• Home
  • About
  • Events Calendar
  • Blueprint Guidelines
  • Privacy Policy
  • Manage Email Delivery
  • NextGenInfra.io
No Result
View All Result
Converge Digest
Tuesday, June 2, 2026
  • Home
  • About
  • Events Calendar
  • Blueprint Guidelines
  • Privacy Policy
  • Manage Email Delivery
  • NextGenInfra.io
No Result
View All Result
Converge Digest
No Result
View All Result

Home » NeoPhotonics Ships PIC-Based Integrated Coherent Receivers for 40, 100 Gbps

NeoPhotonics Ships PIC-Based Integrated Coherent Receivers for 40, 100 Gbps

June 14, 2011
in All
A A

NeoPhotonics has quadrupled capacity for PIC-based Integrated Coherent Receivers (ICR) for 40 and 100Gbps coherent fiber optic transport systems. The devices combine the company’s PIC-based ICR, which has one of the industry’s highest signal detection responses, with advanced digital signal processing on each channel.
The NeoPhotonics ICR is designed to convert the phase encoded optical signals into electrical signals of varying intensity, which can then be analyzed using digital signal processing.


“The rapid increase in the use of coherent transmission technology for 40 Gbps on the line side, coupled with an initial ramp of 100 Gbps coherent systems, necessitates a significant increase in volume shipments of ICRs while maintaining stringent optical performance requirements,” said Tim Jenks, Chairman and CEO of NeoPhotonics. “Our photonic integration technology utilizes our semiconductor-based wafer manufacturing capabilities and is inherently high quality, scalable and cost-effective, which positions us ahead of the demand curve for this important technology,” concluded Mr. Jenks.http://www.neophotonics.com

Tags: Blueprint columnsOptical
ShareTweetShareSummarizeSummarize
Previous Post

Lockheed Martin Announces Private "BlackCloud" for Government Agencies

Next Post

Cotendo Announces Mobile Acceleration Suite

Staff

Staff

Related Posts

Optical

Open RAN xHaul and IPoDWDM Solutions Take Center Stage

February 27, 2025
Optical

Ribbon Completes DWDM Deployment for Bharti Airtel

October 27, 2024
Optical

ECOC24 video: What’s Next for Optical DSPs? 1.6T and Beyond

September 24, 2024
Optical

NTT Achieves Less Than 1ms Latency, Below 1μs Jitter at 400Gbps

April 12, 2024
Video

Big Power Savings with 800G Linear Receive Optics

April 4, 2024
Optical

Fujikura’s AFL to build fiber manufacturing factory in Poland

October 18, 2023
Next Post

Aylus Raises $16 Million for Mobile MRF Platform

Please login to join discussion

Categories

  • 5G / 6G / Wi-Fi
  • AI Infrastructure
  • All
  • Automotive Networking
  • Blueprints
  • Clouds and Carriers
  • Data Centers
  • Enterprise
  • Explainer
  • Feature
  • Financials
  • Last Mile / Middle Mile
  • Legal / Regulatory
  • Optical
  • Quantum
  • Research
  • Security
  • Semiconductors
  • Space
  • Start-ups
  • Subsea
  • Sustainability
  • Video
  • Webinars

Archives

Tags

5G All AT&T Australia AWS Blueprint columns BroadbandWireless Broadcom China Ciena Cisco Data Centers Dell'Oro Ericsson FCC Financial Financials Huawei Infinera Intel Japan Juniper Last Mile Last Mille LTE Mergers and Acquisitions Mobile NFV Nokia Optical Packet Systems PacketVoice People Regulatory Satellite SDN Service Providers Silicon Silicon Valley StandardsWatch Storage TTP UK Verizon Wi-Fi
Converge Digest

A private dossier for networking and telecoms

Follow Us

  • Home
  • About
  • Events Calendar
  • Blueprint Guidelines
  • Privacy Policy
  • Manage Email Delivery
  • NextGenInfra.io

© 2026 Converge Digest - A private dossier for networking and telecoms.

No Result
View All Result
  • Home
  • About
  • Events Calendar
  • Blueprint Guidelines
  • Privacy Policy
  • Manage Email Delivery
  • NextGenInfra.io

© 2026 Converge Digest - A private dossier for networking and telecoms.

This website uses cookies. By continuing to use this website you are giving consent to cookies being used. Visit our Privacy and Cookie Policy.
Go to mobile version