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Conversion Board Product List and Ranking from 15 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.

Conversion Board Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.

  1. エンベデッドテクノロジー Osaka//Electronic Components and Semiconductors
  2. ネットビジョン Tokyo//Industrial Electrical Equipment
  3. リライアブルテクノロジー 東京支店、高崎支店、R&Dセンター Tokyo//Industrial Electrical Equipment
  4. 4 Tateno Dennou,Inc. Tokyo//Industrial Electrical Equipment
  5. 5 エルエッチエス Tokyo//Testing, Analysis and Measurement
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Conversion Board Product ranking

Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.

  1. 3G-SDI compatible MIPI monitor board SVM-06-SDI ネットビジョン
  2. HDMI to LVDS conversion board RTD2513A industrial LCD direct drive リライアブルテクノロジー 東京支店、高崎支店、R&Dセンター
  3. UART/RS232C conversion board for Raspberry Pi【for HA】 エンベデッドテクノロジー
  4. UART/RS232C conversion board for medical devices using Raspberry Pi エンベデッドテクノロジー
  5. 4 Conversion board for using HSMC mezzanine card with FMC bus. Tateno Dennou,Inc.

Conversion Board Product List

1～30 item / All 35 items

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Multi-channel (64ch) high-speed AD board [RCB-ADSIG]

Multi-channel (64ch) high-speed AD board [RCB-ADSIG]

Up to 1280 channels, possible 64-channel AD board. Simultaneous sampling of all channels using a common clock method. Signal processing functions built into the FPGA.

1. Multi-channel 64ch high-speed (50MS/s) AD board 2. Expandable up to a maximum of 1280ch by adding boards 3. Simultaneous sampling of all channels using a common clock method 4. Signal processing functions can be incorporated within the FPGA 5. High-speed interface using PCI Express

  • Other process controls
  • Contract measurement
  • Conversion Board

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FPGA-equipped A/D board

FPGA-equipped A/D board

It is possible to implement the customer's custom design using the reference design. We are currently offering a comprehensive catalog and case study materials.

Our company offers A/D boards designed for real-time processing using FPGA, including ultra-high-speed A/D boards operating at 10GHz and signal processing boards that support multi-channel simultaneous sampling. We provide design kits for FPGA development, allowing customers to implement their custom designs using reference designs. Please contact us for inquiries. 【Specifications (Partial)】 <ADQ33: 1GHz High-Speed A/D Board with Kintex UltraScale FPGA> ■ Captures analog signals at 1.0GHz, 2 channels, 12 bits ■ DC coupled with 1GHz wide bandwidth ■ Programmable DC offset ■ Equipped with Kintex Ultrascale FPGA ■ 8GB onboard memory *For more details, please download the PDF or feel free to contact us.

  • Printed Circuit Board
  • Conversion Board

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3.6GHz A/D & 5.6GHz D/A Board (FMC)

3.6GHz A/D & 5.6GHz D/A Board (FMC)

Flexible control of clock sources via serial communication! Comprehensive catalog and case studies are available.

We would like to introduce the "3.6GHz A/D & 5.6GHz D/A Board (FMC)" that we handle. This is an FMC-type A/D and D/A board equipped with a 3.6GHz 12-bit A/D converter and a 5.6GHz 14-bit D/A converter. The D/A converter also has upconversion capabilities, making it suitable for wideband radio signal processing transceivers. 【Features】 ■ Equipped with a 3.6Gsps, 1-channel, 12-bit A/D converter ■ Equipped with a 5.7Gsps, 1-channel, 14-bit D/A converter ■ Compliant with VITA 57.1-2010 FMC standards ■ Conductive cooling option ■ AC coupling for analog signal input and output ■ Front panel MMCX / SSMC connectors (optional) *For more details, please download the PDF (English version) or feel free to contact us.

  • Printed Circuit Board
  • Conversion Board

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250MHz A/D & 800MHz D/A Board (FMC)

250MHz A/D & 800MHz D/A Board (FMC)

Clock source, sampling frequency, and calibration settings via SPI communication! Comprehensive catalog and case study materials are being offered.

