HVS-1200

12G-SDI 1M/E switcher on the scene

HVS-1200 builds on the features of the HANABI HVS-100/110 and HVS-490 video switchers and adds 12G-SDI support as standard. One or two M/E switching (in 4K(UHD) and HD mode, respectively) is just the start. Enjoy two or six M/E performance in these modes thanks to FOR-A’s MELite™ technology. The compact, 3U form factor is exceedingly portable, making the HVS-1200 the perfect choice for mobile production or events.

10 12G-SDI inputs come standard on this compact unit. Use as a switcher in HD mode with 40 inputs and 2M/Es. Can be used mainly for HD switching while switching to 4K(UHD) as needed. Enjoy convenient operation in HD mode and smoother migration to a 4K(UHD) environment.

In 4K(UHD) mode, the switcher features 10 inputs and 10 outputs, including two outputs for HDMI 2.0 Level B. Supports mixed input/output of 12G-SDI and Quad Link 3G-SDI for 2160/59.94p,50p. Supports mixed input/output of 6G-SDI and 3G-SDI x 2 for 2160/29.97p,25p,23.98p.

MELite is patented FOR-A technology that expands the capabilities of AUX transitions. With an AUX bus, users can preview transitions before executing them and enjoy the same control over AUX output as for PGM or PST. One MELite (in 4K-UHD mode) or four MELite (in HD mode) are provided. Assigning FLEXaKEY to an MELite expands the system, making 2 M/E performance (in 4K-UHD mode) and 6 M/E performance (in HD mode) possible with this 1 M/E switcher.

Special FLEXaKEY keyers are designed for flexible reassignment. The one FLEXaKEY (in 4K(UHD) mode) or four FLEXaKEYs (in HD mode) provided operate separately from standard keyers of the full M/E buses. Easy keying of four different FLEXaKEYs in any AUX bus enables performances beyond the reach of conventional switchers.

Choose from cut, mix, or wipe transitions. In addition to 100 wipe patterns, the switcher offers four (in 4K(UHD) mode)/16 (in HD mode) 2.5D DVE wipes, such as: rotate, perspective and reposition. Other rich effects include: mosaic, posterization, pseudo color and defocus.