Juniper Networks
INTG. MPC, 2X100GE AND 4X10GE PORTS
Out of Stock
Juniper MPC5E-100G10G 2x100GE 4x10GE Ports | Router Module
Juniper Networks
MPN: MPC5E-100G10G
$299,600.14$345,870.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 2 x 100 Gigabit Ethernet ports
- 4 x 10 Gigabit Ethernet ports
- Integrated MPC design
- High-density mixed-speed interface module
- Juniper routing platform expansion
- Backbone and aggregation port mix
- Chassis-based deployment model
- Scale backbone capacity using 2 x 100GE ports
Add high-capacity forwarding to Juniper routing platforms with an integrated MPC that pairs 2 x 100GE ports with 4 x 10GE ports. This port mix is designed for environments where backbone uplinks, aggregation links, and service handoffs must coexist in a single line-card footprint.
For infrastructure teams, the value is density with purpose. Instead of consuming additional slots for separate speed tiers, this MPC concentrates high-speed interfaces into one module, helping preserve chassis space while supporting traffic patterns that move from 10 GbE access layers to 100 GbE core connections.
That makes it a strong fit for service-provider edge, data center interconnect, and enterprise backbone deployments where port planning is as important as raw throughput. The module format also supports cleaner platform standardization: one chassis family, one expansion path, and a port profile that can adapt to mixed-speed network designs.
When the network needs more than generic interface expansion, this MPC delivers a practical balance of speed, density, and chassis efficiency for premium routing environments.
Ideal For
- Add 100GE uplinks in service-provider core and edge routers
- Support 10GE aggregation links in enterprise backbone deployments
- Consolidate mixed-speed interfaces in data center interconnect designs
- Preserve chassis slots while expanding port density on Juniper platforms
Why This Product
- 1Combines 100GE and 10GE in one module
- 2Offers higher port density than separate single-speed cards
- 3Preserves chassis space for larger routing designs
- 4Targets backbone and aggregation use instead of general access