BTS Site Solutions.pdf

Nokia Academy RA4140 FL16 Feature Delta BTS Site Solutions LTE Features

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© Nokia Solutions and Networks 2016

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Contents • • • • • • • • • • • • • •

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LTE2099: Support for harmonized MHA family LTE2155: Inheritance of RF Sharing configurations with FSMF for GSM LTE2270: LTE TDD+FDD inter eNB CA basic BTS configurations LTE2273: Classical WCDMA-LTE RF-sharing with dedicated Power Amplifiers LTE2333: WCDMA-LTE RF sharing with 4TX/4RX RRH LTE2355: Supporting classical WCDMA/LTE RF-sharing on 2Tx/2Rx RRH 4.0 family LTE2363: Classical LTE/GSM RF-sharing configurations with 6-pipe RF-module LTE2368: Classical WCDMA/LTE RF-sharing support for 6-pipe RF-module (RF-module Rel. 3.2-family) LTE2437: Supported RAS installation options in FL16 release LTE2456: Support of classical WCDMA/LTE RF-sharing with different bands (shared/dedicated) on one local cell set LTE2668: Classical WCDMA/LTE RF sharing with 4Rx-diversity (3-pipe RF-module) LTE2901: Centralized RAN Supported Configurations LTE2905: FYGG Firmware Upgrade Summary of new radio modules

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LTE2099: Support for harmonized MHA family Feature Benefit • Feature introduces support for new Masthead Amplifiers (MHAs), which streamlines the MHA family. It also introduces the possibility to explicitly select MHA's power sources. • The LTE2099: Support for harmonized MHA family feature provides the following benefits: - Harmonized MHA family provides comprehensive MHA portfolio supporting new MHA requirements from the operators. - Dual band MHAs based on dual AISG mode provide full MHA visibility for both frequency bands. - Full visibility/recovery of fault situation in both bands is enabled. - New MHAs have a gain of 12 dB. They replace high-gain MHAs.

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LTE2099: Support for harmonized MHA family Functional Description • • • • • • • • • • •

•

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Harmonized Nokia MHA family Harmonized Nokia MHA family consists of a wide-range MHAs for single and dual band use, which have the following functionalities: AISG 2.0 support 12 dB gain excellent Passive Inter Modulation specification (-116 dBm) dual AISG/RET enabling flexible control for dual band MHAs MHA/RET control according to AISG/3GPP standard RF by-pass functionality built-in lightning protection guaranteed compatibility with Nokia Multiradio BTS Configuration management tools can identify new MHAs as part of the harmonized MHA family and recognize them through Nokia product codes in the user interface. Note: Nokia MHAs are active (AISG2.0) MHAs. However, it is possible for the operator to use them in a passive (CWA) mode, if needed. Within the harmonized MHA family, only single band MHAs (MDTB, MDGB, MDDB and MDPB) can support CWA mode.

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LTE2099: Support for harmonized MHA family MHA name

Band

Product code

Additional information

MHA name

Band

Product code

Additional information

FLPA FLPB FLMB

APT700 APT700 EU800

473052A 473053A 472979A

Low band High band Has replaced old 24 dB FLMA

FLDB

EU800/900

473050A

4 antenna ports

FLGA

1800/2100

472962A

2 antenna ports

MDTB

850

473060A

Has replaced old 32 dB MDTA

FLGC

1800/2100

473051A

4 antenna ports

MDGB

900

473058A

Has replaced old 32 dB MDGA

FLSA

1800/2600

473054A

2 antenna ports

MDDB

1800

472980A

Has replaced old 33 dB MDDA

FLSB

1800/2600

473055A

4 antenna ports

MDPB

1900

473059A

Has replaced old 33 dB MDPA

FLTA

2100/2600

473056A

2 antenna ports

FLDA

EU800/900 CS7299440

FLTB

2100/2600

473057A

4 antenna ports

7

2 antenna ports

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LTE2155: Inheritance of RF Sharing configurations with FSMF for GSM • The LTE2155: Inheritance of RF Sharing configurations with FSMF for GSM feature extends RF Sharing support for FSMF GSM in order to bring GSM FSMF on par with GSM ESMB/C related to RF Sharing configurations. • The LTE2155: Inheritance of RF Sharing configurations with FSMF for GSM feature introduces full SRAN RF sharing configuration parity for FSMF GSM SM to ESMB/C GSM SM for classical LTE-GSM RF Sharing.

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LTE2270: LTE TDD+FDD inter eNB CA basic BTS configurations •

•

The LTE2270: LTE TDD+FDD inter eNB CA basic BTS configurations feature introduces BTS configurations for TDD-FDD inter eNB Carrier Aggregation (CA) as provided by LTE2180 and LTE2316. The configurations consist of one System Module for FDD LTE side and one System Module for TDD side. Both System Modules are interconnected with a SRIO link. The configurations support inter-eNB CA TDD-FDD with two component carriers (CCs) or three component carriers (CCs). The LTE2270: LTE TDD+FDD inter eNB CA basic BTS configurations feature provides the following benefits: -

•

•

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Significant increase of downlink peak rates for operators using FDD and TDD bands Extended coverage for TDD cells that are frequently UL-limited Support for further frequency bands that do not take part in inter-eNB CA TDD-FDD

In TDD, a maximum of six secondary cells (SCells) is supported. The TDD cell always acts as the Secondary Cell (SCell), while the FDD cell acts as the Primary Cell (PCell). In most configurations an additional Flexi Baseband Extension Module (FBBA or FBBC) is needed to process the increased downlink throughput in FDD. The FBBA/FBBC is not needed if the FDD bandwidth is limited to 10 MHz in 2 TX/2 RX and a maximum of two carriers with 20 MHz + 10 MHz in TDD are used for CA. Both System Modules operate as independent eNBs. They are connected to each other with a SRIO interface through which the required data for the TDD-FDD CA is exchanged. The clock and phase synchronization is provided by the LTE1710 feature.

