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EMG Connectivity
- EMG Global
EMG Countries
- EMG Belgium
- EMG France
- EMG Germany
- EMG Italy
- EMG Netherlands
- EMG USA
- EMG United Kingdom
EMG Brands
LONG RANGE RF
Our history in providing long range RF services to the worlds largest events is second to none.
The EMG Connectivity teams around the world supply elite wireless facilities for events such as the Tour De France, London Marathon and the Olympic outside races.
Using our unique in house manufacturer (Livetools) as the base for our technology, we take pride in delivering seamless solutions for our elite clients.
EMG Connectivity have 35 fully equipped BMW motorbikes and access to multiple electric motorbikes. 5 fully equipped relay airplanes and 25+ EASA airworthy RF camera helicopters allows us to services most of the European cycling needs in house.
SHORT RANGE RF
Elite events need elite solutions.
EMG Connectivity have built a world class reputation in delivering short to medium range connectivity solutions which do not rely on aerial relay RF platforms.
Whether you are hiring a single RF system or require a international multiple venue sport event our team delivers every time.
Standard or made to measure unique RF cameras are available with over 175 UHD capable RF systems available across the group.
HEVC RANGE
Our two main manufacturers of HEVC equipment are Vislink, an independent market leader since digital technology was introduced, and our EMG in-house manufacturer, Livetools, an innovator in RF system development since 1997.
The latest generation wireless video systems use HEVC/H.265 compression, succeeding previous established codecs such as H.264 and MPEG-2.
HEVC (High Efficiency Video Coding) is a more efficient video codec, allowing a data rate reduction of up to 50% while retaining the same picture quality as its predecessors. As a result, HEVC makes it possible to transmit Ultra High Definition (UHD) video over COFDM video links with only a small increase in data rate.
The HEVC implementations used in Vislink’s HCAM and Livetools’ Fusion systems all support 10 bit 4:2:2 sampling. Therefore, HDR (High Dynamic Range) signals can pass through the links, generally using the recommended HLG or S-Log standards.
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