Juniper Networks
MX2008 RE, 8X2.1GHZ, 128G, REDUNDANT
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Juniper MX2008 RE 8x2.1 GHz 128 GB Redundant | MX Series, Enterprise
Juniper Networks
MPN: REMX2008-X8-128G-R
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Key Features
- Redundant routing engine configuration
- 8x2.1 GHz processor architecture
- 128 GB system memory
- Juniper MX platform component
- High-availability control-plane design
- Built for critical routing operations
- Enterprise and service-provider use
- Protect routing availability with redundant MX2008 RE architecture
Keep the control plane available when the network cannot afford interruption. The MX2008 RE is a redundant routing engine configuration for Juniper MX environments, designed to support resilient operations in large-scale routing deployments. With 8x2.1 GHz processing and 128 GB of memory, it provides the compute headroom needed for routing intelligence, management tasks, and operational stability.
This is the kind of component infrastructure teams choose when uptime matters more than initial cost. Redundancy helps protect against single-point failure in the routing control plane, while the higher-memory, multi-core design supports demanding routing workloads and operational overhead in complex environments.
For organizations running critical WAN, service-provider, or data-center edge infrastructure, the MX2008 RE helps preserve service continuity and reduce the risk of disruptive failover events. It is a premium fit for teams that need dependable control-plane performance, not just basic routing functionality.
Ideal For
- Redundant control-plane deployment in Juniper MX core routers
- High-availability routing for service-provider edge networks
- Resilient WAN aggregation in enterprise backbone environments
- Replacement of aging routing engines in mission-critical chassis
Why This Product
- 1Redundancy improves resilience versus single-engine routing control planes
- 2128 GB memory supports heavier routing and management workloads
- 3Better fit for critical MX chassis than entry-level routing hardware
- 4Designed for availability, not just basic forwarding capacity