Last Updated： Aggregation Period:Mar 25, 2026～Apr 21, 2026
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31～60 item / All 85 items
8CH 24Bit Maximum 192KS/s Simultaneous Sampling Analog Input Module
Features ◾ 24-bit Sigma-Delta ADC ◾ 8CH simultaneous analog input ◾ Maximum sampling rate 192KS/s ◾ Input range ±1V - 10V ◾ Dynamic range 110dB ◾ Anti-aliasing filter ◾ Input coupling AC/DC (software selectable) ◾ IEPE - 4mA (software configurable)
Mini-ITX compatible with Intel Core i7/i5/i3 processors (LGA1150)
The industrial Mini-ITX "WADE-8015" supports Intel's 4th generation Core series and can be expanded to 16GB of DDR3 SDRAM system memory. It supports triple display with VGA/DisplayPort/HDMI. For more details, please download the catalog.
Mini-ITX equipped with Intel ATOM E3800 family processor (FCBGA1364)
The industrial Mini-ITX "WADE-8079" is equipped with an Intel ATOM E3800 family processor, and the system memory can be expanded to 4GB or 8GB of DDR3L 1066/1333 SDRAM. It supports multi-display with VGA/DVI/CP/LVDS. For more details, please download the catalog.
8CH 14Bit Maximum 100MS/s Digitizer
◾Maximum sampling rate of 100 MS/s ◾High-resolution 14-bit ADC ◾Analog input (maximum 100 MHz bandwidth) ◾512MB onboard storage memory ◾High-speed PXI Express bus interface ◾Scatter-Gather DMA data transfer for high-speed data streaming ◾Digital trigger input terminal
4CH 12Bit Maximum 80MS/s Digitizer
Features ◾ Maximum 80MS/s sampling and support for 4-channel simultaneous analog input ◾ High-resolution 12-bit ADC ◾ Analog input (maximum bandwidth 40MHz) with 1GB storage memory ◾ Input voltage range (programmable): ±0.5V, ±1V, ±5V, ±10V ◾ High-speed data streaming support via DMA data transfer scatter-gather ◾ Provides 10/20MHz digital onboard filter (FPGA) ◾ Provides PLL module for accurate synchronization
16CH latching relay output and 16CH isolated DI card
Features - Supports PCI Express x1 and plug-and-play (PCIe-7256) - 16-channel latch SPDT relay output - Power-saving during relay operation - Output status remains unchanged when power is off - Onboard LED indicator for relay status - 16-channel isolated digital input - Status change (COS) interrupt - Board ID
Ideal for edge computing | NEC Platforms Compact Box-type Controller (CoBoC)
The automation of visual inspection in manufacturing and factory IoT, the resolution of labor shortages using AI, and the expansion of various IoT applications are becoming widespread. There is a growing demand for "edge computing," which processes data in real-time on devices or equipment close to users rather than in the cloud. The compact box-type controller series offers models equipped with Intel processors/AMD Zynq UltraScale+ MPSoC chips in a small form factor, providing systems tailored to various business applications for our customers. 【Features】 ◆ Compact A compact chassis the size of a palm (W50×D180×H180[mm]), suitable for installation in limited spaces. ◆ High Quality Consolidation of know-how and technological assets cultivated through NEC's PC server and supercomputer design. Selection of high-reliability components with server-grade quality. Developed and produced domestically. High-quality design that is less prone to failure even when operating 24/7. ◆ Long-term Support Support for 5 years of supply and 6 years of maintenance after supply. Adoption of 'Windows 10 IoT Enterprise LTSC' for long-term support.
