On-Demand Webinar

When it comes to timing, a board designer needs to create a frequency plan to make sure different components on the board are working in harmony, achieve signal integrity to minimize noise and cross talk throughout the system, and comply with standards so their board can communicate with other systems.

Silicon timing solutions enable better system performance, flexibility, and reduce product development costs. Integrated timing ICs simplify clock tree designs by allowing designers to easily create a frequency plan. They help manage the BOM efficiently and replace multiple discrete components. They also enable designers to achieve signal integrity with a flexible architecture that supports multiple signal types and provide configurable parameters. These solutions also allow designers to comply with various standards, such as PCIe Gen 1 to 5 and Synchronous Ethernet, by providing pre-tested solutions that meet all the requirements for these standards.

In this webinar, we will identify the top challenges for clock tree designers of industrial applications and present how silicon timing addresses these concerns.

Participants of the webinar will learn about:

  • How silicon timing helps optimize these designs by simplifying frequency planning and maintaining signal integrity
  • The importance of standard compliance and how silicon timing solutions make it easier
  • How evaluation tools, phase noise measurement tools, and the ability to procure factory pre-programmed products can accelerate design cycles and reduce time to market

Presented by:

Andreas Coucopoulos
Product Marketing Director, Timing
Renesas Electronics

Andreas is the Product Marketing Director for Timing products at Renesas. He worked previously at Microsemi (Microchip) where he held senior leadership roles in product marketing. Andreas has 20 years of experience in product management, new product introduction, and demand creation. His expertise includes go-to-market strategies engaging top tier customers, along with tier 2 and 3 and smaller broad market customers. Andreas holds an Electrical Engineering degree and MBA from the University of Ottawa.

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