Extreme Networks 8810 41011- 10 Slot Chassis

Overview

The Extreme Networks 41011-10 Slot Chassis (model 8810) is a high-density, modular platform designed for enterprise and service provider networks that demand scalability, reliability and simplified management. With ten hot-swappable slots, this chassis can accommodate a wide range of line cards, power supplies and fan modules, allowing you to grow your network without costly hardware replacements. Its robust metal enclosure and redundant components ensure continuous operation in demanding data center and campus environments.

Key Features

• Ten slot modular design for flexible expansion
• Hot-swappable line cards and power supplies minimize downtime
• Redundant fans and power supplies for high availability
• Integrated management interface with support for ExtremeCloud IQ and CLI
• Advanced Layer 2 and Layer 3 switching capabilities
• Support for high-speed uplinks up to 100Gbps
• Built-in security features including ACLs, port authentication and MACsec

Technical Specifications

• Chassis dimensions: 44.5 in (height) x 21.5 in (width) x 24.0 in (depth)
• Weight: approximately 115 lbs
• Slot capacity: 10 full-height slots
• Power options: Dual redundant AC power supplies, 1100W each
• Cooling: Redundant hot-swap fans, variable speed
• Operating temperature: 0 to 40 degrees Celsius
• Operating humidity: 10 to 90 percent non-condensing
• Supported line cards: 1GbE, 10GbE, 40GbE and 100GbE modules
• Management: Web GUI, CLI, SNMP, REST API, ExtremeCloud IQ integration

Applications

This chassis is ideal for core and aggregation layers in large campus networks, data center top-of-rack or spine deployments, and carrier Ethernet aggregation points. It provides the performance and resilience needed for high-traffic environments such as video streaming, cloud services, virtualization hosts and IoT gateways. The modular nature also makes it suitable for phased upgrades, allowing organizations to start with a modest configuration and expand as bandwidth requirements increase.