Nokia-lte-fdd And Tdd-lte Installation Commissioning Mop Mobily Ksa 28271x
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MoP: LTE-FDD and TD-LTE - Installation and Commissioning Mobily- central, north and east regions Capex-2017
☐Regulated document
☐Unregulated document
Version, status
5, MoP V5
Date
12-02-2018
Owner
Athul.S
Function
RAN Technical Engineer
Reviewer
Mohammed Fasi, RAN technical Engineer
Approver-1, Function
Imran Sheikh, Technical Manager
Approver-2, Function
Aamir Imam, Project Manager
Doc Location
Riyadh, K. S. A
Change History Version
Status
Date
Handled by
Comments
0.1
Draft
29-08-2017
Athul.S
Initial draft for comments.
2
First review completed
31-10-2017
Athul.S
RP3 interfaces revised for FDD & TDD
3
Second update
08-11-2017
Athul.S
++ upgrade of 141 FDD sites to 4T4R configuration
3
Third update
02-01-2018
Athul.S
++ New FDD sites, TDD sites and TDD modernization
4
Fourth Update
12-02-2018
Athul.S
Revised CB specs and TDD RP3 connectivity
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TABLE OF CONTENTS 1
Introduction .......................................................................................................................... 4
1.1
Know your new AirScale System Module. .......................................................................... 4
1.2
AirScale BTS in Mobily .......................................................................................................... 7
2
Connecting DC Power Cables to AirScale System Module ............................................. 8
2.1
Connecting the independent DC feeding (in case if both ASIA units are populated) 10
2.2
Powering the AirScale System module .............................................................................. 12
3
LTE RF Modules ..................................................................................................................... 13
3.1
AirScale TDD RF Module- AZHA .......................................................................................... 13
3.2
TDD RF Module – FZHJ ......................................................................................................... 14
3.3
TDD RF Module – FZHN ........................................................................................................ 15
3.4
FDD RF Module – FXED......................................................................................................... 16
3.5
FDD RF Module – FRGU ........................................................................................................ 17
3.6
Powering the FDD and TDD RF Modules ........................................................................... 18
4
RF Module Installation.......................................................................................................... 19
4.1
LTE-FDD RFM Installation .................................................................................................... 19
4.2
TD-LTE RFM Installation (AZHA shown) ............................................................................. 22
4.3
FZHJ and FZHN Installation ................................................................................................. 23
5
AirScale System Module Installation .................................................................................. 25
5.1
Installing Nokia AirScale System Module inside FCIA cabinet ........................................ 25
5.2
Installing AirScale System Module in a Stack .................................................................... 27
5.3
Installing AirScale modules onto a wall ............................................................................. 28
6
RP3 Interface of the AirScale eNB...................................................................................... 29
6.1
Connecting the optical cables to the ABIA PIU ................................................................ 29
6.2
Locating the RF Interfaces .................................................................................................. 30
6.3
SFPs used .............................................................................................................................. 33
7
Antenna Line connectivity ................................................................................................... 34
7.1
FDD 1800 + 2100 ................................................................................................................. 34
7.2
FDD 1800 only ...................................................................................................................... 34
7.3
TDD 4T4R............................................................................................................................... 35
7.4
TDD 8T8R............................................................................................................................... 35
8
Existing FDD dual carrier site Modernization ................................................................... 36
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8.1
Items in BoQ .......................................................................................................................... 36
8.2
Task overview ........................................................................................................................ 36
8.3
Installation of FPFC power module .................................................................................... 36
8.4
Cabling the RP3 interface.................................................................................................... 37
8.5
MDT Procedure ..................................................................................................................... 37
9
Second carrier modernization of existing single carrier FDD sites. .............................. 40
9.1
Items in BoQ .......................................................................................................................... 40
9.2
Task overview ........................................................................................................................ 40
9.3
Installation of FPFC power module .................................................................................... 40
9.4
RP3 Interface......................................................................................................................... 41
9.5
MDT Procedure ..................................................................................................................... 41
10
New FDD Sites ....................................................................................................................... 42
10.1
Items in BoQ .......................................................................................................................... 42
10.2
Task overview ........................................................................................................................ 42
10.3
Installation of FPFC power module .................................................................................... 42
10.4
RP3 Interface......................................................................................................................... 42
10.5
Procedure .............................................................................................................................. 42
11
TDD 8T8R Modernization (central and north regions) .................................................... 44
11.1
Items in BoQ .......................................................................................................................... 44
11.2
Task overview ........................................................................................................................ 44
11.3
Installation of FPFC/ FPFI power module .......................................................................... 44
11.4
RP3 Interface......................................................................................................................... 45
11.5
Procedure .............................................................................................................................. 45
12
TDD 4T4R modernization.................................................................................................... 48
12.1
Items in BoQ .......................................................................................................................... 48
12.2
Task overview ........................................................................................................................ 48
12.3
Installation of FPFC/ FPFI power module .......................................................................... 48
12.4
RP3 Interface......................................................................................................................... 48
12.5
Procedure .............................................................................................................................. 48
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1
Introduction
The modernization of the existing LTE network in central, north and east region is accomplished by the introduction of the new AirScale base stations. There are also sites where the existing FSMF will be used as the system module. FSMF is a common familiar hardware and is not included in the introduction part. The key component of the AirScale BTS is the AirScale system module which is described in the following sections.
1.1
Know your new AirScale System Module.
The Nokia AirScale System Module is OBSAI/RI compatible and it has all the needed control and baseband functions for the ed radio access technologies. The basic functionalities are: • Baseband processing and de-central control • Transport control and integrated Ethernet, and IPv4/v6 and IPSec Transport • BTS clock and timing generation and distribution • BTS Operation and Maintenance • Central radio interface control Nokia AirScale System Module Indoor (AirScale SM Indoor) consists of one or two AirScale Common (ASIA) plug-in units and up to six AirScale Capacity (ABIA) extension plug-in units in one AirScale (AMIA) 3U sub-rack. ASIA unit contains the control and integrated ethernet transport processing and interfaces. ABIA brings baseband signal processing capacity and/or another radio access technology into the system. Minimal configuration consists of one ASIA and one ABIA plug-in modules inside AMIA subrack.
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Nokia AirScale Subrack (AMIA) AirScale Subrack (AMIA) has 3U height and can be fit into a standard 19” rack or can be stacked on top of each other. Indoor subrack includes fans and backplane for internal communication and DC-feed. ID subrack can accommodate plug-in units in the following locations: • One or two ASIA plug-in units in slots C1 and C2 (as shown in Figure: AMIA slot numbering). • Up to six ABIA plug-in units in slots B1…B6 (as shown in Figure: AMIA slot numbering). • Weight 5 kg without blind covers.
Nokia AirScale Common unit (ASIA) Nokia AirScale Common (ASIA) plug-in unit occupies only half the width of a 19-inch subrack with an IP class of IP20. Weight: 3 kg. ASIA functions include transport and centralized control functions for ed radio access technologies, additionally ASIA has central antenna data routing functions.
