transmission system of Turbo Code 8PSK used is not recognized with standard DVB-S or DVB-S2 installation meters. Horizon Global Electronics manufactures a Test and Measurement meter specifically designed to align the Tooway dish. HD-TC8 Applied Instruments also manufactures a Test and Measurement meter, the model Super Buddy 29, designed to align the Tooway dish. Super Buddy 29 None of these two meters are able to do the new Viasat SurfBeam DVB-S2 signals. Also for these higher capacity signals and in addition on the higher Ka band, the accuracy of the installation becomes much more critical. Maxpeak AB (publ) manufactures a meter specifically for these new signals, SAM-plus (DVB-S2 ACM and VCM). The current KA-SAT Surfbeam TRIA (dish receiving block) incorporates an audible tuner allowing accurate pointing of the dish without any additional external meter. The IDU is a satellite modem providing a plug-and-play Ethernet interface with DHCP. The current version is manufactured by ViaSat. A WiFi router may be connected to the satellite modem in order to deploy wireless Internet access in the home. No software is required on the computer. Recent changes (mid-2012) to the software disabled DHCP in the modem/system which means the subscriber must provide their own router with DHCP server if they use more than one device connecting to the internet. LED indicators on the modem front inform on satellite reception and transmission statuses (RX and TX) as well as on network activities. The IDU is connected to the ODU using two coaxial cables. Performance Packages, called Tooway 2, 10, 25,40, Extra and Infinite, became available through service providers all over Europe in May 2014 which offer downstream rates of up to 22 Mbit/s and upstream up to 6 Mbit/s (excepting entry level service). The Small entry-level package provides bit-rates of 2 Mbit/s downstream and 1 Mbit/s upstream with a volume (FAP) of about 2GB. The round-trip time inherent to satellite communications comes from the double hop between earth and space. All communications travel at the speed of light (approx. 300 million metres per second or 671 million miles per hour) from a terminal on ground to a satellite in geostationary orbit (approx. 36,000 km or 22,000 miles in altitude), then to another terminal on earth and back. The result is roughly a half a second round-trip time which may be unsuitable for real-time critical applications, including many games, though it is sufficient to support other