Timing Can’t Keep Up
Legacy analog clocks weren’t built for the speed and complexity of today’s compute systems. As performance demands scale into the multi-gigahertz range, precision timing becomes mission critical. We replace outdated architectures with a fully digital timing platform that is engineered for performance, scalability, and reliability.
Faster
GHz
Multi-gigahertz timing for real-time synchronization in next-gen platforms.
Cleaner
fs jitter
Ultra-low phase noise for clean, stable, high-speed signals.
Stronger
to
Ultra-reliable under extreme thermal and operating conditions.
Our Multi-Gigahertz Timing Breakthrough
Our architecture eliminates the analog clock chain with an all-digital, CMOS-based solution. At the core, a patented digital synthesis engine delivering unmatched performance.
Digital Always Wins. CMOS Always Wins.
Built for What's Next
AI Infrastructure
Timing for GPU fabrics, accelerators, and high-speed interconnects.
5G Base Stations
Low-jitter timing across radios, fronthaul, and edge computing.
Automotive Systems
Clocking for radar, ADAS, and real-time vehicle systems.
Inside Every Mixed-Signal Devices Clock
Performance
Supports the fastest AI and networking systems with sub-20 fs jitter and 2 GHz operation.
Flexibility
One clock. Many platforms. Wide programmability with a compact footprint.
Stability
Stays precise across voltage and temperature swings, no external compensation required.
Technology
All-digital. CMOS-technology. Built for today and scalable for what’s next.
Latest News
Blog
OFC 2026: Mixed-Signal Devices Drives the Future of Multi-Gigahertz Timing
April 22, 2026
OFC 2026 made one thing clear: as optical data rates accelerate and AI infrastructure scales,…
Press Release
Mixed-Signal Devices to Showcase Multi-Gigahertz Digital Timing Solutions with 20 Femtosecond Jitter at OFC 2026
March 17, 2026
Highlighting next-generation oscillator and clock-generation technologies enabling optical transport, AI infrastructure, and high-speed networking systems…
Bring Precision Timing to Your Next Design
Partner with us to build faster, cleaner, and more reliable systems, backed by the world’s leading multi-gigahertz timing architecture.
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