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Nokia AirScale Capacity unit (ABIA) Nokia AirScale Capacity (ABIA) plug-in unit occupies half the width of a 19-inch subrack with an IP class of IP20. Weight: 2 kg. Nokia AirScale System Module Indoor can consist of up to six AirScale Capacity (ABIA). ABIA unit has six optical RF interfaces up to 6 Gbps OBSAI or 9.8 Gbps RI. IQ compression is ed with three RI links.
Nokia AirScale System Module installation and HW replacement Like other Flexi Multiradio BTS modules, the AirScale System Module allows a variety of module and plug-in unit-based installation options including: • stacked upon each other without any cabinet or rack • cabinet or rack installation • mounted onto a wall It is possible to stack two indoor subracks on a plinth or on top of existing Flexi casing. In wall installation, two subracks can be installed on top of each other on the plinth. Fan Replacement
The fans of the AirScale SM can be serviced on the field. It is possible to replace the fans from the back of an installed and operating module if there is working space for that. It is also possible to remove the module and easily replace the fan if there is no working space in the back of the module. During the fan replacement when the system module is operational, heat can temporarily rise and cause performance degradation for the system module. Unit Replacement
In case of failure, on-site service is done by the replacement of the plug-in unit. All maintenance requires front and top access only (except the fan replacement). Front cabling is used and the connectors and all fixings are easily accessible. In case of AirScale system module swap, the configuration data must be ed again to the module, either automatically using the auto-connection and auto-configuration functionality, or manually.
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AirScale System Module Interfaces
1.2
AirScale BTS in Mobily
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2 Connecting DC Power Cables to AirScale System Module This topic deals with the Instructions on how to connect the DC power cables to the ASIA plug-in unit.
Before you start Make sure that the following has been completed:
•
Connecting the grounding cables to the Nokia AirScale System Module
•
Installing the cable holders to the Nokia AirScale System Module casing
•
Preparing the optical interfaces on the Nokia AirScale System Module
To connect the DC power cables to the ASIA plug-in unit, the following must be at hand:
•
DC power cables (amount depends on the configuration) Note: For each ASIA plug-in unit, either a single sheathed DC cable or two individual DC cables can be used. Depending on the choice, cable preparation can vary.
•
Cable stripper WARNING! Risk of short circuit. Make sure the main site switch is in the OFF position before you connect the DC power cable. WARNING! Risk of power supply failure and, in rare cases, of short circuit. Check that the polarity the cable. Connect the wires to the V48N- and V48RTN+ connectors according to the markings of on the connectors.
NOTICE: The power cable must be connected before power is applied to the system.
Procedure 1.
Strip the ending of the DC power cable(s).
Select from available options
•
For a single sheathed DC cable, strip 4 cm (1.6 in.) of the DC power cable braiding and 18 ± 1 mm (0.7 in.) of the wires' insulation using the cable stripper.
•
For two individual DC cables, strip 18 ± 1 mm (0.7 in.) of the wires' insulation using the cable stripper.
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2. 3.
Locate the DC IN interface on the ASIA plug-in unit Lift the latch of the DC power cable input as shown in the below figure.
4.
Insert the stripped ends of the DC power cables (+48 V and -48 V) into the DC power cable inputs of the ASIA plug-in unit. Push it all the way back to the DC terminal until it clicks. Make sure that there are no stray conductor strands.
Note: Make sure to connect the polarity of power supply correctly according to the markings on the connectors
5. Close the latch of the DC power input so that the DC power cable is firmly secured.
6.
If applicable, repeat steps 2 - 5 with another DC power cable for the second ASIA plug-in unit.
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To connect the independent power supply to the second ASIA plug-in unit, follow the steps mentioned in the next session (Connecting the independent DC feeding). 7.
2.1
Route the DC cable(s) through the plastic cable clamp(s) on the cable holder(s) and fix the cable clamp screws with a TX10 screwdriver.
Connecting the independent DC feeding (in case if both ASIA units are populated)
Independent feeding is another type DC configuration, used in case both ASIA plug-in units are populated. This requires removal of the DC busbar from the back side of the AMIA subrack.
Before You Start Please take a look at same topic under session 2.
Procedure 1. 2.
Prepare the cables as described in the above topic. Locate the backcover screws (M4 type) on the AMIA subrack
3.
Remove the backcover screws and the backcover from the AMIA subrack 3.1 Loosen and remove the six screws on the backcover of the AMIA subrack using the TX20 screwdriver 3.1.1 Remove the back cover
4.
Open and Remove the busbar(DC bridge) screws
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5.
Push the busbar (DC bridge) to the left
6.
Remove the busbar (DC bridge)
7.
Insert the backcover back to the AMIA subrack
8.
Assemble and tighten the backcover screws to 2.2 Nm (19.5 in.-lb.) using TX20 screwdriver
9.
Connect the independent DC power cable to the second ASIA plug-in unit as described in session-2.0
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2.2
Powering the AirScale System module
The AirScale System module can be energized in 3 different ways 1.
DC power directly from the rectifier (through appropriate circuit breaker/fuses)
Prescribed CB/fuse ratings Prescribed thickness of the power cable (max 120m) 2.
40 Amps 6 mm2
DC power from the FPFC power module (recommended only for special scenarios)
The Fuse/CB and the thickness of the power cable used for powering the FPFC module is determined by the total load on the FPFC card. Please use the power calculator tool to determine the exact specifications. Use 6mm2 power cable between the AirScale SM and the FPFC power module. 3.
DC power from the FPFI and/ or FPFC power module. This is going to be the most common method to power the AirScale system module. All the specifications are mentioned in the below figure.
NOTE: 63A Fuse/CB** can also be used, provided that no further HW is added on the FPFC/FPFI
** Calculations have been revised with 54V DC company.nokia.com
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3
LTE RF Modules
The RF Modules used in TDD are either AZHA, FZHJ or FZHN. The ones used in FDD are FRGU and FXED. 3.1
AirScale TDD RF Module- AZHA
The below figure and table reveals the interfaces of the new AirScale RF module AZHA which is designed to operate in band-41.
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3.2
TDD RF Module – FZHJ
The below furnished figure and table reveals the interfaces of the FZHJ RFM.
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3.3
TDD RF Module – FZHN
The below furnished figure and table reveals the interfaces of the FZHN RFM.
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3.4
FDD RF Module – FXED
The interfaces of the 1800-band FDD RF module FXED is furnished below
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3.5
FDD RF Module – FRGU
The interfaces of the 2100-band FDD RF module FRGU is furnished below.
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3.6
Powering the FDD and TDD RF Modules
In the Mobily new scope scenario, there will be 2 quantities of FXED and FRGUs each. These modules will be powered by an FPFC power module which will be installed at the top of the tower. Regarding the TDD, there will be 3 quantities of RF modules (AZHA/FZHJ/FZHN) which will be connected from the FPFI indoor power module which will be installed inside the shelter. The 2G RF module FXDB (900 band) and the 3G modules FRGU (2100 band) and FXDB (900 band) will be powered from their respective FSMF’s FPFD submodule. These RF hardwares can also be powered up using a second FPFC module or directly from the rectifier. The high-level connection diagram is furnished in the attached presentation.
