ICS670M-03I

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When dealing with timing and clock related applications, ICS670M-03I is an integrated clock generator solution which is developed and manufactured by IDT. It is a new product which is specifically designed and optimized to meet requirements of the modern market needs. In short, it offers the following main features: Low EMI, flexibility, power efficiency, and improved performance.

To understand better the ICS670M-03I application field and working principle, firstly it should be mentioned that ICS670M-03I is an ideal device for low-jitter clock solutions operating at frequencies between 1.2 MHz and 3.6 GHz. As for the application field specifically, it can be used in a range of configurations and purposes, such as networking, networking storage, communications, advanced system-on-chip (SoC) designs, and other high-speed system applications.

Certain benefits provided by ICS670M-03I include low jitter, EMI reduction, and improved power efficiency. Additionally, it delivers improved performance and flexibility compared to other solutions. With respect to the working principle, ICS670M-03I implements an “all-in-one” dual-output PLL, employing advanced digital jitter attenuator with selectable bandwidth, adjustable output voltage, and integrated loop filter technology to improve EMI performance.

ICS670M-03I improves clock solutions at both system and user levels. It is designed to integrate low-jitter clock solutions into commercial off-the-shelf (COTS) and custom boards like DDR3 and DDR4 solutions, leading to vastly improved performance and power efficiency with stability. At the user level, ICS670M-03I is capable of delivering a wide range of options, configurations and frequencies ranging from 1.2 MHz to 3.6 GHz.

In summary, the ICS670M-03I is a highly configurable clock generator for low-jitter solutions operating between 1.2 MHz to 3.6 GHz. It features improved power efficiency, EMI reduction, and increased system performance along with great user flexibility. It is an ideal device for a myriad of system designs, and is perfect for applications such as networking, storage, communications, system-on-chip (SoC) designs, and other high-speed system applications.

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