Juniper Networks
JNP7100 CHAS WITH 32 QSFP28/4 QSFP56-DD
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Juniper JNP7100-32C-CHAS 32 QSFP28/4 QSFP56-DD | Router Chassis
Juniper Networks
MPN: JNP7100-32C-CHAS
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Key Features
- 32 QSFP28 ports
- 4 QSFP56-DD ports
- Chassis form factor
- Juniper Networks MPN JNP7100-32C-CHAS
- High-density routing platform
- Designed for backbone and aggregation layers
- Optical interface-focused architecture
- Scale high-speed routing capacity with 32 QSFP28 ports
Support high-capacity network designs with a chassis built for dense optical and high-speed Ethernet connectivity. The JNP7100-32C-CHAS provides 32 QSFP28 ports and 4 QSFP56-DD ports, giving infrastructure teams the port mix needed for aggregation, backbone, and other bandwidth-intensive routing layers. This is the kind of platform chosen when simple branch routing is not enough.
A chassis-based design gives architects room to plan for growth without replacing the entire routing footprint. It is well suited to environments where port density, uplink flexibility, and long-term platform consistency matter. For teams standardizing on Juniper, the chassis approach supports cleaner lifecycle planning and a more deliberate path to scale.
This model is aimed at networks that carry serious traffic and need hardware that can keep pace with that demand. The value is in the port architecture itself: enough high-speed interfaces to support large-scale interconnects, with a chassis form factor that fits structured deployment and operational control. For organizations investing at this level, the right chassis is not just a box — it is the foundation for the next phase of network growth.
Ideal For
- Deploy as a backbone routing chassis in a data center core
- Support aggregation layers that require dense high-speed uplinks
- Build a modular routing platform for campus or enterprise WAN edge
- Standardize on a chassis architecture for long-term network expansion
Why This Product
- 1Port density exceeds typical branch routers for backbone use
- 2QSFP56-DD support adds headroom for higher-speed uplinks
- 3Chassis architecture supports structured scaling over time
- 4Juniper platform alignment simplifies standardization