SiTime (Nasdaq: $SITM) is the market leader in silicon MEMS #PrecisionTiming solutions. Follow us on LinkedIn: https://nitter.cf/t.co/ZHROsSbdNc
Santa Clara, CA
Joined July 2010
- Tweets1.6K
- Following190
- Followers1K
- Likes1.1K
SiTime retweeted
AI infrastructure is about more than GPUs, CPUs and memory. Precision timing plays a critical role in keeping all compute resources and data movement synchronized.
My longtime friend and business partner @MarcoChiappetta and I sat down with @SiTimeCorp CEO Rajesh Vashist to dig into why these chips matter as AI infrastructure scales up and out. $SITM
youtu.be/Qkjk1SmD92k?si=hC4W… via @YouTube
SiTime retweeted
Precision timing is the backbone of reliable positioning, navigation, and timing (PNT) systems, but it’s also where failures can first occur. When GNSS signals degrade or disappear, even tiny clock errors can lead to major navigation drift.
This whitepaper, published by SiTime, explores how advanced timing solutions improve resilience, enabling systems to maintain accuracy through interference, harsh environments, and outages. From MEMS-based oscillators to multi-source data fusion, the future of PNT is about redundancy, trust, and other factors.
As reliance on PNT grows across industries, building robust timing architectures is no longer optional; it’s essential for safety and infrastructure continuity.
Get the whitepaper here: wevlv.co/4uzqtac
#engineering #technology #precision
SiTime retweeted
📡FREE #GPSWebinar | July 23 | 1 PM EDT
In a GNSS-contested environment, timing fails first.
Join experts from SiTime, Safran Federal Systems, and IS4S to learn how assured #PNT architectures help maintain synchronization, navigation accuracy, and mission readiness when #GNSS is disrupted. #Sponsored
🎟️ Register today! event.on24.com/wcc/r/5414210…
SiTime retweeted
🚨 Free #GPSWebinar | July 23 | 1 PM EDT
When #GNSS is disrupted, precision timing can make the difference between mission success and failure.
Hear from experts at SiTime, Safran Federal Systems, and IS4S as they discuss the technologies driving assured #PNT in contested environments.
📅 July 23 | 1 PM EDT
🎟️ Register now!
event.on24.com/wcc/r/5414210…
SiTime retweeted
Precision timing is the backbone of reliable positioning, navigation, and timing (PNT) systems, but it’s also where failures can first occur. When GNSS signals degrade or disappear, even tiny clock errors can lead to major navigation drift.
This whitepaper, published by SiTime, explores how advanced timing solutions improve resilience, enabling systems to maintain accuracy through interference, harsh environments, and outages. From MEMS-based oscillators to multi-source data fusion, the future of PNT is about redundancy, trust, and other factors.
As reliance on PNT grows across industries, building robust timing architectures is no longer optional; it’s essential for safety and infrastructure continuity.
Get the whitepaper here: wevlv.co/4uzqtac
#engineering #technology #precision
SiTime retweeted
In #GNSS-contested environments, timing is the first domino to fall.
Brandon Koslow joins @SiTimeCorp and IS4S for a free webinar.
📅 Thurs, July 23 | 1:00 p.m. EDT | 1 hour
🔗 Register: event.on24.com/wcc/r/5414210…
SiTime retweeted
.@SiTimeCorp has officially completed its acquisition of @RenesasGlobal's timing business, creating a much broader timing portfolio spanning AI infrastructure, communications, automotive and industrial markets.
The product portfolios are highly complementary, expanding both the company's technology breadth and customer reach. It also strengthens SiTime's position in a timing market that's becoming increasingly strategic as higher-performance compute platforms demand ever tighter synchronization, lower jitter and greater reliability. 👇👇
sitime.com/company/newsroom/…
SiTime retweeted
Precision timing is the backbone of reliable positioning, navigation, and timing (PNT) systems, but it’s also where failures can first occur. When GNSS signals degrade or disappear, even tiny clock errors can lead to major navigation drift.
This whitepaper, published by SiTime, explores how advanced timing solutions improve resilience, enabling systems to maintain accuracy through interference, harsh environments, and outages. From MEMS-based oscillators to multi-source data fusion, the future of PNT is about redundancy, trust, and other factors.
As reliance on PNT grows across industries, building robust timing architectures is no longer optional; it’s essential for safety and infrastructure continuity.
Get the whitepaper here: wevlv.co/4uzqtac
#engineering #technology #precision
SiTime retweeted
Precision timing is the backbone of reliable positioning, navigation, and timing (PNT) systems, but it’s also where failures can first occur. When GNSS signals degrade or disappear, even tiny clock errors can lead to major navigation drift.
This whitepaper, published by SiTime, explores how advanced timing solutions improve resilience, enabling systems to maintain accuracy through interference, harsh environments, and outages. From MEMS-based oscillators to multi-source data fusion, the future of PNT is about redundancy, trust, and other factors.
As reliance on PNT grows across industries, building robust timing architectures is no longer optional; it’s essential for safety and infrastructure continuity.
Get the whitepaper here: wevlv.co/4uzqtac
#engineering #technology #precision
SiTime retweeted
Precision timing is the backbone of reliable positioning, navigation, and timing (PNT) systems, but it’s also where failures can first occur. When GNSS signals degrade or disappear, even tiny clock errors can lead to major navigation drift.
