Last Updated： Aggregation Period:Jun 24, 2026～Jul 21, 2026
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121～150 item / All 166 items
This is an industrial CF card compatible with OEM.
This is a high-speed (600x or 900x) industrial-grade CF card. It is an ideal high-speed CF card for industrial equipment such as aircraft equipment, helicopters, medical devices, slot machines, gaming devices, and embedded devices. Of course, BOM fixation is possible, and changes to S/N, ID, and labels are also available.
The flexible combination of IP cores in the FPGA workbench achieves both improved accuracy and cost reduction, enabling new simulations.
The FPGA Workbench consists of application builder/configurator software for customers using FPGA cards and built-in IP cores on the iHawk computer, as well as proprietary IP cores. Customers can freely combine standard IP cores provided in advance by Concurrent Real-Time, and it is also possible to implement IP cores created independently by customers. This not only allows for the implementation of only the necessary functions but also enables changes to the combinations as needed, facilitating the repeated use and repurposing of the system, effectively utilizing customer investments while also reducing operational costs. The FPGA Workbench offers useful IP cores not only for automotive customers but also for those developing and manufacturing aerospace, defense, general passenger and cargo transport equipment, and heavy machinery. Recently, the FPGA Workbench received the highest honor, the Platinum Award, at the <2021 Military & Aerospace Technology Innovators Awards> selected by the U.S. defense specialty magazine Military & Aerospace Technology.
XMC card providing a 4-channel Ethernet 10Base-T / 100Base-TX / 1000Base-T interface.
TXMC895 provides 4CH 10/100/1000 Mbit/s Ethernet connections via the RJ45 connector on the front panel. The Ethernet interface can perform an auto-negotiation algorithm to determine the optimal link parameters between link partners. It supports the IEEE 1588/802.1AS high-precision time synchronization protocol (PTP) and IEEE 802.1Qav audio/video bridging (AVB) traffic shaping (using software extensions). All ports are electrically isolated from the Ethernet controller, and various network activities are indicated by LEDs on the board.
![[Information] Understanding RFID and IC Tags through Manga](https://image.mono.ipros.com/public/product/image/325/2000359030/IPROS09569155305008112769.jpeg?w=280&h=280)
Rich manufacturing of IC cards/tags! RFID designs tailored to your needs, including installation environment and budget!
"RFID," which is used in various fields such as engineering management and inventory management in logistics, is a focus of our company. In addition to manufacturing and developing IC cards and IC tags, we offer total solutions utilizing RFID. Currently, we are giving away materials that introduce RFID through manga. You can view them immediately from the [Download] link. [Contents] ■ What is an RFID tag (IC tag)? ■ About communication distance ■ Points to consider when implementing ■ Examples of RFID implementation [Related Articles] Knowledge of electronic tags you may be hesitant to ask about: "What is an IC tag?" https://www.ipros.jp/product/detail/2000404918 Applications of NFC tags https://www.ipros.jp/product/detail/2000354615
![2-Port Industrial 10GbE LAN Expansion Card [PER-T514]](https://image.mono.ipros.com/public/product/image/de6/2000434071/IPROS78841506179062492779.jpeg?w=280&h=280)
PCIe(4) standard 2-port industrial 10GbE LAN expansion card
The 2-port 10GbE LAN expansion card has the following features: ● Compliant with PCIe [x4] Gen. 2 ● Equipped with Intel(R) x550 controller, 10GbE Ethernet LAN with 2 ports ● Compatible with CAT-6/6a RJ45 cables ● Supports CAT-5/5e cables, compatible with 1000BASE-T and NBASE-T ● Supports 15.5 KB jumbo frames, NIC teaming, and IEEE 1588
4-port/2-port server-grade PoE+ frame grabber card!
