPS TFT LCD, easy integration and compact size, allowing them to be used in space-constrained projects.

Enclosures from the WisBlock Enclosures series are professional solutions designed to protect and conveniently mount WisBlock modules.

They stand out for their high-quality workmanship and thoughtful design, making them an indispensable element in IoT projects – especially in harsh industrial conditions or outdoor applications.

Modules of the WisBlock Extra series.

The WisBlock Interface category encompasses a wide range of interface modules that enable the integration of the WisBlock system with various communication protocols and peripheral devices.

Thanks to its modular design, WisBlock allows for flexible functionality adjustments to meet specific IoT application requirements, facilitating the creation of solutions tailored to particular needs.

WisBlock Motor enable easy integration of motor control in IoT projects based on the WisBlock platform.

Thanks to WisBlock's modular design, users can quickly and efficiently create solutions tailored to specific application requirements by combining various sensor and communication modules.

WisBlock Power are key components of the WisBlock platform, enabling efficient power management in IoT applications.

Thanks to WisBlock's modular design, users can easily combine different components to create complete and customized solutions that are simple to implement and maintain.

WisBlock Sensor modules are key components of the WisBlock ecosystem, enabling seamless integration of various sensors into IoT systems.

With their modular design, they allow for rapid prototyping and the creation of custom solutions tailored to the specific needs of applications.

WisBlock Solutions are ready-to-use products developed by RAKwireless that leverage the modular WisBlock platform for rapid creation and deployment of IoT solutions.

Thanks to WisBlock's modular design, users can easily combine various modules, such as sensors, communication interfaces, or power modules, to tailor devices to specific application requirements. WisBlock Solutions include kits that integrate these modules into ready-to-use devices, enabling quick prototyping and transition to mass production without the need to design new hardware components at each stage.

WisBlock Storage are components designed to expand data storage capabilities in systems based on the WisBlock platform.

They offer various types of memory, such as EEPROM, flash, and microSD card support, allowing for flexible adaptation to the specific requirements of IoT applications.

WisBlock Wireless modules are additional components of the WisBlock system that enhance the communication capabilities of the primary WisBlock Core modules.

They enable integration with various wireless technologies, such as GNSS, Wi-Fi, Bluetooth, and Zigbee, allowing for the creation of more advanced and versatile IoT solutions.

RAKwireless WisNode products are a category of products dedicated to the IoT industry. These are end devices based on LoRaWAN connectivity, designed to be easily integrated with existing IoT solutions already in place.

WisNode product family consists of Track, Bridge and Button series.

RAKwireless offers a range of evaluation boards that are designed to help developers quickly and easily evaluate the performance and capabilities of wireless communication modules.

RAKwireless evaluation boards support a wide range of wireless technologies, including LoRa, LTE and Wi-Fi. They also offer a range of embedded sensors and other peripherals, making it easier for users to create end-to-end solutions to meet their specific requirements.

Antennas by RAKwireless are solutions dedicated to applications in LoRaWAN networks.

They support frequency bands of 860–930 MHz, making them suitable for IoT systems requiring reliable long-distance transmission.

Meshtastic is open-source software enabling mesh network creation using inexpensive devices based on LoRa technology.

Meshtastic and RAKwireless solutions represent the future of decentralized IoT communication. Together, they open doors to more efficient and affordable solutions that work where other technologies fail. With versatility and adaptability to various needs, the Meshtastic and RAKwireless duo becomes an indispensable tool for engineers, designers, and anyone pushing the boundaries of technological possibilities.

Ultra-wideband (UWB) modules are electronic devices that use ultra-wideband technology to transmit and receive signals over a wide frequency range.

UWB is a wireless communication technology that works by transmitting very short pulses of radio energy over a wide spectrum of frequencies.

Products in the Amotech 701 category are advanced UWB (Ultra Wide Band) modules based on NXP chips, which are used in precision positioning and wireless communications.

The modules offered vary in size, antenna type and baseband interface, allowing customization for different technology applications.