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LTE2273: Classical WCDMA-LTE RF-sharing with dedicated Power Amplifiers • The LTE2273: Classical WCDMA-LTE RF-sharing with dedicated Power Amplifiers feature enhances the LTE435: RF Sharing WCDMA-LTE by adding dedicated power amplifiers. This feature introduces additional WCDMA-LTE RF-Sharing configurations with dedicated power amplifiers with different LTE bandwidths. • The LTE2273: Classical WCDMA-LTE RF-sharing with dedicated Power Amplifiers feature provides the following benefits: -

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Easy and future proof BTS site evolution from WCDMA to multiband multi RAT technology by using shared same Flexi Multiradio RF modules. Easy and future proof BTS site evolution by using the same Flexi Multiradio RF Modules by SW mode either in WCDMA only mode, or in concurrent WCDMA/LTE mode or in LTE only mode. Operator can run both WCDMA and LTE concurrently by the same Flexi Multiradio RF Module(s). Operational costs are significantly cut by sharing the RF HW. Shared use of feeders and antennas, dedicated for each RAT. No additional external combiners are required. This feature helps the operator to allocate and share BTS RF resources between WCDMA/LTE in a flexible way.

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LTE2273: Classical WCDMA-LTE RF-sharing with dedicated Power Amplifiers Bands 850 MHz

Modules FXCA FXCB

900 MHz

FXDA FXDB

1.7/2.1 GHz

FRIE

1900 MHz

FXFA FXFC

2.1 GHz

11

FRGP.A

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LTE2333: WCDMA-LTE RF sharing with 4TX/4RX RRH • The LTE2333: WCDMA-LTE RF sharing with 4TX/4RX RRH feature introduces the configurations of 4Tx/4Rx Remote Radio Heads (RRHs) in WCDMA-LTE RF sharing. • Additional information on the configuration: -

WCDMA: 2 carriers (Tx) in ports 1, 2 and 2 carriers (Tx) in ports 3, 4. The shared band can be combined with any valid cell set dedicated for LTE. The basic cell set is needed for the LTE 5 MHz and 10 MHz bandwidth. The extended cell set is needed for the LTE 15 MHz and 20 MHz RRH is deployed either as a stand-alone RRH or together with Radio Antenna System. Additional dedicated LTE bands are supported as defined in LTE2080: LTE-WCDMA RF sharing with full FBBC support. Cells/Sectors WCDMA: 4+4+4 LTE: 1+1+1

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Configurations type LTE BW WCDMA: 2Tx/4Rx, VAM 5, 10, 15, 20 MHz (J-type) LTE: 4Tx/4Rx, (M-type)

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System Module RF Modules (shared) WCDMA: FSMF / FSMF + 4Tx/4Rx RRHs (1-3 FBBA or FSMF + RRHs supported) 2xFBBAs LTE: FSMF + FBBA/C


LTE2355: Supporting classical WCDMA/LTE RF-sharing on 2Tx/2Rx RRH 4.0 family • The LTE2355: Supporting classical WCDMA/LTE RF-sharing on 2Tx/2Rx RRH 4.0 family feature introduces the configurations of 2Tx/2Rx Remote Radio Heads (RRHs) from Flexi HW 4.0 in WCDMA-LTE RF sharing. • Configurations introduced by the feature: Cells/Sectors WCDMA: 3+3+3 LTE: 1+1+1

Configurations type WCDMA: 2Tx/2Rx, VAM (Itype) LTE: 2Tx/2Rx, MIMO (I-type)

LTE BW

WCDMA: 2+2+2 LTE: 1+1+1

WCDMA: 2Tx/2Rx, VAM (Itype) LTE: 2Tx/2Rx, MIMO (I-type)

10 MHz

WCDMA: 1+1+1 LTE: 1+1+1

WCDMA: 2Tx/2Rx, VAM (Itype) LTE: 2Tx/2Rx, MIMO (I-type)

15 MHz

5 MHz

*The RF Sharing configuration can be deployed on FBBC (instead of FSMF)

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System Module WCDMA: FSMC (only 1-sector configuration), FSMD, FSME, FSMF LTE: FSMF* WCDMA: FSMC (only 1-sector configuration), FSMD, FSME, FSMF LTE: FSMF* WCDMA: FSMC (only 1-sector configuration), FSMD, FSME, FSMF LTE: FSMF


RF Modules (shared) FRGY (1-3 sectors) or other RRHs from Flexi HW 4.0 FRGY (1-3 sectors) or other RRHs from Flexi HW 4.0 FRGY (1-3 sectors) or other RRHs from Flexi HW 4.0

LTE2363: Classical LTE/GSM RF-sharing configurations with 6-pipe RF-module • The LTE2363: Classical LTE/GSM RF-sharing configurations with 6-pipe RF-module feature introduces LTE/GSM RF-sharing configurations for 6Tx/6Rx RF-module (FXED). • LTE/GSM RF-sharing configurations for new 6-pipe RF-module will support existing ones with the following add-on's: - Support of 4x2 MIMO (LTE only) - Support for 4-way receive diversity (LTE and/or GSM)

