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Table Of Contents
SARA-R4 series-AT commands manual
UBX-17003787 - R16
14System features
Page 165 of 401
Parameter Description Range Default Notes
<RX_channel> range LTE band EARFCN range
[109870-109919] FDD 31 [9870-9919]
[109920-110359] FDD 32 [9920-10359]
[136000-136199] FDD 33 [36000-36199]
[136200-136349] TDD 34 [36200-36349]
[136350-136949] TDD 35 [36350-36949]
[136950-137549] TDD 36 [36950-37549]
[137550-137749] TDD 37 [37550-37749]
[137750-138249] TDD 38 [37750-38249]
[138250-138649] TDD 39 [38250-38649]
[138650-139649] TDD 40 [38650-39649]
[139650-141589] TDD 41 [39650-41589]
[141590-143589] TDD 42 [41590-43589]
[143590-145589] TDD 43 [43590-45589]
[145590-146589] TDD 44 [45590-46589]
[165536-166435] FDD 65 [65536-66435]
[166436-167335] FDD 66 [66436-67335]
[167336-167535] FDD 67 [67336-67535]
[167536-167835] FDD 68 [67536-67835]
[167836-168335] FDD 69 [67836-68335]
[168336-168585] FDD 70 [68336-68585]
[168586-168935] FDD 71 [68586-68935]
[170366-170545] FDD 85 [70366-70545]
Table 9: <RX_channel> parameter range
The "+CME ERROR: operation not supported" or
"+CME ERROR: 4" error result code will be provided in
these cases (depending on the +CMEE AT command
setting):
o A value not belonging to the above ranges is
set
o The RX channel parameter value belongs to a
non-supported RAT (2G or 3G or 4G RAT) or
band
The default channel will be equal to 32 if the GSM
RAT is supported, in the other cases it will be the
same as the central channel of the lower LTE band
supported by the module.
<RX_time_
interval>
Time 1 ÷ 600000 1000 Time interval for RX test expressed in ms
<receiver_
path>
Antenna diversity 0 ÷ 1 0 Receiver path:
o 0: main / primary antenna
o 1: diversity / secondary antenna
The parameter is available only if supported, otherwise
an error result code will be provided ("+CME ERROR:
operation not supported" or "+CME ERROR: 4" depending
on the +CMEE AT command setting)
<min> Minimum
antenna RF level
estimation
See Notes Expressed in dBm
<avg> Average
antenna RF level
estimation
See Notes Expressed in dBm
<max> Maximum
antenna RF level
estimation
See Notes Expressed in dBm
RF level estimation range:
o SARA-R4 / SARA-N4 - The range is [-75 ÷ -20].