CAB-QUAD-ASYNC-M= – How Does This Cisco Cab
What Is the CAB-QUAD-ASYNC-M= Designed For? The C...
Overview of the Cisco ASR-9910 Router
The Cisco ASR-9910 is a high-capacity carrier-class router designed for service providers and large enterprises requiring scalable, high-performance infrastructure. It supports advanced routing protocols, terabit-level throughput, and seamless integration with 5G, IoT, and cloud architectures.
Core Technical Specifications
- Throughput: Capable of handling 25 Tbps in a single chassis, making it ideal for dense traffic environments.
- Modular Design: Supports up to 10 slots for line cards, enabling customization for services like 400G interfaces or encryption modules.
- Energy Efficiency: Reduces power consumption by 40% compared to previous-generation routers through optimized ASICs and airflow design.
Addressing Critical User Questions
Q: How does the ASR-9910 handle redundancy and failover?
A: The system includes dual Route Processor (RP) modules and redundant power supplies, ensuring <1-second failover during outages.
Q: Is the ASR-9910 backward-compatible with existing Cisco infrastructure?
A: Yes. It supports Cisco IOS XR Software, enabling interoperability with legacy ASR 9000 series line cards and protocols like BGP/MPLS.
Deployment Scenarios and Industry Applications
- 5G Core Networks: Manages high-speed mobile backhaul and edge computing traffic with low-latency forwarding.
- Cloud Interconnect: Facilitates data center-to-data center (DCI) communication using Segment Routing and EVPN technologies.
For verified pricing and availability, visit the [“ASR-9910” link to (https://itmall.sale/product-category/cisco/).
Performance Comparison: ASR-9910 vs. Legacy Models
| Feature | ASR-9910 | ASR-9922 (Previous Gen) |
|---|---|---|
| Max Throughput | 25 Tbps | 18 Tbps |
| Slots Available | 10 | 8 |
| Power per Gbps | 6.8 W | 10.2 W |
| Redundancy | Dual RP + Power | Single RP |
Final Perspective
The ASR-9910’s blend of scalability, energy efficiency, and backward compatibility positions it as a cornerstone for modern network upgrades. While its upfront cost may deter smaller enterprises, its total cost of ownership (TCO) over a 5-year lifecycle—driven by reduced power and maintenance—makes it a pragmatic choice for operators prioritizing long-term agility and performance.