logging in or signing up 17255256-Alcatel-bts Traffic Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINT lite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: (To copy code, click on the text box) Embed: URL: Thumbnail: WordPress Embed Customize Embed The presentation is successfully added In Your Favorites. Views: 1244 Category: Entertainment License: All Rights Reserved Like it (2) Dislike it (0) Added: December 22, 2010 This Presentation is Public Favorites: 1 Presentation Description No description available. Comments Posting comment... By: thiendt5 (3 month(s) ago) your document is very helful. i want to download it Saving..... Post Reply Close Saving..... Edit Comment Close By: maryoud2000 (8 month(s) ago) Thank you for your good effort, i want download this file.. Saving..... Post Reply Close Saving..... Edit Comment Close By: biscar (10 month(s) ago) hi, this is a very good material...very helpful for begginers like me..........i would love to download it.....thanks alot Saving..... Post Reply Close Saving..... Edit Comment Close By: trung_vtt (15 month(s) ago) i want download this document Saving..... Post Reply Close Saving..... Edit Comment Close Premium member Presentation Transcript Slide 1: “EVOLIUM BTS A9100” (Alcatel technology) Manufactured by M/s ITI Mankapur & M/s ITI Raebareli Slide 2: GSM Network Elements MS BTS BSC MSC HLR VLR EIR AuC OMC SMS Um Abis A MS Mobile Station. BTS Base Transceiver Station BSC Base Station Controller MSC Mobile Services Switching Center. HLR Home Location Register. EIR Equipment Identity Register AuC Authentication Center. SMS Short Message Service. VLR Visitor Location Register. Slide 4: EVOLIUM A9100 INDOOR-BTS (MBI5) Slide 5: EVOLIUM A9100 INDOOR-BTS (MBI3) Slide 6: The BTS A9100’s has modular design which allows following configurations: - Omni Configuration, - Sectorized Configuration and - Multi Band Architecture. - Configurations are built from a small primary components. Slide 7: Quality of BTS.(as per Alcatel version) - Very high radio performances, in particular * Reception sensitivity, -111 dBm, * Improved Output Power, (Standard 45 W), - Radio (synthesizer) Frequency Hopping, - Antenna Diversity (as standards option), - Minimum Service Interruption - Very High BTS availability Due to Module Reliability Due to System Architecture, - Optimized software release migration. (Simultaneously stores two software-versions). Slide 8: Flexibility of BTS. - Wide possibilities of extensions and sectorization, within the same cabinet, e.g., the MBO2 cabinet can accommodate up to six sectors with a twelve-TRX total capacity, - Outdoor BTS modularity provides flexibility for other equipments (Transmission Equipment, Batteries, Microwave, DDF etc.), - System Architecture and Cabinet for GSM 850, GSM 900, GSM 1800 and GSM 1900 remains the same, - High modularity, - Reduced set of modules and a common interface. Slide 9: Future Proof BTS. - GPRS Ready - EDGE Ready by “add TRE” operation - UMTS Ready: the MBI5 and MBO2 outdoor cabinet allow mixed configurations GSM + UMTS. Slide 10: EVOLIUM A9100 INDOOR – BTS ( MBI3 ) RACK & SUBRACK - Rack Frame (1), - Connection Shelf (1), - STASR (3). Slide 11: EVOLIUM A9100 INDOOR – BTS ( MBI5 ) RACK & SUBRACK - Rack Frame (1), - Connection Shelf (1), - STASR Shelf (5). Slide 12: STASR Subrack Dimensions MBI5: Multistandard Base Station Indoor(5 shelves) STASR: Standard Telecommunication Subrack Slide 14: MBI3/MBI5 Module Positions Slide 15: EVOLIUM A9100 OUTDOOR – BTS (MBO2) - MBO1 is half of this rack. Slide 16: OUTDOOR – BTS MBO1 - Battery Unit (BU90), Air Con. Unit, STASR (3), OPTIONAL, PM12 (1200W) (2). Slide 17: OUTDOOR – BTS MBO2 (MBO1+MBOE) - Rack Frame (MBO1+MBOE), - Battery Unit (BU90), Heat Exch. Unit, STASR (6), OPTIONAL, PM12 (1200W) (3). Slide 18: Multi Standard BTS OUTDOOR Slide 19: BTS A9100 MBI5 MODULES/ CABLES Slide 20: A9100 Base Station Architecture (BTS) Slide 21: View of Connection Area showing the boards XIBM, MSCA and the Breakers XIBM: External Alarm Input Board Multistandard MSCA: Multistandard Connection Area DCBR5: Power Supply & Circuit Breaker Area XIBM MSCA DCBR5 Slide 22: MBI Interconnection Panel Slide 23: TRE Front Panel (Trans Receive Equipment) Slide 24: Transceiver (TRX) level The transceiver (TRX) level covers GSM 850, GSM 900, GSM 1800 and GSM 1900 functionalities, including full rate, half rate, enhanced full rate, antenna diversity, radio frequency hopping (synthesized hopping) and different iphering algorithms. For each band, these functions are integrated into one single module. Inside each TRX module, an RF loop is implemented. The loop test is performed after downloading the frequencies to the BTS as a supplement to the autotest. The TRX module also handles the Radio Signaling Link (RSL) protocol. Slide 25: SUMA Controller Card (Station Unit Module Advanced) Slide 26: 2.1.3 Base station Control Function (BCF) level This level is ensured by the Station Unit Module (SUM), which is the central unit of the BTS. There is only one such module per BTS, whatever the number of sectors and TRXs is; this common control function of the SUM is also called Station Unit Sharing. The main base station control functions performed are as follows: - Generating the clocks for all other BTS modules; the clocks can be either synchronized to an external clock reference - e.g. A-bis link, GPS or another BTS - or generated in a pure free-run mode by an internal frequency generator. - Ensuring central BTS Operation & Maintenance (O&M) application, - Handling the A-bis transmission links (up to two A-bis interfaces), - Handling Operation and Maintenance Link (OML) and Qmux (transmission equipment supervision) protocols, - Controlling the AC/DC function when integrated inside the BTS (Outdoor or Indoor AC configurations), - Controlling the battery (capacity, voltage, temperature), - Setting the optimal voltage and current for battery charging. Slide 27: ANY Front Panel (Twin Wide Band Combiner) Slide 28: The Twin Wide Band Combiner (ANy) module The Twin Wide Band Combiner stage (ANy) combines up to four transmitters into two outputs, and distributes the two received signals up to four receivers. This module includes twice the same structure, each structure containing: - One wide band combiner (WBC), concentrating two transmitter outputs into one - Two splitters, each one distributing the received signal to two separate outputs providing diversity and non-diversity path. The hybrid Wide-band combining technique is used, since it avoids tuning problems and is more reliable compared to remotely tunable cavities. Moreover it is compatible with the Synthesized Frequency Hopping (SFH) feature. For standard configurations (for details please refer to dedicated chapter), for which each sector is connected to two antennas (or one cross-polarized antenna), the Twin Wide Band Combiner module (ANy) is only necessary for sectors with five or more TRXs. Slide 29: TWIN WIDE BAND COMBINER (ANY) Slide 30: TWIN WIDE BAND COMBINER (ANY) Slide 31: ANC Front Panel (Antenna Network Combiner) Slide 32: ANC Architecture Slide 33: Antenna Coupling Level. The antenna coupling level is the stage between the antennas and the TRX level; it handles the combining functions as well as the interface with