Machine vision, circuit board appearance inspection equipment, monitoring, medical, and transportation are being used. ■Features - Manufacturer: Neousys - x4, Gen2 PCI Express interface offering 2GB/s total bandwidth - Supports four (354at) or two (352at) independent GigE Ports - Compliant with IEEE 802.3at to deliver 25.5 W each port - Supports 9.5 kB jumbo frame, teaming, and IEEE 1588 - Per-port PoE+ power on/off control Neousys is a manufacturer of reliable embedded products for industrial applications. Our company, Helvetia, has a cooperative relationship as a domestic agent in Japan and has a proven track record of delivering many embedded products to domestic manufacturers.
Visualization of infrared light from 700 to 1700 nm through electronic trapping!!!
The IR sensor card (infrared sensor card) is laminated and is the most common product in the IR sensor series. It emits visible light from the area where infrared is irradiated. The letter R (reflective) at the end of the model number indicates that the IR beam image is displayed only on the front side of the card (the irradiated side). The letter T (transmissive or translucent) at the end of the model number indicates that the IR beam image is displayed on both sides of the card. At the same infrared intensity, the R type card provides a clearer image due to the backing of reflected light. The phosphor layer is laminated between transparent plastics suitable for various near-infrared detection and imaging applications.
XMC providing 2-channel 10GBase-T Ethernet and 2-channel SFP+ 10 Gigabit Ethernet interfaces.
TXMC897 is a switched mezzanine card (XMC) compatible module that provides 2-channel 100Base-TX / 1000Base-T / 2.5GBase-T / 5GBase-T / 10GBase-T Ethernet and 2-channel extended small form-factor pluggable (SFP+) 10 Gigabit Ethernet interfaces. The XMC connector P15 provides access to the Intel X710-TM4/AT2 quad/dual-port 10GbE controller via an x8/x4 PCIe link. The two Ethernet interfaces support transmission speeds of 100, 1000 Mbit/s, and 2.5, 5, 10 Gbit/s, and the two SFP+ cages accept various SFP and SFP+ transceiver modules. These two SFP+ hosts are connected to the SFI interface of the Ethernet controller.
Enhance the security level with fingerprint authentication while using your current IC card for entry and exit!
By introducing the ATKey.Card, the following can be achieved! - You can easily upgrade the security level with fingerprint authentication while keeping the existing IC card access control system. - Fingerprint registration can be done using only the card, without the need for a computer, allowing for immediate use. - Even if the card is lost, you can use it with peace of mind since NFC will not be activated unless fingerprint authentication is performed. - It is possible to prevent impersonation through the transfer of IC cards to others.
SOSA-aligned 3U VPX graphics and GPGPU card equipped with NVIDIA RTX 2000 Ada generation.
The Condor GR5S-AD2000 is a robust 3U OpenVPX standard video graphics/GPGPU processing card equipped with an NVIDIA RTX 2000 GPU (Ada Lovelace). Performance: It features 3,072 CUDA cores, 96 Tensor cores, and 24 RT cores, providing high efficiency and responsiveness for edge computing and data-intensive tasks. Memory: It is equipped with 8 GB of GDDR6 graphics memory with ECC (Error Correction Code), ensuring high reliability. Connectivity: It supports PCI Express Gen 4 connections (x4, x8, x16 lanes) and supports GPUDirect RDMA, significantly reducing data transfer latency. Cooling: Both air-cooled and conduction-cooled variations are available, offering robustness that meets the VITA 47.3 design specifications.
High-performance solution compatible with embedded edge systems supporting multiple 12G-SDI inputs and outputs!
We would like to introduce the GPGPU-equipped card 'Condor GR6S AD2000' from EIZO Rugged Solutions, which we handle. This product is a 3U OpenVPX video capture and GPGPU card compliant with SOSA standards, featuring an NVIDIA RTX 2000 Ada generation GPU, integrating high-bandwidth video capture and parallel data processing in real-time. Additionally, its flexible I/O enables low-latency video capture, processing, and transmission, enhancing situational awareness and facilitating real-time decision-making. 【Features】 ■ Supports up to 6 channels of 12G-SDI (4 inputs + 2 outputs) ■ Capable of simultaneously capturing high-density multimedia data ■ Equipped with NVIDIA RTX 2000 Ada generation GPU ■ Achieves high parallel processing performance with 3,072 CUDA cores, 96 Tensor cores, and 24 RT cores ■ Standard 8GB GDDR6 memory provides high-bandwidth data processing for real-time AI/ML inference and video processing *For more details, please download the PDF or feel free to contact us.
