Lenovo NE0152T RackSwitch Rear to Front Rack-Mount Gigabit Ethernet Switch

Overview

The Lenovo 7Y810011WW is a rack-mount Gigabit Ethernet switch designed to deliver reliable network connectivity in enterprise environments. Featuring 48 ports each capable of 1 Gbps data transfer, it supports both Layer 2 switching and Layer 3 routing functions, making it versatile for complex network setups. Its rear-to-front airflow design aligns with data center cooling standards, ensuring efficient thermal management in 1U rack spaces.

Key features

• Provides 48 wired Ethernet ports to connect multiple devices with consistent 1 Gbps speeds
• Supports Layer 2 and Layer 3 network functions for flexible switching and routing within enterprise networks
• Rear-to-front airflow supports data center cooling layouts, maintaining optimal operating temperatures
• 1U rack-mount form factor fits easily into standard server racks and network closets
• Virtualization support enables integration into cloud-managed and virtualized network environments
• Designed for high availability to ensure stable network performance and minimal downtime

Key specs

• Ports: 48 Gigabit Ethernet (1 Gbps each)
• Form factor: 1U rack-mount
• Network layers: Layer 2 switching and Layer 3 routing
• Airflow: Rear-to-front
• Barcode: 889488478958

Connectivity and compatibility

This switch is ideal for connecting 1 Gbps server interfaces and expanding access layers on office floors or data centers. Its design supports integration with virtualization clusters and cloud-managed networks, making it suitable for modern enterprise infrastructures that require stable and scalable network performance.

Ideal uses and environments

The Lenovo 7Y810011WW fits well in data centers and network closets where predictable cooling and cable management are critical. It works effectively at the top of racks and in environments that demand consistent throughput for server connections, office networking, and virtualization deployments. This switch is a strong choice for IT teams building or expanding enterprise-grade network infrastructure.