Power design_Update_16082017_v3.pptx
NOTICE BOARD The AirScale RRH- AZHA for the TD-LTE system is having a flange type of connector as shown in the below figure. It is called as APPB AirScale2 55A DC plug 3.3-10 mm2 (474282A). This connector allows a maximum power cable thickness of 10mm2. Our TDD RFMs are having 6mm2 power cable.
If the power cable thickness exceeds 10mm2, a different type of connector should be used and it is named as APPC AirScale2 55A DC plug 16-25 mm2 (474283A)
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4
RF Module Installation
4.1
LTE-FDD RFM Installation
The LTE will be having a Feederless environment, which is accomplished by installing the RFMs at the mast head. The FDD RFMs will be mounted on poles using FMFA (Flexi mounting kit for floor, pole & wall), FPKA (Flexi pole kit) and EMHA (Flexi module casing) kits. The 1800 RFMs and the 2100 RFMs should be mounted using separate kits. Depending on the space availability on the tower, the 1800 set and the 2100 set can be mounted on •
Same pole (top and bottom of the pole)
•
Different pole
The EMHA, the FMFA and the FPKA kits are detailed in the below diagrams.
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EMHA Casing-2
EMHA Casing-1
FMFA
FMFA
EMHA Casing-3
EMHA Casing-4
FPKA
FPKA
Typical installation of FDD RFMs on a single pole, using 2 FMFAs.
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FPKA
FMFA
EMHA Casing-RF3
EMHA Casing-RF4
EMHA Casing-FPFC
FMFA
FMFA
EMHA Casing-RF1
EMHA Casing-RF2
FPKA
FPKA FPKA Pole-1
Pole-2
RFMs and the FPFC installed using different FPKA kits on 2 different poles
NOTES: •
Make sure all the necessary mounting screws are tightened with the right torque (25Nm)
• •
The RF modules must be grounded to the plinth (FMFA) using 6-10 mm2 grounding cables. Each FMFA will thus have two grounding points from the RFMs. Also, there can be a grounding from the FPFC power module on either of the FPFC plinths.
•
The FPFC must be grounded to the main grounding point (main bus bar on the tower) using a 16mm2 grounding cable.
•
Always make sure that the busbar on the mast head is properly terminated to the ground.
•
All the grounding cables should be connected and verified before powering up the RF modules or FPFC power module.
•
If the grounding mechanism is inoperative or stolen, it should to be reported with appropriate photographs before the start of the installation.
NOTICE BOARD •
Maximum of 2 units can be installed on one FMFA, if mounted on a pole using FPKA.
•
The FPFC power module (with EMHA casing) for powering the FDD RFMs should be installed using separate FMFA and FPKA kits, if the existing kits are occupied with 2 modules (2U or
•
3U). The FPFC can also be installed on any FMFA plinth, if it is occupied by only one module.
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4.2
TD-LTE RFM Installation (AZHA shown)
The FPKA has room for three AZHA units. It is possible to use three installation directions. See the below figure for the FPKA installation with three Remote Radio Heads.
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4.3
FZHJ and FZHN Installation FZHJ can be installed on 1. FPKA (procedure is described below) 2. FPKC (procedure mentioned in the old phases to be followed.
FZHJ and FZHN RFM Installation using FPKA Purpose: The Flexi Pole Mounting Kit is required in order to mount modules onto a pole. The FPKA is designed for poles between 30 mm (1.2 in.) and 120 mm (4.7 in.).
NOTICE: The unit's airflow runs from the lower to the upper side of the unit. Make sure that the unit is installed in a room that allows proper ventilation. Electrostatic discharge (ESD) might damage the modules. Wear an ESD wrist strap or use a corresponding method when handling the modules.
Procedure 1. Fix the upper FPKA mounting bracket onto the pole and tighten the mounting bracket screws (M10) to 30 Nm (22.12 ft-lb). 2. Release the strain relief plate by undoing the screw. Before releasing the strain relief, double check that the minimum distance between the screws and plate is 3.5 mm (0.14 in.) use TX25 torx key and save the screw for future use. 3. Fix the strain relief plate onto the lower bracket using two M5 screws. Tighten the screws to 4 Nm (35.4 in-lb).
4. Fix the lower FPKA bracket onto the back of the module 5. Screw two M8 screws to the upper part of the FPKA bracket. Do not tighten the screws yet. Lift the module RRH with the pre-assembled bracket to the FPKA NOTE: Do not lift the RRH on a rack by handle. Use a strong ing rope instead. company.nokia.com
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6. Fix the FPKA lower bracket to 30 Nm (22.13 ft-lb). 7. Tighten all FPKA fixing bolts to 20 Nm (14.8 ft-lb.
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5
AirScale System Module Installation
5.1
Installing Nokia AirScale System Module inside FCIA cabinet
The Below materials are required: •
TX10 screwdriver
•
TX25 screwdriver
•
M5 screws (4 pcs)
•
Cage nuts (4 pcs)
•
Guide plates (2 pcs)
NOTICE BOARD •
Electrostatic discharge (ESD) may damage the modules. Wear an ESD wrist strap or use a corresponding method when handling the modules. The ESD wrist strap does not work before the cabinet is earthed (grounded) and it is mandatory to make sure that the FCIA is grounded to the main busbar of the Shelter.
•
The modules are heavy. The weight of the modules must not be ed by front
•
screws alone. The guide plates must be used in Flexi Cabinet for Indoor (FCIA) installations. Proper care must be taken while installing the plugin units without breaking the backplane pins.
Procedure: 1. Insert 4 cage nuts inside the cabinet. 2. Install the guide plates to both sides of the cabinet's wall. 3. Insert the AMIA subrack into the FCIA.
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4. Fix the AMIA subrack into the FCIA using four M5 screws and tighten it to 4.3Nm 5. Loosen the screws of dummy s and remove them from the AMIA subrack
NOTE: Do not remove dummies from the unused slots. 6. Pick up the ASIA plug-in units in sequence. Insert each plug-in unit to AMIA subrack handling them carefully. Use ejector levers to insert ASIA plug-in unit to the AMIA subrack. 7. Fix ASIA screws to the AMIA subrack using a TX10 screwdriver and tighten screws to 1Nm.
8. Pick up the ABIA plug-in units in sequence. Insert each plug-in unit to AMIA subrack handling them carefully. 9. Fix ABIA screws to AMIA subrack using a TX10 screwdriver and tighten the screws to 1Nm.
NOTE: The position of AirScale SM Indoor inside of the FCIA can be freely selected based on the installation needs. However, it is recommended to install it at the top of the cabinet. No load should added on top of the AMIA rack. If any ASIA or ABIA plug-in units are removed at any point, dummy s must be installed back to AMIA subrack. Make sure that no slots remain empty. company.nokia.com
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5.2
Installing AirScale System Module in a Stack NOTICE BOARD ➢ The AMIA Subrack is installed on the existing Stack of modules. ➢ AirScale System Module must always be installed on the top of other modules when installing in a stack.
Procedure 1. There are 4 knock-outs at the bottom of the AMIA subrack. 2. Break out the slots of the key break holes according to the following substeps (a-f).