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LTE2368: Classical WCDMA/LTE RF-sharing support for 6-pipe RF-module (RF-module Rel. 3.2-family) • The LTE2368: Classical WCDMA/LTE RF-sharing support for 6-pipe RF-module (RFmodule Rel. 3.2-family) feature introduces the configuration of 6-pipe RF Module in WCDMA-LTE RF sharing. • This feature extends the existing WCDMA-LTE RF sharing functionality to configurations with 6-pipe RF Module. New configurations introduced by this feature:

Cells/Sectors

Configurations type

LTE BW

System Module

WCDMA: 2+2+2 LTE: 1+1+1

WCDMA: 1Tx/2Rx, SIMO (A- 10 MHz type) LTE: 2Tx/2Rx, MIMO (I-type)

WCDMA: FSME, FSMF LTE: FSMF*

6-pipe RFM

WCDMA: 1+1+1 LTE: 1+1+1

WCDMA: 2Tx/2Rx, VAM (I15 MHz type) LTE: 2Tx/2Rx, MIMO (I-type)

WCDMA: FSME, FSMF LTE: FSMF*

6-pipe RFM


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RF Modules (shared)

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LTE2437: Supported RAS installation options in FL16 release • The LTE2437: Supported RAS installation options in FL16 release feature introduces Flex Radio Antenna System (RAS). RAS physically encapsulates the RRH into the antenna enclosure. The feature lists the RAS antennas and compatible radios available in FDD-LTE 16 release. • The LTE2437: Supported RAS installation options in FL16 release feature provides the following benefits: -

Simplifies cell site design through integration of the radio inside of the antenna. Supports multiple frequency bands in one antenna enabling consolidation of antennas in the operator network. Better RF performance (reduced cable loss between antenna and RRH). Modular architecture enables field maintenance and RRH upgrades independently from the antenna. The 10-port antenna system supports higher order MIMO (4TX) implementation and 4 Way diversity scheme for high bands.

• RAS configurations in FDD-LTE 16 consist of a tri-band antenna in two sizes (FASB, FASC) and up to two RRHs encapsulated into the antenna enclosure.

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LTE2437: Supported RAS installation options in FL16 release RAS Antenna FASB

Compatible RRHs (maximum 2 RRHs)

Additional info

1850 - 1920/1930 - 2000 (4 ports)

2, 25

FHFB(4TX)

Any max 4TX/4RX outputs of the same band from separate RF Module or RRH can be connected

1695 - 1780/2095 - 2690 (4 ports)

30

FRNC(4TX)

7

FRHG(4TX)

4, 10

External RF Unit


12+29

FRBG(2TX+2TX) only 2TX

13+29

FRBE(2TX+2TX) only 2TX

14

FRBF(4TX) only 2TX

5

FRCG(2TX)

26

FRCC(2TX)

18, 19, 27

External RF Unit

698 - 894 (2 ports)

17

3GPP bands supported by antenna

Antenna frequency range [MHz]

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LTE2437: Supported RAS installation options in FL16 release Antenna 3GPP bands supported RAS Antenna frequency Compatible RRHs (maximum 2 RRHs) by antenna range [MHz] FASC 2300 - 2690 30 FRNC(4TX) (4 ports) 7 FRHG(4TX)

1695 - 2200 (4 ports)


Any max 4TX/4RX outputs of the same FRGY(2TX) Note: 1800 MHz 2TX/2RX external radio can band from separate RF Module or RRH can be connected if 2100 MHz RRH occupies 2 be connected ports. PCS and AWS should not be mixed at the same time. FHED(4TX)

1

3

18

Additional info

2, 25, 4, 10

External RF Unit

694 - 960 (2 ports)

12+29 13+29 14 5 26 External RF Unit

FRBG(2TX+2TX) only 2TX FRBE(2TX+2TX) only 2TX FRBF(4TX) only 2TX FRCG(2TX) FRCC(2TX)

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LTE2456: Support of classical WCDMA/LTE RF-sharing with different bands (shared/dedicated) on one local cell set •

• •

The LTE2456: Support of classical WCDMA/LTE RF-sharing with different bands (shared/dedicated) on one local cell set feature introduces support for connecting WCDMA/LTE RF-sharing configurations on different frequency bands where both frequency bands are served/connected to the same LTE local cell set on the LTE FSMF core module. Feature releases WCDMA/LTE RF-sharing configurations on different frequency bands where both frequency bands are served/connected to the same LTE local cell set on LTE FSMF core module. The frequency bands could be used as one of the following: -

•

All LTE-bandwidth combinations, are supported as follows: -

•

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Shared band plus dedicated LTE-band Shared band plus shared band 6 sector configuration (3-sectors per frequency band) All LTE-bandwidth combination up to 10 MHz (e. g. 6x LTE10 2Tx/2Rx) 4 sector configurations (2-sectors per frequency band) Up to 2x LTE15/20 2Tx/2Rx plus 2x LTE10 2Tx/2Rx

Note: Maximum supported processing capacity of one LTE local cell set for FSM Rel. 3 is 3x cells @ 20 MHz 2Tx/2Rx or 6x cells @ 10 MHz bandwidth, 2Tx/2Rx.