We would like to introduce the "250MHz A/D & 800MHz D/A Board (FMC)" that we handle. This is an FMC-type A/D and D/A board equipped with a 250MHz 14-bit 2-channel A/D converter and an 800MHz 16-bit 2-channel D/A converter. It complies with the VITA57.1-2010 FMC standard and features a 400-pin LPC (Low Pin Count) connector. 【Features】 ■ 250Msps, 2-channel, 14-bit A/D converter ■ 800Msps, 2-channel, 16-bit D/A converter ■ Compliant with VITA 57.1-2010 FMC standard ■ Conduction cooling option ■ AC coupling for analog signal input and output ■ Front panel MMCX / SSMC connectors *For more details, please download the PDF (English version) or feel free to contact us.

  • Printed Circuit Board
  • Conversion Board

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[Contract Development] Ultra High-Speed A/D Conversion Board

[Contract Development] Ultra High-Speed A/D Conversion Board

The 2ch AD converter has a sampling speed of 5 Gsps and over 10 bits! We introduce our custom development products.

We would like to introduce our "Ultra-Fast A/D Conversion Board," which we developed under contract. By setting a threshold for the RSSI, a trigger is generated when the received RSSI signal exceeds this threshold. The sampling results of the IQ signals are transmitted serially at 1.25 GByte via the PCI Express bus only when a trigger is detected. 【Specifications】 ■ Receives differential IQ signals (I+, I-, Q+, Q-) from the RF section ■ 2-channel A/D converter with a sampling speed of 5 Gsps and 10 bits or more ■ RSSI signals sampled at 250 Msps or more ■ Customizable for customers *For more details, please refer to the PDF document or feel free to contact us.

  • Contract manufacturing
  • Conversion Board

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High-Speed AD Conversion Board 'HSAD50 Ver1.0'

High-Speed AD Conversion Board 'HSAD50 Ver1.0'

Contributing to the miniaturization of devices! It supports signals with frequencies of 250 KHz and above through transformer coupling.

The "HSAD50 Ver1.0" is an option board for the SX-Card7 and AXCard7 system development boards. It can interface with a 4-channel 50MSps 14-bit AD converter and FPGA via LVDS (SERDES), forming a high-performance system that ensures signal integrity. Additionally, with a low-jitter clock source essential for high-speed sampling, it can create a high-precision AD conversion system without compromising the performance of the AD converter IC. 【Features】 ■ Construction of a compact, low-power AD conversion system ■ 4-channel 50Msps 14-bit simultaneous sampling ■ Interface via 4 or 8 lanes of LVDS ■ Low clock jitter clock generator ■ General-purpose I/O ports *For more details, please refer to the PDF documentation or feel free to contact us.

  • Embedded Board Computers
  • Conversion Board

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High-Speed AD Conversion Board 'HSAD100D Ver1.0'

High-Speed AD Conversion Board 'HSAD100D Ver1.0'

ADC board with two chips featuring 100MSps, 12-bit, 8-channel! AD conversion board available with selectable AC/DC coupling.

The "HSAD100D Ver1.0" is an option board for the KX-Card7 and AX-Card7M system development boards. It interfaces with a 100MSps 12-bit 16-channel AD converter and FPGA via LVDS 2 lanes/channel. Additionally, the high-precision data after AD conversion can be subjected to various digital processing such as high-speed signal processing in the FPGA, storage in DDR3 memory, and file creation through high-speed data transfer to a PC, as well as USB data transfer. 【Features】 ■ 16-channel 100Msps simultaneous sampling ■ High-precision clock system for synchronous operation ■ Flexible analog input path ■ General-purpose I/O ports ■ Clock phase adjustment function for inter-board connections *For more details, please refer to the PDF documentation or feel free to contact us.

  • Embedded Board Computers
  • Conversion Board

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A/D conversion board "DCP-7020"

A/D conversion board "DCP-7020"

The input range can be set independently for each channel via software! The resolution is 16-bit.

The "DCP-7020" is a 16-bit A/D conversion board that complies with the CompactPCI bus in a 3U single-slot size, capable of voltage/current input. It features 16 single-ended channels and 8 differential channels, with the input range configurable for 8 voltage input ranges and 1 current input range. Additionally, the input range can be set independently for each channel via software, and the product's operation can be verified using an internal reference power supply. 【Features】 - 16 single-ended channels and 8 differential channels, with input ranges configurable for 8 voltage input ranges and 1 current input range - Input ranges can be set independently for each channel via software - Product operation can be verified using an internal reference power supply *For more details, please refer to the PDF document or feel free to contact us.

