Optical Applications

Optical Applications

Inphi’s high-performance PAM4 DSPs enable optical module applications for hyperscale data centers and AI networks.

Today’s data centers rely on Inphi’s technologies that are indispensable to Internet 3.0. Demands for greater video content, machine learning resources, artificial intelligence, software automation and 5G applications put tremendous pressure on data centers to scale and increase their network bandwidth capacity. Inphi’s PAM4 DSPs, provide the performance and versatility needed to upgrade the old and legacy 1G to 10G Ethernet infrastructure to 50G, 100G ,400G, 800G and beyond.

Inphi 50/100/200/400/800G PAM4 DSPs

16nm

  • Supports 50G PAM4 or 25GNRZ on Host Side and 100G/ on Line Side
  • Enables 1x50G,2x50G,4x50G and 8x50G optical modules
  • Highly configurable DSP Engine with a Unique Mixed Mode DSP Architecture
  • Low Power Consumption
  • Compatible API and Software Suite
  • Reach: 7m-10Km
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7nm/16nm

  • Supports 50G PAM4 or 25GNRZ on Host Side and 100G/ on Line Side
  • Enables 1x100G,2x100G,4x100G,1x400G Optical Modules
  • Low Power Consumption
  • Integrated 56Gbaud Laser Driver
  • Compatible API and Software Suite
  • Reach: 100m-2Km/6Km-10Km
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7nm

  • Supports 100G PAM4 on Host Side and 100G/ on Line Side
  • Enables 8x100G, 1x800G, 1x400G and 4x100G Optical Modules
  • Integrated 56Gbaud Laser Driver
  • Low Power Consumption
  • Compatible API and Software Suite
  • Reach: .5m-2Km/6Km-10Km
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High-Performance Proven Electro-Optics Platform

Inphi’s PAM4 DSPS deliver the high-performance and proven electro-optics platform required to enable 50G/100G/200G/400G/800G optical modules.

Highly Configurable API Software Suite

Inphi’s software suite is easily ported across legacy and new platforms lowering total cost of ownership and reducing time to market.

Industry Leading Reliability

With zero field failures, customers have the confidence and ability to design their networks to quickly and easily meet the growing demands for speed and performance.