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LTE2668: Classical WCDMA/LTE RF sharing with 4Rx-diversity (3-pipe RF-module) • The LTE2668: Classical WCDMA/LTE RF sharing with 4Rx-diversity (3-pipe RF-module) feature provides the following benefits: - The possibility of configuring 4Rx diversity sharing for WCDMA-LTE which results in more flexible WCDMA-LTE configurations. - The improvement of UL performance. • Configurations introduced by the feature: Cells/Sectors WCDMA: 1+1+1 LTE: 1+1+1

Configurations type LTE BW WCDMA: 2Tx/4Rx, VAM 5, 10, 15 MHz (K-type) LTE: 2Tx/4Rx, 2x2 MIMO (K-type)

System Module RF Modules Carriers assignment WCDMA: FSME or FSMF FRIE, FRGP, FXCA, FXDA, Both WCDMA and LTE LTE: FSMF* FXFA, FXFC, FXCB, FXDB carriers on shared Power Amplifiers (PAs).

WCDMA: 2+2+2 LTE: 1+1+1

WCDMA: 1Tx/4Rx, SIMO 5, 10 MHz (E-Type) LTE: 2Tx/4Rx, 2x2 MIMO(K-type)

WCDMA: FSME or FSMF FRIE, FRGP, FXCA, FXDA, Both WCDMA and LTE LTE: FSMF* FXFA, FXFC, FXCB, FXDB carriers on shared PAs.


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LTE2901: Centralized RAN Supported Configurations • The LTE2901: Centralized RAN Supported Configurations feature provides the following benefits: - New supported configurations for choosing an optimum solution. - Uplink throughput gain during mass events at dense deployed venues.

• This feature introduces loop and chain configurations with 3Gbps and 6Gbps RFMs/RRHs supported by Centralized RAN. Centralized RAN supports chain and loop configurations of eNodeBs grouped together into a single Centralized RAN System. Each eNodeB consists of a Flexi Multiradio 10 System Module (FSMF) with two capacity extension sub-modules FBBC, and pre-defined inter-FSM cabling rules. Each eNodeB can support either three or four cells. • An eNodeB can be connected to two adjacent neighbor eNodeBs. This feature introduces configurations with up to 9 FSMFs chained/looped in a single Centralized RAN system, with up to 36 cells per system. Larger configurations are made up of groups of Centralized RAN systems. • CRAN supports both RF direct connections (FSMF to RRH/RM) or RF chained configurations (FSMF to RRH/RM to RRH/RM). This feature also supports 3 cells per FSMF with minimum gain loss.

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LTE2905: FYGG Firmware Upgrade • The LTE2905: FYGG Firmware Upgrade feature allows the BTS to initiate and control the FYGG firmware (FW) update process when the FYGG operating firmware is replaced and updated remotely while the FYGG is operating. • The BTS supports a general procedure for the FYGG firmware update mode to support the implementation procedure already available in the FYGG. The BTS is able to detect whether a FW update is required and initiate the procedure either for an earlier or newly installed and commissioned FYGG. • The FYGG keeps on providing 1PPS during the FW update process, however, the BTS does not receive ToD information from the FYGG. During the SW update process the FYGG does not overwrite its active software. • Following the FW upload, the FYGG requires a reset/restart, which happens automatically. During the reset, the FYGG does not generate 1PPS and the eNB operates in HO mode (or supports the already activated supplemental synchronization features available). • FYGG FW is brought from NetAct or BTS Site Manager to the passive BTS partition during the generic BTS Feature build descriptor download while the BTS is operating. The BTS is responsible for the distribution and management of the process of downloading FYGG FW.

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New Radio Modules in FL16 Band Name

Total spectrum

Uplink [MHz]

Downlink [MHz]

1

2100

2x60 MHz

1920 - 1980

2110 -2170

2

1900

2x60 MHz

1850 - 1910

1930 - 1990

3

1800

2x75 MHz

1710 - 1785

1805 - 1880

NAR

4

1.7/2.1

2x45 MHz

1710 - 1755

2110 - 2155

NAR

5

850

2x25 MHz

824 - 849

869 - 894

APAC

6

800

2x10 MHz

830 - 840

875 - 885

EMEA

7

2600

2x70 MHz

2500 - 2570

2620 - 2690

8

900

2x35 MHz

880 - 915

925 - 960 1844.9 1749.9 - 1784.9 1879.9 1710 - 1770 2110 - 2170 1475.9 1427.9 - 1437.9 1485.9 699.4 - 714.8 729.4 - 744.8