the antennas. A single module called Antenna Network Combiner (ANc) performs these functions for up to 4 TRXs. For configurations of higher capacity, a Combiner stage can be added. Thanks to the ANc flexibility and this modular building, the antenna coupling level can be adapted to a wide range of requirements (reduction of attenuation losses, minimization of the number of antennas…). The general functions performed at this level are: - Duplexing transmit and receive paths onto common antennas; - Feeding the received signals from the antenna to the receiver front end, where the signals are amplified and distributed to the different receivers (Low Noise Amplifier (LNA) and power splitter functions); - Providing filtering for the transmit and the receive paths; - Combining, if necessary, output signals of different transmitters and connecting them to the antenna(s); - Supervising antennas VSWR (Voltage Standing Wave Ratio). Slide 34: The Antenna Network Combiner (ANc) module The Antenna Network combiner module (ANc) connects up to four transmit signals to two antennas, and distributes the received signals from each antenna to up to four receivers (for the normal and the diversity reception). This module includes twice the same structure, each structure containing: - One duplexer allowing a single antenna to be used for the transmission and reception of both downlink and uplink channels- hence minimizing the number of antenna - A frequency selective VSWR meter to monitor antenna feeder and antenna - One LNA amplifying the receive RF signal, and giving good VSWR values, noise compression and good reliability - Two splitter levels distributing the received signal to two or four separate outputs so that each output receive the signal from its dedicated antenna and from the second one (diversity) - One Wide Band Combiner (WBC), concentrating two transmitter outputs into one, only for configurations with more than two TRX. Each sector is equipped with at least one such stage, which features very high sensitivity reception, low attenuation, and minimum inter-modulation products. The ANc can be manually configured (on site) in two modes depending on the number of TRX in the sector: - The No-combining mode for configuration up to 2 TRX, for which the Wide Band Combiner is not needed therefore bypassed. - The Combining mode for configuration from 3 up to 4 TRX, for which the Wide Band combiner is not bypassed. Slide 35: Each sector is equipped with at least one such stage, which features very high sensitivity reception, low attenuation, and minimum inter-modulation products. The ANc can be manually configured (on site) in two modes depending on the number of TRX in the sector - The No-combining mode for configuration up to 2 TRX, for which the Wide Band Combiner is not needed therefore bypassed. - The Combining mode for configuration from 3 up to 4 TRX, for which the Wide Band combiner is not bypassed. Slide 36: Antenna Network Combiner (ANC) Slide 37: Weight of Physical Modules Slide 38: STASR Shelf showing 2 TRE’s & 1 ANC TRE: Trans Receive Equipment ANC: Antenna Network Combiner( upto 4 TRE’s ) Slide 39: SUMA: Station Unit Module Advanced (Controller Board) ANC: Antenna Network Combiner (upto 4 TRE’s). STASR Shelf showing SUMA and 2 ANC’s Slide 40: STASR Shelf showing 4 TREs TRE: Trans Receive Equipment Slide 41: BTSRI5 Slide 43: SUB-RACK CONFIGURATION Slide 45: STASR Shelf STASR: Standard Telecommunication Sub-rack Slide 46: STASR BACK-PLANE Connector Layout Front View Slide 47: MBI Rack Top View Slide 48: MBI5 DC Power Interconnections Slide 49: MBI5 Data and Control Cabling Slide 50: MBI5 Subracks