  • Embedded Board Computers
  • Conversion Board

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UART / RS232C conversion Raspberry Pi expansion board

UART / RS232C conversion Raspberry Pi expansion board

Expansion board 'MPC-RAS-ST' that converts Raspberry Pi's UART signals to RS232C driver receiver.

The MPC-RAS-ST is an expansion board that converts the UART signals of the Raspberry Pi to RS232C driver receiver. Optionally, an isolated DC-DC converter with a 5V output and an input range of 9V to 36V can be added. By stacking it on top of the Raspberry Pi, it further connects the BUS signals to a higher level. It is RoHS compliant. ◆ Features - Converts the UART signals of the Raspberry Pi to RS232C levels. - Allows for the installation of additional expansion boards on the upper level through vertical connection connectors on the Raspberry Pi's bus connector. - Enables power input of 9V to 36V through the addition of power options. ◎ Board Size Same size as Raspberry Pi 3 MODEL-B and Raspberry Pi 2 MODEL-B ◎ Connection with Raspberry Pi Connects to the GPIO 40-pin expansion connector of the Raspberry Pi.

  • Other FA equipment
  • Embedded Board Computers
  • Expansion Boards
  • Conversion Board

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[Case Study] Environmental Radiation Monitoring System

[Case Study] Environmental Radiation Monitoring System

On-site regular inspection support! Introducing cases that support analog and pulse input from multiple sensors.

We would like to introduce a case study on the implementation of the "Environmental Radiation Monitoring System" by Kachou Corporation. Since the interfaces for the rain gauge, tipping bucket rain gauge, wind direction, and wind speed sensors are respectively a voltage-free make contact, two-contact type, encoder, and magnetic pulse, individual calculations are required for the analog signal's AD conversion and gateway. To address this issue, we devised a solution to design and produce a board that can handle the analog signals from the meteorological sensors. 【Issues Addressed】 ■ Since the interfaces for the rain gauge, tipping bucket rain gauge, wind direction, and wind speed sensors are respectively a voltage-free make contact, two-contact type, encoder, and magnetic pulse, individual calculations are required for the analog signal's AD conversion and gateway. ■ Local verification of sensor data values is necessary during regular inspections. *For more details, please refer to the PDF document or feel free to contact us.

  • Other services
  • Conversion Board

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Conversion board for using HSMC mezzanine card with FMC bus.

Conversion board for using HSMC mezzanine card with FMC bus.

Since its release in 2015, it has been a standard fixture for using HSMC cards with FMC buses.

A conversion board for using Intel (formerly Altera) HSMC mezzanine cards (daughter boards) with FPGA boards (carrier boards) that have an FMC bus (VITA 57.1). It is designed not just for simple connector conversion but takes into account both buses. Standard stock item from Tateno Denno Co., Ltd.

  • Other Connectors
  • Other electronic parts
  • Conversion Board

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6GHz A/D & 12GHz D/A board (FMC+)

6GHz A/D & 12GHz D/A board (FMC+)

You can use the Abaco-made carrier card in a conduction cooling environment! We are currently offering a comprehensive catalog and case study materials.

We would like to introduce the "6GHz A/D & 12GHz D/A Board (FMC+)" that we handle. This is an FMC-type A/D & D/A board equipped with a 6GHz 12-bit 2-channel A/D converter and a 12GHz 16-bit 4-channel D/A converter. The A/D converter offers options for either a maximum of 6GSPS with 2 channels (Analog Devices AD9082) or a maximum of 4GSPS with 4 channels (Analog Devices AD9081). 【Features】 ■ Dual-channel 12-bit ADC, maximum 6GSPS ■ 4-channel, 12-bit ADC, maximum 4GSPS option ■ 4-channel, 16-bit DAC, maximum 12GSPS ■ Compliant with VITA 57.4 FMC+ standard ■ Supports conduction cooling using Abaco's carrier board ■ AC coupling for analog input and output *For more details, please download the PDF (English version) or feel free to contact us.

