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ICTR64 TROSA

Enabling High-performance Coherent Networking

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High Performance and Volume Manufacturability

Leveraging a monolithically integrated indium phosphide photonic integrated circuit (PIC), Infinera’s 64 GBaud transmit-receive optical sub-assembly (TROSA) sets a new industry record in the high-density integration of discrete functions into a single submodule, including PIC, radio frequency application-specific integrated circuit (ASIC), and thermoelectric cooling.

Infinera’s ICTR64 TROSA is designed to easily integrate into digital coherent optics (DCO) transceiver or transponder designs, as well as very high-density coherent line card designs. The assembly consists of a hermetic package containing all the coherent Tx and Rx optics with a digital control interface. The device has built-in memory and controller and can be tuned across the full C-band, with flexible grid support. The optical performance is well suited for metro/regional networks in colorless applications.

The ICTR64 has been granted 4.5 stars in the 2023 Lightwave Innovation Reviews.

Photo of Infinera TROSA and 2023 Lightwave Innovation Award

Features

  • High-density integration of discrete functions into a single submodule, including PIC, radio frequency ASIC, and thermoelectric cooling
  • High performance with 64 Gbaud, 0 dBm, low out-of-band noise for successful deployment over colorless ROADM architectures, high transmit OSNR, and high receive sensitivity

Benefits

  • Easy integration: deploy quickly into 400G DCO transceivers or transponders. Suitable for QSFP-DD, OSFP, or CFP2-DCO as well as high-density coherent line card designs
  • High efficiency: low power consumption, compact footprint, and high reliability
  • High-volume manufacturability: for deployment in both coherent pluggables and embedded optical engines

Experience Infinera

Learn how the innovation and intelligence of Infinera networks can provide amazing experiences for your customers and your business.