Cisco ASR 9000 A9K-MPA2X100GE 100GE Port Adapter
Expand high-speed routing connectivity with the Cisco A9K-MPA2X100GE modular port adapter for ASR 9000 platforms. This two-port 100GE component is designed for network operators that need additional high-capacity interfaces within an established routing architecture. Its modular format provides a focused way to support backbone, aggregation, and service-provider connectivity projects without sourcing an entirely new router. The ASR 9000 platform designation is central to compatibility, so buyers should verify the host chassis, supported line card, slot, software, optics, and system configuration before installation.
Key Features
- Two 100GE ports
- Modular port adapter design
- Designed for Cisco ASR 9000 systems
- Suitable for high-capacity routing expansion
- Useful for replacement and service inventory
Product Specifications
- Part Number: A9K-MPA2X100GE
- Manufacturer: Cisco
- Platform Family: ASR 9000
- Port Count: 2
- Interface Speed: 100GE
- Component Type: Modular port adapter
Use Cases
- Adding 100GE connectivity to an ASR 9000 platform
- Supporting backbone and service-provider links
- Replacing a compatible modular port adapter
- Maintaining a matched spare for routing operations
Compatibility
The A9K-MPA2X100GE is identified for Cisco ASR 9000 equipment. Confirm chassis, line-card support, slot requirements, software, optics, power, and cooling before installation.
Frequently Asked Questions
- How many ports are provided?
- The adapter provides two listed ports.
- What interface speed is specified?
- The product is specified with 100GE interfaces.
- Is this a complete router?
- No. It is a modular port adapter for compatible ASR 9000 equipment.
The A9K-MPA2X100GE gives ASR 9000 operators a targeted two-port 100GE expansion option for high-capacity routing infrastructure. Confirm the host platform and supported interface design before ordering, particularly when comparing similar Cisco port adapters. Selecting the exact model helps maintain consistent network architecture, simplifies capacity planning, and reduces the risk of an incompatible module entering the deployment.


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