  • Printed Circuit Board
  • Conversion Board

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VME-3128A

VME-3128A

Scanning 14-bit Analog-to-Digital Converter Board

The VME-3128A is a member of GE Intelligent Platforms extensive family of analog input/output products for the VMEbus. This product is designed to support 64 channels of differential or single-ended wide range analog inputs. The VME-3128A supports Autoscanning, Single Channel Random Polling, Timed Burst, Locally Triggered Burst, Remoteling Triggered Burst and Gain Loading operating modes.

  • Embedded Board Computers
  • Conversion Board

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VMIVME-4905

VMIVME-4905

High Power Digital-to-Synchro/Resolver Converter Board

The VMIVME-4905, a digital-to-synchro or resolver converter (DSC/DRC) board, utilizes the NATEL-HSDR 2514 converter module. It supports a wide variety of options which are supported by configuring jumpers on the basic printed circuit board and by installing optional parts (see the Ordering Options). The VMIVME-4905 board, with supported Built-in-Test VMIC hardware, features both offline and online fault detection and isolation.

  • Expansion Boards
  • Conversion Board

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3G-SDI compatible MIPI monitor board SVM-06-SDI

3G-SDI compatible MIPI monitor board SVM-06-SDI

Supports the standard 3G-SDI of the broadcasting and video industry! Real-time output of video signals in MIPI CSI-2 format!

The SVM-06-SDI is equipped with a 3G-SDI transmitter and supports video output of up to 1920x1080 at 60 fps. It enables real-time, low-latency long-distance transmission of target video, such as from MIPI sensors, to SDI-compatible monitors and measurement instruments. Additionally, simultaneous output from both SDI and USB is possible, allowing for video capture on a PC while verifying data, facilitating efficient evaluation and validation.

  • Image Processing Board
  • Conversion Board

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High-Speed AD Conversion Board 'HSAD250D Ver1.1'

High-Speed AD Conversion Board 'HSAD250D Ver1.1'

All channels support single-ended/differential input! A high-precision AD conversion system can be configured.

The "HSAD250D Ver1.1" is an option board for the KX-Card7 and AX-Card7M system development boards. It features a 4-channel 250MSps 14-bit AD converter and FPGA, which can interface using the industry standard JESD204B, creating a high-performance system that ensures signal integrity. Additionally, with a low-jitter clock essential for high-speed sampling, it can construct a high-precision AD conversion system without compromising the performance of the AD converter IC. 【Features】 ■ 4-channel 250Msps simultaneous sampling ■ Flexible analog input path ■ Low clock jitter clock generator ■ General-purpose I/O ports ■ Capable of various digital processing and USB data transfer *For more details, please refer to the PDF materials or feel free to contact us.

  • Embedded Board Computers
  • Conversion Board

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High-Speed AD Conversion Board 'HSAD500 Ver1.1'

High-Speed AD Conversion Board 'HSAD500 Ver1.1'

Option board that can connect to external systems via flat cable or connector.

The "HSAD500 Ver1.1" is an option board for the KX-Card7 system development board. With a low jitter clock essential for high-speed sampling, it can construct a high-precision AD conversion system without compromising the performance of the AD converter IC. Additionally, the high-precision data after AD conversion can be subjected to various digital processing, such as high-speed signal processing on FPGA, storage in DDR3 memory, and file creation through high-speed data transfer to a PC, as well as USB data transfer. 【Features】 ■ Two analog signal paths ■ Low clock jitter clock generator ■ General-purpose I/O ports ■ High-performance system ensuring signal integrity ■ Capable of various digital processing and USB data transfer *For more details, please refer to the PDF documentation or feel free to contact us.

  • Embedded Board Computers
  • Conversion Board

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USB2.0 Conversion Board 'ARTCNV II'

USB2.0 Conversion Board 'ARTCNV II'

Just plug it into the camera connector! Introducing products that can convert to digital images.

The "ARTCNV II" is a USB2.0 conversion board that allows for easy conversion of NTSC/PAL/EIA/CCIR/SECAM cameras to USB2.0 digital output. It supports uncompressed, real-time output and features a 10-bit capture capability via SDK. It is compatible with open frame and OEM requirements. Additionally, we can provide the SDK (Software Development Kit) at a very low price. Please feel free to contact us for inquiries. 【Specifications (excerpt)】 ■ Digital NTSC decoder ■ USB2.0 bulk transfer ■ PCB size: 90mm x 50mm x 15mm ■ Open frame type: ARTCNV II-OP *For more details, please refer to the PDF document or feel free to contact us.