APAC

9

1700

2x35 MHz

NAR

10

1.7/2.1

2x60 MHz

Japan

11

1500

2x25 MHz

NAR

12

730

2x18 MHz

NAR

13

750

2x10 MHz

NAR

14

760

2x10 MHz

788 - 798

758 - 768

NAR

17

730

2x10 MHz

704.0 - 714.8

734.0 - 744.8

Japan

18

850

2x15 MHz

815 - 830

860 - 875

Japan

19

850

2x15 MHz

830 - 845

875 - 890

EMEA

20

800EU

2x30 MHz

832 - 862

Japan

21

1500

2x15 MHz

1447.9 - 1462.9

777 - 787

3TX RFM FRGP FRGT/FRGS FXFA FXFC/FXFB FXEA/FXEB FXEE FRIE FXCA FXCB

2TX RRH

FXDA/FXDB

22

3500

2x80 MHz

3410 - 3490

NAR

23

2000

2x20 MHz

2000 - 2020

2180 - 2200

NAR

24

1600

2x(10+10) MHz

1627.5 - 1638.0 1646.7 - 1657.0

1526.0 1536.5 1545.2 1555.5

NAR

25

1900

2x65 MHz

1850 - 1915

1930 - 1995

NAR

26

850

2x35 MHz

814 - 849

859 - 894

NAR

27

800

2x17 MHZ

807- 824

852 - 869

APAC

28

APT700

2x25 MHz

703 - 738

758 - 794

NAR

29

700

1x11 MHz

downlink only

717 - 728

NAR

30

2300

2x10 MHz

2305 - 2315

2350 - 2360

CALA

31

450

2x5 MHz

452.5 - 457.5

462.5 - 467.5

EMEA

32

1500 L-band

1x44 MHz

downlink only

1452 - 1496

4TX RRH

FRGU

FRGQ/FRGV

FRGY

FHGB

FXED

FHEA/FHEB

FHEF

FHEH

FHCA

FRCG

FHED FRIG

FRHD/FRHE

FRHG

FRHC/FRH F

FRHA FXEA

6TX RFM

FRHB

FXEB

FHDB

FHDA

FHEA

FHEB

LP-RRH

FL16 New Modules

Flexi Metro 2TX FHGA

FHEJ

FHEI

FHEE

RAS FASC FASB FASC FASB FASB FASB

FHDG

FRIE

FASC FASC FASC FASC

FASC FASB

FASC

FASB FASB FASB

FASC FASC FASC

FRKA FRLB

746 - 756

791 -821 1495.9 1510.9 3510 - 3590

23

XXXX

FRBB FXCA FRMA

FXCE FRMD

FRLB FHPC FRMC

FXFC/FXFB FXCA

FRME

FRMF

FHPC

FRAA

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FASB FASB FASC

FRMB

FRCC FRPA/FRPB

FRBG FRBE FRBF

FHFB

FRBG/FRBE FRNC


FASA FASB FASB FASB FASB FASB

FASB

FASC FASC FASC

FASC

Supported RF Modules (LTE FDD) (1/2)

System release

E-UTRA Band

Variant

Type

RL09 RL10 RL10 RL10 RL10 RL20 RL20 RL20 RL20 RL20 RL20 RL30 RL30 RL30 RL30 RL40 RL40 RL40 RL40 RL50 RL50 RL50 RL50 RL50 RL50

7 1 4 10 20 3 5 6 9 18 19 5 14 18 19 2 3 9 20 1 1 7 7 8 8

FRHA FRGP FRIE FRIE FRMA FXEA FXCA FXCA FXEA FXCA FXCA FXCC FRBB FXCC FXCC FXFA FXEB FXEB FRMD FRGT FRGS FRHC FRHF FXDA FXDB

FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM

24

Max output power per TX branch 60 W 60 W 60 W 60 W 60 W 60 W 60 W 60 W 60 W 60 W 60 W 60 W 40 W 60 W 60 W 60 W 80 W 80 W 60 W 80W 80W 40W 40W 60 W 80W

Supported Power levels (W)

RX Band

8,20,30,40,60 8,15,20,30,40,45,60 8,20,30,40,60 8,20,30,40,60 8,20,30,40,60 8,20,30,40,45,60 8,20,30,40,60 8,20,30,40,60 8,20,30,40,45,60 8,20,30,40,60 8,20,30,40,60 8,20,30,40,60 8,20,30,40 8,20,30,40,60 8,20,30,40,60 8,20,30,40,60 8,20,30,40,60,80 8,20,30,40,60,80 8,20,30,40,60 8,15,20,30,40,60,80 8,15,20,30,40,45,60,80 8,20,30,40 8,20,30,40 8,15,20,30,40,45,60 8,15,20,30,40,45,60,80

2500 - 2570 MHz 1920 - 1980 MHz 1710 - 1755 MHz 1710 - 1770 MHz 832 - 862 MHz 1710 - 1785 MHz 824 - 849 MHz 830 - 840 MHz 1749.9 - 1784.9 MHz 815 - 830 MHz 830 - 845 MHz 824 - 849 MHz 788 - 798 MHz 815 - 830 MHz 830 - 845 MHz 1850 - 1910 MHz 1710 - 1785 MHz 1749.9 - 1784.9 MHz 832 - 847 MHz 1920 - 1980 MHz 1940 - 1980 MHz 2500 - 2555 MHz 2520 - 2570 MHz 880 - 915 MHz 880 - 915 MHz

RA41151EN162GLA0

Maximum RP3 HW TX / RX capability: link speed (3 or 6 Gbps) 2620 - 2690 MHz TX / RX: 20 MHz 3 2110 -2170 MHz TX / RX: 20 MHz 3 2110 - 2155 MHz TX: 20 MHz RX: 45 MHz 3 2110 - 2170 MHz TX: 20 MHz RX: 45 MHz 3 791 -821 MHz TX / RX: 20 MHz 3 1805 - 1880 MHz TX: 25 MHz RX: 30 MHz 3 869 - 894 MHz TX/RX: 15 MHz 3 875 - 885 MHz TX/RX: 15 MHz 3 1844.9 - 1879.9 MHz TX: 25 MHz RX: 30 MHz 3 860 - 875 MHz TX/RX: 15 MHz 3 875 - 890 MHz TX/RX: 15 MHz 3 869 - 894 MHz TX/RX: 15 MHz 3 758 - 768 MHz TX / RX: 10 MHz 3 860 - 875 MHz TX/RX: 15 MHz 3 875 - 890 MHz TX/RX: 15 MHz 3 1930 - 1990 MHz TX / RX: 20 MHz 3 1805 - 1880 MHz TX: 40 MHz RX: 75 MHz 6 1844.9 - 1879.9 MHz TX: 40 MHz RX: 60 MHz 6 791 -806 MHz TX / RX: 15 MHz 3 2110 -2170 MHz TX / RX: 60 MHz 6 2130 -2170 MHz TX/RX: 40MHz 6 2620 - 2675 MHz TX/RX: 40MHz 6 2640 - 2690 MHz TX/RX: 40MHz 6 925 - 960 MHz TX: 20 MHz RX: 35 MHz 3 925 - 960 MHz TX: 35 MHz RX: 35 MHz 6 TX Band


