name: TTL
full_form: Transmitter to Transmitter Link
context: upper bound of micro layer DL outage due to 1 LA BS with 20, 24 and 30 dBm TX power respectively. Hence, when compared to the required DL power for coverage, there is an excess of LA BS Tx power of 6, 10 and 16 dB respectively, which correspondingly overestimates the interference impact from the LA layer towards the micro layer. Figure A.24 Upper bound of micro layer DL Outage due to 1 LA BS with 20, 24, 30 dBm TX power Figure A24 would at a first glance suggest that there would be a significant (> 5 %) impact from a LA network layer with > 20 dBm Tx power onto the surrounding micro network. However, also for the micro network we have to consider a reasonable DL operating point. E.g., the 5 % DL outage point for the â30 dBm picoâ curve at 1300 users total or, equivalently, 108 speech users (with VA =1) /site cannot be realized for realistic VA factors as this is far in excess of the code capacity limit. The same conclusion holds for data services, here the code capacity limit will be
description: The Transmitter to Transmitter Link (TTL) is a type of link level result that takes into account the power control impact on the combined Eb/Nt per antenna. It is used in simulations and measurements to evaluate the performance of different channels, such as AWGN, PA3, and VA120, with and without TTL and FTL.
explanation: TTL is classified as a Channel because it directly influences the performance evaluation of various communication channels. Its role in link level results and its consideration of power control and Eb/Nt per antenna highlight its significance within channel analysis.
section_title: 4.2.2.3.1	Additional link level results
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