  • Converters and Transducers
  • Conversion Board

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PMC-PCI conversion board 'WPMC-PEX'

PMC-PCI conversion board 'WPMC-PEX'

You can insert a PMC specification card into the PCI slot of a computer for use.

The PMC-PCI conversion board "WPMC-PEX" supports 32-bit or 64-bit transfers at 33MHz. (The 32-bit and 64-bit specifications depend on the PMC card.) It is possible to output PMC I/O signals externally using CN1. The CN1 connector outputs I/O signal lines from the J14 connector, which can be selected by the user as needed. PMC specification cards can be used by inserting them into a computer's PCI slot. 【Features】 ○ PMC specification cards can be used by inserting them into a computer's PCI slot ○ Supports 33MHz transfer and 32-bit or 64-bit ○ Capable of outputting PMC I/O signals externally ○ Compliant with PCI revision 2.2, supports PCI 64-bit For more details, please contact us or download the catalog.

  • Embedded Board Computers
  • Conversion Board

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D/A conversion board "DCP-7120"

D/A conversion board "DCP-7120"

The output range can be set independently for each channel via software! Simultaneous output for all channels is also possible.

The "DCP-7120" is a 16-bit D/A conversion board with 4 channels of analog output that can be set for voltage output or current output. The output range can be independently set for each channel via software, and simultaneous output for all channels is possible. Monitoring of the output status for all 4 channels is also possible. Additionally, all operations can be configured via software, and the output is in high impedance when powered on across all ranges. 【Features】 ■ Output range can be independently set for each channel via software ■ Simultaneous output for all channels is possible ■ Monitoring of the output status for all 4 channels is possible ■ All operations can be configured via software ■ Output is in high impedance when powered on across all ranges *For more details, please refer to the PDF documentation or feel free to contact us.

  • Embedded Board Computers
  • Conversion Board

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For product and circuit proposals, please contact the Technical Development Department!

For product and circuit proposals, please contact the Technical Development Department!

With 60 years of proven achievements and technology in the FA industry, we will provide optimal proposals for products and circuits!

Kyōritsu Electric is a set manufacturer that responds to one-order needs in the FA and PA industries. The Technology Development Department serves as a division that plans and develops custom signal conversion boards and measuring instruments to supplement deficiencies in system upgrades. Our achievements include boards for measuring special signals, transmission devices using power line communication technology, and inspection equipment for checking customer products. The Technology Development Department offers proposals based on the experience and achievements cultivated in the FA and PA sectors. 【Areas of Expertise and Key Technologies】 ■ Analog and digital circuit design ■ Signal processing such as filtering and noise reduction ■ Wired communication and wireless transmission circuit design ■ Circuit design for standards (PCIe, USB, etc.) ■ Inspection systems and jig design ■ Firmware design ■ PC application design *Please feel free to contact our sales department for inquiries. *For more details, please refer to the PDF materials or feel free to reach out to us.

  • Other contract services
  • Conversion Board

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HDMI to LVDS conversion board RTD2513A industrial LCD direct drive

HDMI to LVDS conversion board RTD2513A industrial LCD direct drive

**HDMI to LVDS conversion board (using RTD2513A) Directly drives industrial LCD panels with HDMI video**

Directly output HDMI input signals to LVDS LCD panels Conversion board (using RTD2513A) This product is an HDMI to LVDS conversion board equipped with the **RTD2513A controller IC** from Realtek. It allows video from HDMI output devices (such as PCs, embedded devices, inspection equipment, game consoles, etc.) to be directly input to **LVDS LCD panels** used in industrial or custom display devices. ▪ Simple configuration from HDMI input to LVDS output ▪ Stable operation with native conversion support of RTD2513A ▪ Supports various resolutions (up to approximately 1920×1200) ▪ Suitable for both prototype/evaluation devices and mass production equipment It is ideal for reusing existing panels and for space-saving, low-cost embedded LCD display applications. Examples of applications: - Display section of inspection equipment and measurement systems - Industrial terminal displays - Monitors embedded in devices - Displaying video output results for evaluation and prototype devices *Please feel free to consult us even if the panel specifications are not yet determined.*