The category includes Ultra-Wideband (UWB) modules created by Minew, designed for precise applications in IoT systems.

UWB technology stands out for its ability to perform highly accurate distance and location measurements, making these modules ideal for applications requiring reliable communication and low energy consumption.

Satellite communication modules are designed to provide communication in remote areas without cellular network coverage.

They provide reliable global connectivity through services such as IsatData Pro (IDP), and feature two-way communication, low latency and near real-time reporting capabilities.

Quectel's satellite communications modules are designed to provide communications in remote areas without cellular network coverage.

They provide reliable global connectivity via services such as IsatData Pro (IDP), and feature two-way communication, low latency and near real-time reporting capabilities.

Products in this category include a wide range of antennas tailored for wireless technologies such as 5G, LTE, Wi-Fi, Bluetooth, GNSS and LPWA.

The range includes outdoor antennas that are resistant to harsh weather conditions, as well as compact indoor antennas that are easy to integrate into consumer electronics. Various mounting methods, including surface, magnetic, screw or connector mounting, allow for flexible adaptation to telecom, IoT, navigation and local area network applications.

2J is a global provider of innovative antenna solutions. Originally from Slovakia, the company has also opened development and production facilities in the United Kingdom and the United States to better adapt to the needs of customers and the international market.

The antennas manufactured by 2J include support for a wide range of communication technologies, from the outgoing 2G and 3G standards, to the rapidly developing 4G and 5G, to WiFi, Bluetooth, ISM, long-range LPWA, tracking and location GPS, or Iridium satellite.

2J Antennas' embedded antennas are designed to deliver exceptional performance across a wide range of applications, including 5G, LTE, Wi-Fi, GPS and Bluetooth.

What sets 2J Antennas' indoor antennas apart is their innovative design and patented technologies. These antennas are designed to provide excellent performance even in challenging environments, such as those with high levels of interference or limited space.

2J Antennas' outdoor antennas are designed to deliver exceptional performance in a wide range of applications, including IoT, automotive and transportation industries.

What sets 2J Antennas apart is their innovative design and patented technologies. These antennas are designed to provide reliable and consistent communications even in areas with low signal strength or high levels of interference.

Quectel has a range of high performance antennas, both off-the-shelf and customized. The wide selection allows you to match the antenna to the application in terms of installation as well as environmental requirements (built-in and external antennas).

These are the highest quality products in the industry, specialized to support 2G, 3G, 4G, 5G, GNSS tracking or for Wi-Fi and Bluetooth connections, as well as a combination of all these options.

Quectel offers a range of indoor antennas designed to provide reliable and efficient wireless connectivity for a variety of applications including cellular, navigation, LoRa, WiFi or Bluetooth connectivity.

Quectel's indoor antennas are designed using the latest technologies and materials, including advanced PCB and ceramic materials.

Quectel offers a wide range of external antennas designed to provide high-quality, high-performance wireless connectivity for a variety of applications, including cellular communications, GNSS navigation, industrial, scientific and medical (ISM) applications, and WiFi and Bluetooth connectivity.

Quectel's outdoor antennas are designed with high-quality materials and advanced technologies, including high-quality coaxial cables, durable and waterproof housings, and innovative antenna designs.

Embedded systems are specialized computer chips designed to perform specific tasks within larger systems.

They are characterized by the integration of hardware and software, allowing them to operate efficiently and reliably in a variety of applications, from consumer electronics to advanced industrial systems.

Variscite is a trusted manufacturer of top-quality System on Module chips, or minicomputers widely used in industrial and specialty electronics. Their products enjoy a well-deserved reputation worldwide.

As one of the leaders and innovators in the SOM market, Variscite is pushing the boundaries of module performance and miniaturization, offering a wide and diverse range of computers that are used in thousands of applications worldwide. Variscite, as the first embedded solutions manufacturer, is partnering with NXP to develop the i.MX8 product line.

This category includes System on Module (SOM) solutions based on NXP i.MX 9 processors, designed for advanced embedded applications.

