Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 38 items
32-point output board compatible with RealTimeExpress (RTEX)
- Up to 32 units can be connected on the same network (according to master specifications) - Terminal block configuration via WAGO 733 connector - High reliability, low cost, reduced wiring, etc. - Optional cover available (model number: CTO-32NS/C) *For more details, please download the PDF or feel free to contact us.
Continuous communication 8-point output board equipped with a specific low-power wireless module MU-3-429.
The MU3-OUT8-429 is an 8-point output board equipped with the specific low-power wireless module MU-3-429. It continuously transmits contact information via the MU-3-429, making it suitable for continuous contact control required in telecontrol applications. The output is composed of photo MOS relays, allowing for high isolation and the connection of high-capacity loads. Additionally, the output is on a terminal block, making it easy to wire for integration. The MU3-OUT8-429 can control contact information from a PC or CPU using the MU-3-429, not just for communication between boards. When controlling from a PC, a relay function can also be utilized, enabling control of contact information from locations several kilometers away. The relay station for the MU-3-429 operates solely with the initial setup of the device and power supply. To operate, pairing settings between the MU3-IN8-429 and MU3-OUT8-429 are required initially. This wireless device allows the antenna to be installed in a location with a good radio wave environment using an extension cable. 【Features】 ■ Continuous communication of 8 contact information ■ Easy wiring integration via terminal block ■ High isolation with photo MOS relays
Converts digital video signals into analog composite signals in NTSC format.
It supports various digital formats of the NTSC system.
It restores each format of digital video signal converted by DVS100TX and transmitted in the 3GSDI standard back to the original digital video signal.
This daughterboard converts digital RGB signals in various formats, as well as special medical video signals, into 3G-SDI signals compliant with broadcast standards, allowing for image transfer over a single line. By transferring via 3G-SDI signals, it can be transmitted using a single coaxial cable, and existing commercial products such as matrices, splitters, and extenders from various manufacturers can be used, enabling long-distance transmission. Control data can also be transmitted simultaneously. The system configuration is combined with the DVS-100TX. ● Product Field Field: Broadcasting equipment, medical equipment, presentation equipment, various imaging devices, monitoring, security ● Product Applications - Allows multiple distribution without degrading the material using commercially available low-cost SDI splitters. - Enables multiple distribution switching without degrading the material using commercial SDI matrices. - Easily extends transmission distance using commercially available SDI extenders. - Can be directly connected to existing SDI systems. - Since the transmission complies with the SDI standard, it can connect over 300 meters without degradation using a single coaxial cable. - Special video signals can also be easily extended using existing SDI products by transmitting them in accordance with the SDI standard. - Can be adopted as an input card for matrices.
8/16CH Analog Output
◾ x1 PCI Express interface ◾ 4 channels of TTL digital input and 4 channels of TTL digital output ◾ Bipolar analog output range ◾ 16 channels of voltage output (PCIe-6216V-GL) ◾ 8 channels of voltage output (PCIe-6208V-GL) ◾ 16-bit D/A converter resolution
32CH photoMOS relay output (SPST) & 2CH isolated digital input
Features - Supports universal, 32-bit, 3.3V and 5V PCI bus - 32-channel long-life photo MOS relay output - 2-channel isolated digital input with interrupt function - Feedback of relay output state - Onboard LED indicators (for relay state confirmation) - Onboard connector for external LED connection - Onboard relay drive circuit - Board ID
Isolated 12-Channel 12-bit Analog Output Board
The VME-4150 provides 12 isolated high quality 12-bit analog output channels on a single 6U form factor VMEbus board. Each channel is electrically isolated from all other channels and from the VMEbus.
128-bit High-Voltage Digital Output Board with Built-in-Test
The VME-2128* board is capable of delivering 128 channels of high voltage and/or high current sink outputs. The VME-2128 open collector output drivers are capable of supporting output voltages from 5 to 48VDC. A unique feature of the VME-2128 Board is the Built-in-Test (BIT) logic, which allows the user, under software control, to verify the operation of each channel.
64-bit High Current Source/Sink Driver Board
VME-2131 is a digital 64-bit High Current Source/Sink Driver Board. VMEbus specification-compatible double height form factor.
It is an industrial board compliant with the VME bus standard.
1. This is a digital output board with 64 output points. 2. All outputs are isolated. 3. The output status can be checked in 8-bit units. Due to the discontinuation of electronic components, the model has changed from the start of sales around 1990 to the present, with models HIMV-604, HIMV-604A, HIMV-604B, and HIMV-603C. However, we have repeatedly designed the products with compatibility in mind, achieving long-term stable supply.
