Tripp Lite by Eaton NetCommander 16-Port Cat5 KVM over IP Switch - 2 Remote + 1 Local User, 1U Rack-Mount, TAA

The Tripp Lite by Eaton NetCommander 16-Port Cat5 KVM over IP Switch (Model B072-016-IP2) is purpose-built for IT pros who need secure, reliable, and scalable access to multiple servers from virtually anywhere. This 1U rack-mountable KVM over IP switch bridges physical keyboard, video, and mouse control with powerful remote capabilities, letting administrators manage a fleet of servers without being physically present at the rack. Engineered for data centers, mid-range server rooms, and enterprise environments, it combines a compact form factor with robust performance, enabling streamlined management, reduced maintenance trips, and faster response times to incidents. Whether you’re troubleshooting, performing routine maintenance, or deploying updates, this NetCommander device delivers consistent, responsive access to all connected servers through an intuitive interface and flexible connection options. Boundary-pushing features, dependable hardware, and Eaton’s reputation for reliability make this switch an ideal backbone for centralized server management in both commercial and government deployments that require TAA-compliant equipment. With the NetCommander, administrators gain a single, scalable solution for controlling up to 16 devices from two remote users and one local user, simplifying complex environments and reducing overhead—all while preserving security and uptime. This description highlights how the B072-016-IP2 complements modern IT strategies by enabling remote administration, rapid problem resolution, and efficient asset management across diverse IT landscapes.

• The NetCommander 16-Port Cat5 KVM over IP Switch enables centralized, IP-based control of up to 16 servers or computers, allowing hands-on management from multiple remote locations while maintaining a single point of administration for your data center.
• Designed for data-center workflows, this 1U rack-mount device fits seamlessly into standard 19-inch racks, delivering a compact footprint without compromising access, performance, or expandability for growing server environments.
• Access is built for versatility, with two remote users plus one local user able to manage systems concurrently. This setup supports collaboration among IT staff or on-site technicians while preserving clear session boundaries and control delegation.
• Cat5 KVM connectivity offers flexible cabling options, reducing cabling complexity and enabling longer reach between servers and the switch. This makes reorganizations, relocations, or multi-rack deployments more straightforward and less disruptive.
• Engineered to meet professional procurement standards, the switch carries TAA compliance, ensuring suitability for government and enterprise purchasing programs while maintaining reliability, performance, and uptime for critical operations.

Technical Details of Tripp Lite by Eaton NetCommander 16-Port Cat5 KVM over IP Switch

• Model: B072-016-IP2
• Port count: 16-Port Cat5 KVM over IP switch
• User access: Supports 2 remote users and 1 local user simultaneously
• Form factor: 1U rack-mount design for standard 19-inch racks
• Compliance: TAA (Trade Agreements Act) compliant
• Connectivity: Cat5 KVM cabling for flexible installation and scalable deployments
• Management: Integrated KVM over IP functionality enabling remote server control via network access
• Target use: Ideal for centralized administration of multiple servers and workstations in data centers and server rooms

How to install Tripp Lite by Eaton NetCommander 16-Port Cat5 KVM over IP Switch

• Prepare your rack space and mount the NetCommander switch in a standard 19-inch rack. Use the proper rails or mounting hardware to secure it firmly in place, ensuring adequate airflow around the unit to maintain optimal operating temperatures.
• Label and connect each server to a dedicated port on the 16-port KVM switch using compatible Cat5 KVM cables. Maintain an organized mapping of server names to port numbers to simplify future hot-switching and remote session initiation.
• Connect the switch to your management network. Attach a reliable Ethernet cable from the switch’s network port to your LAN or data-center switch, and assign a static IP address or configure DHCP as preferred by your network policy.
• Provide a local console connection if desired by enabling a local admin experience. Attach a keyboard, mouse, and monitor to the appropriate local console ports (if applicable) to verify initial access and to assist with initial configuration steps.
• Power up the switch and the connected servers. Access the built-in management interface via the assigned IP address to configure user accounts, access permissions, session policies, and security settings. Test both remote and local connections to confirm proper operation, responsiveness, and session switching between servers.

Frequently asked questions

• How many servers can the NetCommander switch manage at once? It supports up to 16 devices, allowing administrators to oversee a sizeable fleet from a single interface or session.
• How many users can connect simultaneously? The device supports 2 remote users and 1 local user at the same time, enabling collaboration and on-site administration without overloading a single session.
• What is the form factor? The switch is a 1U rack-mount unit, designed to fit neatly into standard data-center racks and optimize space planning in server rooms.
• Is this product compliant with procurement standards? Yes, it is TAA-compliant, making it suitable for government and other organizations that require compliant hardware in purchasing processes.
• What kind of cabling does it use? It uses Cat5 KVM connectivity, which provides flexible cabling options and simplifies deployments across multiple racks and rooms.
• Does it require special software for operation? The NetCommander switch provides built-in KVM over IP functionality with an enterprise-grade management interface; no additional software is strictly required for basic remote control, though optional network management practices may be employed for advanced automation and auditing.