2CH 14Bit Maximum 200MS/s Digitizer
Features ◾ Maximum sampling rate of 200 MS/s ◾ High-resolution 14-bit ADC ◾ Analog input (up to 90 MHz bandwidth) ◾ 1GB onboard storage memory ◾ High-speed PCI Express x4 bus interface ◾ Scatter-Gather DMA data transfer for high-speed data streaming ◾ Digital trigger input/output terminals
2CH 14Bit Maximum 200MS/s Digitizer
Features ◾ Compliant with PXI Express Specification Revision 1.0 ◾ Supports 200 MS/s sampling rate and two simultaneous analog inputs with high-resolution 14-bit ADC ◾ Supports analog input up to 90 MHz bandwidth ◾ Equipped with 1 GB of storage memory ◾ Programmable input voltage ranges: ±0.2V, ±2V, ±10V ◾ Includes external digital trigger input/output terminals ◾ Full auto-calibration function included ◾ Supports signal averaging function
4-channel PCI Express x4 Gen3 USB3 Vision Top Performance Frame Grabber
Features ■ Compliant with PCI Express x4 Gen2 ■ 4/8 USB Type-A external ports (PCIe-U304) ■ USB 3.1 Gen 1 (same as USB 3.0), host controller, compliant with Fresco FL1100 ■ Up to 18W USB power from PCIe bus (default); up to 60W USB power supported via 4-pin Molex power connector ■ Current per port below 1500mA ■ Multiple cards and multiple cameras within a single system ■ User-friendly API provided for software-programmable power on/off per port
The MegaPAC L2 is a portable desktop PC equipped with dual monitors, featuring the largest size from the manufacturer at 2x23 inches.
The biggest feature of the MegaPAC L2 is its monitor configuration, which allows for a display area that is doubled by equipping it with two monitors, either 4K or Full HD. You can choose between a 23-inch Full HD (1920x1080) display and a 23.8-inch 4K (3840x2160) display. Other specifications are equivalent to the MegaPAC L1, featuring excellent expandability with up to 7 full-length PCI-Express slots and 8 removable storage bays in a portable PC.
Supports PCIe expansion, achieving high-performance control with flexible feature additions.
- Industrial embedded controller equipped with Intel Atom x6414RE - Compatible with Windows/Linux, real-time control via CODESYS - Ensures network redundancy with 4-port LAN + 2-port COM - Equipped with PCIe expansion slot, allows addition of iDAQ and communication modules - Supports EtherCAT slice I/O expansion, suitable for complex control systems - EMC compliant, ideal for energy management and storage system applications - DIN rail compatible, achieving space-saving and high reliability
![AMAX-5570E_03----20240816100213[1].jpg](https://image.mono.ipros.com/public/product/image_sub/bfb/2001557844/IPROS17479629208878145026.jpg?w=280&h=280){kind=small}
![AMAX-5570E_01----20240816100307[1].jpg](https://image.mono.ipros.com/public/product/image_sub/bfb/2001557844/IPROS4356759184335089749.jpg?w=280&h=280){kind=small}
![AMAX-5570E_02----20240816100240[1].jpg](https://image.mono.ipros.com/public/product/image_sub/bfb/2001557844/IPROS14196274320865110918.jpg?w=280&h=280){kind=small}
![AMAX-5570E_03----20240816100235[1].jpg](https://image.mono.ipros.com/public/product/image_sub/bfb/2001557844/IPROS3850873331335764667.jpg?w=280&h=280){kind=small}
Recommended PC for microscope images and particle analysis software "MIPAR"
MIPAR, developed by MIPAR Software LLC, which is primarily composed of members from Ohio State University, is an innovative image processing software that excels in detection capabilities and measurement techniques. It can be used in various fields, including particle measurement (particle size distribution, particle count, particle area), cell counting and measurement, viability assessment, and specific area detection of metals and minerals. No programming is required at all. - 3D image creation and volume calculation from multiple cross-sectional images - Automatic generation feature for reflecting image processing results in MS Word or PowerPoint - Detailed detection of features that have been difficult to detect until now Options for image detection using Deep Learning and volume calculation functions from created 3D images are also available. Recommended hardware configuration for a workstation equipped with the specifications necessary for comfortable operation of MIPAR.
Press Molding Simulation System JSTAMP/NV Recommended Workstation
JSTAMP/NV is an integrated press forming simulation system that supports the entire process from the conceptual stage of mold design to the final stage. JSTAMP is an integrated analysis system specialized for press forming. It features a triple solver equipped with LS-DYNA, JOH/NIKE, and HYSTAMP, achieving significantly higher accuracy and analysis speed compared to traditional methods (implicit method, one-step method). In particular, it is well-equipped with functions for addressing issues such as crack and wrinkle prevention, springback analysis, measurement, and accommodating anticipated shapes.
Usable in industrial temperature ranges! High-performance and highly responsive CPU and GPU computing.
