Lte Cell Id Format

LTE (in the range of 45dBm to 137dBm;.

Lte cell id format. Note The Guard Period does not alone decide the cell size, there are other important parameter like RACH Format, Transmit Power , Receiver Sensitivity,Target Cell Throughput etc play a crucial role for decide cell size, But while decide other parameter a planning Engineering need to consider the impact of TDD special subframe. Cell ID (LTE) Menu Path MeasSetup > LTE Demod Properties > Format tab Default Auto Range Auto, Manual 0503 Cell ID sets the physical (PHY) layer Cell IDThis PHYlayer Cell ID determines the Cell ID Group and Cell ID Sector There are 168 possible Cell ID groups and 3 possible Cell ID sectors;. RS (cellspecific Reference Signal) for selected Tx antenna port Reserved for TDD uplink Unused by selected Tx antenna port, or undefined for all ports MBSFN (Multicast/Broadcast over Single Frequency Network) region PCFICH (Physical Control Format Indicator Channel) PHICH (Physical Hybrid ARQ (Automatic Repeat reQuest) Indicator Channel).

Multi Carrier Cell Reselection in LTE. I was going through the 3GPP documents, different Cell IDs and Cell Types CellType Format CGI MCCMNCLACCI ECGI MCCMNCECI SAI PLMNIDLACSAC TAI MCCMNCTAC For Eg ECGI Value = TAI Value = Was just curious, whether we can find the Cell Type given the Cell ID. Download this article in PDF format The most obvious identity is the physical cell ID (PCI), which identifies a cell that is served by an eNB an LTE cell needs to be emulated on a.

Full Cell ID / Cell Identifier (CI, not CGI for LTE) Signal * RSSI Signal strength in dBm / RSRP for LTE type * one of GSM,UMTS,CDMA, or LTE subtype * for GSM above GPRS, EDGE for UMTS above UMTS, HSDPA, HSUPA, HSPA, HSPA, DCHSPA for LTE above LTE, LTEA for CDMA above CDMA, 1xRTT, EVDO, EHRPD ARFCN. I was going through the 3GPP documents, different Cell IDs and Cell Types CellType Format CGI MCCMNCLACCI ECGI MCCMNCECI SAI PLMNIDLACSAC TAI MCCMNCTAC For Eg ECGI Value = TAI Value = Was just curious, whether we can find the Cell Type given the Cell ID. Dual Connectivity (DC) Definition, Protocol Architecture, DC and CA Comparison;.

(0≤ f_id< 6) PDCCH DCI Format 1A MNeNB UE TS DCI Format 1_0 is used to assign downlink resources Format 1A CRC Scrambled with RARNTI In response to a PRACH transmission, a UE attempts to detect a DCI Format 1A with PDCCH CRC scrambled by the RARNTI corresponding to the RACH transmission. In LTE, these equate to reference signal received power (RSRP) and reference signal received quality (RSRQ), which are measures of the strength and quality of reference signals These two results are the major components of networkbased decisions to keep a UE on its current cell or hand it over to an adjacent cell. For R11eLTE all set on locks are lost after reboot or modem reset Cell= data can be also gathered from "cellmonitor" For R11eLTE6 cell lock works only for the primary band, this can be use= ful if you have multiple channels on the same band and you want to lock it = to a specific earfcn.

Used to identify a cell uniquely within a Public Land Mobile Network (PLMN) The ECI has a length of 28 bits and contains the eNodeBIDentifier (eNBID) The ECI can address either 1 or up to 256 cells per eNodeB, depending on the length of the eNBID In short, it is used to identify a cell within a PLMN ECI = eNodeBID CellID. ETSI 3GPP TS version 1540 Release 15 1 ETSI TS 123 003 V1540 (1807) Reference RTS/TSGCvf40 Keywords GSM,UMTS ETSI 650 Route des Lucioles. RS (cellspecific Reference Signal) for selected Tx antenna port Reserved for TDD uplink Unused by selected Tx antenna port, or undefined for all ports MBSFN (Multicast/Broadcast over Single Frequency Network) region PCFICH (Physical Control Format Indicator Channel) PHICH (Physical Hybrid ARQ (Automatic Repeat reQuest) Indicator Channel).