SOM modules integrate the processor, operational and storage memory, and a wide range of interfaces, enabling quick implementation in projects requiring high performance and advanced data processing. Development kits provide a complete environment for prototyping and testing applications.

This category includes System on Module (SoM) solutions based on TI AM62x processors created by Texas Instruments.

These modules integrate the processor, operational and storage memory, and a wide range of interfaces, enabling quick implementation in projects requiring high performance and efficient data processing. The available development kits provide a complete environment for prototyping and testing applications.

This category includes System on Module (SoM) solutions based on NXP i.MX 8 processors, which integrate advanced multimedia processing, 3D graphics, and communication functions.

These modules are designed for applications requiring high performance and flexibility, such as HMI interfaces, infotainment systems, industrial automation, and IoT devices. The available development kits enable fast prototyping and testing of applications, accelerating time-to-market.

System on Module (SoM) solutions based on NXP i.MX 7 processors combine energy efficiency with versatility, making them ideal for applications requiring both efficient processing and low power consumption.

They integrate ARM Cortex-A7 and Cortex-M4 cores, enabling real-time task execution with minimal power draw. As a result, they are used in IoT systems, industrial automation, medical devices, and mobile applications. The available development kits simplify prototyping and testing, accelerating time-to-market for products.

System on Module (SoM) solutions based on NXP i.MX 6 processors are versatile solutions that integrate advanced multimedia, 3D graphics, and extensive communication capabilities.

With a scalable architecture including single-, dual-, and quad-core variants based on ARM Cortex-A9 cores, these modules are ideal for applications requiring high performance and flexibility, such as HMI interfaces, infotainment systems, industrial automation, and IoT devices. The available development kits enable rapid prototyping and testing of applications, accelerating time-to-market.

Evaluation boards available in this category are comprehensive tools that enable engineers and designers to efficiently prototype and test applications based on Variscite's System on Module (SoM) solutions.

Each kit includes a carrier board compatible with the selected SoM module, essential accessories, and detailed technical documentation. This allows users to quickly start working on their projects, minimizing the time needed for hardware integration and configuration. These kits support various communication and multimedia interfaces, enabling versatile use in fields such as IoT, industrial automation, and embedded systems.

The Displays category includes advanced display technologies such as TFT (Thin-Film Transistor) and OLED (Organic Light-Emitting Diode), which are used in a variety of industrial and commercial applications.

These displays are characterized by high image quality, reliability and flexibility to adapt to specific user needs.

Powertip Technology Corporation is a leading manufacturer of high-quality displays for a wide range of applications. The company was founded in 1991 and is headquartered in Taiwan. Powertip specializes in the design and manufacture of various display technologies, including LCD displays, OLED displays and TFT displays, as well as touch displays.

Powertip products are used in a variety of industries, including consumer electronics, automotive, medical and industrial automation.

Powertip Technology Corporation is a leading manufacturer and supplier of TFT (Thin Film Transistor) displays, high-quality screens used in various electronic devices such as smartphones, tablets, laptops and gaming systems.

Powertip's TFT displays offer exceptional brightness, high resolution and wide viewing angles, making them an excellent choice for applications requiring clear, vivid images and video.

Small-format TFT LCD displays under 3.5 inches are an excellent solution for applications requiring compact size, low power consumption, and high readability.

These displays are widely used in embedded systems, handheld devices, industrial controllers, and medical equipment.

3.5-inch displays are a popular solution in embedded systems, control panels, and portable devices.

Thanks to TFT (Thin-Film Transistor) technology, Powertip displays offer high image quality, wide viewing angles, and fast response times.

4-inch TFT LCD displays are modern screens used in industrial automation, IoT systems, medical devices, and consumer electronics.

They feature high image quality, wide viewing angles, and compact dimensions, making them an excellent choice for applications requiring clear and reliable displays.

The 4.3-inch displays from Powertip are designed for applications requiring a compact yet high-quality visual interface.

With WQVGA (480x272) resolution, these displays provide sharp images, wide viewing angles, and excellent brightness levels. Their small form factor, touch functionality, and versatile connectivity options make them ideal for industrial control panels, medical devices, and embedded systems.

