SiTime

Industry analyst Ian Cutress visited our office a couple of days ago for a deep-dive conversation with our CEO Rajesh Vashist about SiTime, our #PrecisionTiming technology, applications, and trends. 🎙 We look forward to sharing his full interview in the coming weeks.

MEMS-based #PrecisionTiming provides critical enabling technology for the AI-driven climate models of tomorrow. #MEMS timing solutions ensure that as AI technologies advance, they do so on a foundation that is both stable and reliable. Learn more in Forbes about the role of AI and precision timing in climate change mitigation 👉 https://lnkd.in/g7V9_sBq #ClimateChange #GlobalWarming #ExtremeWeather #ClimateModeling

SiTime's MEMS #Endura Epoch OCXO is a superior holdover alternative for assured-PNT systems vs. custom, vibration-compensated OCXOs. The small weight, superior material strength, and structural design of the #MEMS resonator enable shock- and vibration-resistant designs. See how Endura Epoch OCXOs outperform commercial vibration-rated OCXOs in a number of areas 👉 https://lnkd.in/gWRHkrsE #GPS #PNT #DefenseElectronics

As #AI algorithms become more complex and #datacenters grow in scale, the need for tighter time synchronization has never been more critical. Our VP of Product Marketing, Jeff Gao, explores the crucial role of #PrecisionTiming for AI data center applications and how networking infrastructure benefits from #MEMS technology 👉 https://lnkd.in/g8aFiGnf via Electronic Products #ArtificialIntelligence #AIProcessing #PTP

The price of crystals might seem cheap — at least on the surface. But crystal design problems cause engineering cost overruns during development and can create costly quality issues. Find out how using a silicon #MEMS #oscillator instead of a crystal resonator can result in savings across the board 👉 https://lnkd.in/gGmheaRm via Electronic Specifier Ltd

#PrecisionTiming is the cornerstone for reliable #PNT and enables the synchronization of mission-critical defense systems. Our #Endura Epoch Platform™ MEMS OCXOs enable a new level of assured PNT system performance in GPS-contested environments with their low size, weight, and power (SWaP). See why #SiTime Endura Epoch OCXOs are the superior holdover alternative for A-PNT systems compared to quartz components or chip-scale atomic clocks 👉 https://lnkd.in/gWRHkrsE   #GPS #DefenseElectronics #Oscillators

As consumer technology becomes smarter and more interconnected, #PrecisionTiming is critical to reduce latency, increase battery life, and ensure exceptional user experiences. Our SiT1811 #MEMS oscillator delivers many advantages for the rigorous demands of these applications. See how the SiT1811 XO is optimized for size, power, and stability 👉 https://lnkd.in/gJX63vs9 via Electronic Specifier Ltd #ConsumerElectronics #Wearables #SmartDevices

#MEMS timing technology is much more reliable than quartz crystals for clocking applications in vehicles. The low (< 0.5) failure-in-time (FIT) rate of a silicon MEMS device means better system-level safety metrics and greater ease for automakers in achieving higher automotive safety integrity level (#ASIL) ratings. Discover more benefits of MEMS-based #PrecisionTiming in automotive electronics 👉 https://lnkd.in/gAkxK2EQ #AutomotiveSystems #ADAS #V2X

I gotta say that our Duane Benson did a awesome job with this article. And my thanks to SiTime for sharing our All About Circuits — EETech Group article with your followers!

We have developed the industry’s smallest and lowest power 32.768 kHz XO to address the #PrecisionTiming requirements of ever-shrinking mobile products. ⌚📱 As a silicon #MEMS device, the SiT1811 is 30% smaller than competing #oscillators and breaks ground in power reduction with a 510 nA current draw. Read about the device in detail from Duane Benson via All About Circuits 👇