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Juniper Networks

64X800GBE OSFP, DC, AIR-OUT, ORV3

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Juniper QFX5241-64OD-DO-T2 64x800GbE OSFP Switch | Data Center, ORV3

Juniper Networks

MPN: QFX5241-64OD-DO-T2

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Key Features

  • 64 x 800GbE OSFP uplink ports
  • DC power input design
  • Air-out cooling orientation
  • ORV3 form factor alignment
  • Juniper Networks QFX5241 platform
  • High-density data center switching architecture
  • Scale fabric bandwidth with 64 x 800GbE OSFP ports
  • Support dense spine architectures using ORV3-ready design
Consolidate high-speed fabric traffic into a compact ORV3 switch built for demanding data center cores. The Juniper QFX5241-64OD-DO-T2 delivers 64 x 800GbE OSFP ports, giving infrastructure teams the port density needed for large-scale spine deployments, AI clusters, and high-throughput aggregation layers. DC power support and air-out cooling align with modern data center airflow strategies, helping maintain thermal consistency in hot-aisle/cold-aisle designs. That matters when every rack unit must carry more bandwidth without creating service bottlenecks or thermal surprises. This model is a strong fit when you need to standardize on a high-capacity fabric platform rather than stacking multiple lower-speed switches. Fewer devices can mean simpler cabling, cleaner failure domains, and better use of rack space. For teams planning around ORV3 infrastructure, the chassis is positioned for dense deployment patterns where power, cooling, and port count all matter at once. Use it where bandwidth growth is outpacing legacy 100G or 400G designs, and where the switch layer must support future-facing transport without forcing a redesign of the rack. It is the kind of platform that earns its place in premium environments by reducing physical sprawl while increasing fabric headroom.

Ideal For

  • Spine layer deployment in large-scale data center fabrics
  • AI and HPC cluster interconnect aggregation
  • High-bandwidth leaf-spine modernization projects
  • ORV3 rack standard deployments with DC power

Why This Product

  • 1Higher port density than 400GbE spine alternatives
  • 2DC power and air-out cooling suit ORV3 rack planning
  • 364 x 800GbE OSFP ports reduce the need for multiple switches
  • 4Built for large fabric aggregation rather than access-layer use