(Ak: Uusi sivu: {| class="wikitable" |- ! Abbrevation !! Explanation !! Example |- | Cell || Cell ID, this is used to differentiate between cells || Cell 555 |- | Sector || The sector number of t...)
| RSRQ (Reference Signal Received Quality )|| Signal receive quality ||
+
|LTE Cell Global Identify (CGI )
+
|Base station ID, used to differentiate base stations from each other
+
|36108053
|-
|-
−
| SINR (Signal to Noise Ratio) || SINR value scale is -20 - +30 dBm, the bigger the better. Signal strength is average when it goes above 15dBm, maximum speed is 50Mbps. One must have roughly 25dBm if he wants to have 100Mbps speeds.||
+
| LTE Reference Signal Received Quality (RSRQ )|| Quality of received signal || -6dB
|-
|-
−
| RSRP (Reference Signal Received Power) || Signal strength. -50dBm is the best, it is good to have -90dBm and -110dBm is weak. When the signal is better than -90dBm we can monitor the SINR value alone.||
+
| LTE Signal to Noise Ratio (SINR - Signal-to-interference-plus-noise ratio) || The scale of the SINR measurements are between -20 and +30dB, the bigger the better. Signal strength is though of as "OK" when it is 15dB or over that, the maximum speed is then 50Mbps. You will need roughly 25dB if you wish to reach speeds around 100Mbps. All speed estimations are made using the 20Mhz bandwidth.|| 28dB
|-
|-
−
| RSSI (Received Signal Strength) || ||
+
| LTE Reference Signal Recieved Power (RSRP ) || Interprets the quality of the incoming reference signal. -50dBm is the best, -90dBm is good and -110dBm is weak. When the signal is better than -90dBm we can follow the SINR value alone.|| -65dBm
+
|-
+
| LTE Received Signal Strength Indicator (RSSI) || Interprets the strength of the incoming radio signal. || -51dBm
+
|-
+
|UMTS RNC-ID
+
|
+
|5
+
|-
+
| TAC (Tracking Area Code) || Tells the area code consisting of multiple base stations. || 4050
+
|-
+
|LAC (Local Area Code)
+
| Tells the area code consisting of multiple base stations.
+
|5005
|}
|}
Nykyinen versio 5. lokakuuta 2015 kello 09.32
Abbreviation
Explanation
Example
Cell
Cell ID, this is used to differentiate cells from each other
Cell 141047
Sector
The sector number of a cell
Sector 21
MCC (Mobile Country Code)
The mobile network country-specific code
244 (Finland)
MNC (Mobile Network Code)
Operator-specific mobile network code
5 (Elisa), 12 (DNA), 91 (Sonera)
LTE Cell Global Identify (CGI )
Base station ID, used to differentiate base stations from each other
36108053
LTE Reference Signal Received Quality (RSRQ )
Quality of received signal
-6dB
LTE Signal to Noise Ratio (SINR - Signal-to-interference-plus-noise ratio)
The scale of the SINR measurements are between -20 and +30dB, the bigger the better. Signal strength is though of as "OK" when it is 15dB or over that, the maximum speed is then 50Mbps. You will need roughly 25dB if you wish to reach speeds around 100Mbps. All speed estimations are made using the 20Mhz bandwidth.
28dB
LTE Reference Signal Recieved Power (RSRP )
Interprets the quality of the incoming reference signal. -50dBm is the best, -90dBm is good and -110dBm is weak. When the signal is better than -90dBm we can follow the SINR value alone.
-65dBm
LTE Received Signal Strength Indicator (RSSI)
Interprets the strength of the incoming radio signal.
-51dBm
UMTS RNC-ID
5
TAC (Tracking Area Code)
Tells the area code consisting of multiple base stations.
4050
LAC (Local Area Code)
Tells the area code consisting of multiple base stations.
