Product Announcements:
Resonators

Automotive-Grade Quartz Crystal SMCE-1612
The Interquip SMCE-1612 is an AEC-Q200 qualified miniature SMD crystal, engineered for automotive, IoT, and industrial applications. With a compact 1.6 x 1.2 mm 4-pad ceramic package, this crystal provides exceptional performance in demanding environments. Its tight stability of ±10ppm, combined with an extended operating tempe... Read more...

Based on the constantly changing market, Interquip pursues higher precision products, smaller sizes, and more suitable specifications to support different applications. Interquip will support multiple customized SMD1612 with different frequency like 38.4MHz and 76.8MHz, which will achieve high-speed and high stability requirements for data transmission in 5G products.

Speci... Read more...

Interquip Quartz Thermistor Crystals come in an ultra-small footprint of 2.0mm X 1.6mm. These frequency components feature built-in thermistors to deliver excellent temperature tracking performance. The thermistor crystals offer a tight stability of 10ppm and wide frequency range including 16MHz, 20MHz, 26MHz, 37.4MHz, 38.4MHz, 40MHz, 48MHz, 52MHz and so on. These SMD ceram... Read more...

Interquip Ultra-small Crystal units with Thermistor come in a 1.6X1.2mm package. The thermistor crystals offer a tight frequency stability and wide frequency range including 26MHz, 52MHz, 76.8MHz etc. for 5G mm-wave compatible Smartphone. These frequency components feature low ESR and stable temperature characteristics. The Ceramic Crystal Units with Thermistor are designed for Smartphon... Read more...

Good things come in small packages. Today’s miniaturized electronics are expanding capabilities. They make daily life more convenient, interconnected and mobile, both at home and in industry. Smart watches, fitness rings, hearing aids, continuous glucose monitors (CGMs), smart homes, asset trackers and industrial IoT sensors—to name a few applications—make life easier.... Read more...

#AI's synergy with #PrecisionTiming is foundational for the next wave of technological breakthroughs. Markus Lutz, SiTime's co-founder & CTO, shares in Forbes what companies need to know about the unique engineering and innovation required for precision timing in AI development. Read the article here

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How to Identify the Source of Phase Jitter through Phase Noise Plots

Phase jitter is a crucial factor to consider when assessing the performance of electronic devices. It is the variation in the phase of a signal, which can lead to timing errors and affect overall system integrity. To better understand and minimize phase jitter, engineers often rely on phase noise plots. These plo... Read more...

In an ever-evolving technological landscape, precision timing plays an increasingly important role in system performance and reliability, especially when it comes to critical infrastructure such as AI computing platforms, 5G base stations, and cloud datacenters. Enter SiTime's Epoch Platform™, a silicon MEMS-based precision timing solution delivering a state-of-the-art advan... Read more...

Free library of classes

As you’ve realized after working on countless projects, a lack of knowledge and information can lead to issues that can set projects back, wasting time and eating into budgets.
That’s why SiTime has put together a free library of classes designed for working professionals like you. Learn both the fundamentals and advanced topics of... Read more...

Si5360 clock generators for high-speed networking, data center and communications equipment complement Skyworks’ Si5391/5341/5332 clock generators delivering higher levels of jitter performance with a greater number of clock outputs. Read more...