ASR5K-0110G-MM-K9 Cisco 1-Port 10 Gigabit Ethernet Router

Overview of Cisco ASR5K-0110G-MM-K9 Router

The Cisco ASR5K-0110G-MM-K9 is a high-performance expansion module specifically designed for the modular ASR 5000 series chassis. This 1-port 10 Gigabit Ethernet line card delivers robust network throughput and exceptional reliability, making it ideal for enterprise and service provider deployments.

General Specifications

• Manufacturer: Cisco
• Part Number: ASR5K-0110G-MM-K9
• Product Type: Router Expansion Module

Port and Connectivity Details

• Port Configuration: 1 x 10 Gigabit Ethernet
• Throughput: Full line-rate 10 Gbps data transfer
• Included Optics: Multi-Mode (MM) SFP+ transceiver
• Supported Cabling: 10GBASE-SR over multi-mode fiber
• Data Link Protocol: 10 Gigabit Ethernet

Hardware Features and Capabilities

• Module Type: Expansion/Plug-in module (XGLC - 10 Gigabit Line Card)
• Hot-Swappable: Supports Online Insertion and Removal (OIR) for non-disruptive maintenance
• Architecture: Compatible with ASR 5000 modular chassis
• Key Supported Features:
  • Hardware-based Quality of Service (QoS)
  • Auto-negotiation for seamless connectivity
  • Jumbo Frame support for optimized data transfer

Physical Dimensions and Environmental Specifications

• Form Factor: Modular plug-in card
• Dimensions: 1" Width x 5.2" Depth x 17.5" Height
• Weight: Approximately 2.25 lbs (1.02 kg)
• Operating Temperature: 32°F to 158°F (0°C to 70°C)

Cisco ASR5K-0110G-MM-K9 ASR 5000 Ethernet Router Line Card

The Cisco ASR5K-0110G-MM-K9 ASR 5000 XGLC 1-Port 10 Gigabit Ethernet Router Line Card represents a high-performance, carrier-grade networking module engineered for service providers, mobile core networks, and large-scale data transport infrastructures. Designed for integration within the Cisco ASR 5000 Series architecture, this advanced 10 Gigabit Ethernet line card delivers exceptional throughput, ultra-low latency processing, and high availability required in modern converged IP networks. It is built to support next-generation mobile data services, including LTE, 4G, and evolving 5G transport requirements, where bandwidth efficiency and deterministic performance are critical for continuous service delivery.

High-Capacity Carrier-Class Architecture

Scalable System Integration for ASR 5000 Platforms

The ASR 5000 platform is designed as a modular, scalable system that supports multiple line cards and service modules, allowing operators to tailor deployments according to network demands. The ASR5K-0110G-MM-K9 integrates seamlessly into this architecture, providing a dedicated 10 Gigabit Ethernet interface optimized for high-volume packet processing environments. Its design emphasizes modular expansion, enabling service providers to scale bandwidth capacity without replacing entire routing systems.

Optimized Backplane Performance

Within the chassis environment, the line card leverages a high-speed backplane to ensure consistent traffic flow between processing modules. This architecture reduces bottlenecks and ensures deterministic forwarding behavior, even under peak traffic conditions. The system is engineered to maintain synchronization across multiple processing units, enabling reliable transport of voice, video, and data services across converged infrastructures.

Carrier-Grade Reliability Standards

Reliability is a core requirement of telecom-grade equipment, and this line card adheres to stringent operational standards. It is designed for continuous uptime, supporting redundant configurations and failover mechanisms at both hardware and software levels. This ensures that service interruptions are minimized, even during maintenance operations or unexpected component failures.

10 Gigabit Ethernet Performance Capabilities

High-Speed Data Transmission Efficiency

The single-port 10 Gigabit Ethernet interface provides extremely high throughput capacity suitable for backbone aggregation, mobile packet gateways, and edge routing applications. This capability allows network operators to handle massive data flows generated by mobile subscribers, enterprise traffic, and cloud-based applications without degradation in performance.

Low Latency Packet Processing

Latency reduction is essential for real-time applications such as voice over IP, video conferencing, and interactive media streaming. The ASR5K-0110G-MM-K9 is optimized for low-latency forwarding paths, ensuring that packet processing delays are minimized across all traffic classes. This enhances user experience and improves service quality in latency-sensitive environments.

Advanced Buffer Management

Efficient buffer allocation mechanisms are integrated into the line card to manage congestion scenarios and traffic bursts. This ensures that packet loss is minimized even under heavy load conditions. The buffering system is dynamically managed to balance throughput and delay performance across multiple traffic flows.

Mobile Packet Core Optimization

Integration with Mobile Network Infrastructure

The ASR 5000 series is widely deployed in mobile core environments where it functions as a gateway for subscriber traffic aggregation and policy enforcement. The ASR5K-0110G-MM-K9 enhances this capability by providing a high-bandwidth uplink interface that supports seamless connectivity between radio access networks and core IP backbones.

Evolved Packet Core Services

The line card is engineered to support EPC architectures used in LTE and 4G networks. It enables efficient handling of bearer traffic, mobility sessions, and policy-based routing. This ensures that mobile operators can deliver consistent service quality across geographically distributed networks.

