FXEB_info_24_04_2013.pdf

Flexi Multiradio 3-Sector RF Module Triple 90WFXCB/FXDB/FXEB/FXFC • 1 RF module for 3-sector site, 18 carrier (3x6) capacity with integrated Duplex Filters • 3 x 80W at antenna connector • Available in 900, 850,1900 and 1800 Band • Active bandwidth software tunable for Full band@ 900 and 850 band and 35MHz IBW for 1800MHz and 1900 band • 3 RP3 01 OBSAI Interfaces, for System Module connectivity and RFM chaining • 3 TX/RX Antenna Interfaces, 3 RX Diversity Antenna Interfaces • 3 RX outputs for diversity sharing with co-sited BTS (Ultrasite/Flexi EDGE/BS2xx) • Support for AISG 2.0 (only for peer technology), Bias-T’s and VSWR measurement • Integrated DC line OVP, Class II rated to 5kA pulse • 48V DC input • • • • • ~ 25 liters ~ 25 kg 3 height units Module IP65 -35 to +55 ° C 1 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W 4/3/5/10/20 80W .8G+2x2L(15MHz) MIMO with 2 MCPAs (RFMs) -.8G+2x2L(15MHz) MIMO with 2 MCPAs (RFMs) -.Flexi 3-Sector RF Module Triple 90W BW and configurations for different Bands Frequency.8G+2x2L(20MHz) MIMO with 2 RFMs (without Rx cross cabling upto 60MHz) 1800MHz. BW (TX/RX) GSM TRXs WCDMA carriers LTE bandwidth Output power Antenna Port per sector MCPA Concurrent mode(s) Max supported by HW: 850MHz.8G+2x2L(20MHz) MIMO with 2 RFMs (without Rx cross cabling upto 60MHz) 1900MHz.4G+2U/1L(10MHz) -2U+1L(10MHz) -2G+1L(20MHz) -. 35/60MHz(FXEB) 6+6+6 4+4+4 1. GSM/WCDMA GSM/WCDMA/LTE WCDMA/LTE 2 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W .4/3/5/10/15/20 80W .. 35/35MHz(FXDB) 6+6+6 4+4+4 1. 25/25MHz (FXCB) 6+6+6 3+3+3 1.5G+1U/1L(5MHz) .4G+2U/1L(10MHz) -2U+1L(10MHz) -2G+1L(20MHz) -.4/3/5/10/15/20 80W .5G+1U/1L(5MHz) .4G+2U/1L(10MHz) -2U+1L(10MHz) -2G+1L(20MHz) -.4/3/5/10/15/20 80W . 35/60MHz(FXFC) 6+6+6 4+4+4 1.5G+1U/1L(5MHz) .8G+2x2L(20MHz) MIMO with 2 RFMs (without Rx cross cabling upto 60MHz) GSM/LTE.2G+1U+1L(10MHz) -2U+1L(10MHz) .2G+1U+1L(10MHz) -2U+1L(10MHz) .2G+1U+1L(10MHz) -2U+1L(10MHz) .4G+2U/1L(10MHz) -2U+1L(10MHz) -2G+1L(20MHz) -.8G+2x2L(15MHz) MIMO with 2 MCPAs (RFMs) -.2G+1U+1L(10MHz) -2U+1L(10MHz) .5G+1U/1L(5MHz) .8G+2x2L(15MHz) MIMO with 2 MCPAs (RFMs) -.8G+2x2L(20MHz) MIMO with 2 RFMs (without Rx cross cabling upto 60MHz) 900MHz. Optional Power cable.Site Bag/Contents of the Triple RF Module Existing RF Module (3x70W RFM) sales Item Following Items are Included in Site Bag • RF Module with fan assembly and without the casings • 2. 2m New RF Module (3x90W RFM) sales item All new Flexi radio Modules (3x90W) does not have DC cable.0 meter long IP55 protected outdoor multimode optical system cable • Two pluggable SFP Multimode optical transceivers. 2m Optical cable. SFPs and optical cable details can be found in optional Item Sales Guide Following Items are Included in Site Bag • RF Module with fan assembly and without the casings • DC terminal seal • Cable Tie 3 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W .0 meter long IP55 protected outdoor cable for 48 V DC • 2. one to System and other one to RF Module SFP optical transceiver DC cable. SFPs and Optical Cables and due to new screw terminal in RFM and two connectors options in System Module and Also multiple Choice of SFPs and Optical cables. With Dual power cable Max 2 RFM can be connected with System Module Option 2: FPCC DC cable multibeam-open 2m (6. If power demand exceeds 30A.6 