However, ensure that enough range is provided The physical cell ID of each AP should. Download this article in PDF format The most obvious identity is the physical cell ID (PCI), which identifies a cell that is served by an eNB an LTE cell needs to be emulated on a. Feature Group Indicators (FGI bits) in LTE Rel 8, Rel 9, Rel 10;.

Multi Carrier Cell Reselection in LTE. ETSI 3GPP TS version 1540 Release 15 1 ETSI TS 123 003 V1540 (1807) Reference RTS/TSGCvf40 Keywords GSM,UMTS ETSI 650 Route des Lucioles. Detection of cell ID group (0167) shift in the same site, in adjacent cells or pointing at each other 0 2 1 Assign a color group to each sector and a code group per site 0000 1111 2222 3333 6666 4444 PCI Planning for LTE Author harish vadada Created Date.

In LTE networks, there are several properties that need to be carefully planned for the network to be well performing As the networks' trafc increases and the networks are getting denser, this planning gets even more important The Physical Cell Id (PCI) is the identier of a network cell in the physical layer This property is limited to 504. Full Cell ID / Cell Identifier (CI, not CGI for LTE) Signal * RSSI Signal strength in dBm / RSRP for LTE type * one of GSM,UMTS,CDMA, or LTE subtype * for GSM above GPRS, EDGE for UMTS above UMTS, HSDPA, HSUPA, HSPA, HSPA, DCHSPA for LTE above LTE, LTEA for CDMA above CDMA, 1xRTT, EVDO, EHRPD ARFCN. LTE Tracking Area (TA) and Tracking Area Update (TAU) its location is known by the LTE network at cell level (ie on a cell granularity), eg in cell2 in eNB1 etc) A TAI consists of a PLMN ID and a TAC Here, a PLMN ID, a combination of a Mobile Country Code (MCC) and a Mobile Network Code (MNC), is the unique code assigned to.

Therefore, there are 3 * 168 = 504 possible PHYlayer cell IDs. 6 Long cell ID vs short cell ID;. The EUTRAN cell identity (ECI) identifies a cell within a particular network, while the EUTRAN cell global identifier (ECGI) identifies a cell anywhere in the world The physical cell identity, which is a number from 0 to 503 and it distinguishes a cell from its immediate neighbours The Mobile Equipment ID.

Cell ID (LTEAdvanced) Menu Path MeasSetup > LTEAdvanced Demod Properties > Format(CCx) tab where x specifies the component carrier Default Auto Range Auto, Manual 0503 Cell ID sets the physical (PHY) layer Cell IDThis PHYlayer Cell ID determines the Cell ID Group and Cell ID Sector. This information is unusable directly Apparently the Cell Id is in the wrong format and it is impossible to google it But there is a web page which can help link In this page copy and paste the Mobile country code (MCC), Mobile network code (MNC), Location area code (LAC) and Cell ID This web page provides inaccurate position. The physical cell ID identifies a network cell in the physical layer This property is limited to 504 values ranging from 0 through 503;.

LTE physical layer which in itself is a very large and featurerich topic, particularly as there are different modes of operation (FDD/TDD) and different downlink and uplink access technologies (OFDMA, SCFDMA), along with 2 Eliminates the need for intracell interference cancellation 3 Allows flexible utilization of frequency spectrum. OpenCelliD is the largest Open Database of Cell Towers & their locations You can geolocate IoT & Mobile devices without GPS, explore Mobile Operator coverage and more!. And therefore, it needs to be reused in the network SON will allocate PCIs with optimal separation between neighbor Cells;.

The Physical Control Format Indicator Channel (PCFICH) is one of the control channels that works at physical layer The exact position of PCFICH can be measured from Cell ID and bandwidth using formula given in 3GPP spec as below I have a question, what elements do those four PCFICH mapping values represent on LTE resource grid. And therefore, it needs to be reused in the network SON will allocate PCIs with optimal separation between neighbor Cells;. Dual Connectivity (DC) Definition, Protocol Architecture, DC and CA Comparison;.

Location area code in hexadecimal format (eg 00C1 equals 193 in decimal) of the cell that was scanned Range "" Invalid Hexadecimal format Cell ID The parameter determines the 16bit (GSM) or 28bit (LTE) cell ID Range 00xFFFFFFF "" Invalid. Below diagram shows how PSS and SSS helps finding the Physical Layer Cell ID Related Posts LTE eNodeB Schedulers and Different Scheduling Types;. Here's how to view the device ID (IMEI) for your Exalt LTE LG Exalt® LTE View Phone Number heading Here's how to view the phone number programmed into your Exalt LTE LG Exalt® LTE Format SD / Memory Card heading Here's how to erase all data on the SD / memory card of your Exalt LTE.

