Power. Precision. Performance.

Engineered for mission-critical performance

High-Reliability FPGA + DSP Control for ‍Aerospace, Defense, and Embedded Systems

Our High-Reliability FPGA + DSP Control Module is engineered for demanding aerospace, defense, and industrial applications where precision, reliability, and computational power are paramount.

This advanced module combines field-programmable gate arrays (FPGA) and digital signal processing (DSP) technology to deliver real-time data processing, high-speed computing, and robust control capabilities. With a radiation-tolerant design, secure communication interfaces, and exceptional power efficiency, this module is the backbone of modern mission-critical systems.

FPGA + DSP integration

High-performance Xilinx FPGA coupled with DSP acceleration for real-time signal processing and adaptive computing.

High-Reliability architecture

Built for extreme environments, with radiation-hardened components and extended temperature range (-40°C to +85°C).

Optimised for AI & ML workloads

Supports real-time artificial intelligence and machine learning algorithms for decision-making applications.

Low-latency data processing

High-speed parallel computing ensures rapid signal acquisition and processing.

Secure & redundant communication

Features multiple UART, SPI, RS422, and Gigabit Ethernet interfaces with error correction for robust connectivity.

Power-efficient performance

Optimised for low-power operation, ideal for UAVs, autonomous systems, and battery-powered platforms.

Scalable & customisable design

Modular architecture allows seamless integration into diverse applications, from avionics to industrial automation.

Enhanced signal integrity

Advanced filtering and error correction ensure precise data transmission and noise-resistant performance in critical systems.

Why people are switching from competitors to us.

Cyntec

Procurement

"The performance and reliability exceeded our expectations. The seamless integration and precision have made a significant impact on our projects."

NCSIST

Defense Systems

"A robust and high-performance solution that meets the demands of aerospace and defense applications. The efficiency and adaptability are outstanding."

NDU

Research Institute

"A game-changer for research and development. The advanced technology and reliability provide an unmatched foundation for innovation."

Armaments Bureau

Defense Tech

"Reliable, mission-ready performance that meets the highest military standards. A key enabler for next-generation defense systems."

Processing & Architecture

FPGA + DSP Integration

Processor Type

Computational Performance

Processing unit

Data rate

Interfaces

Environmental

Power input

Memory & Storage

Onboard Memory

High-Speed Data Buffering

I/O & Interfaces

Multi-Protocol Support

MIL-STD-1553B (Optional)

High-Speed ADC/DAC (for real-time data acquisition)

Pricing

Fully custom

High-performance Xilinx FPGA with DSP acceleration for real-time parallel computing and signal processing.

Dual-core ARM Cortex-R5F (Lockstep-enabled) for safety-critical applications.

Optimised for AI, ML, and DSP workloads with real-time inference and adaptive computing.

ARM Cortex-M7 with DSP and floating-point support

≥100Hz update frequency

UART, SPI, RS422, TTL GPIO

-40°C to +85°C operational range, IP67-rated

+5V ±10% DC input

Program Flash ROM: ≥4MB

RAM: ≥512KB

Supports external DDR3/DDR4 memory for real-time signal acquisition.

UART, SPI, RS422, RS485, CAN, Gigabit Ethernet

GPIO Expansion – ≥8 programmable GPIO channels

Analog & Digital Conversion

12-bit to 16-bit resolution

Sampling Rate: ≥200Ksps

Power & Efficiency

Power Input

Low-Power Operation

Redundant Power System

5V to 28V DC with adaptive power regulation.

Ideal for UAVs, portable defense systems, and battery-powered platforms.

Ensures stability in mission-critical environments.

Environmental Durability

Operating Temperature

Radiation-Hardened Option

Vibration & Shock Resistance

-40°C to +85°C (Industrial/Military-grade).

Available for space, avionics, and high-altitude applications

Compliant with MIL-STD-810G for aerospace and defense environments.

Security & Reliability

ECC (Error Correction Code) Support

Hardware-Accelerated Encryption

Fail-Safe Redundancy

Ensures mission-critical data integrity

Secure FPGA boot and real-time encryption for data protection.

Built-in safety mechanisms for high-reliability operations.

Certifications & Compliance

DO-254

MIL-STD-810G

FCC & CE Certification

Required for safety-critical aerospace systems.

Ensures durability in harsh conditions.

Compliance for industry-standard reliability.

Ensures compliance for global deployment.

Physical Form Factor

Compact PCB Design

Weight

≤ L130mm x W70mm x H60mm

≤ 300g

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Applications

Aerospace & Defense

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Real-time signal processing for radar, electronic warfare, and mission-critical avionics.

TDM x Aerospace & Defense

Unmanned Systems & Robotics

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High-speed data fusion for UAVs, robotic systems, and autonomous navigation platforms.

TDM x Unmanned Systems & Robotics

Radar & Surveillance

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Advanced DSP acceleration for target tracking, threat detection, and electronic countermeasures.

TDM x Radar & Surveillance

Power & Signal Processing

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Optimised low-latency computing for high-reliability signal acquisition and sensor integration.

TDM x Power & Signal Processing

All you need to know on the newest tech

Defense & Aerospace Technology

The Evolution of FPGA Technology

Power & Signal Processing

How Advanced ADC & DAC Systems Are Powering Next-Gen Aerospace and Defense Applications

Radar & Surveillance Systems

The Future of Secure RF Communications in Military and Civilian Applications

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