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reflex ces

About reflex ces

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Certified Engineers

80

Languages

English, French

reflex ces is a leading European company specializing in embedded FPGA-based custom embedded and complex boards and systems, high-speed data conversion and analog conversion systems with VPX architectures, as well as ruggedized solutions. Modules, PCIe boards and VPX boards are part of our form factor offering. Renowned for its expertise, reflex ces has become a trusted partner for major industrial players, providing complex and customized embedded systems. The company designs and supplies standard and tailored VPX solutions, FPGA-based modules, and PCIe boards. Its solutions meet the demanding requirements of defense, bioscience, instrumentation, fintech, and networking applications, including electronic warfare, radar, target simulation, and high-speed communications.

Headquarters: 2, rue du Gévaudan, SILIC 1743 - LISSES, Lisses, 91090, France

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Offerings

SOSA-aligned VPX board, designed for electronic warfare and signal processing applications. Unlike many competing solutions, it offers an optimal combination of high-performance FPGA, ultra-low latency and native compatibility with open architectures.

This low-profile PCIe board based on an Intel® Arria® 10 FPGA delivers high bandwidth and ultra-low latency for networking, telecom, and signal processing applications. Featuring QSFP+ connectivity up to 40GbE, it combines compact design, efficient cooling, and easy integration for embedded and server environments.

This module is based on an altera® Arria® 10 SoC FPGA, combining FPGA performance with embedded ARM processing for flexible and compact system designs. It integrates DDR4 memory with ECC and supports multiple high-speed interfaces, enabling the development of scalable, high-performance embedded applications.

The Achilles DevKit is a complete development platform dedicated to the Achilles SoM, designed to accelerate prototyping and validation of embedded FPGA architectures. It provides out-of-the-box access to high-performance interfaces such as 10Gb Ethernet, PCIe Gen3, and USB 3.0, enabling fast evaluation and development without additional hardware design effort.

The Ares SoM integrates an altera® Agilex™ 7 F-Series FPGA, combining high-performance processing with optimized power efficiency for embedded acceleration platforms. Featuring high-capacity DDR4 ECC memory, PCIe Gen4, and 100G Ethernet connectivity, it is designed for demanding mission-critical and data-intensive applications.

The XpressSX AGI-FH401G is a PCIe Gen5 FPGA board based on an Intel® Agilex™ 7 I-Series SoC FPGA, designed for ultra-high-speed networking and accelerated computing applications. Featuring up to 400GbE connectivity, high-bandwidth DDR4 memory, and low-latency architecture, it is optimized for SmartNIC, cybersecurity, and real-time packet processing workloads.

The XpressGX S10-FH800G is a PCIe Gen4 FPGA accelerator board based on an altera® Stratix® 10 GX FPGA, designed for ultra-high-bandwidth networking and real-time data processing applications. Featuring up to 800GbE connectivity through QSFP-DD interfaces, optimized DDR4 memory architecture, and low-latency processing capabilities, it is ideal for 5G infrastructure, SmartNIC, and datacenter acceleration workloads.

The Sargon FMC+ DevKit is a high-performance development platform based on an altera® Stratix® 10 GX FPGA, designed for embedded acceleration and industrial applications. Featuring FMC+ expansion, PCIe Gen3 x16, and optimized DDR4 memory bandwidth, it enables rapid prototyping of high-speed and data-intensive FPGA systems.

The Spartacus SoM is a COM Express Type 7 module based on an Intel® Stratix® 10 SoC FPGA, combining high-end FPGA acceleration with embedded ARM processing. Designed for modular industrial architectures, it simplifies integration and reduces development time for complex embedded and high-performance computing systems.

The Ares Carrier Board is a dedicated platform designed to simplify the integration of the Ares SoM into embedded systems. Optimized for high-frequency operation, it provides direct access to the SoM’s high-speed capabilities through QSFP28 connectivity and PCIe Gen4 interfaces for advanced acceleration and networking applications.