ft) ” 472823A” • Check table in next slide for use of single cable. consider future expansion when selecting DC cables. Up to 4 RFMs can be connected with System Module when single power cable is used. then it is recommended to use the dual power cable FPCA 472806A 4 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W . it is recommended to use bigger fuses in the DC feed lines. DC cable requirements depends upon O/P power. Option 1: FPCA Dual Power Cable 2 m (6. input Voltage.3x90W triple RFM (FXxB) Powering Optional Power cable The DC cable is not included in the 90 W RF Module delivery. as may happen with low operating voltages with 3x90W RF Modules operating in full power mode. If you use a integrated power distribution unit (PDU). 48 VDC power can be fed from a System Module or directly from an external power source. and MHA/RET use.6 ft)” 472806A” • Check table in next slide for use of Dual power cable. system module with 30A output capability. Note : Check the power consumption. System Module 3x90W RFM To minimize potential site work. 5 >= 41.5 Power Cable Single Dual Single Single Single Single 5 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W .5 >= 46.5 Power Cable Single Dual Single Dual Single RET/MHA? Any Yes Yes Yes No No Minimum voltage Any < 40 < 46.5 >= 41.5 < 41.3x90W triple RFM (FXxB) Powering Optional Power cable FSMC/D/E 30A PDU When using ESMB/ESMC system module single power cable to be used along with FXxB RFM Total Configured output Variant power 1800 <= 180 W 1800 > 180 W 1800 > 180 W 1800 > 180 W 1800 > 180 W Total Configured output Variant power 900 <= 180 W 900 > 180 W 900 > 180 W 900 > 180 W 900 > 180 W 900 > 180 W RET/MHA? Any Yes Yes No No Minimum voltage Any < 46.5 < 41.5 >= 46. e.FHxB ) Default 20W power license would be available with Each Pipe Step size – incremental by 20W per step Additional Power Licenses are required in 20W incremental steps – per branch if more output power is needed Sectors – – – – – Power 20W 0 0 0 40W 1 2 3 60W 2 4 6 80W 3 6 9 1 11 111 Power Licenses # of Power licenses 6 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W . High Power RRH (2x60W) and Flexi Compact BTS are delivered with all three branches activated with 20W o/p power limit License implemented in BSC Common LK for 3x90 W RF (FXCB.Flexi Multiradio BTS and Flexi Multiradio 10 BTS • GSM BTS Power License 20W step: Code BSC00548 – Flexi Multiradio 3 sector 90W Triple RFM.Details on HW Activation Licenses • Multiradio TRX Activation License: BSC00311 – License implemented in BSC – Quantity of TRX hardware activation should be same as no of TRXs defined in BSC – Common TRX HW activation license for Flexi Compact .FXFC)and 60W+60W RRH (i.FXEB.FXDB. 6W per TRX 4/4/4 @ 20W per TRX 5/5/5@16W per TRX 6/6/6 @ 11.2 MP2 RP3 7 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W . 6 antenna ports/module 1 x Pol antenna per sector RX div TX RX main Cross polarized antennas RM MCPA RXMC Duplexer RX X LNA LNA Output Power Duplexer X 1/1/1 @ 80W per TRX 2/2/2 @ 40W per TRX 3/3/3 @ 26.4*W per TRX TX RX main RX div MCPA RXMC LNA LNA RX Duplexer X TX RX main RX div MCPA RXMC LNA LNA RX *12 W support will come with EX4.RF Configurations with single RF Module with 3x90W Triple RF Module Up to 6/6/6 with 1 Radio Module 2 way diversity. Considering 35MHz IBW * With ESMC/FSMG/FSMF **Both the branches