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https://www.panoramaaudiovisual.com/en/2019/05/24/vislink-technologies-enlace-frame-latencia-4k/

Vislink's new proposal allows seamless switching between wired and wireless UHD resolution cameras at will to guarantee transmission continuity.

HCAM ULRX Vislink

The new wireless camera solution HCAM 4K UHD and UltraReceiver (ULRX-LD) of Vislink Technologies offers comprehensive single-frame capabilities for sports broadcasting and major entertainment event coverage applications. When used collaboratively, Vislink's HCAM+ULRX solution provides less than one frame frame when working with 4K content.

John Payne, President and COO of Vislink Technologies, comments, "As the first company to launch end-to-end, single-frame latency in 4K, our customers have been able to create more immersive, high-impact live programming for viewers. For event producers, the growth of UHD and HDR programming, coupled with Vislink's single-frame latency wireless camera solution, provides greater creative freedom. They can now seamlessly switch between wired and HDR resolution cameras. wireless at will to guarantee the continuity of transmission.

Vislink's award-winning HCAM transmitter is the most widely used HEVC 4K UHD wireless transmitter currently on the market. It features user-swappable RF modules and a range of software capabilities, including HDR-ready capability. It is equipped with dual SFP modules that Support quad 3/6/12G HD-SDI, HDMI and SMPTE 2022-6 IP interfaces. With highly flexible, configurable mounting options and intuitive video interfaces, the unit can be mounted on broadcast, ENG and other professional-grade cameras. It is also designed with Wi-Fi and Bluetooth control through a dedicated Android and iOS app. Additionally, the unit features integrated camera control with Vislink FocalPoint compatibility and direct-attach V-Lock and Anton/Bauer battery plates with integrated power supply.

The Vislink HCAM accepts frequency agility RF plug-in modules, allowing easy deployment across different frequency bands.

By, May 24, 2019, Section:Catchment, RF

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