This whitepaper, published by SiTime, explores how advanced timing solutions improve resilience, enabling systems to maintain accuracy through interference, harsh environments, and outages. From MEMS-based oscillators to multi-source data fusion, the future of PNT is about redundancy, trust, and other factors.
As reliance on PNT grows across industries, building robust timing architectures is no longer optional; it’s essential for safety and infrastructure continuity.
Get the whitepaper here: wevlv.co/4uzqtac
#engineering #technology #precision
SiTime retweeted
On the back of some stellar financial numbers this week, I sat down with @SiTimeCorp CEO Rajesh Vashist for an annual update on the $11b timing market, their recent Renesas clocks acquisition, and why they have near triple-digit growth. $SITM
morethanmoore.substack.com/p…
SiTime retweeted
The CEO of Sitime, the chipmaker UBS calls "the fastest grower in semis" with shares up 350+% in one year, on business operations and AI demand. cc:@KellyCNBC
cnbc.com/video/2026/05/11/si…
SiTime retweeted
GPU under-utilization is a well-understood bottleneck in large-scale AI training (and inference), often surfacing at the epoch level where inefficiencies compound across cycles.
@SiTime is targeting this challenge with its Elite 2 Super TCXO, high-precision timing chips designed to improve synchronization across GPUs and accelerators. Tighter timing can reduce drift between nodes, enabling more consistent throughput in training, while also supporting determinism and power efficiency in latency-sensitive inference workloads.
Timing is just one piece of the equation alongside networking, memory bandwidth and software orchestration. But it’s a reminder that improving AI efficiency isn’t only about raw compute, it’s also about keeping the entire system synchronized and productive at scale.
This should be solid new incremental business for the company and it'll be interesting to learn of customer adoption rate and any success stories that come out of this for $SITM .
sitime.com/company/newsroom/…
SiTime retweeted
Precision timing is the backbone of reliable positioning, navigation, and timing (PNT) systems, but it’s also where failures can first occur. When GNSS signals degrade or disappear, even tiny clock errors can lead to major navigation drift.
This whitepaper, published by @SiTimeCorp, explores how advanced timing solutions improve resilience, enabling systems to maintain accuracy through interference, harsh environments, and outages. From MEMS-based oscillators to multi-source data fusion, the future of PNT is about redundancy, trust, and other factors.
As reliance on PNT grows across industries, building robust timing architectures is no longer optional; it’s essential for safety and infrastructure continuity.
Get the whitepaper here: wevlv.co/4uzqtac
#engineering #technology #precision
SiTime retweeted
Read in detail about The Hidden Enabler Behind the 5 Biggest #AI Trends. @SiTimeCorp
#AgenticAI #PhysicalAI #EdgeAI
electronicsmedia.info/2026/0…
SiTime retweeted
GNSS powers today’s navigation, communications, and defence systems, but it’s more fragile than you think. Signals can be jammed, spoofed, or lost, putting critical operations at risk.
This whitepaper, published on Wevolver by SiTime, explores how adding precision timing can keep systems running even when GNSS fails. From extended holdover to improved spoofing detection and faster recovery, resilient timing is becoming essential.
With solutions from SiTime, engineers can design PNT systems that are not just accurate but dependable under pressure.
Get the whitepaper here: wevlv.co/4uzqtac
#precisiontiming #precisionengineering #engineering #technology
SiTime retweeted
Precision timing is the backbone of reliable positioning, navigation, and timing (PNT) systems, but it’s also where failures can first occur. When GNSS signals degrade or disappear, even tiny clock errors can lead to major navigation drift.
This whitepaper, published by @SiTimeCorp, explores how advanced timing solutions improve resilience, enabling systems to maintain accuracy through interference, harsh environments, and outages. From MEMS-based oscillators to multi-source data fusion, the future of PNT is about redundancy, trust, and other factors.
As reliance on PNT grows across industries, building robust timing architectures is no longer optional; it’s essential for safety and infrastructure continuity.
Get the whitepaper here: wevlv.co/4uzqtac
#engineering #technology #precision
SiTime retweeted
🎙️ WOMEN IN TECH TAKEOVER 🎙️
In this episode of Electronic Specifier Insights, Associate Editor Sheryl Miles speaks with Fang Tuurnala, Senior Director, SiTime.
To find out more, listen to the episode here 👇
electronicspecifier.com/news…
#ElectronicSpecifier
SiTime retweeted
GNSS powers today’s navigation, communications, and defence systems, but it’s more fragile than you think. Signals can be jammed, spoofed, or lost, putting critical operations at risk.
This whitepaper, published on Wevolver by @SiTimeCorp, explores how adding precision timing can keep systems running even when GNSS fails. From extended holdover to improved spoofing detection and faster recovery, resilient timing is becoming essential.
With solutions from SiTime, engineers can design PNT systems that are not just accurate but dependable under pressure.
Get the whitepaper here: wevlv.co/4uzqtac
#precisiontiming #precisionengineering #engineering #technology
SiTime retweeted
Electronic systems rely on precise timing to coordinate processors, connectivity, and sensors. As devices become more compact and energy efficient, traditional quartz resonators can introduce design constraints.
In partnership with @SiTimeCorp, @TheFuturumGroup examines how MEMS resonators, including the Titan Platform, enable improved SoC and MCU integration and stronger environmental resilience across wearables, medical devices, IoT, and industrial systems.
📄 Download the report to learn how MEMS timing technology supports modern electronic system design: buff.ly/jwQ6L8V
#Semiconductors #MEMS #IoT #Electronics #Futurum
