Our products provide the heartbeat in electronics. You can't see them, but your world couldn't operate without them. We now lead the MEMS timing market, producing programmable solutions that enable customers to differentiate their products.
Over 1.5 billion… That's how many of our timing devices are being used today. They are in the smartphone in your pocket, the tablet on your desk, the camera on your helmet, the cockpit on your flight, and the earthquake detection system near your home.
Our products provide the heartbeat in electronics. You can't see them, but your world couldn't operate without them.We now lead the MEMS timing market, producing programmable solutions that enable customers to differentiate their products with higher performance, smaller size, lower power, and better reliability.
Silicon-based timing solutions can offer performance advantages over quartz oscillators. We spoke to Piyush Sevilla, EVP of Marketing at SiTime, about their efforts in the timing...
These chip-scale or bare-die devices ease integration into designs while providing superior performance characteristics on a variety of fronts, including stability, ruggedness...
More advanced systems are becoming autonomous and location-aware, placing greater demands on timing subsystems, including tighter synchronization, higher frequency accuracy, and...
SiTime's integrated Super-TCXO optimizes RF and synchronization performance, offering up to 30X higher reliability, with up to 20X better environmental resilience in wireless ...
There’s more to selecting a TCXO than its datasheet specification for frequency-over-temperature stability. Many other factors contributing to the device’s overall stability must...
Based on MEMS technology, these frequency-reference sources can endure harsh shock and vibration conditions for reliable long-term military and aerospace systems.
As the applications extrapolate for wireless devices and interest grows in millimeter-wave frequencies, the RF/microwave industry gathers together with great optimism for the ...
These clock sources are available with LVCMOS outputs from 1 to 141 MHz, using several programmable operating parameters to significantly reduce EMI levels.
These MEMS-based oscillators provide the dynamic performance with temperature and vibration to maintain outstanding frequency stability under real-world conditions.
These MEMS-based Super-TCXOs provide standard and custom LVCMOS output frequencies as high as 1 MHz, drawing microcurrents of energy and in miniature CSP housings.
