The Axon Media Server provides you with all the cutting edge functions of the DL.3 fixture, including Collage Generator? and Curved Surface Support??with the flexibility of choosing your own output device. Axon can feed video to DL.1s, LED panels or large format projectors.
It's the flexible Solution for those who already have their own Video Display device, and want a world of unlimited image possibilities. Axon ships with more than 1,400 stock media clips and has 200 folders for custom media clips.
Stock content is locked down with the XP Embedded Operating System. That means all stock content is protected and consistent among all units. The XP Embedded O/S also protects Axon from drive corruption and O/S degradation over time. With the on-board content management software, you are able to move and manage the local media as well as any Axon, DL.3, or DL.2 on the local area network.
The patent-pending Collage Generator? allows multiple Media Servers to create seamless vertical, horizontal or central panoramic media projections controlled from a lighting console. Collage? software also provides a method for increasing effective screen luminance.
Use Axon at the Front of House area to preview content and programming for your show. Use it to pre-program DL.3/DL.2 fixtures. Connect another live video source (camera, DVD player) to Axon using S-Video or SDI input. So many ways to deliver!
High End Systems
From Ani di Franco to ZZ Top concerts. From Super Bowl half time to popular music award shows. From trade shows and talk shows to Olympic ceremonies or church sanctuaries.
At High End Systems Inc., we innovate and create the lighting products and control systems that illuminate some of the world's biggest artists on the largest stages, as well as film and television sets, cruise ships, theme parks, restaurants and retail spaces.
Now entering our fourth decade, we're one of the world's largest entertainment lighting manufacturers, a pioneer in new digital lighting technology and producer of the industry-preferred lighting controller technology.
We attribute our success to staying in touch with the needs of the entertainment lighting community. Product research and development at our Austin, TX headquarters is an ongoing collaboration between in-house engineers and lighting designers in the field.
This collaboration is largely to thank for our status as a major industry innovator and intellectual property holder. We're not only keeping pace with industry developments - we're guiding them. We're constantly pushing the creative and technological envelope to meet customer needs and stay ahead of the curve.
As members of the entertainment community, we know reliability is paramount. We maintain rigorous manufacturing standards, while providing industry-leading customer support services.
Used Media Servers
Media servers are a type of software application or computer hardware which are primarily used to store, share and process media files. Media servers can be specialist enterprise class machines that are capable of providing video on demand, or they can just be a simple PC or even attached storage device, although dedicated software and/or machines is used for professional applications.
The video processing server, as media servers are often labeled, is becoming steadily more popular in theater, concerts, corporate events, exhibitions and night clubs due to the increasing usage of motion graphics in such events. For this purposes, the image processing system is likely to be a high-spec PC, with a boosted hard drive, graphics system and RAM, together with something like a solid-state hard drive or a RAID system.
These media servers serve as a high performance video engine, as they will run software which allows technicians to control and manipulate the media content, such as controlling the playback of the content. In order to do so, media servers will usually included a MIDI or DMX512-A input.
A media processing engine is usually able to capture media, using specialist hardware like tuner cards, which can capture broadcasted media from analog signals. Once this media is digitally encoded, it can then be saved onto media servers and then manipulated according to the desires of the technician.