5-inch displays from Powertip Technology Corporation are advanced screens used in industrial, medical, IoT, and consumer electronics systems.

They feature high image quality, wide viewing angles, and support for various interfaces, making them an ideal solution for modern devices.

The 7-inch displays from Powertip combine high resolution, advanced touch technology, and superior brightness, making them ideal for industrial, automotive, medical, and embedded applications.

With wide viewing angles, multiple interface options, and rugged durability, these versatile LCD screens ensure optimal performance in demanding environments.

8-inch TFT LCD displays by Powertip are a versatile solution for a wide range of applications, including industrial automation, embedded systems, medical devices, and consumer electronics.

Their 1024 × 600 WSVGA resolution ensures sharp and detailed visuals, making them ideal for projects requiring clear and precise image rendering.

The 10.1-inch displays from Powertip are designed for applications that require larger screen space, high-resolution clarity, and reliable performance.

With WXGA (1280x800) and WUXGA (1920x1200) resolutions, these displays provide sharp images, wide viewing angles, and advanced touch functionality.

The TFT LCD 12.1-inch displays are an excellent choice for applications requiring a balance between compact design and a large, high-resolution screen.

These displays provide WXGA (1280 × 800 px) resolution, ensuring sharp and detailed visuals, making them ideal for industrial automation, embedded systems, medical equipment, and commercial applications.

The 15.6-inch displays from Powertip offer Full HD (1920x1080) resolution, delivering sharp image quality, wide viewing angles, and high brightness levels.

Designed for industrial, commercial, and embedded applications, these high-performance screens provide capacitive touch functionality, reliable connectivity, and durable construction.

The 23.8-inch displays from Powertip offer Full HD (1920x1080) resolution, providing exceptional image clarity, vibrant colors, and wide viewing angles.

These large-format displays are ideal for industrial, commercial, and interactive applications, delivering reliable performance, touchscreen functionality, and multiple interface options.

Powertip Technology Corporation is a leading manufacturer and supplier of Thin Film Transistor (TFT) displays with Capacitive Touch Panel (CTP) technology, or capacitive touch screens.

Displays with CTP are designed to provide high quality touch performance, with features such as multi-touch capability, gesture recognition and stylus support.

Powertip 4-in-1 displays.

Powertip displays with full viewing angle.

Powertip displays with HDMI interface.

Wisechip Semiconductor Inc. is a leading innovator of PMOLED technology and a market leader and pioneer in monochrome OLED, text OLED, segmented, color, full-color, transparent and flexible OLED displays, as well as Mini-OLED screens from 0.19 inches to 5.5 inches.

The company provides display modules sealed in various ways based on customers' individual needs, using advanced manufacturing technology and production equipment to provide solutions in the shortest time possible.

Monochromatic OLED displays are a game-changer in modern display technology, offering unparalleled contrast, deep blacks, and crystal-clear readability.

Whether you need a compact, power-efficient display for a wearable device or a high-resolution panel for industrial applications, OLED technology ensures superior performance compared to traditional LCDs.

Touch OLED displays are advanced electronic components that are revolutionizing the way users interact with their devices.

Thanks to self-emitting organic LEDs, these screens offer perfect blacks, vivid colors and wide viewing angles, eliminating the need for backlighting used in traditional LCD displays.

Full-color OLED displays are an innovative solution for demanding applications, offering intense colors, wide viewing angles, and unmatched contrast.

Thanks to OLED technology, pixels emit light independently, eliminating the need for backlighting, which allows for deep blacks and high energy efficiency.

Character OLED displays are the perfect choice for compact, high-contrast text-based interfaces, offering superior readability, energy efficiency, and long lifespan.

Unlike traditional LCD screens, OLED technology eliminates the need for backlighting, providing deep blacks, vivid colors, and wide viewing angles. These features make character OLED displays ideal for applications such as industrial control panels, medical devices, portable electronics, and embedded systems.

ransparent OLED (T-OLED) displays represent a groundbreaking advancement in display technology, offering high contrast, vivid colors, and see-through functionality.