must be tuned to the same RF Frequency Range TX RP3 RX main RX div RM1 MCPA RXMC X Duplexer RX LNA LNA TX RP3 RX main RX div RM2 MCPA RXMC Duplexer RX LNA LNA 8 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W .Antenna Optimized Configuration Single band RF Configurations with 2 x 90W Triple RF Modules (one sector shown) Chained or unchained RMs 1 x XPol antenna per sector** Output Power 2/2/2 @ 80W per TRX 4/4/4 @ 40W per TRX 6/6/6 @ 26.The sectors are spread over 2 RMs to allow maximum availability -If one RM becomes unavailable.6W per TRX 8/8/8* @ 20W per TRX Antenna Optimized Configuration . the total traffic gets reduced and RX Diversity would be lost . 4W 10W 5W 2 3 4 5 6 No of Carrier(s) per PA (or Branch ) FHxB(2x60W RRH) 1 60W 2 3 4 5 6 Output Power Options Output Power Options 55W 50W 45W 40W 35W 30W 25W 20W 15W 13.1W 5.5W 7.FXDB.1W 12W 10W 8.3W 12W 10W 8.1.6W 25W 20W 16W 15W 12W 11.3W 5.1W 30W 25W 20W 15W 13.8 dBm (Normal Condition) and +/.3W 5.4W 10W 5W 16W 15W 12W 11.1W FXEB.3W 12W 10W 8.1W 15W 13.6W 25W 20W 16W 15W 12W 11.0 EP1 for 60+60W RRH1 9 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W .0.Using Low Output Power please consider the Output Power tolerance as well Note :RG301565 support will be available in EX4.4W 10W 5W 12W 11.3W 5.5W 8.5W 7.Flexi Multradio Radio Module – FXEB.FXCB& FXFC FHDB and FHEB Flexi Multiradio BTS Radio Module Output Power tolerance is +/.FXCB& FXFC and FHDB and FHEB RG301565 (5W Output Power step size for Flexi Multiradio BTS) No of Carrier(s) per PA (or Branch ) FXxB(3x90W RFM) 1 80W 75W 70W 65W 60W 55W 50W 45W 40W 35W 30W 26.3W 12W 10W 8.4W 10W 5W 20W 16W 15W 12W 11.5W 7.3W 5.3 dBm Extreme condition .6W 25W 20W 16W 15W 12W 11.3W 5.2 EP1 for 3x90W RFM and EX5.FXDB.1W 40W 35W 30W 26.4W 10W 5W 20W 15W 13.4W 10W 5W 26.3W 7.5W 7.5W 7.3W 12W 10W 8. Expansion of Existing Multiradio Site with new Radio Modules • 3x70W RFM expansion is possible with 3x90W RFM • 2x40 W RRH expansion is possible with 2x60W RRH • IBW of Both Radio should be same for Antenna optimized configuration • Output for should be common for FXxA and FXxB Radio Module • FXxA Chaining with FXxB • Configuration Example Below 3x70W RFM max Output Configuration Power 1/1/1 60W 2/2/2 30W 3/3/3 20W 4/4/4 15W 5/5/5 12W 6/6/6 10W 3x90W RFM max Output Configuration Power 1/1/1 60W 2/2/2 30W 4/4/4 20W 5/5/5 15W 5/5/5 12W 6/6/6 10W X TX RP3 RX main RX div MCPA RXMC RM1 LNA LNA Duplexer RX Duplexer RX FXxA X TX RP3 RX main RX div MCPA RXMC RM2 LNA LNA FXxB Max Configuration 2/2/2@60W 4/4/4@30W 7/7/7@20W 9/9/9@15W 10/10/10@12W 12/12/12@10/12*W Note : Radio Module and Remote Radio head can not be shared in one sector but RRH can be used with Triple RFM for Sector Addition *12 W support will come with EX5.0 EP1 10 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W . 0 5 16 42.6 44.0 6 12 40.8 Total output power W 80 80 80 80 80 72 Note! 12W+12W+12W+12W+12W+12W 11 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W .0 2 40 46.3 4 20 43. GSM GSM output power per carrier Number of Output power per carriers carrier W dBm 1 80 49.0 3 26.Single RAT power Levels. TX and RX Diversity with 2 RFMs (with FXEB*) Operator Frequency Allocation spread within 75 MHz BW duplex spacing RF Branch 1 Tx1/Rx1 diversity for branch 2 via branch 1 RF Branch 2 RF Branch 2 75 MHz FE Filter 75 MHz of FE Filter Tx2/Rx2 RDSA Kit Rx