Equipped with a USB interface, this ultra-compact power relay features a contact with a maximum current of 1A!
The 4-channel or 8-channel relay output board with no-voltage contacts can connect up to 16 units. It is equipped with a power relay that has contacts capable of handling a maximum current of 1A, despite its ultra-compact size. It is controlled from a computer via a USB interface. It operates on power from the USB, so no external power supply is needed. It complies with RoHS directives, ensuring safe use. All units are tested before shipment, so you can use them with confidence.
Bus-powered large current C contact mechanical relay output (AC120V 10A, DC30V 8A) - screwless terminal block connection.
Compatible with Windows 11 / 10 / Linux Supports USB2.0 (480Mbps / 12Mbps) It operates on bus power, so no external power supply is required. (However, the digital input section needs to be driven by an external circuit.) In addition to 4 relay outputs, it is equipped with 2 digital inputs. Connection is via screwless terminal blocks, making wiring easy. ● About Relay Outputs High current c contact mechanical relay output → Can switch AC120V 10A and DC30V 8A. → Since it has c contacts, it can also be used as normally open contacts (a contacts) or normally closed contacts (b contacts). ● About Digital Inputs Photocoupler isolated input → High noise resistance. → Can protect the computer from abnormalities in external circuits. Independent isolation → It is also possible to input signals with different potentials. Input voltage supports DC5V to 24V → It can be used in electrical circuits where multiple voltages, such as DC12V and DC24V, are mixed.
Compliant with the RoHS2 directive! It is also possible to connect and use various boards and other devices.
The "DIO-0/16RC-IRC" is a digital output board with I2C connection. It features 16 photo relay outputs and can also be used as an expansion board for Raspberry Pi and Jetson. It can be stacked with "Raspberry Pi 5/4/3/2/Zero," "Jetson Nano Developer Kit," and "our I2C expansion board." 【Features】 ■ The internal circuit is protected even if there is an abnormality in the external circuit. ■ Digital output is via photo relay. ■ Capable of on/off control for high voltage and high current. ■ Longer lifespan, quieter, and faster operation compared to mechanical relays. ■ Compliant with RoHS2 directive (10 substances). *For more details, please refer to the related links or feel free to contact us.
16 analog outputs! Multiple output voltage ranges are possible with options, and current output is also available.
We would like to introduce the 'VME-DAC1612' handled by Renas Corporation. This product is a general-purpose analog output board capable of 16 analog outputs. It is compatible with the IEEE1014 rev. C.1 VMEbus, with SADO24 and SD16 VMEbus access. It features electrical insulation via optical couplers. 【Features】 ■ 12-bit resolution, 5μs settling time ■ Multiple output voltage ranges available, current output (optional) ■ Buffered output, short-circuit protection ■ Electrical insulation via optical couplers ■ VMEbus compatibility: IEEE1014 rev. C.1 ■ VMEbus access: SADO24, SD16 * You can download the English version of the catalog. * For more details, please refer to the PDF materials or feel free to contact us.
Option: 16-point output board compatible with RealTimeExpress (RTEX)
- Up to 32 units can be connected on the same network (according to master specifications) - Terminal block configuration via WAGO 733 connector - High reliability, low cost, reduced wiring, etc. - Option to choose a version with a cover (model number: CTO-16NSW/C) *For more details, please download the PDF or feel free to contact us.
Continuous communication 8-point output board equipped with a specific low-power wireless module MU-3-1216.
The MU-3-1216 transmits contact information continuously, making it suitable for continuous contact control required by telecontrol systems. The output is composed of photo MOS relays, enabling high isolation and connection to high-capacity loads. At 1216MHz, the response time is faster compared to 429MHz. The output is on a terminal block, allowing for easy embedded wiring. The MU3-OUT8-1216 can control contact information from a PC or CPU using the MU-3-1216, not just for communication between boards. When controlling from a PC, relay functionality can also be utilized, allowing control of contact information from locations several kilometers away. The relay station of the MU-3-1216 operates solely with initial device setup and power supply. To operate, pairing settings between the MU3-IN8-1216 and MU3-OUT8-1216 are required initially. This radio device allows the antenna to be installed in a location with good radio wave conditions using an extension cable. 【Features】 ■ Continuous communication of 8 contact information ■ Easy embedded wiring via terminal block ■ High isolation with photo MOS relays
16-Channel D/A Current or Voltage Output Board
The VME-4120 Analog Output Board provides 16 high-quality analog output channels. These channels are jumper-selectable for voltage outputs, current loop outputs, or a combination of voltage and current loop outputs. Each output range is also jumper-selectable.
