DVB-T2 is a standard for digital terrestrial television broadcasting, offering significant benefits compared to DVB-T (EN 300 744 [i.18]). The present document is intended to serve a number of purposes. DVB-T2 includes many new techniques not previously used in the DVB family of standards. From Wikipedia, the free encyclopedia List of digital television broadcast standards DVB standards ( countries) DVB-T ( terrestrial ) DVB-T2 DVB-S ( satellite ) DVB-S2 DVB-S2X DVB-C ( cable ) DVB-C2 DVB-H (handheld) DVB-NGH DVB-T2-Lite DVB-SH (satellite) DVB-I (service discovery) ATSC standards ( countries) ATSC ( terrestrial /cable/satellite) The nice thing about the DVB-T antennas is, that they are very small in contrast to the old antennas and can be also used as an indoor antenna. Likewise, you can also use your old antenna for DVB-T. DVB-T2 is the successor standard of DVB-T, which allows more programs in a higher image quality, but it is not backwards compatible with DVB-T. The considered DVB-T/T2 and LTE system parameters can be found in Table 1. From these parameters it is clearly seen that in this work we consider the following inter-system coexistence scenarios: Co-channel coexistence of DVB-T and LTE systems, when the bandwidth of the LTE RF signal can be 1.4, 5 or 10 MHz. A LOOK AT AV CODING TECHNOLOGIES For advanced video coding, ATSC 3.0 solely relies on HEVC, while DVB-T2 offers the flexibility to use HEVC or MPEG-4/H.264, lowering equipment cost thanks to minimal patent licensing fees. pKyU.