EEPROM contents are copied to the SRAM memory of the main CPU at startup.

Every block is 32 bytes long when using a 24C64:

Blocks 0 to 99 are the 99 memory channels:

xx xx xx xx xx xx xx xx xx xx xx xx xx xx xx xx (xx xx xx xx xx xx xx xx xx xx xx xx xx xx xx xx)
VA Fl Fh Sl Sh F1 TQ 

	VA = 00=Empty / 01=Available / 02=Available but skip while scanning
	Fl = Frequency LSB - The working freq is 5kHz or 6.25kHz multiplied by this value
	Fh = Frequency MSB /
	Sl = Shift LSB - The shift is 5kHz or 6.25kHz multiplied by this value
	Sh = Shift MSB /
	F1 = Flag bits: 10 = Channel spacing multiplier (0 to 3)
			 2 = 5kHz space(0) / 6.25kHz space(1)
			 3 = Mixing type: VCO=IF-Freq(0) / VCO=IF+Freq(1)
			54 = Shift, 0=none 1=Positive 2=Negative
			 7 = VCO from 300 to 500(1) / 430 to 440(0)
	TQ = CTCSS transmit number
	The remaining is the name of the channel, only 9 characters for 24C16

100	Call channel
	Same structure.

101	Tone squelch RX
102	Own selcall code 
103	Callsign
114	Tone squelch TX
115	Selcall reply code
104	Selcall memory code 0
105	Selcall memory code 1
106	Selcall memory code 2
107	Selcall memory code 3
108	Selcall memory code 4
109	Selcall memory code 5
110	Selcall memory code 6
111	Selcall memory code 7
112	Selcall memory code 8
113	Selcall memory code 9
116	Selcall memory name 0
117	Selcall memory name 1
118	Selcall memory name 2
119	Selcall memory name 3
120	Selcall memory name 4
121	Selcall memory name 5
122	Selcall memory name 6
123	Selcall memory name 7
124	Selcall memory name 8
125	Selcall memory name 9

Every number in a selcall block can be 0 to 31, from 16 the number is a DTMF number:

          1111111111222222222233
01234567890123456789012345678901

 0123456789HTRA 0123456789*#ABCD
 
 
The names in the selblock calls and memory channels will end with a zero