Full FSN system with extra cards and rolling rack case. Previously used in rentals.
|Condition||Excellent / Few Scratches|
Full FSN system with extra cards and rolling rack case. This system has had very little use and is in very clean condition.
(1) FSN-150 Controller
(1) FSN Multi viewer
(1) Multi viewer rear I/O
(2) NIC Module
(3) SDI rear I/O
(7) Universal Rear I/O
(2) FSN-1400 UOC
(1) FSN-1400 NAC
(4) FSN-1400 UIC
(1) FSN Display & Stand
(2) FSN-1400 DVE
(1) FSN-1400 SYS M/E
(2) FSN Remote Control Panel
(1) Rolling Rack Case
In a rolling rack case.
Barco's FSN series is a high-resolution 3G enabled switcher that combines advanced multi-format production and presentation switching in one highly integrated unit. The FSN integrates input conversion, multi-viewing, digital video effects and output conversion into a single 6 RU chassis.
By seamlessly integrating multiple video and computer graphics formats on a common platform, the FSN series provides a streamlined package that's modular, easy to operate, and easy on your budget. The FSN allows control of two full mixer-effect (M/E) busses from its control panel as well as the program mixer. Additional auxiliary output cards can be installed for up to 16 AUX outputs, 8 additional mixers, or multi-format outputs and blending.
The FSN-1400 ships with the System and Mixer/Effects cards pre-installed in the chassis. Additional cards are added to the FSN-1400 to meet the specific application requirements. In addition to the user defined custom configurations, the FSN-1400 is available from the factory in five pre-configurable models:
FSN3G-1004: FSN-1400 with 5xUIC, MVR, 2xUOC
FSN3G-1802: FSN-1400 with 1xNIC, 5xUIC, 2xDVE, MVR, 1xUOC, 1xNAC
FSN3G-1804: FSN-1400 with 1xNIC, 5xUIC, 2xDVE, MVR, 2xUOC
FSN3G-2002: FSN-1400 with 1x NIC, 6x UIC, 2x DVE, MVR, 1x UOC, 1x NAC
FSN3G-2004: FSN-1400 with 1x NIC, 6x UIC, 2x DVE, MVR, 2x UOC
Barco, a global technology company, designs and develops visualization solutions for a variety of selected professional markets: medical imaging, media & entertainment, infrastructure & utilities, traffic & transportation, defense & security, education & training and corporate AV. In these markets Barco offers user-friendly imaging products that optimize productivity and business efficiency. Its innovative hard- and software solutions integrate all aspects of the imaging chain, from image acquisition and processing to image display and management. Barco has its own facilities for Sales & Marketing, Customer Support, R&D and Manufacturing in Europe, America and Asia-Pacific. The company (NYSE, Euronext Brussels: BAR) is active in more than 90 countries and employs 3,500 staff worldwide. In 2008 Barco posted sales of 742 million euro.
Video switchers, also known as a video display controller (abbreviated to VDC) is essentially the key component of a video signal generator. This kind of vision mixer is used for generating a visual signal in computers, and in some cases an audio signal too, although this is just a secondary function. The video switcher first made its appearance in our homes in the first types of home computers, such as the old Commodores and Spectrums, and is now an integral part of video signal generator logic. A video mixer cannot work alone however, as it needs support from various other parts of the computer to work. For example, pixel data is stored in the computerâ??s RAM, while character fonts are held in the ROM. Therefore, the video switcher chip will usually be totally integrated into the main computer, and so users will be able to see the video RAM it gives in the CPUs memory map. It can also act as a co-processor that acts independently, although this is not usually the case. The video switcher is generally available in three different formats. Video shifters are the most basic type of production shifter, and take care of the video timing signals. These obtain data one byte at a time from the CPU, and use synchronization signals to produce a video signal. The CTRC video switcher reads data directly from the computerâ??s RAM, and this is then outputted either through a ROM or directly. Far more complex are video interface controllers. This kind of video switcher supports sprites and video RAM which is dedicated towards color attributes, thus making extremely high-resolution images possible.