The FPGA workbench achieves improved signal processing accuracy and cost reduction.
In the aerospace industry, the field of signal processing requires advanced data processing capabilities and real-time performance. Particularly in aircraft control systems and communication systems, accurate signal processing is essential for safe operations. 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 can also implement their own created IP cores. 【Use Cases】 - Aircraft flight control systems - Signal processing for satellite communication systems - Data processing for radar systems 【Benefits of Implementation】 - Acceleration and high precision of signal processing - Improved flexibility and scalability of the system - Reduction in development time and costs
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basic information
【Features】 - Ability to select various data acquisition and industry-specific IP cores - Intuitive operability with a powerful GUI - Abundant I/O functions such as analog I/O and digital I/O - Customizable for each FPGA board - Supports 362K or 504K logic elements 【Our Strengths】 Concurrent Computer Corporation has been a leader in real-time computing technology for over 50 years. Starting with the real-time OS RedHawk Linux, we accurately understand our customers' needs and provide timely solutions.
Price information
1) Programmable FPGA PCIe Card, 362K CP-FPGA-2 2) Programmable FPGA PCIe Card, 504K CP-FPGA-3 3) FPGA Workbench Software License WU8021-300 4) Concurrent Real-Time Company's standard IP cores, 28 types *All prices are excluding tax.
Price range
P6
Delivery Time
※The standard delivery time for iHawk computers is 3 months (delivery times may vary depending on configuration and software setup). Please feel free to contact us.
Applications/Examples of results
Using the mechanism of the FPGA workbench, the following I/O cards have been created by our company: - 64-channel, 18-bit SAR analog input - 32-channel, 24-bit delta-sigma analog input - 32-channel and 8-channel, 18-bit analog output - 12-line pulse width modulation output - 12-line pulse width modulation input - Multifunction 16-channel A/D, 16-channel D/A, 96-line digital - SENT protocol with 12 inputs and 12 outputs - 4-channel universal exhaust gas oxygen (UEGO) - 16-line resistance simulation - State change of 64-channel digital input - 4-line wheel speed sensor - Universal exhaust gas oxygen (UEGO) sensor We have a proven track record in conducting engine simulations equipped with each signal using a combination of our standard IP cores (crank, cam, ignition, injection) in Japan, Germany, and the United States.
Line up（26）
| Model number | overview |
|---|---|
| ICS-FPGA-2002 | User HDL Code License |
| ICS-FPGA-2003 | LVDT/RVDT TX License, 1 line |
| ICS-FPGA-2004 | LVDT/RVDT RX License, 1 line |
| ICS-FPGA-2005 | Synchro TX License, 1 line |
| ICS-FPGA-2006 | Synchro RX License, 1 line |
| ICS-FPGA-2007 | Crank/Cam License, 4 lines |
| ICS-FPGA-2008 | Ignition Injection License,1 line |
| ICS-FPGA-2009 | PWM In I/O License, 1 line |
| ICS-FPGA-2010 | PWM Out I/O License, 1 line |
| CS-FPGA-2011 | Wheel Speed Sensor License, 1 line |
| ICS-FPGA-2013 | SENT Receiver License, 1 line |
| ICS-FPGA-2014 | SENT Transmit License, 1 line |
| ICS-FPGA-2015 | Angular Encoder License, 1 line |
| ICS-FPGA-2016 | Angular Decoder License, 1 line |
| ICS-FPGA-2017 | Knock Sensor Output License, 1 line |
| ICS-FPGA-2018 | Analog Threshold License, 1 line |
| ICS-FPGA-2019 | 3-Phase Inverter License, 1 line |
| ICS-FPGA-2020 | PMSM Motor License, 1 line |
| ICS-FPGA-2021 | Waveform Generation License, 1 line |
| ICS-FPGA-2022 | High-Pressure Fuel Punp License, 1 line |
| ICS-FPGA-2023 | DIO Change-Of-State License, 64 lines |
| ICS-FPGA-2024 | Field Oriented Control (FOC) License, 1 line |
| ICS-FPGA-2025 | PWM 3-Phase License, 1 line |
| ICS-FPGA-2026 | UVW Encoder License, 1 line |
| ICS-FPGA-2028 | FPGA Workbench Resolver TX License, 1 line |
| ICS-FPGA-2029 | Resolver RX License, 1 line |
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Company information
Concurrent Computer Corporation has been a leader in real-time computer technology worldwide for over 50 years since its founding. While continuously developing and providing cutting-edge technology in the field of real-time computing, the company has successfully applied this technology to simulation and control fields, achieving world-class performance in all aspects, including real-time capabilities, computational performance, and cost, thus supplying high-performance real-time computers. It has also steadily solidified its position in the simulator field. Concurrent Japan, Inc. was established in 1986 to provide the excellent product lineup of Concurrent Computer Corporation, based on its proven technology and track record, to the Japanese market and to offer detailed services to Japanese customers. Since then, the company has continued its activities with the corporate philosophy of "accurately understanding what the customer needs and providing it in a timely manner."
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