Multi-Gigahertz Timing and Clock Portfolio Touts High Precision
Replacing analog solutions with scalable CMOS precision for AI, 5G, aerospace, and other challenging applications, Mixed-Signal Devices' next-generation clock and timing portfolio is designed to meet the demands of the most complex and high-speed systems.
The company's MS11X0 oscillator and MS15X0 jitter attenuator families offer multi-gigahertz performance with femtosecond-level jitter, low phase noise, and exceptional thermal stability. Operating without compromising programmability or power efficiency, they address the need for speed and performance for tighter signal margins, faster data rates, stability, and scalability required by advanced applications.
The rugged, ultra-low-jitter timing solutions maintain stability under extreme thermal and voltage conditions while providing easy programmability and integration to give engineers the performance headroom they need, whether they’re scaling GPU fabrics, synchronizing radio units, or enabling real-time autonomy.
The timing platform is built on 28-nm CMOS technology and leverages the company's Virtual Crystal architecture. It comes with a variety of integration-ready footprints and a range of factory-configurable outputs to simplify clock tree design, reduce component counts, and streamline system integration.
Along with femtosecond-level jitter, the MS1130 1-GHz and the MS1150 2-GHz oscillator deliver ±20 ppm thermal stability and programmable configuration in compact CMOS packages. The MS1130 is optimized for high-frequency applications such as 800G networking and AI compute fabrics, and the MS1150 serves ultra-low-jitter system clocks and timing in complex architectures.
The MS1150 supports an output frequency up to 2 GHz while the MS1130 supports up to 1 GHz, with Jitter as low as 19 fs RMS to enable clean, stable signals for SerDes, memory interfaces, and optical transceivers. All support factory-programmed frequency, voltage, and output formats for flexible design integration.
The MS1500 1-GHz and MS1510 2-GHz jitter attenuators are built for high-speed networking and data infrastructure, also with femtosecond-level jitter, exceptional power-supply noise rejection, and robust thermal resilience. The MS1500 supports up to 1-GHz output, while the MS1510 operates to 2 GHz, targeting coherent optics, SerDes links, and advanced AI platforms.
