Juniper ORHS-1600G-DR8-2-P | OSFP 1.6T DR8 Transceiver, SMF 2km, Dual MPO-12, RHS

Q: What platforms is the ORHS-1600G-DR8-2-P compatible with?
A: This transceiver is designed for Juniper high-density switches and routers that support OSFP-XD form factor ports with liquid-cooled or air-assisted thermal management. Confirm chassis compatibility with your Juniper platform documentation before deployment.

Q: What does the Riding Heat Sink (RHS) form factor mean?
A: The Riding Heat Sink is a flat-top OSFP variant where the heatsink sits flush against the liquid-cooled cold plate of next-generation switch chassis. This design enables efficient thermal dissipation at 1.6T port densities that would overwhelm conventional air-cooled designs.

Q: What breakout configurations does this module support?
A: The ORHS-1600G-DR8-2-P supports 1x1.6T (full capacity), 2x800G, 4x400G, and 8x200G breakout modes via the dual MPO-12 connectors, offering significant deployment flexibility for spine-leaf, AI fabric, and HPC interconnect architectures.

Q: What fibre and connectors are required for this transceiver?
A: This module requires OS2 single-mode fibre with dual MPO-12 connectors. It supports a maximum reach of 2 km, making it suitable for both in-rack, inter-row, and inter-building data centre links within a campus environment.

Q: Can I purchase this transceiver in Australia through IP Trading?
A: Yes. IP Trading (iptrading.com.au) supplies authentic Juniper optics including the ORHS-1600G-DR8-2-P to Australian businesses. Contact the team for pricing, lead times, and volume procurement enquiries.

Q: Does this module support digital diagnostics monitoring?
A: Yes. The ORHS-1600G-DR8-2-P supports DOM/DDM (Digital Optical Monitoring / Digital Diagnostics Monitoring) and is managed via CMIS 5.0, enabling real-time visibility into temperature, voltage, TX/RX power, and bias current through compatible Juniper NOS interfaces.