Interconnection cabling BTSRI TFBP Ribbon Cable Slide 52: CONFIGURATION NOMENCLATURE Different type of Configurations BTS-9100-IND-MBI5-1N, 1P, 1Q TRX900 (MBI5 1,1,1G) BTS-9100-IND-MBI5-2N, 2P, 2Q TRX900 (MBI5 2,2,2G) BTS-9100-IND-MBI5-3N, 3P, 3Q TRX900 (MBI5 3,3,3G) BTS-9100-IND-MBI5-4N, 4P, 4Q TRX900 (MBI5 4,4,4G) BTS-9100-IND-MBI3-4N, 0P, 0Q TRX900 (MBI3 4,0,0G) BTS-9100-OUT-MBO2-1N, 1P, 0Q TRX900-2HU-BU90 (MBO2-1, 1G) BTS-9100-OUT-MBO2-2N, 2P, 0Q TRX900-2HU-BU90 (MBO2-2, 2G) BTS-9100-OUT-MBO2-1N, 1P, 1Q TRX900-2HU-BU90 (MBO2-1, 1, 1G) BTS-9100-OUT-MBO2-1N, 1P, 1Q TRX1800-2HU-BU90 (MBO2-1, 1, 1D) Slide 53: BTS-9100-MBI3-8N,0P,0QG (MBI3 8,0,0G) Slide 54: BTS-9100-MBI3-4N,4P,0QG (MBI3 4,4,0G) Slide 55: BTS-9100-MBI3-2N,2P,2QG (MBI3 2,2,2G) Slide 56: MBI5 with 4,4,4 Configuration Slide 57: BTS-9100-MBI5-8N,0P,0QG (MBI5 8,0,0G) Slide 59: BTS-9100-MBI5-6N,6P,0QG (MBI5 6,6,0G) Slide 60: BTS-9100-MBI5-4N,8P,0QG (MBI5 4,8,0G) Slide 61: BTS-9100-MBI5-4N,4P,4QG (MBI5 4,4,4G) Slide 62: BTS-9100-MBI5-4N,4P,4QG (MBI5 4,4,4G) Note: Cards ADAM, PM12, and BATS(Opt) are used in AC version. Slide 63: BTS-9100-MBO1-8N,0P,0QG-HU (MBO1 8,0,0G-HU) Slide 64: BTS-9100-MBO1-4N,4P,0QG-HU (MBO1 4,4,0G-HU) Slide 65: BTS-9100-MBO1-2N,2P,2QG-HU (MBO1 2,2,2G-HU) Slide 66: OUTDOOR – BTS BTS-9100-OUT-MBO2-4N, 4P, 4Q TRX900-2HU-BU90 (MBO2-4, 4,4G) MBO2: Multistandard Base Station Outdoor Slide 67: Present status of the Product with BSNL QA -Indoor BTS MBI model with upto GPRS,EDGE compatibility only has been offered till date. -The BTS offered is for GSM 900 only. -TSEC is yet to be issued due to want of some GR non compliances -At present only despatch clearance were issued and no Ics were issued for want of TSEC. -Out door BTS has not been offered yet for TSEC. END. : END. You do not have the permission to view this presentation. In order to view it, please contact the author of the presentation.
17255256-Alcatel-bts Traffic Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINT lite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: (To copy code, click on the text box) Embed: URL: Thumbnail: WordPress Embed Customize Embed The presentation is successfully added In Your Favorites. Views: 1244 Category: Entertainment License: All Rights Reserved Like it (2) Dislike it (0) Added: December 22, 2010 This Presentation is Public Favorites: 1 Presentation Description No description available. Comments Posting comment... By: thiendt5 (3 month(s) ago) your document is very helful. i want to download it Saving..... Post Reply Close Saving..... Edit Comment Close By: maryoud2000 (8 month(s) ago) Thank you for your good effort, i want download this file.. Saving..... Post Reply Close Saving..... Edit Comment Close By: biscar (10 month(s) ago) hi, this is a very good material...very helpful for begginers like me..........i would love to download it.....thanks alot Saving..... Post Reply Close Saving..... Edit Comment Close By: trung_vtt (15 month(s) ago) i want download this document Saving..... Post Reply Close Saving..... Edit Comment Close Premium member Presentation Transcript Slide 1: “EVOLIUM BTS A9100” (Alcatel technology) Manufactured by M/s ITI Mankapur & M/s ITI Raebareli Slide 2: GSM Network Elements MS BTS BSC MSC HLR VLR EIR AuC OMC SMS Um Abis A MS Mobile Station. BTS Base Transceiver Station BSC Base Station Controller MSC Mobile Services Switching Center. HLR Home Location Register. EIR Equipment Identity Register AuC Authentication Center. SMS Short Message Service. VLR Visitor Location Register. Slide 4: EVOLIUM A9100 INDOOR-BTS (MBI5) Slide 5: EVOLIUM A9100 INDOOR-BTS (MBI3) Slide 6: The BTS A9100’s has modular design which allows following configurations: - Omni Configuration, - Sectorized Configuration and - Multi Band Architecture. - Configurations are built from a small primary components. Slide 7: Quality of BTS.