Parker Traweek

Sr Manager, Product Marketing, Communications-Enterprise-Datacenters

Parker Traweek is a Sr. Product Marketing Engineer at SiTime. Responsible for new product introduction, he’s led the release and customer adoption of SiTime’s flagship Super-TCXOs and OCXOs. He studied Electronic System Engineering Technology at California State Polytechnic University, Pomona.

Articles

Shot of a Working Data Center With Rows of Rack Servers Connected with LAN Connection Visualisation Lines

Product Spotlight: SiT5977 Super-TCXO Enables New Architecture for Greater AI Workload Efficiency in Datacenters

The new SiTime SiT5977 Super-TCXO® helps system engineers better optimize AI workload efficiency by enabling new architectures in smart network interface cards (Smart NICs), acceleration cards, switches and compute node applications. The new SiT5977 Super-TCXO is unique in the timing industry—enabling AI workload efficiency with 3X better synchronization and 800G network connectivity in a 4X smaller footprint.
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5 min read
Data Center Chief Technology Officer Holding Laptop, Information Digitalization Lines Streaming Through Servers

Why SmartNICs Require Precision Timing in High-Traffic Server Environments

Learn why the SmartNICs that drive crucial applications, such as datacenters and 5G networks, require precise timing for stable synchronization, increased data throughput and reduced latency. Here are timing solutions that are vital for datacenters and networks.
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4 min read
Epoch OCXO part on silicon wafer background

SiTime Epoch Platform MEMS OCXO Wins Product of the Year

The Electronic Products – Product of the Year Awards 2003 rolled out this week, announcing that SiTime Epoch Platform™ MEMS OCXO has taken the top spot among 100+ products in the Analog/Mixed-Signal IC category. The Epoch Platform MEMS OCXOs are ideal for datacenter and network infrastructure equipment, delivering unmatched performance, reliability, and holdover in real-world conditions.
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3 min read
Epoch Platform MEMS OCXO designed by SiTime

The Evolution of Precision Timing Solutions

Precision timing plays an increasingly important role in system performance and reliability. Read how new technology advancements are improving performance and making design easier for critical infrastructure such as AI computing platforms, 5G base stations, and cloud datacenters.
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5 min read
network edge concept image

A better solution for time sensitive applications at the network edge

5G is driving explosive growth in edge deployments. What are the dramatic changes we will see by 2025? Read how timing requirements for edge applications are changing, why precision timing is needed and learn about newly available smaller, more robust, and lower power timing solutions.
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5 min read
Abstract waves

タイミング技術で光モジュールの性能限界を押し上げる

5G の出現により、通信の大幅な進歩が可能になり、光トランシーバーやそのタイミング基準などの基盤技術の革新によって実現されています。限界を超えるタイミング技術がどのように光モジュールの進化を可能にするのかを学びましょう。
Abstract waves

地震センサーアプリケーションにおける堅牢かつ正確なタイミングの重要性

地震センサーベースのシステムは、衛星基準が信頼できない遠隔地など、過酷な環境で動作します。ただし、正確にタイムスタンプが押されたデータは非常に重要です。堅牢なタイミング基準により、長期間の動作においてセンサー アプリケーションの信頼できる正確なタイムスタンプ データがどのように保証されるかを学びましょう。