"CALYPSO" is a CPU module equipped with an 11th generation Intel Core processor. It can be used in industrial temperature ranges and is applicable in various fields such as biomedical/medical devices, measurement instruments, and transportation. It offers high-performance and responsive CPU and GPU computing in a COM Express Compact form factor. Please feel free to contact us for inquiries. 【Features】 ■ CPU: Intel Core series (formerly Tiger Lake UP3) processor ■ Graphics: Integrated Intel Iris Xe graphics with up to 96 execution units ■ Memory: Two DDR4 SO-DIMM slots supporting DDR4-3200 IBECC memory, up to 64GB *For more details, please refer to the PDF document or feel free to contact us.
PCIe ×4 slot compatible, equipped with Intel I210, 2ch/4ch PoE+ LAN expansion card compliant with IEEE 802.3at.
Features ■ Supports PCIe ×4 slot ■ Equipped with 4 IEEE 802.3at compliant PoE+ LAN ports powered by 4 Intel I210 chips ■ IEEE 1588 high-precision time synchronization protocol (PTP) ■ Multiple LAN/PoE+/Camera configurations can be expanded within a single system ■ Up to 25.5W/48V power supply per port ■ Supports jumbo frames (9.5KB) and link aggregation (LAG) ■ Operating temperature range of -25℃ to 70℃ ■ Option to add 16 isolated DIO ■ Option for power control to PoE via software
7th Generation Intel Atom x7000RE & x7000C Processor Equipped SMARC Short Size Module
The ADLINK LEC-ASL is a SMARC module compatible with 2/4/8 core Intel Atom x7000RE (x7211RE, x7213RE, x7433RE, x7835RE) and x7000C (x7203C, x7405C, x7809C) processors (formerly Amston Lake), integrating Intel UHD graphics and high-speed interfaces. The LEC-ASL module supports up to 16GB LPDDR5 memory and up to 256GB eMMC storage (build option), making it ideal for mission-critical fanless edge computing applications that operate 24/7, thanks to its robust operating temperature range and low power envelope.
PCIe ×4 slot compatible, 4-channel LAN Bypass/PoE+ LAN expansion card compliant with IEEE 802.3at.
Features ■ Equipped with 4 PoE+ LAN ports powered by Intel Ethernet Server Adapter I350 ■ Energy-efficient with power management features, supporting Ethernet IEEE 802.3az (Energy Efficient Ethernet/EEE) and DMA core-lessing support ■ Achieves low power consumption with a single chip ■ Compliant with IEEE 802.3at, capable of supplying up to 25.5W/48V per port ■ Two LAN ports support bypass mode (hardware) ■ Optionally changeable to M12 connector specifications ■ Compliant with IEEE 802.1AS and supports IEEE 1588 high-precision time synchronization protocol (PTP) ■ Supports teaming, maximum 9.7K jumbo frames, and link aggregation (LAG) ■ Operating temperature range from -25°C to 70°C
Industrial computer for image processing and machine vision equipped with a high-end GPU necessary for image processing, supporting expansion slots for various additional expansion boards.
Our company has been manufacturing custom order BTO computers and HPC products at our own factory since our establishment. Applied's industrial PCs for appearance inspection, image processing, and machine vision utilize industrial motherboards, equipped with essential COM ports for connecting measurement devices, as well as a rich array of I/O options including the latest PCI Express slots and 2.5G network ports. Additionally, they feature expansion slots compatible with various expansion boards, making them ideal for embedded motherboards used in image processing, medical devices, distribution equipment, and other industrial IoT-related applications. <Lineup> ■ Tower-type industrial PC equipped with 14th generation Core ■ 4U rack-mounted Xeon W processor model ■ 4U rack-mounted high-end model with Core i9/RTX 4090 ■ Edge AI GPU computing OS options include Windows 11, Windows 10 IoT, and Linux! *For more details, please refer to the PDF document or feel free to contact us.
