Cisco 8-Port Gigabit Ethernet Shared Port Adapter | Shared Port Adapter — CON-L1NBD-M-ASR1KR
Expand routed edge capacity with an 8-port Gigabit Ethernet shared port adapter designed for Cisco ASR environments. This module gives infrastructure teams a compact way to add copper Ethernet interfaces without consuming additional chassis space, making it easier to scale access, aggregation, or handoff connectivity where port density matters. The shared-port design is well suited to networks that need flexible interface allocation across a limited hardware footprint. By concentrating eight Gigabit Ethernet ports into a single adapter, it helps reduce interface sprawl and keeps deployment planning straightforward in branch, campus edge, and service-provider-style routing roles. For teams standardizing on Cisco infrastructure, this adapter fits naturally into existing operational models and supports cleaner expansion than ad hoc add-on hardware. It is a practical choice when you need dependable Ethernet port growth on a platform already carrying critical traffic and you want to preserve rack, slot, and power resources for other priorities. Ideal For Add multiple Gigabit Ethernet handoffs to a Cisco ASR edge router Consolidate branch office uplinks into a single adapter module Extend aggregation-layer port capacity without expanding chassis footprint Support service-provider edge connectivity where interface density is limited Why This Product 1 Adds 8 Gigabit Ethernet ports in one module 2 Uses shared-port architecture to conserve chassis space 3 Designed for Cisco ASR routing environments 4 Better suited to dense edge expansion than standalone adapters
- Form Factor: Shared Port Adapter
- Device Supported: Cisco ASR routers
- Chipset Manufacturer: Cisco
- Host Interface: Shared Port Adapter
- Port Count: 8 ports
- Network Technology: Gigabit Ethernet
- Ethernet Technology: Gigabit Ethernet
- Key Feature 1: 8-port Gigabit Ethernet shared port adapter
- Key Feature 2: Cisco-branded adapter for ASR platform integration
- Key Feature 3: Copper Ethernet interface support
- Key Feature 4: Shared-port architecture for flexible interface allocation
- Key Feature 5: Compact module design for chassis-based routing systems
- Key Feature 6: Designed for high-density routed edge connectivity
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