Juniper Networks
64X800GBE OSFP, ORV3
Out of Stock
Juniper QFX5241-64OD-TCHAS 64x800GbE OSFP Switch | ORV3, Data Center
Juniper Networks
MPN: QFX5241-64OD-TCHAS
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Key Features
- 64 x 800GbE OSFP port configuration
- ORV3 chassis alignment
- Juniper Networks QFX5241 platform
- High-density data center switching
- Designed for spine and aggregation roles
- Optimized for large fabric throughput
- Scale high-speed fabrics with 64 x 800GbE OSFP ports
- Consolidate traffic into fewer high-capacity switch nodes
When bandwidth demand keeps climbing, the switch layer has to do more with less space. The Juniper QFX5241-64OD-TCHAS brings 64 x 800GbE OSFP ports into an ORV3-oriented chassis, giving data center teams a compact foundation for large-scale spine and aggregation designs.
That port density matters when you are consolidating multiple lower-speed devices into a smaller number of high-capacity nodes. It can reduce cabling overhead, simplify fabric design, and free rack space for compute, storage, or acceleration hardware. For teams standardizing on ORV3, the chassis aligns with modern rack and airflow expectations while keeping the focus on throughput.
This model is a strong fit for environments where east-west traffic dominates and the switch must keep pace with dense server clusters, AI infrastructure, or storage-heavy fabrics. Rather than adding more boxes to solve a capacity problem, this platform gives you a cleaner path to scale within the same physical footprint.
For infrastructure teams making six-figure network decisions, the value is in density, consistency, and fewer compromises at the fabric edge. It is built for deployments where the switch is not just a port count, but a structural part of the data center plan.
Ideal For
- High-capacity spine deployment in enterprise data centers
- AI cluster fabric aggregation
- Storage-heavy east-west traffic environments
- ORV3 rack standardization projects
Why This Product
- 164 x 800GbE ports deliver more density than 400GbE designs
- 2ORV3 chassis fits modern rack and airflow planning
- 3Fewer switches can be needed to meet fabric capacity targets
- 4Better suited to spine and aggregation than access-layer roles






