It’s like a satellite finder or satellite meter – only better as you know from the start where to aim the satellite dish to get the best satellite TV reception.There are even features for doing a self-installation of a multi-lnb dish (such as the 5LNB Direct TV, Dish Network 1000 dishes or Wavefrontier Toroidal T90 dishes), or a motorized system (with or without USALS).On the satellite image you can also see the trees which might be an issue as the pointing line goes straight through them.Now move the obstacle marker directly over the trees and you’ll see d=50m (the distance from the dish to the trees) and h=26m (maximum height of tree above dish for clear LOS).You may have moved houses and brought your existing equipment such as dish and receiver along. Simply put, Dish Pointer shows you where to point your dish on an actual image of your house / location, making a DIY installation of a dish a piece of cake.Just point your dish along the marker line shown on the map, adjust the elevation and LNB skew and off you go to enjoy trouble-free digital TV.
Click and drag the marker along the alignment line to find out if an obstacle in the distance (e.g.
This depends on your location, your dish size and the signal footprints of the satellites.
From your location, it is theoretically possible to obtain satellites from an arc range of 160°, that is 80° West and 80° East. But this doesn’t mean that all the satellites within this range broadcast their signals down to your location.
One example of transmission is the sending of a signal with limited duration, for example a block or packet of data, a phone call, or an email.
Transmission technologies and schemes typically refer to physical layer protocol duties such as modulation, demodulation, line coding, equalization, error control, bit synchronization and multiplexing, but the term may also involve higher-layer protocol duties, for example, digitizing an analog message signal, and source coding (compression).