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Defense

FPGAs

Designed to meet the demanding requirements of modern defense systems, these programmable solutions combine flexibility, performance, and reliability within compact architectures

Impulse Design Suite

Impulse is NanoXplore’s design and development suite for its Radiation-Hardened FPGA portfolio. It provides a complete design flow, from digital design to bitstream, including synthesis, place & route, and static timing analysis. With integrated tools such as NXPython fo scripting, NXCore for IP generation and NXScope for signal debug, Impulse ensures reliable high-performance FPGA design.

Ultra300

Ultra300 is the commercial version of NanoXplore’s second-generation FPGA family. It shares the same programmable architecture as the radiation-hardened ULTRA 300 devices, including 4-input Look-up Tables with LUT extenders, configurable DFF, Coarse Grain Blocks, embedded memories, and dedicated DSP units. Optimized for industrial and automotive applications, ULTRA 300 combines high logic density, scalability, and performance for cost-sensitive markets.

NG-Ultra

NG-Ultra share the same patented FPGA architecture co-developed with ST, combining programmable logic with embedded quad-core ARM® Cortex®-A9 processors, memories, and high-speed interfaces. Optimized for industrial and automotive applications, NG-ULTRA delivers high performance, flexibility, and scalability for cost-sensitive markets.

NG-Medium

NG Medium is an SRAM-based FPGA developed by NanoXplore, sharing the same programmable architecture as the radiation-hardened NG-MEDIUM family. The device integrates a matrix of 4-input Look-up Tables with LUT extenders for wider operations, configurable DFF, Coarse Grain Blocks with user-configurable memories, and dedicated Digital Signal Processing units. Optimized for cost-sensitive applications, NG-MEDIUM delivers high logic density and flexibility for industrial, automotive, and other high-reliability markets.

Ultra300 RH

Ultra300 is the second generation of NanoXplore Radiation Hardened by design (RHBD) FPGA.

The hardening technics used in the Ultra300 family alongside the FD-SOI technology offers very strong hardening performance.

NG-Ultra RH

NG-Ultra is the world’s first Radiation Hardened By Design (RHBD) SoC FPGA. His technology is based on patented FPGA architecture developed by NX and industrialized by ST. The hardening techniques used in the NG-ULTRA alongside the FD-SOI technology offers very strong hardening performance.

ASIC

Tailored for defence applications requiring maximum reliability and performance, our ASIC design capabilities ensure optimal integration, reduced power consumption and long-term availability.

Flexible Business Model

Our expertise in ASIC design will help you turn your specifications into architecture, navigating through the entire process from design to verification, emulation, functional testing, Design for Test (DFT), Place and Route (P&R), and final sign-off checks, ensuring the successfu delivery of your ASIC/SoC prototype to testes part.

ASIC / SoC Design Services

With a strong focus on delivering cutting-edge solutions, NanoXplore Design Services offers a flexible business model, starting from initial studies up to full supply chain to adapt to any customer requirement.

Consulting & SoC Solutions

Prior to engaging with the development of an ASIC, NX Design Services proposes consulting services to analyze the requests and objectives of the customer to confirm the feasibility of the program and proposes options to adapt the perimeter of the project in agreement with the customer to trigger the development of the product at the right price point. The main topics and conclusions of this consulting phase are captured in a feasibility study report released to the customer.
Defense

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Embedded Systems

Bridging the gap between silicon and software, the Embedded Systems team designs the low-level tools that make NanoXplore’s FPGAs truly usable and powerful. 


Their core mission : developing the main SDK (Software Development Kit), firmware, and all embedded components that enable seamless configuration, control, and integration of our devices. From bootloaders and drivers to board support packages and diagnostic tools, they ensure our chips speak the right language whether on a satellite, in a defense system, or in a test environment. Their work is foundational : without it, nothing runs. 


What sets them apart is their ability to think system-wide. They work closely with hardware teams and application engineers, adapt to evolving specs, and support real-world use cases with reliability and reactivity. 

They’re not just writing code : they’re building the ecosystem around our FPGAs.


Driven by curiosity and precision, it’s a team where autonomy meets collaboration, and where each line of code contributes to something bigger : making advanced microelectronics accessible and operational for the most demanding applications.

Check our open positions