Unlike traditional screens, these OLED panels allow light to pass through, making them perfect for applications where dynamic content must seamlessly integrate with the surrounding environment.

Round displays created by WiseChip Semiconductor Inc.

Espressif Systems HMI evaluation boards.

SMART modules.

In the category "Display and desktop enclosures", we offer enclosures designed for the use of a display and/or keypad and control buttons in an application.

The design of these enclosures allows displays to be mounted and integrated in a variety of mechanical ways, resulting in a modern device design with high IP protection.

Alu-Topline is a line of enclosures that can be adapted to a wide range of electronic applications. They are most popular for display projects.

These enclosures are distinguished by their durability and workmanship and, thanks to the higher degree of protection, also their resistance to demanding environmental conditions.

The Bocard enclosure line is a modular enclosure system that adapts perfectly to different application requirements while maintaining a high IP rating.

With an interesting design, these enclosures can protect both the electronics of HMI solutions and electrical components outdoors and indoors.

The BoPad line has been designed with HMI applications in mind and in line with contemporary industrial design trends..

The ergonomics of the housing, the recesses in the surface for mounting the display and/or keypad, the selected and flush-mounted protective glass with anti-reflection coating, the contrast of the bright front bezel with the slightly duller rest of the housing surface and the fact that this series allows you to achieve an interesting design of your device with a high degree of protection (IP 65 to DIN EN 60529) through the use of different coloured gaskets and protective rubbers.

The BoTouch line is designed to mount HMI panels on the front of switch cabinets or control cabinets.

The plastic version is designed for resistive or touch-sensitive displays from 4.3" to 10.1", while the aluminium version can be customised to suit the customer's needs, even up to 15.6".

The BoVersa series enclosures are designed for IoT and embedded system applications. They feature a three-part construction, offering extensive customization options, as well as a cooling system – an integrated heat sink in the aluminum base and a system of symmetrically arranged fins.

The BoVersa series is the winner of the German Design Award 2025 in the category Excellent Product Design - Industry!

The Elegant-Pult line of enclosures are desktop enclosures in three sizes in colour-matched shades of grey.

Classic design corresponding to the Elegant electronic series.

The Futura/Bopult line of enclosures stands out for its ergonomic design combined with an interesting design in the desktop enclosure segment.

Console enclosures from the Ultrapult range offer considerable installation space while maintaining a classic style.

Made of plastic (ABS), the housings are offered in four sizes and two variants of the console area - open and closed with a noticeable recess.

Founded in 2011, Shanghai MindMotion Microelectronics Co., Ltd. is a leading provider of 32-bit general-purpose MCU products and solutions. Microcontrollers from MindMotion feature MM32 microprocessors, based on Arm Cortex-M cores, with proprietary software, hardware and ecosystem platform.

Nearly 300 product models have been mass-produced, with a total shipment of more than 400 million chips, making them the leading supplier of general-purpose 32-bit MCUs.

MindMotion's MM32F series microcontrollers.

MindMotion's MM32G series microcontrollers.

MindMotion's MM32L series microcontrollers.

MindMotion's MM32SPIN series microcontrollers.

MindMotion's MM32W series microcontrollers.

MindMotion development kits.

ESP32-P series microcontrollers.

Tibbo Technology focuses on designing, manufacturing and selling programmable IoT modules, boards and controllers for Internet of Things (IoT), Industrial Internet of Things (IIoT) and automation applications.

TPS - Tibbo Project System - is a modular system that offers unsurpassed configurability. All you need is a TPP (Tibbo Project PCB) board, connecting selected Tibbits, and packing the whole thing into a TPB (Tibbo Project Box) enclosure. We thus obtain a device that fulfills IoT, automation or control functions, without unnecessary hardware.

Tibbit Blocks modules from Tibbo Project System.

Mainboards for Tibbit Blocks connection, from Tibbo Project System.

Enclosures for Tibbo Project System.

Barebone - combinations of mainboards and enclosures, for Tibbo Project System.