![CPU module "SMARC" [LEC-iMX6]](https://image.mono.ipros.com/public/product/image/75c/2000219877/IPROS5079826362096052175.jpg?w=280&h=280)
NXP/i.MX6 equipped SMARC short-size module
The SMARC ("Smart Mobility ARChitecture") is a definition for a versatile small form factor computer-on-module targeting applications that require low power, cost-effectiveness, and high performance. It also caters to systems that need more compact solutions than PC-oriented form factors. ARM SoCs eliminate the need for chips designed for PC platforms and consume less power, significantly reducing the amount of board space required for power conversion devices and power lines. This enables the use of smaller form factors and promotes the adoption of SMARC-compliant modules in low-power mobile devices. The actual power consumption of SMARC CPU modules typically ranges from 2W to 6W, allowing for passive cooling and reducing the effort and overall costs for subsequent development. By using this standard, up to 9W of continuous power can be utilized for more demanding applications.
Centralized procurement of products from Taiwanese manufacturers and support for new transactions! Industrial PCs, CPU boards, LCD monitors, network equipment, GPS.
We provide sales and support for industrial electronic equipment made in Taiwan for engineers and procurement professionals who wish to start transactions with Taiwanese manufacturers or centralize their procurement. Through many years of experience working with Taiwanese manufacturers, we have established reliable procurement routes and expertise. We are capable of selling and supporting products from most Taiwanese manufacturers.
Highly scalable ultra-compact embedded box computer
The BX-C210 series is a fanless embedded computer equipped with an Intel Celeron(R) processor N3350 (1.1GHz). Despite its ultra-compact design, it features one DisplayPort, two USB 3.2 Gen1 (USB3.0) ports, and two LAN interfaces. It significantly contributes to the miniaturization of your devices without compromising design, making it suitable for any installation location. It supports two types of mounting methods (wall mounting and DIN rail mounting). Additionally, all I/O interfaces are directly connected to the internal board through gold plating, achieving a cable-free design inside the enclosure. Therefore, the cable-free design with the internal board directly connected by gold plating helps avoid the risk of disconnection or failure due to cable issues. 【Main Features】: ● Ultra-compact PC the size of a palm ● Available in three models: one with 3x GbE PoE ports, one with 2x RS-232C ports, and a basic model with minimal interfaces. ● Wide input voltage range of 12-30VDC ±20%
![CPU module "SMARC" [LEC-iMX8M]](https://image.mono.ipros.com/public/product/image/831/2000510719/IPROS60774622084045659883.jpeg?w=280&h=280)
NXP i.MX 8M equipped SMARC short-size module
SMARC (Smart Mobility ARChitecture) is a multi-purpose small form factor computer module definition aimed at applications requiring low power, low cost, and high performance. The module typically uses the same or similar ARM SoCs found in many well-known devices such as tablet computers and smartphones. Alternative low-power SoCs and CPUs, such as tablet-oriented x86 devices and other RISC CPUs, can also be used. The power envelope of the module is usually less than 6W. The module serves as a building block for portable and stationary embedded systems. Core CPU and support circuitry, including DRAM, boot flash, power sequencing, CPU power, GBE, and single-channel LVDS display transmitters, are concentrated within the module. The module is used with application-specific carrier boards that implement other functions such as audio CODECs, touch controllers, and wireless devices.
![CPU module "SMARC" [LEC-iMX6R2]](https://image.mono.ipros.com/public/product/image/98d/2000510685/IPROS63124557240714370705.jpeg?w=280&h=280)
NXP i.MX 6 Multicore Arm Cortex-A9 equipped SMARC short-size module
SMARC (Smart Mobility ARChitecture) is a multi-purpose small form factor computer module definition aimed at applications requiring low power, low cost, and high performance. The module typically uses the same or similar ARM SoCs found in many well-known devices such as tablet computers and smartphones. Alternative low-power SoCs and CPUs, such as tablet-oriented x86 devices and other RISC CPUs, can also be used. The power envelope of the module is usually less than 6W. The module serves as a building block for portable and stationary embedded systems. Core CPU and support circuitry, including DRAM, boot flash, power sequencing, CPU power, GBE, and single-channel LVDS display transmitters, are concentrated within the module. The module is used with application-specific carrier boards that implement other functionalities such as audio CODECs, touch controllers, and wireless devices.
A dustproof and waterproof PC that can be used in harsh and adverse environments! It is a robust fanless PC that protects against dust, oil, and water from the outside!