  • Other image-related equipment
  • Conversion Board

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Analog HD input → Digital YUV, USB 2.0 output conversion board

Analog HD input → Digital YUV, USB 2.0 output conversion board

Analog HD input → Digital YCbCr 8bit, USB 2.0 output conversion board

The "MS-TR104HDA" is a board camera that converts analog HD input to digital YCbCr 8bit, USB 2.0 output. It can be used in connection with the "MS-M104HDA." By connecting to the "MS-M104HDA," it will output digital YCbCr 8bit, USB 2.0. With a compact board size of 32(H) × 32(W) mm, it can be mounted in various devices and equipment. Please feel free to contact us if you have any requests. 【Features】 ■ 1280(H) × 720(V) ■ Analog HD input ■ 30fps ■ Digital YCbCr 8bit, USB 2.0 output *For more details, please download the PDF or contact us.

  • Color camera
  • Conversion Board

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Entertainment-oriented Raspberry Pi UART/RS232C conversion board

Entertainment-oriented Raspberry Pi UART/RS232C conversion board

Reliable integration of Raspberry Pi and RS232C devices supporting event production.

In the entertainment industry and event control, collaboration with various devices utilizing RS232C communication, such as production equipment, lighting, and sound systems, is essential. In particular, accurate real-time control is crucial for the success of an event. Improper communication or connections can lead to delays or malfunctions in the production. Our product, 'MPC-RAS-ST', converts the UART signal from the Raspberry Pi to RS232C levels, enabling smooth connections with these devices. 【Usage Scenarios】 - Control of lighting and sound equipment at live events - Control of interactive content at exhibitions - Control of attractions in theme parks - Collaboration with special effects equipment in stage productions 【Benefits of Implementation】 - Building a flexible event production system utilizing Raspberry Pi - Easy connection with existing RS232C devices - Improved stability and reliability of event productions

  • Other FA equipment
  • Embedded Board Computers
  • Expansion Boards
  • Conversion Board

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UART/RS232C conversion board for Raspberry Pi【for HA】

UART/RS232C conversion board for Raspberry Pi【for HA】

A board that connects a Raspberry Pi to RS232C devices to expand home appliance integration.

In the field of home automation, integration with existing appliances and control systems is essential. Particularly when controlling devices with an RS232C interface using a Raspberry Pi, signal level conversion is crucial. Improper conversion can lead to device malfunctions or failures in integration. Our product 'MPC-RAS-ST' converts the UART signal from the Raspberry Pi to RS232C levels, enabling connection with various devices that utilize RS232C communication. 【Use Cases】 - Smart home integration of older appliances - Building custom control systems - Integration of IoT devices with existing equipment 【Benefits of Implementation】 - System construction utilizing existing devices - Flexible system scalability - Easy realization of IoT integration

  • Other FA equipment
  • Embedded Board Computers
  • Expansion Boards
  • Conversion Board

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UART/RS232C conversion board for Raspberry Pi for transportation systems

UART/RS232C conversion board for Raspberry Pi for transportation systems

Connect the Raspberry Pi to the signal control system. Convert UART to RS232C.

In the field of transportation systems, particularly in signal control, reliable data integration with existing control devices and sensors is essential. Many devices utilize RS232C communication, and when connecting these devices to versatile computers like the Raspberry Pi, communication level conversion becomes indispensable. Improper connections or conversions can lead to signal delays or malfunctions, potentially affecting the stable operation of transportation systems. Our UART/RS232C conversion board for Raspberry Pi, 'MPC-RAS-ST', converts the UART signals of the Raspberry Pi to RS232C levels, addressing these challenges. 【Usage Scenarios】 - Data collection and analysis in traffic signal control systems - RS232C communication with road sensors and surveillance cameras - Building systems that integrate existing traffic infrastructure with Raspberry Pi 【Benefits of Implementation】 - Enables easy connection with RS232C compatible devices - Flexible expansion of signal control systems utilizing Raspberry Pi - Reliable communication suitable for industrial applications

  • Other FA equipment
  • Embedded Board Computers
  • Expansion Boards
  • Conversion Board

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UART/RS232C conversion board for Raspberry Pi for logistics and inventory management

UART/RS232C conversion board for Raspberry Pi for logistics and inventory management

Connect RS232C devices with Raspberry Pi and build an inventory management system.