32-Channel Analog Output Board with Built-in-Test
The VME-4132 analog output board provides 32 high-quality analog output channels, which can be programmed with onboard jumpers to operate in a variety of voltage ranges. All outputs have 12-bit resolution, and can source or sink 10mA at ± 10V. For offline testing, the analog outputs can be disconnected from the external circuits.
32-Channel 12-bit Analog Output Board
The VMIVME-4140* Analog Output Board has 32 analog output channels with 12-bit resolution, sourcing up to 10 mA at ±10 V. Each output has a dedicated Digital-to-Analog Converter (DAC) assigned to it. The analog outputs can be disconnected from the field wiring for off-line testing.
64-bit High Voltage Digital Output with Built-in-Test.
The VMIVME-2120 is capable of delivering 64 channels of high voltage and/or high current sink outputs. The VMIVME-2120 open collector output drivers are capable of supporting output voltages from 5 VDC to 48 VDC. A unique feature of the VMIVME-2120 Board is the Built-in-Test (BIT) logic, which allows the user, under software control, to verify the operation of each channel.
32-bit Differential Digital Output Board
VME-2533 32-bit Differential Digital Output Board. VMEbus specification compatible double height form factor.
16-bit input + 16-bit output expansion I/O board 'MPC-RAS32IO-V2' developed for Raspberry Pi.
The output signal and input signal are isolated by a phot coupler, and the withstand voltage of the external power supply for output is a maximum of 36V. The communication protocol can be selected between I2C or SPI. The input signal is turned on/off by the current flowing through the phot coupler. ◆ Features Input Section ◎ Wide Input Voltage Range The voltage of the input signal can be specified as 5V, 12V, 24V, or 36V, which will be set at the time of shipment. Output Section ◎ High Voltage and High Output Current The output section covers a wide range of voltages from 5V to 36V using FETs. The power supply is provided externally. Common Section ◎ Isolation from External Sources The internal circuit is electrically isolated from the external circuit by the phot coupler, preventing malfunctions or electrical damage caused by abnormal voltages, noise, or ground level fluctuations from outside. ◎ Board Size Same size as Raspberry Pi 3 MODEL-B and Raspberry Pi 2 MODEL-B. ◎ Connection with Raspberry Pi Connect to the 40-pin (GPIO) of the Raspberry Pi and communicate via I2C or SPI. ◎ When connecting to the 40-pin connector of the Raspberry Pi, an MPC-RASST may be required as an intermediary board.
High voltage and high current (up to 30V, 3A) compatible optical isolated 32-bit digital output board
The MPC104-ISO32T-PW is a 32-bit optical isolated digital output board compatible with the PC/104 bus. The use of phototransistor isolation reduces malfunctions caused by external noise and power supply coupling, making it suitable for applications that require high reliability, such as factory automation equipment and industrial devices. The output section employs N-channel FET output, supporting high voltage and high current output of up to 30V and 3A. Additionally, the sink output configuration allows for control of inductive loads such as solenoids, relays, and small motors.
Compatible with models such as FCB digital cameras (LVDS compatible) LVDS/USB3.0 camera tail board.
FCB Digital Camera Module / LVDS USB 3.0 Output Conversion Board 1. Description This is a video output board compatible with the LVDS 30-pin output of the block digital camera module. It converts the output to USB 3.0, allowing for immediate use when connected to a PC. *Please do not use power for both the camera and the USB board simultaneously. If you need to use both, please supply power from only one source.* The USB 3.0 tail board is specially designed for our digital camera module and the SONY FCB digital camera module. It converts LVDS to USB 3.0 output, automatically recognizes HD signals, and supports cameras from other brands that use the SONY VISCA protocol.
![[For Manufacturing Industry] 429MHz Band 8-Channel Output Board](https://image.mono.ipros.com/public/product/image/49483/IPROS7875163169423556798.png?w=280&h=280)
Real-time transmission of multi-system contact signals. Contributes to the efficiency of process management.
In manufacturing process management, it is important to accurately grasp the operational status of equipment and respond quickly. In particular, early detection of abnormalities in the production line and minimizing downtime are required. Traditional wired systems have complexities in wiring work and risks of signal interruption due to cable disconnections. This product transmits up to 8 channels of contact signals wirelessly in real time, enabling remote monitoring and control of equipment. This contributes to improved production efficiency and rapid problem-solving. 【Usage Scenarios】 * Displaying the status of the production line * Remote monitoring of equipment * Operation of cranes and conveyors 【Benefits of Implementation】 * Cost reduction in wiring work * Visualization of equipment operational status * Rapid detection and response to abnormalities * Improved production efficiency * Increased efficiency and flexibility through PLC wireless technology
![[For Security Systems] 429MHz Band 8-Channel Output Board](https://image.mono.ipros.com/public/product/image/49483/IPROS230636474696390377.png?w=280&h=280)
A real-time contact output board that contributes to improving the reliability of intrusion detection systems.