Embedded XMC graphics & GPGPU card equipped with NVIDIA RTX PR 500 Blackwell GPU.
The Condor NVB500xX is a robust XMC video graphics and GPGPU card. GPU: Equipped with the advanced NVIDIA RTX PRO 500 Blackwell GPU. Memory: Supports 6GB of ECC-enabled GDDR7 graphics memory and a 128-bit memory interface. Features: NVIDIA Blackwell, the first architecture to support GDDR7, achieves significant improvements in bandwidth, enhanced signal integrity, and reductions in energy consumption and power usage. Applications: These features make it ideal for demanding high-performance computing environments. Output: Supports three DisplayPort++/DVI video outputs. This card is a high-performance embedded system solution that leverages next-generation memory technology and is equipped with the NVIDIA RTX PRO 500 Blackwell GPU. It has 1,792 CUDA cores, excelling in AI processing and real-time analytics. It enables high-speed data transfer with PCIe Gen 5 and GPUDirect RDMA, compatible with VPX systems.
SOSA-aligned 3U VPX graphics and GPGPU card (equipped with NVIDIA RTX 5000 Ada generation)
The Condor GR5S-AD5000 is an extremely robust 3U OpenVPX standard video graphics and GPGPU processing card equipped with an NVIDIA RTX 5000 GPU (Ada Lovelace architecture). This card features a powerful core configuration with 9,728 CUDA cores, 304 Tensor cores, and 76 RT cores, and it combines high reliability and computational performance with 16 GB of GDDR6 memory with ECC (Error Correction Code). It adopts PCI Express Gen 4 for its interface, and the support for GPUDirect RDMA significantly reduces data transfer latency. Additionally, it is developed in alignment with the SOSA standard, ensuring interoperability and scalability in military and aerospace applications. The cooling method offers both conduction cooling (CC) and airflow-through (AFT) variations to meet stringent thermal requirements. This card provides an unparalleled solution for data-intensive tasks, delivering exceptional efficiency and responsiveness.
Intelligent PCI Express EtherCAT Master Board
AdEXP1572 is a PCI Express board with EtherCAT master communication capabilities. It uses the ARM Cortex-A9 processor embedded in the Xilinx Zynq and functions as an intelligent PCI Express bus slave board. The EtherCAT master protocol stack is equipped with "EC Master" from acontis technologies and is Class A compliant. It also supports cable redundancy and hot connect as a feature pack. This board is controlled by the PCI Express bus master (host CPU). Data transfer is conducted via shared memory installed on this board. As it functions as an intelligent slave, it enables EtherCAT master communication without burdening the host CPU. For more details, please contact us or download the catalog.
Next-generation advanced avionics inspection equipment.
The ALT A company's PCI Express PCIE4L-1553 is a MIL-STD-1553B interface card that supports multi-channel (1-4), with two types of card configurations available: Dual Function (BC/Mon or mRT/Mon) and Full Function (BC/mRT/Mon). Inside the card, the well-regarded latest 32-bit 1553 FPGA protocol engine, AltaCore, is implemented. The library software provided by Alta includes drivers compatible with various operating systems, along with source code, making it easy for customers to run their application software on different cards or port it to different operating systems. By using the optional bus analyzer software, AltaView, it is possible to simulate BC/mRT/Mon and observe the waveform of 1553 signals on Windows.
