The decoding thresholdįor MSK144 is a fraction of a dB higher than before, owing to the Symbol rates and occupied bandwidths are the same as before, andįalse-decode rates are significantly lower.
Compound and nonstandard callsigns (up tp 11 characters) no needįor distinctions about “Type 1” or “Type 2” prefixes/suffixesĦ. ARRL RTTY Roundup operation with standard contest exchanges such asĥ. ARRL Field Day operation with standard Field Day exchanges such asĤ.
ANDROID JT65 SERIAL
Serial numbers, and “/P” (portable) callsignsģ. EU VHF Contest operation with the exchange of 6-digit locators, QSO NA VHF Contest operation with full and transparent support of gridĢ. Optimized for the following special types of QSOs and exchanged TheseĬhanges bring many benefits, including support of structured messages Cyclic redundancyĬhecks (CRCs) that protect against false decodes have been increasedįrom 12 to 14 bits (FT8) and from 8 to 13 bits (MSK144). Information payloads rather than the 75 bits of the older FT8 protocol Both modes have been upgraded to use use 77-bit A majority of new program features involve the FT8 and MSK144
Itĭescribes the most important enhancements in WSJT-X 2.0 relative to Version 2.0″ that was publicly distributed on July 26, 2018.
ANDROID JT65 UPDATE
– This document is an update to the white paper “Plans for WSJT-X