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PAM4 vs NRZ: Which Signaling Method Should You Choose?
0 CommentsDivya Gaurav

PAM4 vs NRZ: Which Signaling Method Should You Choose?

Common Causes of Jitter in High-Speed Communication Systems
0 CommentsDivya Gaurav

Common Causes of Jitter in High-Speed Communication Systems

Optical Interconnect IC Solutions for High-Speed Data Center and Networking Applications
0 CommentsDivya Gaurav

Optical Interconnect IC Solutions for High-Speed Data Center and Networking Applications

Linear Pluggable Optics IC: Enabling the Next Generation of Data Center Connectivity
0 CommentsDivya Gaurav

Linear Pluggable Optics IC: Enabling the Next Generation of Data Center Connectivity

Datacenter Timing IC Solutions: The Foundation of Reliable High-Speed Infrastructure
0 CommentsDivya Gaurav

Datacenter Timing IC Solutions: The Foundation of Reliable High-Speed Infrastructure

Chip Design for Optical Transceivers: Enabling High-Speed Data Center and Network Connectivity
0 CommentsDivya Gaurav

Chip Design for Optical Transceivers: Enabling High-Speed Data Center and Network Connectivity

0 CommentsDivya Gaurav

Copper Redriver IC and Clock and Data Recovery IC in High-Speed Data Interconnects

0 CommentsDivya Gaurav

TDR IC and High Bandwidth Sample & Hold Amplifiers in Test Instrumentation

0 CommentsDivya Gaurav

Mixed-Signal ASIC Development for Custom Instrumentation Chip Design

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Recent Posts

  • PAM4 vs NRZ: Which Signaling Method Should You Choose?

    July 13, 2026
  • Causes of Jitter in High-Speed Communication Systems

    Common Causes of Jitter in High-Speed Communication Systems

    July 11, 2026
  • Optical Interconnect IC Solutions

    Optical Interconnect IC Solutions for High-Speed Data Center and Networking Applications

    July 2, 2026
  • Linear Pluggable Optics IC

    Linear Pluggable Optics IC: Enabling the Next Generation of Data Center Connectivity

    June 12, 2026

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Design custom analog ICs for clients and develop commercial ICs for high-speed data-center timing, clocking and test-instruments.
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