In the logistics industry, inventory management requires integration with existing devices that have RS232C interfaces. In particular, to grasp the inventory status in the warehouse in real-time and carry out efficient management, it is essential to have a solution that can connect these devices with versatile computers like the Raspberry Pi. Insufficient connectivity and compatibility issues can lead to delays in data collection and management errors. Our product "MPC-RAS-ST" addresses these challenges by converting the Raspberry Pi's UART signals to RS232C levels. 【Use Cases】 - Connection with barcode readers and inventory management terminals within the warehouse - Data collection from PLCs and sensors - Control of existing RS232C-compatible devices with Raspberry Pi 【Benefits of Implementation】 - Building an inventory management system utilizing existing RS232C devices - Real-time collection and analysis of inventory data - Reduction of system construction costs

  • Other FA equipment
  • Embedded Board Computers
  • Expansion Boards
  • Conversion Board

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[For Security] UART/RS232C Conversion Board for Raspberry Pi

[For Security] UART/RS232C Conversion Board for Raspberry Pi

Convert the Raspberry Pi's UART to RS232C and build an access management system.

In the field of security, particularly in access management, reliable integration with existing devices that have RS232C interfaces is essential. To prevent unauthorized access and maintain stable system operation, high-reliability communication is indispensable. Our product 'MPC-RAS-ST' enables connection with various security devices and control systems by converting the UART signals of the Raspberry Pi to RS232C levels. This supports the construction of a flexible and robust access management system utilizing the Raspberry Pi. 【Usage Scenarios】 - Integration of existing RS232C-compatible access control systems with Raspberry Pi - Data collection and monitoring of industrial security devices - Development of access control systems using IoT devices 【Benefits of Implementation】 - Low-cost system expansion utilizing existing equipment - Realization of custom security solutions leveraging the flexibility of Raspberry Pi - Stable access management through reliable RS232C communication

  • Other FA equipment
  • Embedded Board Computers
  • Expansion Boards
  • Conversion Board

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UART/RS232C conversion board for Raspberry Pi for robotics

UART/RS232C conversion board for Raspberry Pi for robotics

RS232C conversion board to enhance robot sensor integration.

In the field of robotics, collaboration with various sensors and control devices is required. In particular, when incorporating existing industrial equipment and measuring instruments with an RS232C interface into a robotic system, compatibility with the UART signals of the Raspberry Pi can be a challenge. Improper connections can lead to data delays or malfunctions, potentially compromising the performance and safety of the robot. Our product, 'MPC-RAS-ST', addresses these challenges by converting the Raspberry Pi's UART signals to RS232C levels, enabling smooth sensor integration. 【Usage Scenarios】 - Collaboration between industrial robotic arms and RS232C connected sensors - Data collection from RS232C compatible measuring instruments by autonomous mobile robots - Connection of external devices to research and development robotic platforms 【Benefits of Implementation】 - Easy integration of existing RS232C devices into Raspberry Pi-based robotic systems - Stable acquisition of sensor data and improved control accuracy - Reduction in development time and system construction costs

  • Other FA equipment
  • Embedded Board Computers
  • Expansion Boards
  • Conversion Board

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[For Education] UART/RS232C Conversion Board for Raspberry Pi

[For Education] UART/RS232C Conversion Board for Raspberry Pi

RS232C communication for Raspberry Pi practical training. Expansion board for educational settings.

In educational settings and practical training materials, connectivity with various devices is crucial for enhancing learning outcomes. Particularly, communication with older industrial equipment and measuring instruments often utilizes RS232C, and signal level conversion is essential for handling these devices with a Raspberry Pi. Our product, 'MPC-RAS-ST', converts the UART signals of the Raspberry Pi to RS232C levels, supporting its use in educational training and research applications. 【Usage Scenarios】 - Introductory IoT training using Raspberry Pi - Data communication training with PLCs and industrial equipment - Fundamental learning in embedded system development - Promoting understanding of serial communication in electronics projects 【Benefits of Implementation】 - Enables connection with RS232C compatible devices, broadening the scope of practical training - Increases the versatility of the Raspberry Pi, allowing for more hands-on learning - Provides students with opportunities to engage with technologies used in actual industrial settings

  • Other FA equipment
  • Embedded Board Computers
  • Expansion Boards
  • Conversion Board

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