LYNX Technik’s New Server Module Offers A System Approach To yellobriks
![yellobrik Server Module SRV 1000 - Ideal companion product to the RCT 1012 Rack Controller for advanced control of yellobriks.](/cache/uploads/content_images/SRV1000_789_789_s.png)
yellobrik Server Module SRV 1000 - Ideal companion product to the RCT 1012 Rack Controller for advanced control of yellobriks.
LYNX Technik announces its new Server Module for its yellobrik products. The SRV 1000 server module is a companion product to the company’s Rack Controller; model RCT 1012, which is designed to ease the process of controlling, configuring, and updating the popular yellobrik line of throw-down bricks.
With the SRV 1000 yellobrik server module and the yellobrik rack controller, users can control all yellobriks that are located at different sites from a central location. This enhanced functionality provides facilities with a streamlined interface to control yellobriks centrally, reduces technical onboarding, reduces support time, and ensures centralized yellobrik monitoring, reporting, and other status indicators - for small and large yellobrik systems alike.
The SRV 1000 operates as a central control module for yellobrik installations and applications and is scalable in nature, supporting a single rack to hundreds of racks deployed across many facilities. The control topology is all accessed through the complimentary LYNX Technik software, LynxCentraal application. A single SRV 1000 server module can extend the control of up to 256 Rack Controller yellobriks which in turn can each connect to up to 12 yellobrik modules.
The device is designed to be used with the yellobrik Rack Controller and Rack Frame providing Ethernet LAN connectivity to a yellobrik system for enhanced control (remote or local) from several computers (MAC or PC) or third-party applications. It provides remote control, status monitoring and event error reporting for all yellobrik modules in a system.
You might also like...
Essential Guide: Delivering Intelligent Multicast Networks
This Essential Guide discusses the potential weaknesses of the ‘Protocol-Independent Multicast’ protocols that underpin multicast, and explores how a bandwidth aware infrastructure can maximize network capacity to reduce the risk of congestion.
Standards: Part 16 - About MP3 Audio Coding & ID3 Metadata
The MP3 audio format has been around for thirty years and has been superseded by several other codecs – so here we discuss why it still has a very strong position in broadcast. We also discuss ID3 metadata tags which often a…
HDR Picture Fundamentals: Brightness
This article describes one of the fundamental principles of broadcast - how humans perceive light, how this relates to the technology we use to capture and display images, and how this relates to HDR & Wide Color Gamut
Virtualization - Part 2
In part one, we saw how virtualization is nothing new and that we rely on it to understand and interact with the world. In this second part, we will see how new developments like the cloud and Video Over IP…
Standards: Part 15 - ST2110-2x - Video Coding Standards For Video Transport
SMPTE 2110 and its related standards help to construct workflows and broadcast systems. They coexist with standards from other organizations and incorporate them where necessary. In an earlier article we looked at the ST 2110 standard as a whole. This time we…