Splitworks technology of sweden. Satellitproffsen - Sveriges största Satellit & Parabolmarknad. Kontakta oss. Wireless Smart Card Splitter: Clone+ View of the packaging The main unit View of the packaging of wireless client card Wireless client card (two pieces in the set) Other included accessories The diagram showing application of the splitter. Description and capabilities of the set: Clone+ is a modern wireless splitter offering multi-room service, i.e. independent reception of up to eight Pay TV programs with the use of a single subscription card.
Conax,CryptoWorks, Irdeto, MediaGuard,Viaccess. Digital platforms supported by the Clone+ splitter: Cyfra+ (Poland),Telewizja Na Karte (Poland)Orange TP (Poland) Digital+/Astra (Spain),Canal Digitaal (Netherlands),CanalSat (France),Meo (Portugal)SCTFree-X TV and others... The Clone+ set contains the main unit (server) and two client cards, which allows to receive two different programs on two televisions.
Clone + transfers subscription rights wirelessly. The manufacturer ensures that Clone+ is compatible with all receivers and CI modules supporting Seca MediaGuard, including HD version. User_Manual_Clone+_Home_Edition_150.pdf (application/pdf-objekt) Low Power 200kb/s 868MHz/915MHz Radio Module. Building a Low Power 200Kb/s 868MHz/915MHz Radio Module Motivation Within the Cambridge lab, the Active Bat deployment effectively fills all of the bandwidth available in the ISM 433MHz band.
The PEN project operated in the ISM 418MHz band, but this area of spectrum is of limited us now due to the deployment of systems based on the TETRA system. To support current and future radio projects, it was decided to target the newer, and less crowded, 868MHz band. This band is valid for the whole of Europe; there is an equivalent 915MHz band in the USA. Our design goals were to: Be battery efficient: We should provide fine-grain control over power, turning off as much of the design as possible, yet maintaining fast start up and turnaround times.
There are also the usual radio interference issues: image rejection, frequency stability, bandwidth efficiency, and so on. A Low-power Architecture... Features Our module offers: Efficient PLL based super-heterodyne architecture. Design Realisation.