LTE BTS Supported Configurations_11.2

Flexi Multimode BTS in LTE Mode Configurations Slideset* © Nokia Siemens Networks Flexi Multimode BTS in LTE mode / M.Isoniemi / 25.02.2010
For internal use
Supported Configurations
Checked by:
Version:
11.0
Revision:
* © Nokia Siemens Networks Flexi Multimode BTS in LTE mode / M.Isoniemi / 25.02.2010
For internal use
06.06.2008
1.2
Kati Jaakola-Kääriä
LTE85 Flexi 3-pipe RF Module 2600MHz (FRHA) support added LTE112 Cell Bandwidth - 20MHz support added LTE151-e BTSOM Support of WMP Trial (FRGH configuration slides L1-x-10, L11-x-11, L111-x-12) Planned Configuration Features info added Titles of Configurations renamed (Single -> 1Tx+1Rx, MRC -> 1Tx+2Rx, MIMO -> 2Tx+2Rx) B type sector configuration slide added LBTS2.0 (RL20) feature slides added
10.09.2008
2.2
22.10.2008
3.2
14.11.2008
4.0
RL20 and RL30 content updated
For internal use
12.02.2009
4.2
K.Jaakola-Kääriä
CN3796: New Naming Schema for Configuration (TX/RX amount added to ID) Release content updated (slides6-8)
18.02.2009
5.0
K.Jaakola-Kääriä
Approved
25.02.2009
5.1
K.Jaakola-Kääriä
LTE86-b, LTE99-a features added. New layouts of SM and RF described in slide 6.
26.02.2009
5.2
K.Jaakola-Kääriä
Corrections
12.03.2009
6.0
K.Jaakola-Kääriä
Approved
05.05.2009
6.1
Kati Jaakola-Kääriä
RLT removed from slides 4 and 5. LBTS2.0 and 3.0 planned feature list replaced with the link where the information can be found. CN3870: CRL0053: 730 MHz RF Head in RL09 2 & 3 Omni A, F and G configurations added (future configurations)
19.05.2009
6.2
K.Jaakola-Kääriä
19.05.2009
7.0
K.Jaakola-Kääriä
11.08.2009
7.4
K.Jaakola-Kääriä
LTE752-a Flexi 3-pipe RF Module 1500 MHz (FRKA) added.
For internal use
Matias Isoniemi
LTE088-a Flexi 3-pipe RF Module 900 MHz (FXDA) added. LTE101-a Flexi 3-pipe RF Module 1800 MHz (FXEA) added.
16.10.2009
8.3
K.Jaakola-Kääriä
CN3896: FRGH support in RL09 for Integration and Verification (CN3896: FRGH support in RL09 for Integration and Verification (Official support for FRGH removed. Used only in verification and integration)
27.10.2009
8.4
K.Jaakola-Kääriä
28.10.2009
8.5
K.Jaakola-Kääriä
29.10.2009
9.0
K.Jaakola-Kääriä
Approved
13.11.2009
9.1
K.Jaakola-Kääriä
CN4044: CRLyyyy Removal of FRBA (Support for FRBA removed from LN1.0 and transferred to Future release).