SOSA-aligned 3U VPX graphics and GPGPU card (NVIDIA RTX PRO 5000 Blackwell GPU)
The Condor GR5SL-B5000 is a robust 3U OpenVPX video graphics/GPGPU card equipped with the advanced NVIDIA RTX PRO 5000 Blackwell GPU. It features 10,496 CUDA cores, 320 Tensor cores, and 80 RT cores, along with ECC-supported 24 GB GDDR7 memory (256-bit), providing high performance and efficiency for AI inference and edge computing. Connectivity: It integrates a Microchip PFX PCIe Gen 4 switch for high-speed connections and supports GPUDirect RDMA to reduce data transfer latency. Cooling: It offers both conduction cooling (VITA 48.2) and airflow-through (VITA 48.8) variations, with a new design that significantly improves thermal efficiency. This card also includes the 9th generation NVENC (supporting 4:2:2) and 6th generation NVDEC decoder, making it ideal for mission-critical environments.
RCEI-530 is a PCI card compliant with ARINC 429.
High-Density PCI Interface for Simulation and Testing The RCEI-530 is available in various configurations to meet your needs, providing complete integrated data bus functionality for ARINC 429, ARINC 575, and selected two-wire 32-bit protocols. The RCEI-530 supports on-board message scheduling, label filtering, multiple buffering options, time tagging, error detection, and avionics level I/O discrete while supporting maximum data throughput across all channels with a 33MHz or 66MHz PCI interface. Configurations that support ARINC 717, ARINC 573, IRIG-B receivers (AM or DC/TTL), and generators (DC/TTL) are optional. By utilizing IRIG-B DC level signals, timestamp synchronization can be achieved across multiple boards.
RAR-PCIE is a PCI Express card compliant with ARINC 429.
High-Density PCI Express Interface for Simulation and Testing RAR-PCIE is available in various configurations to meet needs and provides complete integrated data bus functionality for ARINC 429, ARINC 575, and selected two-wire 32-bit protocols. RAR-PCIE supports on-board message scheduling, label filtering, multiple buffering options, time tagging, error detection, and avionics level I/O discretes while supporting maximum data throughput across all channels. Configurations that support ARINC 717, ARINC 573, IRIG-B receivers (AM or DC/TTL), and generators (DC/TTL) are optional. By utilizing IRIG-B DC level signals, timestamp synchronization can be achieved between multiple boards. ■ Japanese technical documentation for MIL-STD-1553 / ARINC 429 / AFDX is available. If you would like to see it, please contact sales@nacelle.co.jp ■
The FireTrac 3460bT is an AS5643 interface card adopted for the F-35 project.
There is a growing demand for more streamlined hardware systems for processing AS5643 data streams used for defense purposes. In particular, advanced error insertion capabilities, which cannot be achieved with commercial link layer implementations, are required for simulation purposes. FireTrac is designed to natively support AS5643 (not just as an add-on protocol). In addition to standard IEEE1394 functionality, FireTrac is designed to provide hardware-level support for SAE AS5643, specifically alleviating the burden on the host processor for tasks such as packet encapsulation, data extraction, and receive/transmit STOF offsets. Importantly, FireTrac is highly accurate as it fully processes the transmission timing of AS5643 in hardware. Support for this protocol is built into the hardware, rather than relying solely on a software layer as is commonly provided by other solutions that depend on COTS OHCI chipsets. ■ Technical documentation in Japanese for AS5643 is available. If you would like to see it, please contact sales@nacelle.co.jp ■
SOSA-compliant 6U VPX Video Graphics & GPGPU Card (dual NVIDIA Blackwell GPU)
The Condor XR2S-B5000 is a robust 6U OpenVPX video graphics/GPGPU card equipped with dual NVIDIA Blackwell GPUs. It features two Microchip Switchtec PFX PCIe Gen4 switches, enabling high bandwidth and low latency interconnection between the GPUs and the VPX backplane. Each NVIDIA RTX PRO 5000 GPU supports 24GB of ECC GDDR7 memory with a 256-bit interface, providing high memory bandwidth and data integrity for processing large datasets. The computing architecture includes 10,496 CUDA cores per GPU, 320 Tensor cores (5th generation), and 80 RT cores (4th generation), supporting mixed precision calculations, matrix operations, and hardware-accelerated ray tracing. This enables acceleration of parallel workloads such as AI inference, signal processing, and real-time rendering.
