UCSX-CPU-I6346= Processor Module: Technical A
Architectural Design and Core Innovations T...
The Cisco ASR-9906= is a high-density, carrier-class router designed for core and edge network deployments requiring terabit-scale throughput. Part of the ASR 9000 Series, it leverages Cisco’s nPower X1 Processor to deliver line-rate forwarding for IPv4/IPv6, MPLS, and multicast traffic. Its modular chassis supports up to 6 slots, enabling flexible combinations of line cards for 1/10/40/100GbE interfaces.
Critical design strengths include:
While the ASR-9906= shares hardware DNA with the ASR 9910 and 9922, its 6-slot chassis strikes a balance between density and footprint. Here’s how it stacks up:
Feature | ASR-9906= | ASR 9001 (Compact) |
---|---|---|
Slots/Port Density | 6 slots, up to 72x100GbE | 2 slots, max 16x100GbE |
Target Deployment | Core ISP, Cloud Backbone | Enterprise WAN Edge |
Redundancy | Dual RP, Fabric, Power | Single RP in base config |
Throughput | 12 Tbps | 400 Gbps |
The ASR-9906= is ideal for large-scale peering, data center interconnect, or 5G transport cores where scalability and redundancy are non-negotiable.
Q: Can the ASR-9906= handle 400G interfaces?
A: Yes, with Cisco’s Gen3 line cards (e.g., A9K-36X400G), it supports 400GbE and flexible channelization (4x100G, 10x40G).
Q: Is it compatible with Cisco’s SDN frameworks?
A: Absolutely. It integrates with Cisco Crosswork Automation and supports model-driven telemetry for intent-based networking.
Q: What about total cost of ownership (TCO)?
A: While upfront costs are high, its 15-year+ lifecycle and modular upgrades reduce long-term spend. For budget-conscious buyers, [“ASR-9906=” link to (https://itmall.sale/product-category/cisco/) offers certified refurbished units with full IOS XR support.
Despite newer entrants like the Cisco 8000 Series, the ASR-9906= remains a workhorse for operators prioritizing field-proven stability. Its ability to mix legacy and cutting-edge interfaces (e.g., OC-192 and 400GbE in the same chassis) makes it indispensable for networks in transition. While not the flashiest option, its resilience in hyper-scale environments cements its role as a backbone staple—a reminder that raw throughput isn’t the only metric that defines value.