.svg?v=180920048278408794651776809924){kind=small}
ASR-9006-AC | Cisco Aggregation Services Router Chassis
- Regular price
- $8,599.00
- Sale price
- $8,599.00
- Regular price
-
Couldn't load pickup availability
Product Description P/N: ASR-9006-AC
Description
The Cisco ASR-9006-AC is a high-performance, modular aggregation services router chassis designed for carrier-grade networks. It supports high-density edge routing, advanced services, and scalability with dual-route processors and modular power supplies—making it ideal for service providers and large enterprises requiring reliable and scalable WAN aggregation.
Technical Specifications
| Condition | New/Never Used Surplus |
|---|---|
| Brand | Cisco |
| Category |
Networking Equipment
|
| Part Number | ASR-9006-AC |
| Subcategory |
Aggregation Services Routers
|
| Number of Total Expansion Slots | 6 |
| Redundant Power Supply Supported | Yes |
| Form Factor | Rack-mountable |
| Height | 1.8" |
| Width | 17.5" |
| Depth | 31.5" |
| Weight | 230 lbs |
Information About ASR-9006-AC
The Cisco ASR-9006-AC is a modular, high-capacity aggregation router chassis from the Cisco ASR 9000 Series, built for carrier-grade networks and large enterprise environments. It supports advanced service delivery, high-density line cards, and redundant components to ensure scalability, high availability, and reliable edge routing performance.
Key Features:
-
Model: ASR-9006-AC
-
Series: ASR 9000 Series
-
Slots: 4 × line card slots, 2 × route processor slots
-
Fabric Bandwidth: Up to 3.84 Tbps full-duplex
-
Power Supply: Dual AC power (modular and redundant)
-
Cooling: Side-to-side airflow with redundant fan trays
-
Operating System: Cisco IOS XR
-
Management: CLI, SNMP, Cisco EPN Manager
-
High Availability: Supports redundant route processors and power supplies
-
Form Factor: 6U rack-mountable chassis
This chassis is ideal for service providers and large enterprises needing scalable and resilient edge or aggregation routing. The ASR-9006-AC delivers high-performance service enablement, redundancy, and programmability—making it a future-ready solution for demanding WAN, metro, and cloud-edge network environments.
Description
The Cisco ASR-9006-AC is a high-performance, modular aggregation services router chassis designed for carrier-grade networks. It supports high-density edge routing, advanced services, and scalability with dual-route processors and modular power supplies—making it ideal for service providers and large enterprises requiring reliable and scalable WAN aggregation.
Technical Specifications
| Condition | New/Never Used Surplus |
|---|---|
| Brand | Cisco |
| Category |
Networking Equipment
|
| Part Number | ASR-9006-AC |
| Subcategory |
Aggregation Services Routers
|
| Number of Total Expansion Slots | 6 |
| Redundant Power Supply Supported | Yes |
| Form Factor | Rack-mountable |
| Height | 1.8" |
| Width | 17.5" |
| Depth | 31.5" |
| Weight | 230 lbs |
Information About ASR-9006-AC
The Cisco ASR-9006-AC is a modular, high-capacity aggregation router chassis from the Cisco ASR 9000 Series, built for carrier-grade networks and large enterprise environments. It supports advanced service delivery, high-density line cards, and redundant components to ensure scalability, high availability, and reliable edge routing performance.
Key Features:
-
Model: ASR-9006-AC
-
Series: ASR 9000 Series
-
Slots: 4 × line card slots, 2 × route processor slots
-
Fabric Bandwidth: Up to 3.84 Tbps full-duplex
-
Power Supply: Dual AC power (modular and redundant)
-
Cooling: Side-to-side airflow with redundant fan trays
-
Operating System: Cisco IOS XR
-
Management: CLI, SNMP, Cisco EPN Manager
-
High Availability: Supports redundant route processors and power supplies
-
Form Factor: 6U rack-mountable chassis
This chassis is ideal for service providers and large enterprises needing scalable and resilient edge or aggregation routing. The ASR-9006-AC delivers high-performance service enablement, redundancy, and programmability—making it a future-ready solution for demanding WAN, metro, and cloud-edge network environments.