Câble KVM ATEN PS/2 3 m 2L-5203P

The ATEN PS/2 KVM Cable 3m (model 2L-5203P) is a slim, 3-meter cable for connecting PS/2 keyboards and mice to compatible KVM switches. It features a 3‑in‑1 SPHD console connector that carries keyboard, mouse and video signals to the KVM switch and separate PS/2 connectors for the PC side. The cable is black, lightweight (0.286 kg) and intended for reliable control of multiple computers from a single keyboard and mouse setup. Please refer to the KVM Cables Table to confirm compatibility with your KVM switch.

Advantages

The 2L-5203P provides a standard PS/2 interface for keyboards and mice, a slim 3 m length for flexible placement, and a combined 3‑in‑1 SPHD console connector that simplifies cabling to the KVM switch. Its lightweight construction and black finish make it easy to route and fit within rack or desktop environments while maintaining durable connections for consistent operation.

Suitable for

• Connecting PS/2 keyboard and PS/2 mouse to ATEN or compatible KVM switches
• Server racks and desktop multi-computer workstations requiring extended cable reach
• Environments where a slim, lightweight KVM cable is preferred

Key specifications

• Model: 2L-5203P
• Console connector: 3‑in‑1 SPHD (Keyboard/Mouse/Video)
• PC connectors: PS/2 keyboard and PS/2 mouse
• Cable length: 3 m (Slim)
• Weight: 0.286 kg
• Color: Black
• Brand: ATEN

How to use

Connect the 3‑in‑1 SPHD console connector to the console port on the KVM switch. Plug the PS/2 keyboard and PS/2 mouse connectors into the corresponding PS/2 ports on the target computer. Route the cable to avoid sharp bends and secure it to prevent strain on the connectors. Verify connection and switch control via the KVM switch to ensure the keyboard and mouse respond correctly.

Recommendations

For proper operation, use this cable with KVM switches listed as compatible in the KVM Cables Table. Avoid excessive bending or pulling and keep connectors clean and dry. If using in rack installations, secure the cable with ties and allow service loops to reduce stress at connection points.