23.11.2009
10.0
K.Jaakola-Kääriä
Approved
4.12.2009
10.1
07.12.2009
10.2
K.Jaakola-Kääriä
9.12.2009
10.3
14.12.2009
10.4
18.12.2009
10.5
28.12.2009
10.6
08.01.2010
10.7
Support for LTE089-a & LTE547 added
For internal use
03.02.2010
10.9
CN4171: LTE752-a Flexi 3-pipe RF Module 1500 MHz (FRKA) removed
16.02.2010
10.10
Matias Isoniemi
CN4212 FRMB from RL20 to RL10 + LTE113-b 15 MHz cell BW added
25.02.2010
10.11
25.02.2010
11.0
Henri Niemelä approved 19.2.2010
For internal use
LBTS1.0 Configuration Features…
LTE75: Up to 3 Cells per Flexi LTE BTS
LTE94-a Feederless Site (Inc22)
LTE112: Cell Bandwidth 20MHz supported (Inc18)
LTE114: Cell Bandwidth 10MHz supported
LTE115: Cell Bandwidth 5MHz supported (Inc16)
Maximum number of sectors is 3
Maximum number of TX is 6 and RX is 6
Maximum number of cells is 3
Type A, G, H, I of sector configuration type (antenna cabling type) is supported
For internal use
LBTS2.0 Configuration Features
LTE113-b: Cell Bandwidth 15MHz supported (inc25)
For internal use
[Band 4/10] – FRIE – 3-sector RFM 1.7/2.1GHz 60W (Rel. 2.1) (LTE99-a)
[Band 7] – FRHA – 3-sector RFM 2600MHz 60W (Rel. 2.1) (LTE85)
[Band 20] – FRMA – 3-sector RFM 800MHz 60W (Rel. 2.1) (LTE000437-a)
[Band 20] – FRMB – 2TX RRH 800MHz 40W (Rel. 2.1) (LTE547)
RF variants in LBTS2.0
[Band 1] – FRGP – 3-sector RFM 2100MHz 60W (Rel. 2.1) (LTE86-b)
[Band 3/9] – FXEA – 3-sector RFM 1800MHz 60W (Rel. 2.2) (LTE101-a)
[Band 7] – FRHB – 2TX RRH 2600MHz 40W (Rel. 2.1) (LTE89-a)
[Band 8] – FXDA – 3-sector RFM 900MHz 60W (Rel. 2.2) (LTE88-a)
RF variants in Future Releases
[Band 1] – FRGQ – 2TX RRH 2100MHz 40W (Rel. 2.1) (LTE000452)
[Band 4/10] – FRIF – 2TX RRH 2100MHz 40W (Rel. 2.1) (LTE102)
[Band 12/17] – FRLB – 2TX RRH 2100MHz 30W (Rel. 2.1) (LTE103-a)
[Band 2] – FXFA – 3-sector RFM 1900MHz 60W (Rel. 2.2) (LTE763-a)
[Band 5] – FXCA – 3-sector RFM 850MHz 60W (Rel. 2.2) (LTE87-a)
System Module variants
LBTS1.0: LTE082 – FSME - Flexi LTE System Module (Rel. 2.0)
LBTS2.0: LTE074 – FSMD - Flexi LTE System Module (Rel. 2.0)
For internal use
Configurations
Release where e.g. SW/HW Supports Configuration and what is the official release when configuration shall be supported can be found from ShareNet IMS: https://sharenet-ims.inside.nokiasiemensnetworks.com/Overview/395244780
Concurrent BTS supported configurations can be found from ShareNet IMS:
Link to slide set: https://sharenet-ims.inside.nokiasiemensnetworks.com/Overview/410901078
Link to excel list: https://sharenet-ims.inside.nokiasiemensnetworks.com/Overview/410930107
For internal use
Feederless Site
All sectors are in a same RF site, which is not the same that the site of the System Module.
SM
RM
LN1.0:
RM
RM
LN1.0:
One Flexi RF Module can support max 60W for up to three sectors and cells.
Two Flexi RF Modules can support max 60W + 60W 2TX MIMO for up to three sectors and cells.
One Flexi RF Module can support max 60 W + 60W 2TX MIMO for one sector with HW capable to support 4RX diversity (future)
For internal use
Planned Configuration Features
Planned configuration related features and specification schedule for those can be checked from BTS Specification increment plan (Filter e.g. by Responsible FT = Conf): https://sharenet-ims.inside.nokiasiemensnetworks.com/Overview/395247871
For internal use
Supported BW:s vs. Frequency Variants
Behind following link you can find information of bandwiths which are supported with RF Modules and officially supported and tested configurations:
For internal use
Unique
and technology
Characters available can be used for multitechnology RFs in future, like WCDMA/LTE.
