| New Ericssons (Level 1) |
|
Aaaa bbb c d T e fffff g h ii lll mmm lll mmm lll mmm lll mmm lll mmm lll mmm |
| Aaaa: | Serving Channel Info A: type (B=BCCH, S=SDCCH, F=Frequency, T=TCCH) BCCH (Broadcast Control CHannel) - broadcast information SDCCH (Standalone Dynamic Control CHannel) - call setup TCCH (Traffic Control CHannel) - during conversation mode aaa: number of the channel used in communication with cell (CH), HOP=Hopping |
| bbb: | level of reception in dBm (RxL) |
| c: | PowerLevel in tx (TxPwr) |
| d: | Rate of transmission errors with DTX enabled (RxQualSub) |
| T: | Timeslot in use (TS) |
| e: | Timing Advace (TA) |
| fffff: | Local Area Code in hex (LAC) |
| g: | Rate of transmission errors with DTX disabled (RxQualFull) |
| h: | Used Codec (E=EFR, F=Full Rate, H=Half Rate) |
| ii: | Base Station Identity Code value of serving channel (BSIC) |
| lll: | number of the channel of adjacent cells |
| mmm: | C1 value of adjacent cells |
| New Ericssons (Level 2) |
|
aaa1 bbb1 cc1 dd1 aaa2 bbb2 cc2 dd2 aaa3 bbb3 cc3 dd3 aaa4 bbb4 cc4 dd4 aaa5 bbb5 cc5 dd5 |
| aaan: | number of the channel of adjacent cell #n |
| bbbn: | level of reception in dBm of adjacent cell #n |
| ccn: | C1 value adjacent cell #n |
| ddn: | C2 value adjacent cell #n |
| New Ericssons (Level 3) |
Shows the rest of adjacent cells channel # monitored
| Old Ericssons |
|
d e ff |
| Aaaa: | Serving Channel Info A: type (B=BCCH, S=SDCCH, F=Frequency, T=TCCH) BCCH (Broadcast Control CHannel) - broadcast information SDCCH (Standalone Dynamic Control CHannel) - call setup TCCH (Traffic Control CHannel) - during conversation mode aaa: number of the channel used in communication with cell (CH), HOP=Hopping |
| bb: | Level of reception in dBm (RxL + 110dBm) |
| cc: | Transmit level (max value = 33). Value is always 33 during the initial |
| d: | Time slot number in use. Always zero in standby mode. |
| e: | RX Quality/Bit Error Ratio. A value of "0" means no errors (best reception). Range is 0-7. |
| ff: | Timing Advance. Distance to the BTS (in kms) can be calculated by multiplying the number by 1.11 and dividing the result by 2. |