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3. Align the AMIA subrack on top of the existing stack of modules.
4. Install the plug-in units as discussed in the above section. NOTE: Ground the AMIA subrack to the existing plinth before installing the plug-in units.
5.3
Installing AirScale modules onto a wall
Procedure: 1. Install the FMFA wall mounting kit to the wall and make sure the plinth is not twisted. 2. Install the main grounding of the plinth. 3. Break out the slots of the key break holes according to the above sub-steps (a-f). 4. Line up the locating marks on the side of the module and align the holes on the bottom of the subrack with the fixing studs on the plinth. 5. Push the module back until it stops. 6. Screw the module to the plinth with two M5X6.5 countersunk screws. Use a Use a TX25 screwdriver and tighten to 2.2 Nm
7. When the wall installation of the AMIA subrack is completed, the plugin units can be fixed as discussed in the above sections. NOTICE BOARD ✓ It is mandatory to make sure that the plugin units are not installed without proper grounding of the AMIA subrack and the plinth. ✓ ASD wrist straps must be utilized while installing the plugin units. ✓ Proper care to be applied while installing the plugin units and make sure that the backplane pins are not damaged.
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6
RP3 Interface of the AirScale eNB
This session deals with the Instructions on how to connect the optical cables to the ABIA plugin unit. 6.1
Connecting the optical cables to the ABIA PIU
NOTICE BOARD •
Before you start make sure that the full cabling of ASIA PIU is completed.
•
All the optical cable connectors are clean enough to meet the quality.
•
Optical cables are fragile. Over bending is not recommended. Do not bend the cable beyond the minimum radii of 50mm.
•
Switch the laser beam off to protect the eye, during the installation
PROCEDURE: 1. Locate the RF interfaces on the ABIA PIU.
Locating the RF interfaces is discussed in the next section 2. Insert the optical cable into the RF1 interface on the ABIA plug-in unit. SFP types discussed in the coming sections 3. 4.
Repeat step 2 for all required optical ports. If necessary, repeat steps 1 - 3 for all remaining ABIA plug-in units.
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6.2
Locating the RF Interfaces
*FL17A onwards
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NOTE: 20+15 MHz connectivity is not tested for FZHN and AZHA RFMs in xL17A release
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NOTICE BOARD •
2G/3G will be using OBSAI as the RP3 interface.
•
FDD will be using OBSAI as the RP3 interface.
•
RP3 interface in TDD can be configured as either OBSAI or RI.
•
AZHA and FZHN will use RI interface, while FZHJ will continue to use with OBSAI protocol
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6.3
SFPs used
FOSH Optical SFP H 850nm 6G 300m MM • • •
It can be used up to 300m. LC PC connector 6 Gbit Multimode SFP 850 nm for OBSAI
FOSO Optical SFP H 850nm 9.8G 1. It can be used up to 300m. 2. LC PC connector 3. 9.8 Gbit Multimode SFP 850 nm for RI
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Used along with AZHA RFM RI interfaces are used on FZHN as well
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7
Antenna Line connectivity
7.1
FDD 1800 + 2100
7.2
FDD 1800 only
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7.3
TDD 4T4R
7.4
TDD 8T8R
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8
Existing FDD dual carrier site Modernization
8.1
Items in BoQ Existing FDD 1800 eNodeB 4T4R Existing FDD 2100 eNodeB 4T4R Existing FSMF modernization with Airscale
8.2
Task overview
The existing FDD eNB with FSMF (+FBBA/FBBC), FXEB, FRGT and FPFD submodule will be replaced with Airscale (1AMIA+1ASIA+2ABIA), FXED, FRGU and FPFC power modules. An additional 6Gbps OBSAI interface should be added per FXED, to make sure that the HW is ready for 15MHz BW upgrade. The eNB should be in FL16A 8.0 SW release.
8.3
Installation of FPFC power module
The FPFC can be installed in either of the following ways, depending up on the space availability. It is mandatory to connect the FPFC to the cabinet main grounding using a 6mm2 cable (minimum). The FPFC should be installed inside the FCIA cabinet, if there is a minimum of 2U spacing available. Dismantling of existing OVPs are optional, depending up on the available power cable length. Else, it can be installed on the top of the cabinet after dismantling the FDD OVPs (4 qty) and rearranging the TDD OVPs (if applicable).
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8.4
Cabling the RP3 interface
All the RFMs are connected with the ABIA PIUs as furnished in the picture below
1
2
1
2
1
2
NOTE-1: It is mandatory to use the 6Gbps SFPs in all the six OBSAI interfaces applicable.
NOTE-2: The 2nd ABIA will be removed from the configuration and the 2100 RFMS will be connected to ports 5 and 6 of ABIA-1 during FL17A upgrade. Connectivity diagram is shown in section 6.2
8.5
MDT Procedure 1. Secure the access and reach the site half hour prior the MDT. 2. Call NOC and reveal him the approved CRQ number for access. 3. Take the backup commissioning file and current BTS snapshot. 4. Turn the existing FDD 63A CB/fuse off. 5. It is important to make sure that the existing rectifier is having enough capacity to feed the new FDD system. Also, there should be approved EIR. 6. Replace the existing FXEB and FRGT RFMs with FXED and FRGU respectively. 7. Route the new set of optical cables from both the FXEDs to the system module. 8. Install the FPFC as mentioned in section 7.3 and ground it to the cabinet main ground. 9. Remove the power bridge from the AMIA rack as mentioned in the section 2.1 10. Install the Airscale BTS to the planned location, as said in section-5 11. Install one ASIA and two ABIA PIUs to the left part of the AMIA rack, slots C1, B1, B2 (as mentioned in section 1.1) 12. Connect the power cable (6mm2) between ASIA and FPFC (port-1)
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13. Connect the existing RFM power cables to FPFC as discussed in the section-8.3 14. Connect the RP3 cables as furnished in the section 8.4 15. Make sure that the ampere limiting knob of FPFC is set to the maximum value for all the applicable ports. 16. Replace the existing 63A breaker with a new 100A one. 17. The power cable between the rectifier and FPFC should be of 25mm2 thick. 18. Turn the breaker on and make sure that all the modules are powered up. 19. Connect to the BTS using BTS site manager and make sure that all modules are detected 20. If any of the RFMs are not detected, troubleshoot until it is detected (check the power, Fiber cables, SFPs, ports etc.) 21. Once all the HW is detected, update the SW to FL16A 8.0 SW release
22. Wait until the SW update is completed. Ideal SW update time is 15 to 20 minutes, and may vary up on the link speed. The BTS will reboot after the completion of SW update. 23. After the reboot, select commissioning and the provided SCF.
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24. The eNB will apply the configuration changes and will reset by itself. 25. Connect the transmission cable on the appropriate port of the ASIA card. 26. Connect the jumper cables as described in section-7 27. The site will go on air if everything is ok. Else, troubleshoot for any active alarms, if applicable 28. Monitor the site for some time and up on confirming its stability, inform the DT to proceed. 29. Troubleshoot accordingly as per the DT , and make sure that all the points are closed. 30. Clean the site and its premises, make sure no card board boxes or other similar wastes are left behind. 31. Label all the cables as per the standard. 32. Take the backup file and save a snapshot for future reference. 33. Call the NOC and close the MDT, if all points are clear.
