G&D Unveils Live KVM and Video Processing Demonstrations at IBC2025
Guntermann & Drunck (G&D) is set to captivate audiences at IBC2025, showcasing their latest offerings in KVM and video processing solutions between September 12-15 at booth 8.B51.
One of the key highlights of G&D's live demos will be the introduction of the VisionVS solution, a compact and powerful tool designed to revolutionize control room and broadcast environments. VisionVS seamlessly integrates KVM control with advanced video wall visualization, enabling smooth content sharing and management across multiple sources and displays.
The VisionVS solution, along with the PersonalWorkplace-Controller, is intended for use in control rooms, production studios, or master control rooms. These systems are designed to reduce heat, noise, and physical footprint at workstations, making them ideal for mission-critical applications.
VisionVS stands out for its ability to simultaneously transmit two encrypted video streams – one in G&D's proprietary bluedecTM format and a second in the VuWall format. This dual-coding feature ensures reliable access to distributed computer systems and engineered control in complex environments.
The PersonalWorkplace-Controller, another highlight at G&D's booth, is a flexible multi-viewing tool for broadcast environments. It allows users to display and control multiple video and computer signals on one or more screens within a customizable interface, enhancing clarity, improving workflows, and enabling ergonomic operator station setups without compromising image quality or response time.
G&D's solutions are renowned for their user-friendly integration in complex environments such as live production, broadcast control rooms, and OB vans. By relocating high-performance computers, heat and noise levels in the working environment are significantly reduced, creating ergonomic, quiet, and fail-safe environments.
The demos at IBC2025 will showcase the development of the VisionVS solution in collaboration with sister company VuWall. These systems enable centralized, real-time control of technical resources in environments with limited space and high operational reliability requirements.
For more information about G&D's solutions, visit www.gdsys.com. The TV Tech Newsletter, the professional video industry's #1 source for news, trends, and product and tech information, is another valuable resource for those interested in staying updated on the latest advancements in the field.
[1] Guntermann & Drunck's VisionVS and PersonalWorkplace-Controller Solutions [2] G&D's Solutions at IBC2025
- Guntermann & Drunck (G&D) is releasing the VisionVS solution, a powerful and compact tool for revolutionizing control room and broadcast environments, during live demos at IBC2025.
- VisionVS integrates KVM control with video wall visualization, providing smooth content sharing and management across multiple sources and displays.
- The VisionVS solution, alongside the PersonalWorkplace-Controller, is suitable for control rooms, production studios, or master control rooms, designed to lower heat, noise, and physical footprint at workstations.
- Notable for its dual-coding feature, VisionVS can simultaneously transmit two encrypted video streams – one in G&D's proprietary bluedecTM format and a second in the VuWall format – ensuring reliable access to distributed computer systems and engineered control in complex environments.
- G&D's PersonalWorkplace-Controller is a flexible multi-viewing tool for broadcast environments, allowing users to display and control multiple video and computer signals on one or more screens within a customizable interface.
- G&D's solutions, known for user-friendly integration in complex environments such as live production, broadcast control rooms, and OB vans, relocate high-performance computers to reduce heat and noise levels, creating ergonomic, quiet, and fail-safe environments.
- Collaborating with sister company VuWall, G&D's demos at IBC2025 will showcase the development of the VisionVS solution, enabling centralized, real-time control of technical resources in environments with limited space and high operational reliability requirements.
