Wizard Series VGA/PS2 KVM Extender – Single-Access, CATx – Remote Workstation Control Solution
The Black Box ACU5001A Wizard Series KVM extender enables users to extend VGA video and PS/2 keyboard and mouse signals over a single CATx cable up to 500 feet. Ideal for remote workstation access, this extender simplifies setups in industrial, office, or broadcast environments.
Features :
This single-access KVM extender allows IT professionals to control a computer from a remote location without losing video quality or input responsiveness. By using standard CAT5/5e/6 cabling, the ACU5001A eliminates the need for costly and bulky coaxial or fiber optic cables, reducing installation costs. Supporting VGA resolutions up to 1920 x 1440 pixels, the extender ensures clear and sharp video output suitable for most business applications.
Advanced Options :
The PS/2 keyboard and mouse signals maintain full functionality, enabling seamless control over the connected PC or server. The transmitter unit connects to the computer's VGA and PS/2 ports, while the receiver unit interfaces with the remote user's console. Both units are compact and easy to install, with plug-and-play operation that requires no additional drivers or software, making it ideal for quick deployment in various environments.
Product Key Features
- Extends VGA video and PS/2 keyboard/mouse signals up to 500 feet
- Single-access KVM extender for remote workstation control
- Uses CAT5/5e/6 cable for flexible installation
- Supports resolutions up to 1920 x 1440 pixels
- Plug-and-play setup with no software required
- Compact transmitter and receiver units for easy deployment
Reliability & Performance :
Engineered for consistent performance, the ACU5001A provides stable video and peripheral signal transmission with minimal latency over extended distances. Its robust design and quality components ensure reliable operation in demanding environments. The extender supports hot-plugging, allowing users to connect or disconnect devices without powering down the system, enhancing flexibility and reducing downtime during maintenance.
