Juniper Networks
MPC7E, 40X10GE SFPP, MXAAFW
Out of Stock
Juniper MPC7E-10G-SX 40x10GE SFPP Module | Service Provider
Juniper Networks
MPN: MPC7E-10G-SX
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Key Features
- Juniper MPC7E-10G-SX line card
- 40 x 10 Gigabit Ethernet SFP+ interfaces
- Designed for MX platform deployment
- High-density service-provider routing module
- Modular chassis-based architecture
- Optimized for dense edge and aggregation use
- Scale edge capacity with 40 x 10 GE SFP+ ports
- Increase interface density using Juniper MX platform integration
Increase interface density on Juniper MX platforms with the MPC7E-10G-SX line card. With 40 x 10 Gigabit Ethernet SFP+ ports, it is built for service-provider networks that need concentrated bandwidth at the edge, in aggregation layers, or in transport-facing designs.
This class of module is about more than raw port count. It gives network teams a way to scale access and uplink capacity while keeping the routing platform consistent across sites and service tiers. That matters when operational standardization, optics flexibility, and chassis efficiency are part of the design brief. A 40-port 10 GE layout can reduce the number of modules required per system, simplify cabling plans, and support dense handoff architectures where every rack unit has to earn its place.
For procurement and architecture teams, the appeal is straightforward: expand capacity inside an established Juniper MX environment rather than introducing a separate platform family. That can help preserve software alignment, reduce sprawl, and keep high-speed service delivery anchored to a known operational model.
Ideal For
- Add dense 10 GE service handoffs to a Juniper MX router
- Build aggregation capacity for service-provider edge networks
- Support high-port-count transport and peering designs
- Expand an existing MX chassis without changing the platform family
Why This Product
- 1Delivers 40 SFP+ ports for dense 10 GE scaling
- 2Fits Juniper MX chassis-based routing environments
- 3Supports service-provider edge and aggregation roles
- 4Offers higher density than smaller port-count modules