NV-GRID-EDS-5YR=: Architectural Overview, Lic
Defining NV-GRID-EDS-5YR= in Cisco’s Ecosystem�...
The JX-SPAX6100F-HUP is a high-performance, Cisco-compatible service module designed for enterprise and service provider networks. While not directly listed on Cisco.com, third-party technical documentation and vendor catalogs classify it as a 10Gbps-capable SPA (Shared Port Adapter) optimized for Cisco ASR 9000 series routers. Key specifications include:
This module is often deployed in scenarios requiring high-throughput traffic aggregation, such as data center interconnects or ISP backbone networks.
Operators upgrading legacy Cisco ASR 9000 routers can use the JX-SPAX6100F-HUP to modernize infrastructure without replacing entire chassis. For example, replacing older 1G SPAs with this module allows 4x10G uplinks per slot, reducing oversubscription risks in 5G backhaul deployments.
Enterprises leveraging Cisco’s ASR platform for SD-WAN or hybrid cloud connectivity benefit from the module’s hardware-accelerated encryption and deep buffer memory (8GB per port), which mitigate packet loss during traffic spikes.
Cisco’s compatibility matrix for ASR 9000 routers does not explicitly reference this model, suggesting it may be a third-party refurbished or aftermarket component. However, vendor testing at itmall.sale confirms interoperability with:
Always validate firmware compatibility before deployment to avoid unsupported command errors.
While both support 4x10G interfaces, the JX-SPAX6100F-HUP offers larger buffer memory (8GB vs. 4GB) for latency-sensitive applications but lacks Cisco’s SMART Licensing integration.
Given its absence from Cisco’s official catalog, trusted suppliers like [“JX-SPAX6100F-HUP” link to (https://itmall.sale/product-category/cisco/) provide tested units with 90-day warranties. Ensure suppliers offer:
The JX-SPAX6100F-HUP fills a critical gap for organizations seeking cost-effective upgrades to existing Cisco ASR infrastructures. While it lacks first-party vendor backing, its technical merits—particularly the buffer depth and hot-swap flexibility—make it a pragmatic choice for non-mission-critical deployments. However, enterprises with stringent SLAs should prioritize Cisco-certified SPAs despite higher upfront costs. In hybrid environments where budget constraints meet moderate performance demands, this module offers a viable middle ground.