Figure 3 shows eNB/cellrelated IDs and their format To identify a cell belonging to an eNB, an ID created by adding a cell ID to the combination of an eNB ID and a Global eNB ID is used eNB IDs and cell IDs are allocated by the network operator when an eNB is installed. Note The Guard Period does not alone decide the cell size, there are other important parameter like RACH Format, Transmit Power , Receiver Sensitivity,Target Cell Throughput etc play a crucial role for decide cell size, But while decide other parameter a planning Engineering need to consider the impact of TDD special subframe. In the case of these commands, LAC and cellID are both reported in hexadecimal (four byte GERAN/UTRAN/EUTRAN cell ID in hexadecimal format for cellID) It gets even messier There are five ways for a user device to display a 4byte cellID Taking 0BBFD5 as an example, 4byte hex 0BBFD5 2byte hex 9FD5 4byte decimal 2byte.

Feature Group Indicators (FGI bits) in LTE Rel 8, Rel 9, Rel 10;. Hexadecimal format Cell ID The parameter determines the 16 bit (GSM) or 28 bit (UMTS) cell ID Range 00xFFFFFFF "" Cannot get the invalid value Number format Base Station Identification Code Range 063 Number format The parameter determines the ARFCN of the cell that was scanned. Full Cell ID / Cell Identifier (CI, not CGI for LTE) Signal * RSSI Signal strength in dBm / RSRP for LTE type * one of GSM,UMTS,CDMA, or LTE subtype * for GSM above GPRS, EDGE for UMTS above UMTS, HSDPA, HSUPA, HSPA, HSPA, DCHSPA for LTE above LTE, LTEA for CDMA above CDMA, 1xRTT, EVDO, EHRPD ARFCN.

EUTRAN Cell Global Identifier, To identify a Cell in global (Globally Unique) EPC can know UE location based of ECGI ECGI (not more than 52 bits) = PLMN I D ECI ECI EUTRAN Cell Identifier, To identify a Cell within a PLMN ECI (28 Bits) = eNB ID Cell ID PGW ID. Cell ID (LTEAdvanced) Menu Path MeasSetup > LTEAdvanced Demod Properties > Format(CCx) tab where x specifies the component carrier Default Auto Range Auto, Manual 0503 Cell ID sets the physical (PHY) layer Cell IDThis PHYlayer Cell ID determines the Cell ID Group and Cell ID Sector. The EUTRAN cell identity (ECI) identifies a cell within a particular network, while the EUTRAN cell global identifier (ECGI) identifies a cell anywhere in the world The physical cell identity, which is a number from 0 to 503 and it distinguishes a cell from its immediate neighbours The Mobile Equipment ID.

According to 3GPP a cell is a carrier on a sector A base station, called a eNodeB in 3GPP, may support multiple carriers on multiple sectors and may actually be assembled from multiple radio sites Net effect is that the smallest eNB could be a s. ASU in the range of 0 to 95) Files have the same format as in version but cell ID and LAC are stored as decimal values CLF version 30 This format uses more information about cells It has the following format. Track down a GSM/WCDMA/TDLTE/FDDLTE cell phone online using LAC (Location Area Code) and Cell ID ,track down a CDMA/CDM000 cell phone online using SID,NID and BID, and display its location on Maps * indicates required MCC mcc list MNC mnc list Network LAC* CellID* SID* NID*.

In LTE, these equate to reference signal received power (RSRP) and reference signal received quality (RSRQ), which are measures of the strength and quality of reference signals These two results are the major components of networkbased decisions to keep a UE on its current cell or hand it over to an adjacent cell. Cell ID (LTEAdvanced) Menu Path MeasSetup > LTEAdvanced Demod Properties > Format(CCx) tab where x specifies the component carrier Default Auto Range Auto, Manual 0503 Cell ID sets the physical (PHY) layer Cell IDThis PHYlayer Cell ID determines the Cell ID Group and Cell ID Sector. Values can be used to find location in databases Cell Id Finder Using Cell lock It is possible to lock R11eLTE, R11eLTE6 and R11e4G modems and equipped devices to exact LTE tower LTE info command provides currently used cellular tower information phycellid 384 earfcn 1300 (band 3, bandwidth Mhz).

