We are a crew of passionate and persistent innovators who took on the goliath in timing. For decades, quartz dominated the industry, and we decided to change that. Our purpose was clear: To build the highest performing and most reliable timing devices, smaller than a pinhead.
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.
SiTime unveiled the Cascade family of MEMS clock ICs for 5G, wireline telecom, and datacenter infrastructure applications. This clock-system-on-a-chip family, the SiT9514x, consists...
Precision timing is critical to all connected embedded systems, from the board level to the network to the cloud, as all those involved must be synchronized.
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...
SiTime's digitally programmable SiT5977 Super-TCXO provides precision timing for AI data center applications, featuring 80-fs RMS jitter, enabling 800G SerDes.
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 ...
5G is 10 times faster than 4G, supports 10,000 times more network traffic, and can handle 100 times more devices, while enabling one-fiftieth the latency with zero perceived downtime...
A joint effort between Telit and SiTime produced what the companies claim is the smallest and lowest-power GPS receiver with extended hibernation periods at 15 µA and a Snap Start...
A summary of the history of integrated circuits for clocking digital devices, following the trend toward the use of MEMS structures for resonators, with broad a description of...