(as per Alcatel version) - Very high radio performances, in particular * Reception sensitivity, -111 dBm, * Improved Output Power, (Standard 45 W), - Radio (synthesizer) Frequency Hopping, - Antenna Diversity (as standards option), - Minimum Service Interruption - Very High BTS availability Due to Module Reliability Due to System Architecture, - Optimized software release migration. (Simultaneously stores two software-versions). Slide 8: Flexibility of BTS. - Wide possibilities of extensions and sectorization, within the same cabinet, e.g., the MBO2 cabinet can accommodate up to six sectors with a twelve-TRX total capacity, - Outdoor BTS modularity provides flexibility for other equipments (Transmission Equipment, Batteries, Microwave, DDF etc.), - System Architecture and Cabinet for GSM 850, GSM 900, GSM 1800 and GSM 1900 remains the same, - High modularity, - Reduced set of modules and a common interface. Slide 9: Future Proof BTS. - GPRS Ready - EDGE Ready by “add TRE” operation - UMTS Ready: the MBI5 and MBO2 outdoor cabinet allow mixed configurations GSM + UMTS. Slide 10: EVOLIUM A9100 INDOOR – BTS ( MBI3 ) RACK & SUBRACK - Rack Frame (1), - Connection Shelf (1), - STASR (3). Slide 11: EVOLIUM A9100 INDOOR – BTS ( MBI5 ) RACK & SUBRACK - Rack Frame (1), - Connection Shelf (1), - STASR Shelf (5). Slide 12: STASR Subrack Dimensions MBI5: Multistandard Base Station Indoor(5 shelves) STASR: Standard Telecommunication Subrack Slide 14: MBI3/MBI5 Module Positions Slide 15: EVOLIUM A9100 OUTDOOR – BTS (MBO2) - MBO1 is half of this rack. Slide 16: OUTDOOR – BTS MBO1 - Battery Unit (BU90), Air Con. Unit, STASR (3), OPTIONAL, PM12 (1200W) (2). Slide 17: OUTDOOR – BTS MBO2 (MBO1+MBOE) - Rack Frame (MBO1+MBOE), - Battery Unit (BU90), Heat Exch. Unit, STASR (6), OPTIONAL, PM12 (1200W) (3). Slide 18: Multi Standard BTS OUTDOOR Slide 19: BTS A9100 MBI5 MODULES/ CABLES Slide 20: A9100 Base Station Architecture (BTS) Slide 21: View of Connection Area showing the boards XIBM, MSCA and the Breakers XIBM: External Alarm Input Board Multistandard MSCA: Multistandard Connection Area DCBR5: Power Supply & Circuit Breaker Area XIBM MSCA DCBR5 Slide 22: MBI Interconnection Panel Slide 23: TRE Front Panel (Trans Receive Equipment) Slide 24: Transceiver (TRX) level The transceiver (TRX) level covers GSM 850, GSM 900, GSM 1800 and GSM 1900 functionalities, including full rate, half rate, enhanced full rate, antenna diversity, radio frequency hopping (synthesized hopping) and different iphering algorithms. For each band, these functions are integrated into one single module. Inside each TRX module, an RF loop is implemented. The loop test is performed after downloading the frequencies to the BTS as a supplement to the autotest. The TRX module also handles the Radio Signaling Link (RSL) protocol. Slide 25: SUMA Controller Card (Station Unit Module Advanced) Slide 26: 2.1.3 Base station Control Function (BCF) level This level is ensured by the Station Unit Module (SUM), which is the central unit of the BTS. There is only one such module per BTS, whatever the number of sectors and TRXs is; this common control function of the SUM is also called Station Unit Sharing. The main base station control functions performed are as follows: - Generating the clocks for all other BTS modules; the clocks can be either synchronized to an external clock reference - e.g. A-bis link, GPS or another BTS - or generated in