Rising Demand
AI infrastructure, 5G base stations, and autonomous vehicles now require timing precision at multi-gigahertz speeds across highly distributed, data-intensive environments
Digital Timing, Redefined
Legacy Clocking Can’t Keep Up
Today’s AI, 5G, and automotive systems demand real-time, high-speed coordination, something traditional analog clocks were never designed for. Crystal-based clocks introduce drift, latency, and power inefficiencies, holding back the pace of innovation.
Why Timing Matters More Than Ever
Modern systems are moving faster, connecting deeper, and growing more complex. But the clocks driving them haven’t kept up, until now.
The Analog Limit
Legacy analog timing solutions were never designed for this scale. They drift, consume power, and require bulky, multi-chip designs that slow innovation.
Our Advantage
We replace the analog chain with a single, programmable digital timing platform. With femtosecond jitter, thermal resilience, and CMOS scalability, we deliver what legacy clocks can’t.
Learn How Our Technology Works
The Timing Breakthrough
Digital Always Wins. CMOS Always Leads.
Mixed-Signal Devices redefines timing with a fully digital, CMOS-based architecture that outperforms legacy analog clock chains. At the core is a patented digital synthesis engine, blending DAC innovation, bulk acoustic wave stability, and integrated control logic.
Jitter performance as low as 19 femtoseconds
Programmability across frequencies and protocols
Ultra-compact size with low power draw
Thermal stability across extreme environments
Faster
0
GHz
Clocking for AI, 5G & radar at multi-gigahertz speeds
Cleaner
0
fs jitter
Ultra-low jitter ensures signal clarity
Stronger
-0
to
+0°C
Precision timing across extreme temperature swings
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.
Defense & Aerospace
Rugged, programmable, and secure for mission-critical timing
High-Speed Timing Without Limits
Experience precision, stability, and scalability with digitally engineered oscillators and jitter attenuators.
Crystal Oscillators (XO)
Precision clocking
up to 2 GHz
Voltage-Controlled Crystal Oscillators (VCXO)
Voltage-tunable timing
for synchronization
Temperature-Compensated Crystal Oscillators (TCXO)
Thermal stability across
extreme environments
Jitter Attenuators (JA)
Ultra-clean timing for optical
and networking
Why Mixed-Signal Devices?
Achieving the Holy Grail of Digital Timing.
We’ve done what legacy suppliers couldn’t: eliminate the limitations of analog timing. Our multi-gigahertz platform delivers compact size, exceptional stability, low power consumption, and CMOS scalability while pushing performance a decade ahead of traditional solutions.
Whether you’re building the next generation of AI, autonomous systems, or wireless infrastructure, our technology synchronizes the future.