NOTES: ✓ All the power cables and the grounding cables should have proper lugs and they should be protected with appropriate heat shrinks. ✓ The dismantled power bridge of the AMIA rack should properly secured at the site. This will be verified during the HO5
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9 Second carrier modernization of existing single carrier FDD sites. 9.1
Items in BoQ Existing FDD 1800 Expansion with FDD 2100 eNodeB 4T4R Existing FDD 1800 eNodeB 4T4R Existing FSMF modernization with Airscale
9.2
Task overview
The existing FDD eNB with FSMF + 2 FXEB, and FPFD submodule will be replaced with Airscale (1AMIA+1ASIA+2ABIA**), FXED, FRGU and FPFC power modules. An additional 6Gbps OBSAI interface should be added per FXED, to make sure that the HW is ready for 15MHz BW upgrade. The eNB should be in FL16A 8.0 SW release. ** in 16A release, one ABIA in 17A release 9.3
Installation of FPFC power module
The FPFC power module to power up the 4 FDD RFMs is installed at the mast head using a EMHA casing. This EMHA along with the FPFC is then installed on the tower with the help of FMFA and FPKA kits. It is mandatory to follow that every pole mounted FMFA should carry a maximum of 2 modules only. If the existing FMFAs are occupied by the 4 FDD RFMs, then the FPFC should be installed using any of the below options, 1. New Set of FMFA and FPKA kits, which will be installed separately. 2. On any existing FMFA, where only one module is existing. 3. New FMFA which will be installed on the existing FPKA kits, if space available. The power connectivity diagram and the specifications are shown below.
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NOTE: 63A CB can also be used to power up the indoor FPFC/FPFI, if there is no additional load on it. Please see section 2.2 for more details
9.4
RP3 Interface
RP3 interface connectivity to be followed as described under section 8.4 9.5
MDT Procedure
Follow the same procedure under section 8.5
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10 New FDD Sites 10.1
Items in BoQ
New FDD 1800 eNodeB 4T4R New FDD 2100MHz eNodeB 4T4R on top of the newly added 1800MHz site
10.2
Task overview
A completely new LTE-FDD eNB using Airscale (1AMIA+1ASIA+2ABIA**), FXED, FRGU and FPFC power modules. 2 nos of 6Gbps OBSAI interface should be added per FXED, to make sure that the HW is ready for 15MHz BW upgrade. Only one 6Gbps OBSAI interface per FRGU. The eNB should be in FL16A 8.0 SW release. ** in 16A release, only one ABIA in 17A release.
10.3
Installation of FPFC power module
The FPFC installation procedure described under section 9.3 to be followed.
10.4
RP3 Interface
RP3 interface connectivity to be followed as described under section 8.4
10.5
Procedure
Pre-requisites •
There should be approved TSSR and RF data sheet.
•
There should be approved TCN, to work in the site.
•
There should be proper EIR approval, to connect the new FDD to the existing power systems.
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Procedure 1. Call NOC and reveal him the approved TCN for the site access. 2. Install the Airscale System module as described under section 5.1 3. It is mandatory to install the AMIA rack at the top of the installation, because no modules should be installed on top of AMIA. 4. Install the RF Modules as described in section 4 5. Install the FPFC power module on the mast head as described in section 8.3 6. The second FPFC or the FPFI power module is installed indoors to power up the Airscale System module (this module will also be used for TDD RFMs and SM). 7. Make sure all the modules are grounded to the main grounding using the standard grounding cables.
8. Connect the optical cables (RP3 interface) as described in section-6. 9. It is mandatory to make use of the appropriate SFPs. For the new FDD scope, all the associated SFPs are 6Gbps compatible. 10. Install the jumpers as described in section 7. 11. Upgrade the SW level of the BTS to the recommended version. 12. the provided SCF and make sure that the eNB is properly configured. 13. Connect the transmission cable on the allotted transmission port of the ASIA (commonly EIF-5 for FDD) 14. Once the transmission cable is connected and after the BTS reboot, the BTS state should turn to “BTS integrated to RAN” and then to “on air”, if the end to end transmission is ok . 15. If the BTS state remain “BTS configured”, TS must be done with transmission team.
16. Once the BTS goes on air, monitor it for at least 20 mins and inform the concerned PE and DT. 17. TS on the antenna lines might be required, if demanded by the DT. 18. Label all the cables as per the standard 19. Clean the site premises and make sure that there are no waste materials left over. 20. Lock the site once DT is completed and inform the PE about the BTS state. 21. Call the NOC and close the TCN.
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11 TDD 8T8R Modernization (central and north regions) 11.1
Items in BoQ LTE modernization from FZHA to FZHJ 8T8R (20+10 MHz) ****
11.2
Task overview
The existing TDD eNB with FSMF (+2 FBBA) and 3 FZHA RFM will be replaced with Airscale (1AMIA+1ASIA+2ABIA), 3 FZHJ RFMs and FPFC/FPFI power modules. The optical interfaces will be 6Gbps OBSAI links. There will be 3 OBSAII interfaces per FZHJ RF Module. The eNB should be in FL17A 0.2 SW release**. 11.3
Installation of FPFC/ FPFI power module
The FPFC /FPFI should be installed inside the shelter, preferably near the AS system module. This FPFC (or FPFI) will be used to power up the whole TDD eNB (AS baseband + 3 RFMs) and the FDD AirScale baseband modules. The installation location of the FPFC (or FPFI) should be directly below the AS system module (no HW is supposed to be installed on top of the AMIA rack).
63A CB can also be used for indoor FPFC/FPFI. More details in section 2.2
** The TL17A 0.2 SW release is the latest one available as on 07-Jan-2018. This is subjected to change after the release of the new update.
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11.4
RP3 Interface
RP3 interface connectivity to be followed as described under section 6.2
11.5
Procedure
1. Secure the access and reach the site half hour prior the MDT. 2. Call NOC and reveal him the approved CRQ number for access. 3. Take the backup commissioning file and current BTS snapshot. 4. Turn the existing TDD 63A CB/fuse off. 5. It is important to make sure that the existing rectifier is having enough capacity to feed the new TDD system. Also, there should be approved EIR. 6. Replace the existing FZHA RFMs with FZHJ. 7. The existing optical cables (2 per RFM) and SFPs should be reused. 8. Make sure that all the SFPs are 6Gbps and of the same manufacturer. 9. Install the FPFC as mentioned in section 11.3 and ground it to the cabinet main ground. 10. Remove the power bridge from the AMIA rack as mentioned in the section 2.1. 11. If there is existing Airscale FDD, it is mandatory to make sure that the power bridge is removed before installing the TDD. (secure MDT for FDD, if necessary). 12. Install the Airscale BTS to the planned location, as said in section-5 13. Install one ASIA and two ABIA PIUs to the right part of the AMIA rack, slots C2, B4, B5 (as mentioned in section 1.1) 14. Connect the power cable (6mm2) between ASIA and FPFC (port-2)
15. Install 2 FZHJ RFMs using the FPKC installation kits, as described in section- 4. 16. Install the 3rd FZHJ using FPKA installation kit as described in section-4 17. Connect the existing RFM power cables to FPFC as discussed in the section-11.3 18. Connect the RP3 cables as furnished in the section 6.2 19. Make sure that the ampere limiting knob of FPFC is set to the maximum value for all the applicable ports. 20. Replace the existing 63A breaker with a new 80A one. (if there is no FDD existing) 21. The power cable between the rectifier and FPFC should be of 25mm2 thick. 22. FPFC and the AMIA rack should be grounded properly to the cabinet main ground. 23. All the RFMs should be grounded to the main bus bar on the mast head. 24. Turn the breaker on and make sure that all the modules are powered up.