5G Transport Readiness

As networks evolve toward 5G, the demand for ultra-high bandwidth and ultra-low latency increases significantly. This line card is positioned to support transitional and hybrid deployments where 4G and 5G traffic coexist. Its architecture is designed to accommodate future upgrades without requiring fundamental changes to the underlying infrastructure.

Advanced Routing and Switching Intelligence

Intelligent Traffic Engineering

Traffic engineering capabilities within the ASR 5000 system allow operators to optimize data flow paths across the network. The ASR5K-0110G-MM-K9 contributes to this functionality by supporting dynamic routing decisions based on network conditions, bandwidth availability, and service priority levels.

Quality of Service Enforcement

Quality of Service mechanisms are essential in ensuring that critical applications receive priority over less time-sensitive traffic. The line card supports advanced QoS frameworks that classify, prioritize, and manage traffic flows according to predefined policies. This ensures predictable service delivery across diverse application types.

Policy-Based Routing Control

Policy-based routing enables granular control over traffic paths. The system can route packets based on application type, subscriber identity, or network conditions. This flexibility is particularly important in service provider environments where differentiated service offerings are required.

Redundancy and High Availability Design

Fault-Tolerant Hardware Architecture

The ASR5K-0110G-MM-K9 is engineered with redundancy principles that ensure continuous operation even in the event of hardware faults. The line card is designed to coexist with redundant modules within the ASR 5000 chassis, allowing automatic failover in case of failure.

Seamless Failover Mechanisms

Failover processes are executed without disrupting active sessions, ensuring uninterrupted service delivery. This is critical for telecom operators where downtime can result in significant service degradation and financial impact.

Hot-Swappable Deployment Support

The line card supports hot-swappable installation, enabling replacement or upgrades without shutting down the entire system. This feature is essential for maintaining operational continuity in live network environments.

Security and Traffic Protection Features

Integrated Security Processing

Security is a fundamental requirement in carrier networks. The ASR5K-0110G-MM-K9 supports integrated security processing capabilities that help protect against unauthorized access, denial-of-service attacks, and malicious traffic patterns.

Network Traffic Isolation

Traffic isolation ensures that different service classes and subscriber groups remain separated within the network infrastructure. This improves security and prevents cross-service interference in multi-tenant environments.

Secure Data Transport Architecture

The architecture supports secure encapsulation and encrypted transport mechanisms that help safeguard sensitive data traversing public and private network segments. This is particularly important for enterprise and mobile subscriber traffic.

Virtualization and Service Flexibility

Virtualized Network Functions Support

Modern telecom networks rely heavily on virtualization to improve efficiency and reduce operational costs. The ASR 5000 platform supports virtualized network functions, and the ASR5K-0110G-MM-K9 contributes to this ecosystem by providing high-performance data plane connectivity for virtualized services.

Multi-Service Transport Capability

The line card is capable of handling multiple service types simultaneously, including voice, video, and data. This enables convergence of services onto a unified infrastructure, reducing complexity and improving resource utilization.

Dynamic Resource Allocation

Dynamic allocation of processing and bandwidth resources allows the system to adapt to changing traffic patterns in real time. This ensures optimal utilization of available hardware capacity.

Carrier Ethernet and MPLS

Scalable MPLS Transport

Multi-Protocol Label Switching (MPLS) support enables efficient traffic forwarding across large-scale networks. The line card contributes to MPLS environments by ensuring fast label switching and reliable transport across backbone infrastructures.

Carrier Ethernet Compatibility

Carrier Ethernet standards are essential for modern service provider networks. The ASR5K-0110G-MM-K9 supports Ethernet-based transport models that provide scalability, reliability, and service differentiation capabilities.

Efficient Packet Forwarding Engine

The packet forwarding engine is optimized for high-speed processing of Ethernet frames and MPLS labels. This ensures consistent performance even under high traffic loads.

IPv6 Readiness and Future Network Evolution

Dual Stack Operation Support

As IPv4 address exhaustion continues globally, IPv6 adoption is essential. The line card supports dual-stack environments, enabling simultaneous processing of IPv4 and IPv6 traffic within the same infrastructure.

Scalable Addressing Architecture

IPv6 provides a vastly expanded address space, enabling the growth of IoT devices, mobile subscribers, and enterprise endpoints. The ASR5K-0110G-MM-K9 is designed to handle large-scale IPv6 deployments efficiently.

Seamless Migration Capabilities

Migration from IPv4 to IPv6 environments is supported without service disruption. This ensures that service providers can transition gradually while maintaining operational stability.

Hardware Engineering and Design Excellence

High-Density Electronic Integration

The line card is built using high-density electronic components that optimize space utilization while maximizing performance output. This allows efficient integration into modular chassis systems.

Thermal Efficiency and Cooling Design

Efficient thermal management is essential in high-performance networking hardware. The ASR5K-0110G-MM-K9 incorporates advanced cooling pathways to ensure stable operation under continuous high-load conditions.

Energy Efficient Operation

Energy efficiency is an important consideration in large-scale deployments. The design optimizes power consumption while maintaining maximum performance output.