Number of Optical Interfaces 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3

Feature ID / Pronto LTE85 LTE86 LTE99 LTE99 LTE437 LTE101 LTE87 LTE87 LTE101 LTE87 LTE87 LTE1356 LTE921 LTE1356 LTE1356 LTE763 LTE1040 LTE1040 LTE1306 LTE985 LTE986 LTE1066 LTE1563 LTE88 LTE1422

Supported RF Modules (LTE FDD) (2/2)

System release

E-UTRA Band

Variant

Type

Max output power Supported Power levels per TX branch (W)

RL50 RL50 RL50 RL50 RL60 RL60 RL60 RL60 RL60 RL70 RL70 RL70 FL15A

20 25 28 28 2 2 5 25 25 3 27 18 20

FRMC FXFA FRPA FRPB FXFB FXFC FXCB FXFB FXFC FXED FXCA FXCE FRME

FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM FRM

40 W 60 W 40 W 40 W 60 W 80 W 80 W 60 W 80 W 60 W 60 W 40 W 40 W

FL15A

3

FXEE

FRM

80W

FL16 FL16 FL16

1 20 11

FRGU FRMF FRKA

FRM FRM FRM

60 W 60 W 60 W

8,20,30,40 8,20,30,40,60 8,20,30,40 8,20,30,40 8,20,30,40,60 8,20,30,40,60,80 8,20,30,40,60,80 8,20,30,40,60 8,20,30,40,60,80 8,20,30,40,60 8,20,30,40,60 8,20,30,40 8, 20, 30, 40

RX Band

TX Band

842 - 862 MHz 1850 - 1910 MHz 703 - 738 MHz 718 - 748 MHz 1850 - 1910 MHz 1850 - 1910 MHz 824 - 849 MHz 1850 - 1910 MHz 1850 - 1910 MHz 1710 - 1785 MHz 807 - 824 MHz 815 - 830 MHz 832 - 862 MHz

801 -821 MHz 1930 - 1990 MHz 758 -793 MHz 773 -803 MHz 1930 - 1990 MHz 1930 - 1990 MHz 869 - 894 MHz 1930 - 1990 MHz 1930 - 1990 MHz 1805 - 1880 MHz 852 - 869 MHz 860 - 875 MHz 791 -811 MHz

HW TX / RX capability:

TX/RX: 40MHz TX / RX: 20 MHz TX/RX: 35MHz TX/RX: 30MHz TX / RX: 20 MHz TX: 35 MHz RX: 60 MHz TX/RX: 25 MHz TX / RX: 20 MHz TX: 35 MHz RX: 60 MHz TX: 75 MHz RX: 75 MHz TX/RX: 15 MHz TX/RX: 15 MHz TX: 20 MHz, RX: 30MHz TX: 75 MHz RX: 60 MHz 8,10,15,20,30,40,60,80 1710 - 1785 MHz 1805 - 1880 MHz (75MHz with RDSA with separate feature) 8,10, 15,20,30,40,60 1920 - 1980 MHz 2110 -2170 MHz TX: 60 MHz RX: 60 MHz 8,20,30,40,60 832 - 862 MHz 791 -821 MHz TX: 30 MHz, RX: 30MHz 8,20,30,40,60 1427.9 - 1447.9 MHz 1475.9 - 1495.9 MHz TX / RX: 10 MHz

Maximum RP3 link speed (3 or 6 Gbps)

Number of Optical Interfaces

Feature ID / Pronto

6 3 6 6 3 6 6 3 6 6 3 6 6

3 3 3 3 3 3 3 3 3 3 3 3 3

LTE1067 LBT1949 LTE1329 LTE1395 LTE1665 LTE1440 LTE1695 PR 45911ESPE05 PR 45911ESPE05 LTE1719 LTE2042 LTE2165 LTE1725

6

3

LTE2471

6 6 3

3 3 3

LTE1802 LTE2547 LTE752

NEW

25

RA41151EN162GLA0


Supported RRH/RIU Modules (LTE FDD) (1/3)

System E-UTRA release Band RL10 RL20 RL20 RL20 RL20 RL30

20 3 9 12 17 1

Variant

Type

FRMB FHEA FHEA FRLB FRLB FRGQ

RRH RRH RRH RRH RRH RRH

Max output power per Supported Power TX branch levels (W) 40 W 40 W 40 W 30 W 30 W 40 W

8,20,30,40 8,20,30,40 8,20,30,40 8,20,30 8,20,30 8,20,30,40



Feature ID / Pronto

TX / RX: 16 MHz TX / RX: 60 MHz

3 3 3 3 3 3

2 2 2 2 2 2

LTE547 LTE104 LTE104 LTE103 LTE103 LTE452

1830 - 1850 MHz

TX: 25 MHz RX: 40 MHz

3

2

LTE1337 PR113181ESPE04

RX Band

TX Band


832 - 862 MHz 1710 - 1785 MHz 1749.9 - 1784.9 MHz 699 - 715 MHz 704 - 715 MHz 1920 - 1980 MHz

791 -821 MHz 1805 - 1880 MHz 1844.9 - 1879.9 MHz 729 - 745 MHz 734 - 745 MHz 2110 -2170 MHz