a pure free-run mode by an internal frequency generator. - Ensuring central BTS Operation & Maintenance (O&M) application, - Handling the A-bis transmission links (up to two A-bis interfaces), - Handling Operation and Maintenance Link (OML) and Qmux (transmission equipment supervision) protocols, - Controlling the AC/DC function when integrated inside the BTS (Outdoor or Indoor AC configurations), - Controlling the battery (capacity, voltage, temperature), - Setting the optimal voltage and current for battery charging. Slide 27: ANY Front Panel (Twin Wide Band Combiner) Slide 28: The Twin Wide Band Combiner (ANy) module The Twin Wide Band Combiner stage (ANy) combines up to four transmitters into two outputs, and distributes the two received signals up to four receivers. This module includes twice the same structure, each structure containing: - One wide band combiner (WBC), concentrating two transmitter outputs into one - Two splitters, each one distributing the received signal to two separate outputs providing diversity and non-diversity path. The hybrid Wide-band combining technique is used, since it avoids tuning problems and is more reliable compared to remotely tunable cavities. Moreover it is compatible with the Synthesized Frequency Hopping (SFH) feature. For standard configurations (for details please refer to dedicated chapter), for which each sector is connected to two antennas (or one cross-polarized antenna), the Twin Wide Band Combiner module (ANy) is only necessary for sectors with five or more TRXs. Slide 29: TWIN WIDE BAND COMBINER (ANY) Slide 30: TWIN WIDE BAND COMBINER (ANY) Slide 31: ANC Front Panel (Antenna Network Combiner) Slide 32: ANC Architecture Slide 33: Antenna Coupling Level. The antenna coupling level is the stage between the antennas and the TRX level; it handles the combining functions as well as the interface with the antennas. A single module called Antenna Network Combiner (ANc) performs these functions for up to 4 TRXs. For configurations of higher capacity, a Combiner stage can be added. Thanks to the ANc flexibility and this modular building, the antenna coupling level can be adapted to a wide range of requirements (reduction of attenuation losses, minimization of the number of antennas…). The general functions performed at this level are: - Duplexing transmit and receive paths onto common antennas; - Feeding the received signals from the antenna to the receiver front end, where the signals are amplified and distributed to the different receivers (Low Noise Amplifier (LNA) and power splitter functions); - Providing filtering for the transmit and the receive paths; - Combining, if necessary, output signals of different transmitters and connecting them to the antenna(s); - Supervising antennas VSWR (Voltage Standing Wave Ratio). Slide 34: The Antenna Network Combiner (ANc) module The Antenna Network combiner module (ANc) connects up to four transmit signals to two antennas, and distributes the received signals from each antenna to up to four receivers (for the normal and the diversity reception). This module includes twice the same structure, each structure containing: - One duplexer allowing a single antenna to be used for the transmission and reception of both downlink and uplink channels- hence minimizing the number of antenna - A frequency selective VSWR meter to monitor antenna feeder and antenna - One LNA amplifying the receive RF signal, and giving good VSWR values, noise compression and good reliability - Two splitter levels distributing the received signal to two or four separate outputs so that each output receive the signal from its dedicated