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25. Connect to the BTS using BTS site manager and make sure that all modules are detected 26. If any of the RFMs are not detected, troubleshoot until it is detected (check the power, Fiber cables, SFPs, ports etc.) 27. Once all the HW is detected, update the SW to TL17A 0.1 SW release
28. 29. Wait until the SW update is completed. Ideal SW update time is 15 to 20 minutes, and may vary up on the link speed. The BTS will reboot after the completion of SW update. 30. After the reboot, select commissioning and the provided SCF.
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31. The eNB will apply the configuration changes and will reset by itself. 32. Connect the transmission cable on the appropriate port of the ASIA card (normally port-3 for TDD). 33. Connect the jumper cables as described in section-7 34. It is mandatory to install a healthy calibration jumper between the BF-cal port of the RFM and the CAL port on the antenna. 35. The site will go on air if everything is ok. Else, troubleshoot for any active alarms, if applicable 36. Monitor the site for some time and up on confirming its stability, inform the DT to proceed. 37. Troubleshoot accordingly as per the DT , and make sure that all the points are closed. 38. Label all the cables as per the standard. 39. Clean the site and its premises, make sure no card board boxes or other similar wastes are left behind. 40. Take the backup file and save a snapshot for future reference. 41. Call the NOC and close the MDT, if all points are clear.
NOTES: ✓ All the power cables and the grounding cables should have proper lugs and they should be protected with appropriate heat shrinks. ✓ The dismantled power bridge of the AMIA rack should properly secured at the site. This will be verified during the HO5
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12 TDD 4T4R modernization 12.1
Items in BoQ Existing 4T4R sites modernization with AZHA 4x40W on top of FDD Existing 4T4R sites modernization with AZHA 4x40W on top of FDD (with GPS kit)
12.2
Task overview
The existing TDD eNB with FSMF and 2 FZHA RFM or FSIH, FBIH + 2 FZHJ will be replaced with Airscale (1AMIA+1ASIA+2ABIA), 3 AZHA RFMs and FPFC/FPFI power modules. The optical interfaces will be 9.8Gbps RI links. There will be 2 RI interfaces per AZHA RF Module. The eNB should be in FL17A 0.2 SW release**. 12.3
Installation of FPFC/ FPFI power module
Follow the same procedure as mentioned under section- 11.3 12.4
RP3 Interface
RP3 interface connectivity to be followed as described under section 6.2
12.5
Procedure
Follow the same procedure as described in the section 11.5
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© Nokia 2017
MoP: LTE-FDD and TD-LTE - Installation and Commissioning Mobily- central, north and east regions Capex-2017
☐Regulated document
☐Unregulated document
Version, status
5, MoP V5
Date
12-02-2018
Owner
Athul.S
Function
RAN Technical Engineer
Reviewer
Mohammed Fasi, RAN technical Engineer
Approver-1, Function
Imran Sheikh, Technical Manager
Approver-2, Function
Aamir Imam, Project Manager
Doc Location
Riyadh, K. S. A
Change History Version
Status
Date
Handled by
Comments
0.1
Draft
29-08-2017
Athul.S
Initial draft for comments.
2
First review completed
31-10-2017
Athul.S
RP3 interfaces revised for FDD & TDD
3
Second update
08-11-2017
Athul.S
++ upgrade of 141 FDD sites to 4T4R configuration
3
Third update
02-01-2018
Athul.S
++ New FDD sites, TDD sites and TDD modernization
4
Fourth Update
12-02-2018
Athul.S
Revised CB specs and TDD RP3 connectivity
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TABLE OF CONTENTS 1
Introduction .......................................................................................................................... 4
1.1
Know your new AirScale System Module. .......................................................................... 4
1.2
AirScale BTS in Mobily .......................................................................................................... 7
2
Connecting DC Power Cables to AirScale System Module ............................................. 8
2.1
Connecting the independent DC feeding (in case if both ASIA units are populated) 10
2.2
Powering the AirScale System module .............................................................................. 12
3
LTE RF Modules ..................................................................................................................... 13
3.1
AirScale TDD RF Module- AZHA .......................................................................................... 13
3.2
TDD RF Module – FZHJ ......................................................................................................... 14
3.3
TDD RF Module – FZHN ........................................................................................................ 15
3.4
FDD RF Module – FXED......................................................................................................... 16
3.5
FDD RF Module – FRGU ........................................................................................................ 17
3.6
Powering the FDD and TDD RF Modules ........................................................................... 18
4
RF Module Installation.......................................................................................................... 19
4.1
LTE-FDD RFM Installation .................................................................................................... 19
4.2
TD-LTE RFM Installation (AZHA shown) ............................................................................. 22
4.3
FZHJ and FZHN Installation ................................................................................................. 23
5
AirScale System Module Installation .................................................................................. 25
5.1
Installing Nokia AirScale System Module inside FCIA cabinet ........................................ 25
5.2
Installing AirScale System Module in a Stack .................................................................... 27
5.3
Installing AirScale modules onto a wall ............................................................................. 28
6
RP3 Interface of the AirScale eNB...................................................................................... 29
6.1
Connecting the optical cables to the ABIA PIU ................................................................ 29
6.2
Locating the RF Interfaces .................................................................................................. 30
6.3
SFPs used .............................................................................................................................. 33
7
Antenna Line connectivity ................................................................................................... 34
7.1
FDD 1800 + 2100 ................................................................................................................. 34
7.2
FDD 1800 only ...................................................................................................................... 34
7.3
TDD 4T4R............................................................................................................................... 35
7.4
TDD 8T8R............................................................................................................................... 35
8
Existing FDD dual carrier site Modernization ................................................................... 36
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8.1
Items in BoQ .......................................................................................................................... 36
8.2
Task overview ........................................................................................................................ 36
8.3
Installation of FPFC power module .................................................................................... 36
8.4
Cabling the RP3 interface.................................................................................................... 37
8.5
MDT Procedure ..................................................................................................................... 37
9
Second carrier modernization of existing single carrier FDD sites. .............................. 40
9.1
Items in BoQ .......................................................................................................................... 40
9.2
Task overview ........................................................................................................................ 40
9.3
Installation of FPFC power module .................................................................................... 40
9.4
RP3 Interface......................................................................................................................... 41
9.5
MDT Procedure ..................................................................................................................... 41
10
New FDD Sites ....................................................................................................................... 42
10.1
Items in BoQ .......................................................................................................................... 42
10.2
Task overview ........................................................................................................................ 42
10.3
Installation of FPFC power module .................................................................................... 42
10.4
RP3 Interface......................................................................................................................... 42
10.5
Procedure .............................................................................................................................. 42
11
TDD 8T8R Modernization (central and north regions) .................................................... 44
11.1
Items in BoQ .......................................................................................................................... 44
11.2
Task overview ........................................................................................................................ 44
11.3
Installation of FPFC/ FPFI power module .......................................................................... 44
11.4
RP3 Interface......................................................................................................................... 45
11.5
Procedure .............................................................................................................................. 45
12
TDD 4T4R modernization.................................................................................................... 48
12.1
Items in BoQ .......................................................................................................................... 48
12.2
Task overview ........................................................................................................................ 48
12.3
Installation of FPFC/ FPFI power module .......................................................................... 48
12.4
RP3 Interface......................................................................................................................... 48
12.5
Procedure .............................................................................................................................. 48
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1
Introduction
The modernization of the existing LTE network in central, north and east region is accomplished by the introduction of the new AirScale base stations. There are also sites where the existing FSMF will be used as the system module. FSMF is a common familiar hardware and is not included in the introduction part. The key component of the AirScale BTS is the AirScale system module which is described in the following sections.