■Features of the Waterproof and Dustproof PC "M-Tection PC" - IP68 level = Completely sealed to fully protect against the intrusion of fine dust, iron powder, water, oil, saltwater, etc. - No fan installed, eliminating the risk of system shutdown or failure due to fan stoppage. - Both the cables/connectors and the main unit are mutually dustproof and waterproof (IP67 level), allowing for permanent installation even in harsh environments. The "M-Tection PC" is used in various industrial equipment in harsh environments, including complex cafes, digital signage, construction machinery, security devices, semiconductor manufacturing equipment, appearance inspection devices, POS systems, railway operation systems, and public transportation display boards, as well as in cold regions and steel mills. *For more details, please request materials or view the PDF data from the download.
An industrial computer capable of implementing up to 7 expansion boards, with components freely configurable in a maximum 19-inch rack mount 4U type chassis.
This product is an industrial computer that adopts a BTO (Build-To-Order) method, allowing users to freely configure components such as CPU, memory, storage, and optical drives from a menu within a 19-inch rack mount 4U type chassis. It supports the 10th generation (Comet Lake) Intel Core processors and can implement up to seven expansion boards (four PCI Express slots and three PCI slots), enabling the installation of high-performance graphics cards and a variety of measurement and control boards manufactured by our company. Additionally, it is equipped with abundant expansion interfaces, including two Gigabit LAN ports, one serial port (compatible with RS-232C/RS-422A/485), and eight USB ports. 【Main Features】 ● Supports 10th generation Core processors (Comet Lake) ● Capable of implementing up to seven expansion boards ● Comes standard with a variety of interfaces ● Option to select reliable, Japanese-made power supplies ● Utilizes industrial motherboards
4/8/12-channel PCI Express x4 Gen3 USB3 Vision Top Performance Frame Grabber
Features ■ Compliant with PCI Express x4 Gen2 ■ USB 3.1 Gen 1 (same as USB 3.0), host controller compliant with Fresco FL1100 ■ 4/8 USB Type-A external ports (PCIe-U304 / U308) ■ Four additional internal USB 3.0 ports via pin header (only for PCIe-U312) ■ Up to 18W USB power from PCIe bus (default); up to 60W USB power supported via 4-pin Molex power connector ■ Current per port below 1500mA ■ Multiple cards and multiple cameras within a single system ■ User-friendly API provided for software-programmable power on/off per port
Recommended for various signal input and output applications such as component inspection equipment. Up to 7 expansion boards can be installed! Solution-ePC(R) "MR4100"
The MR4100 is an industrial computer that adopts a BTO (Build-To-Order) method, allowing users to freely configure components such as CPU, memory, storage, and optical drives from a menu within a 19-inch rack-mounted 4U type chassis. It supports the 10th generation (Comet Lake) Intel Core processors and can accommodate up to seven expansion boards (four PCI Express slots and three PCI slots), enabling the installation of high-performance graphics cards and a variety of measurement and control boards produced by our company. The operating system options include Windows 10 IoT Enterprise, as well as the domestically produced Linux "MIRACLE LINUX 9.0," which is compatible with Red Hat Enterprise Linux and serves as a successor to CentOS. 【Main Features】 ● Supports 10th generation Core processors (Comet Lake) ● Capable of installing up to seven expansion boards ● Equipped with a variety of standard interfaces ● Option to select reliable, Japanese-made power supplies ● Utilizes industrial motherboards
36×40mm, 8g! Ultra compact and lightweight! For drones, robots, medical devices, and industrial equipment.
The "PICO-IMX Series" is a CPU module equipped with the latest CPU "i.MX6" from Freescale. It features an ultra-compact size of 36×40mm and weighs only 8g, making it extremely lightweight. Additionally, it offers high performance and low power consumption at a low price, making it suitable for a wide range of applications such as drones and industrial equipment. Furthermore, during the evaluation and early development phase, it can be combined with a dedicated carrier board to start development immediately. The OS source code and drivers for the included IC are provided free of charge, allowing for quick application development. 【Specifications】 ■ CPU: i.MX6 Solo (Single Core) / Dual Lite (Dual Core) ■ CPU Technology: ARM Cortex-A9 1GHz ■ Memory: 512MB to 2GB (maximum) ■ Storage: Standard 4GB eMMC or microSD card slot ■ Supported OS: Android, Linux *For more details, please download the catalog or contact us.