DapTechnology's AS5643 interface card adopted for the F-35 project.
There is a growing demand for more streamlined hardware systems for processing AS5643 data streams used for defense purposes. In particular, advanced error insertion capabilities, which cannot be achieved with commercial link layer implementations, are required for simulation purposes. FireTrac is designed to natively support AS5643 (not just as an add-on protocol). In addition to standard IEEE1394 functionality, FireTrac is designed to provide hardware-level support for SAE AS5643, particularly alleviating the burden on the host processor for tasks such as packet encapsulation, data extraction, and receive/transmit STOF offsets. Importantly, FireTrac is highly accurate as it fully processes AS5643 transmission timing in hardware. Support for this protocol is built into the hardware, rather than relying solely on a software layer as is commonly provided by other solutions that depend on COTS OHCI chipsets. ■ Technical documentation in Japanese for AS5643 is available. If you would like to see it, please contact sales@nacelle.co.jp ■
Selectable onboard NAND (SLC, pSLC, MLC) tailored to applications and characteristics. Strong power failure protection design and high rewrite endurance with page-based FTL!
This is a CF card adopted in a wide range of industrial systems, including system boot, data loggers, and FA robots. Swissbit offers the C-500 (SLC), C-56 (pSLC), and C-50 (MLC) series according to the CFA standards CFA 5.0/6.1. The CF cards, designed with a focus on the installation environment and operating temperature for industrial applications, the environmental risks faced by the systems, and the performance of data retention, are equipped with the latest NAND technology algorithms and high-performance controllers. They use components selected based on strict quality standards, feature lifespan monitoring and security functions, and have established a complete in-process testing production system at their own factory. ■ High-reliability SLC NAND and high-reliability controller ■ Data care management functions ■ Advanced wear leveling technology ■ Enhanced power failure countermeasure model ■ ESD and EMI safety design: compliant with the latest standards for radio interference and electrostatic measures ■ Shock and vibration resistant design ■ Focus on optimizing random access speed ■ Robust power failure countermeasure design ■ Read disturb and TRIM functions included ■ WAF reduction measures ■ Lifespan monitoring and SMART functions ■ FW field update capability
Non-contact IC card Mifare ISO card Mifare Mini
What is Mifare? Mifare cards are the most widely used near-field communication standard in the world. Mifare cards utilize the same 13.56MHz frequency as FeliCa, but are more widely adopted globally due to their low cost and high security. Specifications: Mifare Card Mifare Mini (ISO14443 type A compliant) Memory capacity: 320 bytes Card dimensions: 86×54×0.8mm (±0.4mm) Card material: PVC resin Card weight: 5.8±0.5g Chip manufacturer: NXP Semiconductors (formerly Philips) Chip model number: MF1 IC S20 Operating frequency: 13.56MHz RoHS, printing, encoding, serial number
Non-contact IC card Mifare ISO card Mifare DESFire ev1 4K
What is Mifare? Mifare cards are the most widely used near-field communication standard in the world. Mifare cards utilize the same frequency of 13.56MHz as FeliCa, but they are more affordable and offer high security, making them the most popular globally. Specifications: Mifare Card Mifare DESFire ev1 4K (compliant with ISO14443 type A) Memory capacity: 4,096 bytes Card dimensions: 86×54×0.8mm (±0.4mm) Card material: PVC resin Card weight: 5.8±0.5g Chip manufacturer: NXP Semiconductors (formerly Philips) Chip model number: MF3 IC D41 Operating frequency: 13.56MHz RoHS, printing, encoding, serial number
Non-contact IC card Mifare (My Fair) ISO card Mifare Plus 4K
