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SiTime Accelerates Customers’ Designs with 48-Hour Worldwide Availability of MEMS Oscillators
2020-03-06
SiTime Corporation announced 48-hour availability of its MEMS oscillators, enabling customers to accelerate their design time, reduce development efforts, and speed time to revenue.
 
Previously, customers had to wait up to 20 weeks and sometimes pay non-recurring engineering (NRE) fees to get oscillators that were configured to their exact requirements. SiTime’s programmable MEMS oscillator architecture, and a global support network of distributors and channel partners, are transforming the availability and breadth of options in the oscillator market. With 48-hour availability for samples and low-volume production quantities, industrial and IoT customers can dramatically accelerate their time to revenue.
 
SiTime’s popular low-power oscillators: SiT8008/9, SiT8208/9, SiT2001/2; high-temp and automotive oscillators: SiT8918/9, ST8920/1, SiT8924/5, SiT2018/9, SiT2020/1, SiT2024/5; differential oscillators: SiT9121/2; VCXOs: SiT3808/9; µPower oscillators and TCXOs: SiT1569, SiT1576/9, and spread spectrum oscillators SiT9002/3/5, SiT9025 can be customized and shipped in 48 hours from Digi-Key, SE-Spezial in Europe, Jointech in China, Seungjun in South Korea, and from SiTime. The Elite Platform™ of differential oscillators and precision TCXOs will be available for 48-hour shipment starting in early Q2 2020. SiTime’s Endura™ series of high reliability, ruggedized oscillators will be available for 48-hour shipment in late 2020.
 
SiTime’s rapid programming service accelerates the phases of typical product development to help technology innovators take an industrial and IoT product idea to design and production quickly and easily. SiTime datasheets, as well as the Part Number Generator on the SiTime website, list all the programmable configurations available for these MEMS oscillators. Among the most popular programmable options are frequency (with up to six decimal places of accuracy), supply voltage, output drive type and drive strength, operating temperature range, and frequency stability.

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