1.1
Know your new AirScale System Module.
The Nokia AirScale System Module is OBSAI/RI compatible and it has all the needed control and baseband functions for the ed radio access technologies. The basic functionalities are: • Baseband processing and de-central control • Transport control and integrated Ethernet, and IPv4/v6 and IPSec Transport • BTS clock and timing generation and distribution • BTS Operation and Maintenance • Central radio interface control Nokia AirScale System Module Indoor (AirScale SM Indoor) consists of one or two AirScale Common (ASIA) plug-in units and up to six AirScale Capacity (ABIA) extension plug-in units in one AirScale (AMIA) 3U sub-rack. ASIA unit contains the control and integrated ethernet transport processing and interfaces. ABIA brings baseband signal processing capacity and/or another radio access technology into the system. Minimal configuration consists of one ASIA and one ABIA plug-in modules inside AMIA subrack.
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Nokia AirScale Subrack (AMIA) AirScale Subrack (AMIA) has 3U height and can be fit into a standard 19” rack or can be stacked on top of each other. Indoor subrack includes fans and backplane for internal communication and DC-feed. ID subrack can accommodate plug-in units in the following locations: • One or two ASIA plug-in units in slots C1 and C2 (as shown in Figure: AMIA slot numbering). • Up to six ABIA plug-in units in slots B1…B6 (as shown in Figure: AMIA slot numbering). • Weight 5 kg without blind covers.
Nokia AirScale Common unit (ASIA) Nokia AirScale Common (ASIA) plug-in unit occupies only half the width of a 19-inch subrack with an IP class of IP20. Weight: 3 kg. ASIA functions include transport and centralized control functions for ed radio access technologies, additionally ASIA has central antenna data routing functions.
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Nokia AirScale Capacity unit (ABIA) Nokia AirScale Capacity (ABIA) plug-in unit occupies half the width of a 19-inch subrack with an IP class of IP20. Weight: 2 kg. Nokia AirScale System Module Indoor can consist of up to six AirScale Capacity (ABIA). ABIA unit has six optical RF interfaces up to 6 Gbps OBSAI or 9.8 Gbps RI. IQ compression is ed with three RI links.
Nokia AirScale System Module installation and HW replacement Like other Flexi Multiradio BTS modules, the AirScale System Module allows a variety of module and plug-in unit-based installation options including: • stacked upon each other without any cabinet or rack • cabinet or rack installation • mounted onto a wall It is possible to stack two indoor subracks on a plinth or on top of existing Flexi casing. In wall installation, two subracks can be installed on top of each other on the plinth. Fan Replacement
The fans of the AirScale SM can be serviced on the field. It is possible to replace the fans from the back of an installed and operating module if there is working space for that. It is also possible to remove the module and easily replace the fan if there is no working space in the back of the module. During the fan replacement when the system module is operational, heat can temporarily rise and cause performance degradation for the system module. Unit Replacement
In case of failure, on-site service is done by the replacement of the plug-in unit. All maintenance requires front and top access only (except the fan replacement). Front cabling is used and the connectors and all fixings are easily accessible. In case of AirScale system module swap, the configuration data must be ed again to the module, either automatically using the auto-connection and auto-configuration functionality, or manually.
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AirScale System Module Interfaces
1.2
AirScale BTS in Mobily
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2 Connecting DC Power Cables to AirScale System Module This topic deals with the Instructions on how to connect the DC power cables to the ASIA plug-in unit.
Before you start Make sure that the following has been completed:
•
Connecting the grounding cables to the Nokia AirScale System Module
•
Installing the cable holders to the Nokia AirScale System Module casing
•
Preparing the optical interfaces on the Nokia AirScale System Module
To connect the DC power cables to the ASIA plug-in unit, the following must be at hand:
•
DC power cables (amount depends on the configuration) Note: For each ASIA plug-in unit, either a single sheathed DC cable or two individual DC cables can be used. Depending on the choice, cable preparation can vary.
•
Cable stripper WARNING! Risk of short circuit. Make sure the main site switch is in the OFF position before you connect the DC power cable. WARNING! Risk of power supply failure and, in rare cases, of short circuit. Check that the polarity the cable. Connect the wires to the V48N- and V48RTN+ connectors according to the markings of on the connectors.
NOTICE: The power cable must be connected before power is applied to the system.
Procedure 1.
Strip the ending of the DC power cable(s).
Select from available options
•
For a single sheathed DC cable, strip 4 cm (1.6 in.) of the DC power cable braiding and 18 ± 1 mm (0.7 in.) of the wires' insulation using the cable stripper.
•
For two individual DC cables, strip 18 ± 1 mm (0.7 in.) of the wires' insulation using the cable stripper.
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2. 3.
Locate the DC IN interface on the ASIA plug-in unit Lift the latch of the DC power cable input as shown in the below figure.
4.
Insert the stripped ends of the DC power cables (+48 V and -48 V) into the DC power cable inputs of the ASIA plug-in unit. Push it all the way back to the DC terminal until it clicks. Make sure that there are no stray conductor strands.
Note: Make sure to connect the polarity of power supply correctly according to the markings on the connectors
5. Close the latch of the DC power input so that the DC power cable is firmly secured.
6.
If applicable, repeat steps 2 - 5 with another DC power cable for the second ASIA plug-in unit.
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To connect the independent power supply to the second ASIA plug-in unit, follow the steps mentioned in the next session (Connecting the independent DC feeding). 7.
2.1
Route the DC cable(s) through the plastic cable clamp(s) on the cable holder(s) and fix the cable clamp screws with a TX10 screwdriver.
Connecting the independent DC feeding (in case if both ASIA units are populated)
Independent feeding is another type DC configuration, used in case both ASIA plug-in units are populated. This requires removal of the DC busbar from the back side of the AMIA subrack.