What is Mifare? Mifare cards are the most widely used near-field communication standard in the world. Mifare cards utilize the same 13.56MHz frequency as FeliCa, but are more widely adopted globally due to their low cost and high security. Specifications: Mifare Card Mifare Plus 4K (ISO14443 type A compliant) Memory capacity: 4,096 bytes Card dimensions: 86×54×0.8mm (±0.4mm) Card material: PVC resin Card weight: 5.8±0.5g Chip manufacturer: NXP Semiconductors (formerly Philips) Operating frequency: 13.56MHz RoHS, printing, encoding, serial number
Non-contact IC card Mifare (Myfair) ISO card Mifare Standard 4K
What is Mifare? Mifare cards are the most widely used near-field communication standard in the world. Mifare cards utilize the same 13.56MHz frequency as FeliCa, but are more popular globally due to their low cost and high security. Specifications: Mifare Card Mifare Standard 4K (compliant with ISO14443 type A) Memory capacity: 4,096 bytes Card dimensions: 86×54×0.8mm (±0.4mm) Card material: PVC resin Card weight: 5.8±0.5g Chip manufacturer: NXP Semiconductors (formerly Philips) Chip model number: MF1 IC S70 Operating frequency: 13.56MHz RoHS, printing, encoding, serial number
Non-contact IC card Mifare ISO card Mifare Ultralight
Mifare Ultralight is the world's most widely used contactless communication standard, the Mifare card. It can be read and written by NFC (Near Field Communication) compatible readers and writers, including FeliCa communication methods. It has a small memory capacity and is very inexpensive, achieving cost reduction for your company's system. Specifications: Memory capacity: 64 bytes Card dimensions: 86×54×0.8mm (±0.4mm) Card material: PVC resin Card weight: 5.8±0.5g Chip manufacturer: NXP Semiconductors (formerly Philips) Chip model number: MF0 IC U1 Operating frequency: 13.56MHz Company introduction: We manufacture and sell IC card and IC tag related products such as Mifare and FeliCa, and provide NFC readers/writers, software, and services. Orange Tags, a leading company with a proven sales record worldwide, offers good products at low prices tailored to your needs. You can now purchase Orange Tags products with immediate shipping from just one piece!
Non-contact IC card/IC tag Mifare PVC key holder type 07 35x35 heart shape Mifare Ultralight
Mifare Ultralight is the world's most widely used contactless communication standard, the Mifare card. It can be read and written by NFC (Near Field Communication) compatible readers and writers, including FeliCa communication methods. It has a small memory capacity and is very inexpensive, achieving cost reduction for your company's system. Specifications: Memory capacity: 64 bytes Dimensions: 35 x 35 x 1.14 mm heart-shaped (20 mm diameter ring) Material: PVC Chip manufacturer: NXP Semiconductors (formerly Philips) Chip model number: MF0 IC U1 Operating frequency: 13.56 MHz Company introduction: We manufacture and sell IC card and IC tag related products such as Mifare and FeliCa, and provide NFC readers/writers, software, and services. We offer over 100 types of IC cards and IC tags. Please consult us for custom requests.
Label sticker type non-contact IC tag Mifare 1k (T1-L4)
Mifare 1k is the world's most widely used contactless communication standard, the Mifare card. It can be read and written by NFC (Near Field Communication) compatible readers and writers, including the FeliCa communication method. It has a small memory capacity and is very inexpensive, achieving cost reduction for your company's system. Specifications: Memory capacity: 1,024 bytes Dimensions: 70×40 mm Material: Transparent PET Chip manufacturer: NXP Semiconductors (formerly Philips) Chip model number: MF0 IC S50 Operating frequency: 13.56 MHz Company introduction: We manufacture and sell IC card and IC tag related products such as Mifare and FeliCa, and provide NFC readers and writers, software, and services. We offer over 100 types of IC cards and IC tags. Please consult us for custom options.
