Precision at the speed of light.

Engineered for mission-critical performance

Ultra-fast, multi-channel signal conversion for ‍high-performance applications

The High-Frequency Multi-Channel ADC System delivers cutting-edge wideband RF signal processing, supporting input bandwidths in the GHz range for applications requiring ultra-fast, high-resolution data conversion.

Designed for radar systems, software-defined radios (SDR), and scientific instrumentation, this system ensures low-latency, real-time signal acquisition with unparalleled accuracy.

Built for mission-critical environments, it offers high dynamic range, multi-channel synchronisation, and precision analog-to-digital conversion, making it an essential component for advanced aerospace, defense, and high-performance computing applications.

Ultra-high sampling rate

Supports sampling rates up to 10.4 GSPS, enabling the capture of high-frequency signals with precision.

Multi-channel architecture

Designed with multiple ADC channels, allowing simultaneous data acquisition from various sources

16-bit resolution

Provides superior signal fidelity and accurate conversion, essential for applications requiring high precision.

Wideband RF signal processing

Supports input bandwidths in the GHz range, making it suitable for radar, electronic warfare (EW), and software-defined radio (SDR) applications.

Low latency, high throughput

Optimised for real-time signal processing in dynamic environments.

FPGA-integrated processing

Onboard FPGA capabilities allow real-time digital signal processing, reducing the need for external computational power.

High-speed data transfer

Utilszes PCIe, JESD204B, or Ethernet for rapid data transmission to host systems.

Robust environmental tolerance

Designed to withstand extreme conditions (-40°C to +85°C), ensuring reliability in military and aerospace applications.

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."

Technical specifications

Sampling rate

Resolution

Number of channels

Input bandwidth

Data interface

FPGA processing

Operating temperature

Power input

Pricing

Fully custom

Up to 10.4 GSPS

16-bit

Multi-channel (configurable)

GHz-range wideband

PCIe / JESD204B / Ethernet

Integrated for real-time DSP

-40°C to +85°C

+5V to +12V

Launch faster with TDM

Get started

Launch faster with TDM 🚀 Launch faster with TDM 🚀 Launch faster with TDM 🚀 Launch faster with TDM 🚀 Launch faster with TDM 🚀

Applications

Aerospace & Defense

Learn more

Connect

Enhance mission-critical operations with advanced radar signal processing, electronic warfare detection, and signal intelligence (SIGINT) solutions for airborne, naval, and ground-based defense systems.

TDM x Aerospace & Defense

Telecommunications & Wireless Systems

Learn more

Connect

Enable next-generation communication with Software-Defined Radios (SDR) for 5G and satellite networks, ensuring high-speed signal conversion and seamless connectivity.

TDM x Telecommunications & Wireless Systems