Type of Radio module
WCDMA
Power
WCDMA
FXCA Flexi RF Module 850 Triple 70 W
For internal use
Unique
Frequency
For internal use
Release 2.1 RRH
For internal use
Tx & Rx
FRxx Tx and Rx antenna connectors (Triple PA = three pipe-PA)
Rx
Rx
For internal use
FRxx Tx and Rx antenna connectors (2-sector RRH = two pipe-PA)
Tx & Rx
Tx & Rx
For internal use
Supported Customer Configurations
For internal use
First character indicates BTS type
L = Flexi Multimode BTS in LTE Mode
Second to n characters indicates sectors and carriers
1 (omni) = 1
2 (omni) = 2
1+1 = 11
2+2 = 22
…
X = All Frequency Variants
TX Number - RX Number, where nTX/nRX tells the amount of TX/RX in the configuration (depends on the sector configuration type):
1TX-1RX = SINGLE (sector configuration type F)
1TX-2RX = MRC (sector configuration type A)
2TX-2RX = MIMO (sector configuration type G, H and I)
Example: L111-G-65-1TX-2RX
Sector configuration = 1+1+1
Frequency variant = 2100 MHz
TX/RX Number = 1TX-2RX (MRC)
For internal use
Configurations in LBTS1.0
Supported also as Feederless Site Configuration (FSC)
For internal use
A Type Sector Configuration
Supported way to build 1, 1+1 and 1+1+1 1Tx+2Rx
Ant 1 | Ant 3 | Ant 5 (1Tx + 1Rx) + Ant 2 | Ant 4 | Ant 6 (1Rx)
Sector1
LCR2: Rx2
Major Configuration
Priority 1
For internal use
Supported way to build 1 cell 2Tx+2Rx (MIMO 2x2)
Sector1
Sector configuration type G using 3 sector RF module
For internal use
H Type Sector Configuration
Supported way to build 1, 1+1 and 1+1+1 2Tx+2Rx (MIMO 2x2)
Sector1
LCR1: Tx2 & Rx2
FR 1 Ant 1 + FR 2 Ant 1 | FR 1 Ant 3 + FR 2 Ant 3 | FR 1 Ant 5 + FR 2 Ant 5 (2Tx + 2Rx)
RF Band A
RF Band A
Sector configuration type H using 3 sector RF module
For internal use
Supported way to build 1 cell 2Tx+2Rx (MIMO 2x2)
Ant 1 | Ant 2 (2Tx + 2Rx)
Sector configuration type I using 2 sector RRH
Sector1
LCR1: Tx1 & Rx2
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR1: Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR1: Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR1: Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR2: Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR2: Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
Note: Possible only with RF modules with 20MHz BW, e.g. 2.6MHz FRHA.
Sector1
LCR2: Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
Ant2
Ant1
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
Ant2
Ant1
Ant2
Ant1
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
Ant2
Ant1
Ant2
Ant1
Ant2
Ant1
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR1: Tx & Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR2: Tx & Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR3: Tx & Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR3: Tx & Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR1: Div Tx & Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR2: Div Tx & Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR3: Div Tx & Rx
For internal use
Double BB Capacity with Two Flexi System Modules
Flexi BTS Redundancy System
For internal use
F Type Sector Configuration
Supported way to build 1, 1+1 and 1+1+1 1Tx+1Rx with Single Antenna Receiving
Sector1
Sector2
Sector configuration type F using 3 sector RF module
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR2: Tx & Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR3: Tx & Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR3: Tx & Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
Ant2
Ant1
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
Ant2
Ant1
Ant2
Ant1
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
Ant2
Ant1
Ant2
Ant1
Ant2
Ant1
For internal use
Supported way to build 1+1+1+1 and 1+1+1+1+1+1 1Tx+2Rx
Sector1
Sector4
LCR6: Rx
Band A
Band A
FR 1 Ant 1 + Ant 2 + FR 2 Ant 1 + Ant 2 | FR 1 Ant 3 + Ant 4 + FR 2 Ant 3 + Ant 4 | FR 1 Ant 5 + Ant 6 + FR 2 Ant 5 + Ant 6 (1Tx + 2Rx)
For internal use
? Type Sector Configuration
Supported way to build 1+1+1+1+1+1 2Tx+2Rx
Sector configuration type ? using 3 sector RF module
Sector4
Band A
Band A
Band A
FR 1 Ant 1 + FR 2 Ant 1 + FR3 Ant 1 + FR4 Ant 1 |
FR 1 Ant 5 + FR 2 Ant 5 + FR3 Ant 5 + FR4 Ant 5 | (2Tx + 2Rx)
Note1: System module (one or two) cabling will be added later (one picture for 10MHz and one for 20MHz)
Note2: Sector configuration type will be defined in the future.
