I've been improving my skills at solving modulation and coding problems. Let's find how many bits per symbol are encoded by 64 QAM. We can find the number of bits per symbol using the formula: bits/symbol = 6 * log2(M) / 2 where M is the number of modulation levels. In this case, M = 64. Substituting M = 64 into the formula, we get: bits/symbol = 6 * log2(64) / 2 bits/symbol = 6 * 6 / 2 bits/symbol = 36 / 2 bits/symbol = 18 Therefore, 64 QAM encodes 18 bits per symbol.


I've been improving my skills at solving modulation and coding problems. Let's find how many bits per symbol are encoded by 64 QAM.

We can find the number of bits per symbol using the formula:

bits/symbol = 6 * log2(M) / 2

where M is the number of modulation levels. In this case, M = 64.

Substituting M = 64 into the formula, we get:

bits/symbol = 6 * log2(64) / 2

bits/symbol = 6 * 6 / 2

bits/symbol = 36 / 2

bits/symbol = 18

Therefore, 64 QAM encodes 18 bits per symbol.