TX / RX: 30 MHz TX: 25 MHz RX: 40 MHz TX: 25 MHz RX: 40 MHz

1735 - 1755 MHz

RL30

3

FHEC

Commissioning max ouput is 60 W (RL40: 5,8,10,20,30,40,60,(R RRH 80 W), fixed ouput low L40:80) power is 1 mW

RL30 RL30 RL30 RL40

5 5 7 3

FHCA FHCC FRHB FHCC

RRH RIU RRH RIU

20 W N/A 40 W N/A

8,20 8,20,30,40,60 8,20,30,40 8,20,30,40,60

824 - 849 MHz 824 - 849 MHz 2500 - 2570 MHz 1710 - 1785 MHz

869 - 894 MHz 869 - 894 MHz 2620 - 2690 MHz 1805 - 1880 MHz

TX / RX: 25 MHz TX / RX: 15 MHz TX / RX: 70 MHz TX: 25 MHz RX: 30 MHz

3 3 3 3

2 4 2 4

LTE91 LTE1195 LTE89 LTE1195

8,20,30,40,60

1710 - 1770 MHz

2110 - 2170 MHz


6

3

LTE1148

8,20,30,40,60 8,20,30,40,60 8,20,30,40,60 8,10,15,20,27,30

880 - 915 MHz 1920 - 1980 MHz 1710 - 1785 MHz 2520 - 2570 MHz

925 - 960 MHz 2110 -2170 MHz 1805 - 1880 MHz 2640 - 2690 MHz

TX: 35 MHz RX: 35 MHz TX: 25 MHz RX: 30 MHz TX: 40 MHz RX: 60 MHz TX: 50 MHz RX: 50 MHz

6 3 6 6

2 4 2 3

LTE1261 LBT2063 LTE1262 LTE748

RL40

4

FRIG

RRH

2TX mode (RL40): 60 W (Ant1,Ant3), 0 W (Ant2,Ant4) 4TX mode (RL50): 30 W (Ant1…Ant4)

RL40 RL50 RL50 RL50

8 1 3 7

FHDB FHCC FHEB FRHD

RRH RIU RRH RRH

60 W N/A 60 W 30 W

26

RA41151EN162GLA0


Supported RRH/RIU Modules (LTE FDD) (2/3) System release

E-UTRA Band

Variant

Type

Max output power per TX branch 4TX:

RL50

7

FRHE

RRH

RL60 RL70 RL70 RL70 RL70 RL70 RL70

28 3 8 25 1 3 1

FRPK FHEF FHDA FHFB FHGB FHEG FRGY

RL70

8

FHDG

RL70

1

FHGA

RL70

3

FHEJ

RRH RRH RRH RRH RRH RRH RRH Metro RRH Metro RRH Low power RRH

FL15A FL15A

27

29 13 14

2TX:


RX Band

TX Band




Feature ID / Pronto

8,10,15,20,30

2500 - 2555 MHz

2620 - 2675 MHz


6

3

LTE1662

1,20 8,20,30,40,60 8,20,30,40 8,15,20,30 8,10,20,30 8, 20, 30, 40, 60 8, 15, 20, 30, 40, 60 50 mW - 5W, with 1dB step 50 mW - 5W, with 1dB step

718 - 728 MHz 1710 - 1765 MHz 880 - 915 MHz 1850 - 1915 MHz 1920 -1940 MHz 1755 - 1785 MHz 1920 - 1980 MHz

773 -783 MHz 1805 - 1860 MHz 925 - 960 MHz 1930 - 1995 MHz 2110 - 2130 MHz 1850 - 1880 MHz 2110 - 2170 MHz

TX/RX: 10MHz TX: 40 MHz RX: 55 MHz TX: 25 MHz RX: 35 MHz TX: 40 MHz RX: 60 MHz TX/RX: 20 MHz TX/RX: 30 MHz TX/RX: 40 MHz

6 6 3 6 6 6 6

2 2 2 3 3 2 2

LTE1615 LTE2041 LTE2040 LTE1149 LTE2147 LTE2066 LTE2097

900 - 915 MHz

945 - 960 MHz

TX/RX: 15 MHz

6

2

LTE2247

1920 - 1980 MHz

2110 - 2170 MHz

TX/RX: 40 MHz

6

2

LTE2032

10 W

1, 2, 3, 4, 6, 8, 10

1715 - 1775 MHz

1810 - 1870 MHz

TX/RX: 20 MHz

6

2

LTE2308

N/A 777 - 787 MHz 788 - 798 MHz

718 - 728 MHz 746 - 756 MHz 758 - 768 MHz

TX: 10 MHz

6

3

LTE2143

TX / RX: 10 MHz

6

3

LTE2146

815 - 830 MHz 718 - 728 MHz

860 - 875 MHz 773 - 783 MHz

TX/RX: 15 MHz

CPRI_L3

2

LTE2148

1710 - 1770 MHz

1805 - 1865 MHz

TX/RX: 40 MHz

6

2

LTE2245

30 W 30 W 20 W 60 W 40 W 30 W 30 W 60 W 60 W 5W 5W

FRBE

RRH

40 W

8, 20, 30, 40

FRBF

RRH

40 W

8, 20, 30, 40 1-20W (10MHz) 1.5 -30W (15MHz) with 0.1dB step 50 mW - 5W, with 1dB step

FL15A

18 28

FHPC

RRH

30 W

FL15A

3

FHEI

Metro RRH

5W

RA41151EN162GLA0


Supported RRH/RIU Modules (LTE FDD) (3/3)