In the security industry, the reliability of intrusion detection systems is crucial. Specifically, it is essential to accurately and quickly transmit signals from sensors and reliably detect anomalies. Malfunctions or delays can undermine the reliability of security systems and potentially lead to serious situations. Our 429MHz band 8-contact output board receives and outputs up to 8 contact signals in real-time, ensuring reliable intrusion detection. 【Usage Scenarios】 - Intrusion detection systems for office buildings, stores, and warehouses - Security systems in critical facilities - Integration with surveillance camera systems 【Benefits of Implementation】 - Rapid response through real-time information transmission - Support for multiple contact signals, allowing for flexible system construction - High reliability through stable wireless communication
Raspberry Pi-compatible opto-isolated expansion board to enhance equipment monitoring in manufacturing sites.
In manufacturing equipment monitoring, stable data acquisition and control are required, unaffected by external noise or ground level fluctuations. Particularly, ensuring reliable insulation of input and output circuits is crucial to prevent equipment malfunctions and electrical damage. Our isolated 16-input 16-output board for Raspberry Pi addresses these challenges through phototransistor isolation, supporting the construction of a reliable equipment monitoring system. 【Usage Scenarios】 - Data collection from various sensors within the factory - Monitoring the operational status of production line equipment - Anomaly detection and alert issuance - Remote confirmation of equipment status 【Benefits of Implementation】 - Reduction of malfunctions due to noise and ground level fluctuations - Protection of equipment by mitigating electrical damage risks - High-precision monitoring through stable data acquisition - Flexible system integration with Raspberry Pi
High-reliability traffic signal control system realized with Raspberry Pi
In traffic signal control, stable operation is required to be resilient against noise from the external environment and power fluctuations. In particular, malfunctions and electrical damage are directly related to the safety of traffic systems, making high reliability essential. Our isolated 16-input 16-output board for Raspberry Pi reduces these risks through phototransistor isolation, achieving stable signal control. The collaboration with Raspberry Pi enables flexible and efficient system construction. 【Use Cases】 - Control of traffic lights at intersections - Switching signal patterns according to road conditions - Priority control for emergency vehicles 【Benefits of Implementation】 - Reduction of malfunctions due to noise and ground level fluctuations - Improved system reliability by mitigating the risk of electrical damage - Increased efficiency in system construction through easy integration with Raspberry Pi
Photocoupler Isolation Expansion Board for Raspberry Pi Contributing to Smart Grid Development
In the energy industry, particularly in the field of smart grids, the collection of information from numerous sensors and the reliable output of signals to control devices are essential. External noise and fluctuations at the ground level can lead to system malfunctions and equipment damage, making reliable insulation of input and output circuits crucial for stable operation. Our isolated 16-input 16-output board for Raspberry Pi reduces these risks through phototransistor isolation, supporting the construction of reliable systems. 【Use Cases】 - Monitoring systems for renewable energy power plants - Demand response control for power systems - Data collection from smart meters - Integrated management of distributed energy resources (DER) 【Benefits of Implementation】 - Reduction of malfunctions caused by noise and ground level fluctuations - Equipment protection by mitigating the risk of electrical destruction - Improved development efficiency through flexible system integration with Raspberry Pi - Compatibility with various control devices through high-voltage FET output
Raspberry Pi-Compatible Isolated Expansion Board for Building Automation
In the building automation industry, the collection of information from numerous sensors and the control of equipment are required. Especially as the size of the building increases, the risks of malfunction due to noise interference and fluctuations in ground levels, as well as the risk of electrical damage, also rise. To address these challenges and achieve stable system operation, reliable insulation from external circuits is essential. Our isolated 16-input 16-output board for Raspberry Pi reduces these risks through phototransistor isolation, supporting the construction of a reliable building automation system. 【Usage Scenarios】 - Data collection from various sensors within the building (temperature, humidity, illumination, etc.) - Control of HVAC systems, lighting, elevators, etc. - Integration with security systems - Development of remote monitoring and control systems 【Benefits of Implementation】 - Reduction of malfunctions caused by noise and ground level fluctuations - Increased longevity of equipment due to reduced risk of electrical damage - Lower maintenance costs due to stable system operation - Improved development efficiency through flexible system integration with Raspberry Pi
