Juniper Networks
1.5TB/SLOT SWITCH FABRIC CARD
Out of Stock
Juniper EX9200-SF3 1.5 TB/s Switch Fabric Card | Enterprise Modular
Juniper Networks
MPN: EX9200-SF3
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Authorized Dealer — Full manufacturer warranty
Key Features
- 1.5 TB/s per slot fabric capacity
- Designed for Juniper EX9200 modular switch chassis
- Switch fabric card architecture
- Enterprise and service-provider class deployment fit
- High-throughput backplane interconnect support
- Built for dense core and aggregation environments
- Preserve chassis throughput with 1.5 TB/s per slot fabric capacity
- Support modular EX9200 deployments using Juniper switch architecture
Keep your EX9200 platform aligned with demanding traffic patterns using the Juniper EX9200-SF3 switch fabric card. This module is designed to sustain high-throughput switching across a modular chassis, delivering 1.5 TB/s per slot so the fabric does not become the bottleneck as line-rate interfaces and service loads increase.
For infrastructure teams, the value is straightforward: more usable chassis performance, cleaner scaling, and a fabric architecture built for dense enterprise and service-provider edge environments. In a modular switch, the fabric card is not a commodity component — it is the part that determines whether the chassis can keep pace with growth, oversubscription pressure, and latency-sensitive workloads.
Choose this model when you need to preserve performance in an EX9200 deployment without compromising the chassis design or operational consistency. It is the right fit for environments where uptime, predictable forwarding, and long-term platform investment matter more than lowest-cost hardware.
Ideal For
- Core network chassis requiring higher fabric throughput
- Aggregation layer deployments with dense east-west traffic
- EX9200 upgrades where fabric capacity must keep pace with line cards
- Enterprise backbone environments with latency-sensitive workloads
Why This Product
- 1Higher fabric throughput than lower-capacity chassis modules
- 2Purpose-built for EX9200 modular switching environments
- 3Better fit for dense core traffic than access-class switches
- 4Supports long-term chassis investment instead of full platform replacement

