Juniper Networks
MPC, 500G, FULL SCALE L2/L2.5,REDUCED L3
Out of Stock
Juniper MX2K-MPC6E MPC 500G L2/L2.5 Reduced L3 | Router Module
Juniper Networks
MPN: MX2K-MPC6E
$313,351.64$361,746.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 500G forwarding capacity
- Full-scale Layer 2 and Layer 2.5 support
- Reduced Layer 3 feature profile
- MX chassis line-card module
- Juniper Networks MX platform compatibility
- Designed for high-density routing environments
- Sustain high-volume forwarding with 500G capacity
- Deliver service-edge traffic using full-scale L2/L2.5 support
Maintain service density where it matters most with the Juniper MX2K-MPC6E MPC. This 500G module is designed for MX chassis environments that need strong Layer 2 and Layer 2.5 capability with reduced Layer 3 processing, helping align forwarding resources to the role of the platform. It is a fit for networks that carry large volumes of transit, aggregation, and service-edge traffic while preserving predictable operational behavior.
For infrastructure teams, the value is in matching capability to workload. Full-scale L2/L2.5 support makes the module suitable for Ethernet service delivery, subscriber aggregation, and metro edge designs, while reduced L3 keeps the profile focused on forwarding efficiency rather than unnecessary routing overhead. That balance can matter in architectures where cost, power, and slot utilization are tightly managed.
Use this module when you need to extend the life and utility of an existing MX deployment with a capacity-focused line card that supports demanding production traffic. It is the kind of component chosen when uptime, port density, and service consistency are more important than broad feature sprawl.
Ideal For
- Metro edge aggregation in MX chassis deployments
- Ethernet service delivery for provider networks
- High-capacity forwarding in existing Juniper MX infrastructure
- Traffic concentration where Layer 2 and Layer 2.5 services dominate
Why This Product
- 1Higher forwarding capacity than lower-speed MX modules
- 2Focused L2/L2.5 profile for service-edge workloads
- 3Reduced L3 footprint for targeted routing roles
- 4Chassis-based design for scalable MX deployments