System release

E-UTRA Band

Variant

Type

Max output power per TX branch


RX Band

TX Band




Feature ID / Pronto

FL15A

5

FRCG

RRH

60 W

8, 15, 20, 30, 40, 60

824 - 849 MHz

869 - 894 MHz

TX:/RX: 25 MHz

6

2

LTE2263

FL15A

30

FRNC

RRH

30 W

8, 15, 20, 30

2305 - 2315 MHz

2350 - 2360 MHz

TX / RX: 10MHz

6

3

LTE2264

FL15A

12 29

FRBG

RRH

40 W

8, 20, 30, 40

699 - 715 MHz N/A

729 - 745 MHz 718 - 728 MHz

TX: 10 MHz

6

3

LTE2266

FL15A

26

FRCC

RRH

40 W

5, 8, 10, 12, 20, 30, 40

817 - 824 MHz

862 - 869 MHz

TX/RX: 7 MHz

6

2

LTE2310

FL15A

1

FHGB

RRH

30 W

8,10,20,30

1920 -1940 MHz

2110 - 2130 MHz

TX/RX: 20 MHz

6

3

LTE2147

FL16

31

FRAA

RRH

40 W

8,15,20,30,40

452.5 - 457.5 MHz

462.5 - 467.5 MHz

TX / RX: 5MHz

6

2

LTE2129

FL16

3

FHEE

Metro RRH

5W

50 mW - 5W, with 1dB step

1710 - 1785 MHz

1805 - 1880 MHz


6

2

LTE2035

FL16

3

FHED

RRH

40 W

8,20,30,40

1710 - 1785 MHz

1805 - 1880 MHz


6

3

LTE1507

FL16

7

FRHG

RRH

40 W

8,20,30,40

2500 - 2570 MHz

2620 - 2690 MHz

TX/RX: 65 MHz

6

3

LTE2284

FL16

3

FHEH

RRH

40 W

8,20,30,40

1755 - 1785 MHz

1850 - 1880 MHz


6

3

LTE2067

FL16

28

FHCG

RIU

N/A

8,20,30,40,60

718 - 728 MHz

758 - 794 MHz


3

2

LTE2628

FL16

1

FHCG

RIU

N/A

8,20,30,40,60

1920 - 1980 MHz

2110 -2170 MHz

TX:25 MHz RX: 30 MHz

3

2

LTE2628

FL16

3

FHCG

RIU

N/A

8,20,30,40,60

1710 - 1785 MHz

1805 - 1880 MHz


3

2

LTE2628

FL16

5

FHCG

RIU

N/A

8,20,30,40,60

824 - 849 MHz

869 - 894 MHz

TX / RX: 15 MHz

3

2

LTE2628

FL16

7

FHCG

RIU

N/A

8,20,30,40,60

2500 - 2570 MHz

2620 - 2690 MHz


3

2

LTE2628

NEW 28

RA41151EN162GLA0


Supported RAS Modules (LTE FDD) Type

System release

Variant

Antenna Freq Band

RL70

FASA

1696 - 2180 MHz 1850 - 1920 MHz 1930 - 2000 MHz 1695 - 1780 MHz 2095 - 2690 MHz

FASB

698 - 894 MHz

RAS

FL15A

2300 - 2690 MHz

1695 - 2200 MHz

FASC

694 - 960 MHz

29

RA41151EN162GLA0

E-UTRA Band

Rx Band

Tx Band

Supported Radio

25 2 25 4 7 10 30 5 12 13 14 18 19 26 27 28 29 7 30 1 2 3 4 10 25 5 8 12 13 14 20 26 28 29

1850 - 1915 MHz 1850 - 1910 MHz 1850 - 1915 1710 - 1755 MHz 2500 - 2570 MHz 1710 - 1770 MHz 2305 - 2315 MHz 824 - 849 MHz 699.4 - 714.8 MHz 777 - 787 MHz 788 - 798 MHz 815 - 830 MHz 830 - 845 MHz 814 - 849 MHz 807- 824 MHz 703 - 738 MHz downlink only 2500 - 2570 MHz 2305 - 2315 MHz 1920 - 1980 MHz 1850 - 1910 MHz 1710 - 1785 MHz 1710 - 1755 MHz 1710 - 1770 MHz 1850 - 1915 MHz 824 - 849 MHz 880 - 915 MHz 699.4 - 714.8 MHz 777 - 787 MHz 788 - 798 MHz 832 - 862 MHz 814 - 849 MHz 703 - 738 MHz downlink only

1930 - 1995 MHz 1930 - 1990 MHz 1930 - 1995 MHz 2110 - 2155 MHz 2620 - 2690 MHz 2110 - 2170 MHz 2350 - 2360 MHz 869 - 894 MHz 729.4 - 744.8 MHz 746 - 756 MHz 758 - 768 MHz 860 - 875 MHz 875 - 890 MHz 859 - 894 MHz 852 - 869 MHz 758 - 794 MHz 717 - 728 MHz 2620 - 2690 MHz 2350 - 2360 MHz 2110 -2170 MHz 1930 - 1990 MHz 1805 - 1880 MHz 2110 - 2155 MHz 2110 - 2170 MHz 1930 - 1995 MHz 869 - 894 MHz 925 - 960 MHz 729.4 - 744.8 MHz 746 - 756 MHz 758 - 768 MHz 791 - 821 MHz 859 - 894 MHz 758 - 794 MHz 717 - 728 MHz

FHFB


FHFB

FRNC FRCG FRBG FRBE FRBF

FRCC

FRNC FRGY

FRCG FRBG FRBE FRBF FRCC

RA41151EN162GLA0


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