For internal use
6 Cell per Flexi LTE BTS
For internal use
#L111111-x-x-1TX-2RX: 1+1+1+1+1+1 A (BW 5MHz and lower)
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR5: Rx
For internal use
#L111111-x-x-1TX-2RX: 1+1+1+1+1+1 A (BW 10MHz)
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR5: Rx
For internal use
#L111111-x-x-1TX-2RX: 1+1+1+1+1+1 A (BW 20MHz)
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR6: Rx
For internal use
#L111111-x-x-2TX-2RX: 1+1+1+1+1+1 G (BW 10MHz and lower)
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR6: Tx & Rx
For internal use
#L111111-x-x-2TX-2RX: 1+1+1+1+1+1 G (BW 20MHz)
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR6: Tx & Rx
For internal use
Supported way to build dual band 2x(1, 1+1 and 1+1+1 1Tx+2Rx
Sector1
Sector1
LCR6: Rx
Band A
Band B
FR 1 Ant 1 + FR 2 Ant 1 + FR 1 Ant 2 + FR 2 Ant 2 |
FR 1 Ant 5 + FR 2 Ant 5 + FR 1 Ant 6 + FR 2 Ant 6 (1Tx + 2Rx)
Note: Two SM support needed at ?? BW (BW will be defined later).
For internal use
4-Way Rx Div
Supported way to build 1, 1+1 and 1+1+1 2Tx+4Rx MIMO
Sector1
LCR1: Tx2 & Rx2
FR 1 Ant 5 + FR 2 Ant 5 + FR 1 Ant 6 + FR 2 Ant 6 (2Tx + 4Rx)
Sector1
Note: Sector configuration type will be defined in the future.
For internal use
Supported way to build 1, 1+1 and 1+1+1 4Tx+4Rx
Sector1
Band A
Band A
Band A
FR 1 Ant 5 + FR 2 Ant 5 + FR3 Ant 5 + FR4 Ant 5 | (4Tx + 4Rx)
Note1: System module (one or two) cabling will be added later (one picture for 10MHz and one for 20MHz).
Note2: Sector configuration type will be defined in the future.
For internal use
(FUTURE) Dual Band Configurations
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR2: Rx
Band A
Band B
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR2: Rx
For internal use
Flexi Feederless BTS 2TX MIMO with 4RX
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR1: Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR1: Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR2: Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR2: Rx
For internal use
#L111-x-x-2TX-4RX: FSC 1+1+1 G (BW 5MHz and lower)
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR2: Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR2: Rx
For internal use
LTE Dual Carrier Configurations
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR1: Tx & Rx
LCR2: Tx & Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR1: Rx
LCR2: Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR1: Tx & Rx
LCR2: Tx & Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
Ant2
Ant1
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
Ant2
Ant1
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
Ant2
Ant1
For internal use
Future Configurations
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR1: Tx & Rx
LCR2: Tx & Rx
LCR3: Tx & Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR1: Rx
LCR2: Rx
LCR3: Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
LCR1: Tx & Rx
LCR2: Tx & Rx
LCR3: Tx & Rx
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
Ant2
Ant1
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max
Ant2
Ant1
For internal use
5MHz = 8AxC Max
10MHz = 4AxC Max
20MHz = 2AxC Max

LTE BTS Supported Configurations_11.2

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