antenna and from the second one (diversity) - One Wide Band Combiner (WBC), concentrating two transmitter outputs into one, only for configurations with more than two TRX. Each sector is equipped with at least one such stage, which features very high sensitivity reception, low attenuation, and minimum inter-modulation products. The ANc can be manually configured (on site) in two modes depending on the number of TRX in the sector: - The No-combining mode for configuration up to 2 TRX, for which the Wide Band Combiner is not needed therefore bypassed. - The Combining mode for configuration from 3 up to 4 TRX, for which the Wide Band combiner is not bypassed. Slide 35: Each sector is equipped with at least one such stage, which features very high sensitivity reception, low attenuation, and minimum inter-modulation products. The ANc can be manually configured (on site) in two modes depending on the number of TRX in the sector - The No-combining mode for configuration up to 2 TRX, for which the Wide Band Combiner is not needed therefore bypassed. - The Combining mode for configuration from 3 up to 4 TRX, for which the Wide Band combiner is not bypassed. Slide 36: Antenna Network Combiner (ANC) Slide 37: Weight of Physical Modules Slide 38: STASR Shelf showing 2 TRE’s & 1 ANC TRE: Trans Receive Equipment ANC: Antenna Network Combiner( upto 4 TRE’s ) Slide 39: SUMA: Station Unit Module Advanced (Controller Board) ANC: Antenna Network Combiner (upto 4 TRE’s). STASR Shelf showing SUMA and 2 ANC’s Slide 40: STASR Shelf showing 4 TREs TRE: Trans Receive Equipment Slide 41: BTSRI5 Slide 43: SUB-RACK CONFIGURATION Slide 45: STASR Shelf STASR: Standard Telecommunication Sub-rack Slide 46: STASR BACK-PLANE Connector Layout Front View Slide 47: MBI Rack Top View Slide 48: MBI5 DC Power Interconnections Slide 49: MBI5 Data and Control Cabling Slide 50: MBI5 Subracks Interconnection cabling BTSRI TFBP Ribbon Cable Slide 52: CONFIGURATION NOMENCLATURE Different type of Configurations BTS-9100-IND-MBI5-1N, 1P, 1Q TRX900 (MBI5 1,1,1G) BTS-9100-IND-MBI5-2N, 2P, 2Q TRX900 (MBI5 2,2,2G) BTS-9100-IND-MBI5-3N, 3P, 3Q TRX900 (MBI5 3,3,3G) BTS-9100-IND-MBI5-4N, 4P, 4Q TRX900 (MBI5 4,4,4G) BTS-9100-IND-MBI3-4N, 0P, 0Q TRX900 (MBI3 4,0,0G) BTS-9100-OUT-MBO2-1N, 1P, 0Q TRX900-2HU-BU90 (MBO2-1, 1G) BTS-9100-OUT-MBO2-2N, 2P, 0Q TRX900-2HU-BU90 (MBO2-2, 2G) BTS-9100-OUT-MBO2-1N, 1P, 1Q TRX900-2HU-BU90 (MBO2-1, 1, 1G) BTS-9100-OUT-MBO2-1N, 1P, 1Q TRX1800-2HU-BU90 (MBO2-1, 1, 1D) Slide 53: BTS-9100-MBI3-8N,0P,0QG (MBI3 8,0,0G) Slide 54: BTS-9100-MBI3-4N,4P,0QG (MBI3 4,4,0G) Slide 55: BTS-9100-MBI3-2N,2P,2QG (MBI3 2,2,2G) Slide 56: MBI5 with 4,4,4 Configuration Slide 57: BTS-9100-MBI5-8N,0P,0QG (MBI5 8,0,0G) Slide 59: BTS-9100-MBI5-6N,6P,0QG (MBI5 6,6,0G) Slide 60: BTS-9100-MBI5-4N,8P,0QG (MBI5 4,8,0G) Slide 61: BTS-9100-MBI5-4N,4P,4QG (MBI5 4,4,4G) Slide 62: BTS-9100-MBI5-4N,4P,4QG (MBI5 4,4,4G) Note: Cards ADAM, PM12, and BATS(Opt) are used in AC version. Slide 63: BTS-9100-MBO1-8N,0P,0QG-HU (MBO1 8,0,0G-HU) Slide 64: BTS-9100-MBO1-4N,4P,0QG-HU (MBO1 4,4,0G-HU) Slide 65: BTS-9100-MBO1-2N,2P,2QG-HU (MBO1 2,2,2G-HU) Slide 66: OUTDOOR – BTS BTS-9100-OUT-MBO2-4N, 4P, 4Q TRX900-2HU-BU90 (MBO2-4, 4,4G) MBO2: Multistandard Base Station Outdoor Slide 67: Present status of the Product with BSNL QA -Indoor BTS MBI model with upto GPRS,EDGE compatibility only has been offered till date. -The BTS offered is for GSM 900 only. -TSEC is yet to be issued due to want of some GR non compliances -At present only despatch clearance were issued and no Ics were issued for want of TSEC. -Out door BTS has not been offered yet for TSEC. END. : END.