Precision Timing for the World’s Fastest Systems

Scalable, high-performance clocking solutions designed for the demands of next-gen AI, wireless, automotive, and aerospace applications. Featuring ultra-low jitter, thermal resilience, and multi-gigahertz performance, our technology delivers the speed, scale, and synchronization critical to where timing matters most.

AI Infrastructure

Synchronizing Accelerated Compute

Built for high-performance, low-latency timing across modern data center fabrics and AI compute pipelines.

Key Use Cases:

  • AI Data Centers
  • GPU & Accelerator Clocks
  • 112G SerDes Synchronization
  • 100G/400G/800G Optical Interconnects
  • Data Center Interconnects
  • Carrier Ethernet Timing

5G & Telecom

Precision for Every Signal

Enabling reliable timing across the entire wireless infrastructure, from edge radios to core transport, for seamless and synchronized performance

Key Use Cases:

  • Base Stations (FR1 & FR2)
  • Fixed Wireless Access
  • Distributed Antenna Systems
  • Mobile Backhaul
  • Cable Access & Ethernet Switches
  • Edge Computing & Small Cells

Automotive & Imaging Systems

Real-Time Timing for Safer Systems

Providing thermally stable, high-precision timing for sensor-driven mobility, advanced driver-assistance systems, and vehicle-to-everything communication.

Key Use Cases:

  • Automotive Radar
  • Lidar & Sensor Fusion
  • ADAS Timing Networks
  • Medical Imaging
  • Industrial & Broadcast Video
  • Gesture & Presence Detection

Defense & Test Systems

Mission-Critical Clocking Without Compromise

When precision is critical, our programmable and rugged timing solutions deliver unmatched stability and reliability.

Key Use Cases:

  • Defense Radar
  • Secure Comms & Navigation
  • 5G Test & Measurement
  • Signal Generators
  • Data Acquisition Systems
  • High-Speed Communications Testing

Inside Every Mixed Signal Devices Clock

Multi-Gigahertz Precision


Up to 2 GHz for real-time synchronization

Femtosecond-Level Jitter

As low as 19 fs for ultra-clean signals

CMOS-Based

Reliable across temperature extremes

Self-Calibrating Stability

Reliable across temperature extremes

Programmable & Compact

Tiny footprint, no compromise

Need Precision Clocking for Your Platform?



Explore how Mixed-Signal Devices’ digital timing technology can be tailored to your system requirements.

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