In the case of these commands, LAC and cellID are both reported in hexadecimal (four byte GERAN/UTRAN/EUTRAN cell ID in hexadecimal format for cellID) It gets even messier There are five ways for a user device to display a 4byte cellID Taking 0BBFD5 as an example, 4byte hex 0BBFD5 2byte hex 9FD5 4byte decimal 2byte. Values can be used to find location in databases Cell Id Finder Using Cell lock It is possible to lock R11eLTE, R11eLTE6 and R11e4G modems and equipped devices to exact LTE tower LTE info command provides currently used cellular tower information phycellid 384 earfcn 1300 (band 3, bandwidth Mhz). CGI (cell global identification) = MCCMNCLACCI, where MCC=AAA mobile country code MNC=BB mobile network code LAC=ccCCC location area code CI cell id (see above) For example, CGI = 452 02 341 5012 452=MCC of Vietnam 02=MNC of VinaPhone network 341=LAC 5012=CI This is the second cell of the BTS1 in the BSC5.

LTE cell search and cell selection procedure Initial synchronization 1MA150_0E Rohde & Schwarz Cell search and cell reselection procedure in UMTS LTE 6 principle, consider the example of first names and surnames According to statistics2, the most common English surname is “Smith”, which corresponds to physical layer cell identity group 0. LTE cell search and cell selection procedure Initial synchronization 1MA150_0E Rohde & Schwarz Cell search and cell reselection procedure in UMTS LTE 6 principle, consider the example of first names and surnames According to statistics2, the most common English surname is “Smith”, which corresponds to physical layer cell identity group 0. 55/73 Neighbor Configuration (7/7) Parameter Description Range Value Cell Num Cell number in base station 0~5 Relation Index Relation Index Status Neighbor status EQUIP or N_EQUIP N_EQUIP Color Code Neighbor Cell’s Color Code 0 ~ 255 BSM ID Neighbor Cell’s BSM ID 0 ~ 63 BSC ID Neighbor Cell’s BSC ID 0 ~ 1 DPSS ID Neighbor Cell.

This information is unusable directly Apparently the Cell Id is in the wrong format and it is impossible to google it But there is a web page which can help link In this page copy and paste the Mobile country code (MCC), Mobile network code (MNC), Location area code (LAC) and Cell ID This web page provides inaccurate position. This information is unusable directly Apparently the Cell Id is in the wrong format and it is impossible to google it But there is a web page which can help link In this page copy and paste the Mobile country code (MCC), Mobile network code (MNC), Location area code (LAC) and Cell ID This web page provides inaccurate position. Hexadecimal format Cell ID The parameter determines the 16 bit (GSM) or 28 bit (UMTS) cell ID Range 00xFFFFFFF "" Cannot get the invalid value Number format Base Station Identification Code Range 063 Number format The parameter determines the ARFCN of the cell that was scanned.

The physical cell ID identifies a network cell in the physical layer This property is limited to 504 values ranging from 0 through 503;. EUTRAN Cell Global Identifier, To identify a Cell in global (Globally Unique) EPC can know UE location based of ECGI ECGI (not more than 52 bits) = PLMN I D ECI ECI EUTRAN Cell Identifier, To identify a Cell within a PLMN ECI (28 Bits) = eNB ID Cell ID PGW ID. PCI can be reused within the network or across the network but cell id uniquely identity a cell within the network that's why Global cell identity consists of plmn cell Id PCI ranges only from 0 to 503.

Values can be used to find location in databases Cell Id Finder Using Cell lock It is possible to lock R11eLTE, R11eLTE6 and R11e4G modems and equipped devices to exact LTE tower LTE info command provides currently used cellular tower information phycellid 384 earfcn 1300 (band 3, bandwidth Mhz). However, ensure that enough range is provided The physical cell ID of each AP should. Note The Guard Period does not alone decide the cell size, there are other important parameter like RACH Format, Transmit Power , Receiver Sensitivity,Target Cell Throughput etc play a crucial role for decide cell size, But while decide other parameter a planning Engineering need to consider the impact of TDD special subframe.

Below diagram shows how PSS and SSS helps finding the Physical Layer Cell ID Related Posts LTE eNodeB Schedulers and Different Scheduling Types;.