main diversity for branch 1 via branch 2 Rx main Tx main Tx main 35 MHz 35 MHz Total 75 MHz usable for RX diversity 5 MHz Gap • • • • • Full band Rx diversity sharing using RDSA cable In the uplink. including Rx diversity Two MAL List have to be defined For SFH DFCA support possible with two CA List Antenna Hopping and BB hopping will not be possible * The same concept is applicable with 1900 band RFM (FXFC) 12 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W . it is possible to cover 75 MHz band. it is possible to cover 60 MHz band. including Rx diversity In the downlink.TX and RX Diversity with 2 RFMs (with FXEB*) Operator Frequency Allocation spread within 60 MHz BW duplex spacing diversity for branch 2 via branch 1 RF Branch 1 Tx1/Rx1 75 MHz FE Filter 75 MHz of FE Filter RF Branch 2 RF Branch 2 Tx2/Rx2 diversity for branch 1 via branch 2 Rx main Rx main Tx main Tx main 35 MHz 35 MHz Total 60 MHz usable for RX diversity 10 MHz usable for IDD TX diversity • • • • • In the uplink. only those frequencies which lie within the overlapping 10MHx TX can be used for IDD TX Diversity Two MAL List have to defined For SFH DFCA support possible with two CA List Antenna Hopping and BB hopping Possible * The same concept is applicable with 1900 band RFM (FXFC) 13 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W . Flexi Multiradio BTS / Flexi RFM 90W . No transmission Idle Power consumption for FXxB RFM is 125W.Flexi Multiradio 10 BTS Power Consumption New Modules FXDB 80W 70W 60W 50W 40W 35W 30W 26.6W 25W 20W 15W 12W 10W 5W 14 © Nokia Siemens Networks Power Consumption examples for GSM Full Power levels at 25° C.6W 25W 20W 16W 15W 12W 11.4W 10W 5W low band RFM 2 Pipe 1 Pipe 50% RF 100% RF 50% RF 100% RF Load Load Load Load 452 671 284 392 281 370 436 626 408 582 266 349 388 537 251 328 242 306 368 492 235 289 349 460 341 445 233 282 225 271 344 436 223 266 324 412 214 256 314 391 212 245 302 368 298 361 211 241 207 235 305 361 206 234 291 346 202 223 279 326 198 219 275 315 high band RFM 1 Pipe 2 Pipe 50% RF Load 308 288 278 262 243 236 229 223 220 212 205 201 195 188 100% RF Load 411 382 354 326 300 284 272 262 243 227 227 222 211 200 50% RF Load 491 461 436 407 379 362 350 339 333 320 303 298 286 275 100% RF Load 732 671 611 553 498 466 440 419 408 379 348 337 318 290 3 Pipe 50% RF 100% RF Load Load 626 955 595 887 562 818 524 749 488 680 465 633 457 608 480 619 428 559 409 528 394 493 390 482 415 499 377 459 362 430 353 412 3 Pipe 50% RF Load 708 659 613 566 520 496 475 459 449 425 403 393 378 356 100% RF Load 1069 970 878 787 701 654 612 581 563 519 471 453 425 381 FXEB 80W 70W 60W 50W 40W 35W 30W 26. 1 MP1. RG20 EP2 EX4.0 .0 . RG30 EP1 GF2.2 EP1.0 .0.1 MP2. RG20 EP2 GF1. RG30 GF1. RG10 EX3.2 EP1.0.1.0 . RG20 EP2 GF2.1 MP2.1 MP1.0EP1. RG20 EP2 EX5.0 .0 . RG20 EP1 EX4. RG20 EP2 GF1. RG10 EX4. RG10 EX3. RG20 EP2 GF1. RG20 EP2 GF1. RG30 EP1 FXCA (850) FXFA (1900) FXFB (1900) FXDB (900) FXEB (1800) Flexi MR RFM 3*90W FXCB (850) FXFC (1900) 15 © Nokia Siemens Networks Flexi Multiradio BTS / Flexi RFM 90W .0EP2. RG20 EP2 GF1.SW support plan for different radio variants Hardware variants GSM/EDGE System Module (ESMB/ESMC) EX Branch Flexi Multiradio System Module (FSML/FSMG/FSMF) GF Branch FXDA (900) FXDJ (900J) FXEA (1800) Flexi MR RFM 3*70W EX3.0 . RG10 EX3.0 . RG20 EP2 GF1. RG30 EX5. RG20 EP2 GF1.1 MP1. RG10 EX3.