Juniper Networks
JNP304 RE, REDUNDANT
Out of Stock
Juniper JNP304-RE-R Redundant Routing Engine | MX Series Enterprise
Juniper Networks
MPN: JNP304-RE-R
$30,341.85$39,405.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Juniper Networks redundant routing engine
- JNP304-RE-R part designation
- Designed for MX platform environments
- Supports control-plane redundancy
- Built for high-availability routing architectures
- Spare component for continuity planning
- Enterprise and service-provider use case
- Preserve routing continuity with redundant MX platform control-plane support
Protect routing availability with the Juniper JNP304-RE-R redundant routing engine, designed for MX platform deployments where control-plane continuity matters. In networks that carry business-critical traffic, a redundant routing engine is not a luxury; it is the difference between a contained event and a service interruption.
This component is used to maintain routing operations if the primary engine becomes unavailable, helping preserve session stability and reduce recovery time. For infrastructure teams, that means fewer emergency changes, less risk during maintenance windows, and a cleaner path to resilient network design.
The JNP304-RE-R fits organizations that already standardize on Juniper MX systems and need a spare control component that aligns with the platform’s operational model. It is the kind of part procurement teams buy to reduce exposure, not to add features. In high-value routing environments, redundancy is one of the most direct ways to justify the platform’s cost by protecting uptime, service continuity, and the work already invested in the network.
Ideal For
- Redundant control-plane deployment in Juniper MX routing systems
- Spare-part inventory for mission-critical network operations
- High-availability routing design for enterprise backbone infrastructure
- Maintenance and recovery planning for MX platform environments
Why This Product
- 1Redundancy component versus primary routing hardware
- 2Designed for continuity versus feature expansion
- 3Supports failover planning versus single-engine operation
- 4Built for MX platform resilience versus general-purpose networking