Before You Start Please take a look at same topic under session 2.
Procedure 1. 2.
Prepare the cables as described in the above topic. Locate the backcover screws (M4 type) on the AMIA subrack
3.
Remove the backcover screws and the backcover from the AMIA subrack 3.1 Loosen and remove the six screws on the backcover of the AMIA subrack using the TX20 screwdriver 3.1.1 Remove the back cover
4.
Open and Remove the busbar(DC bridge) screws
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5.
Push the busbar (DC bridge) to the left
6.
Remove the busbar (DC bridge)
7.
Insert the backcover back to the AMIA subrack
8.
Assemble and tighten the backcover screws to 2.2 Nm (19.5 in.-lb.) using TX20 screwdriver
9.
Connect the independent DC power cable to the second ASIA plug-in unit as described in session-2.0
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2.2
Powering the AirScale System module
The AirScale System module can be energized in 3 different ways 1.
DC power directly from the rectifier (through appropriate circuit breaker/fuses)
Prescribed CB/fuse ratings Prescribed thickness of the power cable (max 120m) 2.
40 Amps 6 mm2
DC power from the FPFC power module (recommended only for special scenarios)
The Fuse/CB and the thickness of the power cable used for powering the FPFC module is determined by the total load on the FPFC card. Please use the power calculator tool to determine the exact specifications. Use 6mm2 power cable between the AirScale SM and the FPFC power module. 3.
DC power from the FPFI and/ or FPFC power module. This is going to be the most common method to power the AirScale system module. All the specifications are mentioned in the below figure.
NOTE: 63A Fuse/CB** can also be used, provided that no further HW is added on the FPFC/FPFI
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3
LTE RF Modules
The RF Modules used in TDD are either AZHA, FZHJ or FZHN. The ones used in FDD are FRGU and FXED. 3.1
AirScale TDD RF Module- AZHA
The below figure and table reveals the interfaces of the new AirScale RF module AZHA which is designed to operate in band-41.
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3.2
TDD RF Module – FZHJ
The below furnished figure and table reveals the interfaces of the FZHJ RFM.
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3.3
TDD RF Module – FZHN
The below furnished figure and table reveals the interfaces of the FZHN RFM.
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3.4
FDD RF Module – FXED
The interfaces of the 1800-band FDD RF module FXED is furnished below
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3.5
FDD RF Module – FRGU
The interfaces of the 2100-band FDD RF module FRGU is furnished below.
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3.6
Powering the FDD and TDD RF Modules
In the Mobily new scope scenario, there will be 2 quantities of FXED and FRGUs each. These modules will be powered by an FPFC power module which will be installed at the top of the tower. Regarding the TDD, there will be 3 quantities of RF modules (AZHA/FZHJ/FZHN) which will be connected from the FPFI indoor power module which will be installed inside the shelter. The 2G RF module FXDB (900 band) and the 3G modules FRGU (2100 band) and FXDB (900 band) will be powered from their respective FSMF’s FPFD submodule. These RF hardwares can also be powered up using a second FPFC module or directly from the rectifier. The high-level connection diagram is furnished in the attached presentation.
Power design_Update_16082017_v3.pptx
NOTICE BOARD The AirScale RRH- AZHA for the TD-LTE system is having a flange type of connector as shown in the below figure. It is called as APPB AirScale2 55A DC plug 3.3-10 mm2 (474282A). This connector allows a maximum power cable thickness of 10mm2. Our TDD RFMs are having 6mm2 power cable.
If the power cable thickness exceeds 10mm2, a different type of connector should be used and it is named as APPC AirScale2 55A DC plug 16-25 mm2 (474283A)
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4
RF Module Installation
4.1
LTE-FDD RFM Installation
The LTE will be having a Feederless environment, which is accomplished by installing the RFMs at the mast head. The FDD RFMs will be mounted on poles using FMFA (Flexi mounting kit for floor, pole & wall), FPKA (Flexi pole kit) and EMHA (Flexi module casing) kits. The 1800 RFMs and the 2100 RFMs should be mounted using separate kits. Depending on the space availability on the tower, the 1800 set and the 2100 set can be mounted on •
Same pole (top and bottom of the pole)
•
Different pole
The EMHA, the FMFA and the FPKA kits are detailed in the below diagrams.
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EMHA Casing-2
EMHA Casing-1
FMFA
FMFA
EMHA Casing-3
EMHA Casing-4
FPKA
FPKA
Typical installation of FDD RFMs on a single pole, using 2 FMFAs.
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FPKA
FMFA
EMHA Casing-RF3
EMHA Casing-RF4
EMHA Casing-FPFC
FMFA
FMFA
EMHA Casing-RF1
EMHA Casing-RF2
FPKA
FPKA FPKA Pole-1
Pole-2
RFMs and the FPFC installed using different FPKA kits on 2 different poles
NOTES: •
Make sure all the necessary mounting screws are tightened with the right torque (25Nm)
• •
The RF modules must be grounded to the plinth (FMFA) using 6-10 mm2 grounding cables. Each FMFA will thus have two grounding points from the RFMs. Also, there can be a grounding from the FPFC power module on either of the FPFC plinths.
•
The FPFC must be grounded to the main grounding point (main bus bar on the tower) using a 16mm2 grounding cable.
•
Always make sure that the busbar on the mast head is properly terminated to the ground.
•
All the grounding cables should be connected and verified before powering up the RF modules or FPFC power module.
•
If the grounding mechanism is inoperative or stolen, it should to be reported with appropriate photographs before the start of the installation.
NOTICE BOARD •
Maximum of 2 units can be installed on one FMFA, if mounted on a pole using FPKA.
•
The FPFC power module (with EMHA casing) for powering the FDD RFMs should be installed using separate FMFA and FPKA kits, if the existing kits are occupied with 2 modules (2U or
•
3U). The FPFC can also be installed on any FMFA plinth, if it is occupied by only one module.
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4.2
TD-LTE RFM Installation (AZHA shown)
The FPKA has room for three AZHA units. It is possible to use three installation directions. See the below figure for the FPKA installation with three Remote Radio Heads.
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4.3
FZHJ and FZHN Installation FZHJ can be installed on 1. FPKA (procedure is described below) 2. FPKC (procedure mentioned in the old phases to be followed.
FZHJ and FZHN RFM Installation using FPKA Purpose: The Flexi Pole Mounting Kit is required in order to mount modules onto a pole. The FPKA is designed for poles between 30 mm (1.2 in.) and 120 mm (4.7 in.).
NOTICE: The unit's airflow runs from the lower to the upper side of the unit. Make sure that the unit is installed in a room that allows proper ventilation. Electrostatic discharge (ESD) might damage the modules. Wear an ESD wrist strap or use a corresponding method when handling the modules.
Procedure 1. Fix the upper FPKA mounting bracket onto the pole and tighten the mounting bracket screws (M10) to 30 Nm (22.12 ft-lb). 2. Release the strain relief plate by undoing the screw. Before releasing the strain relief, double check that the minimum distance between the screws and plate is 3.5 mm (0.14 in.) use TX25 torx key and save the screw for future use. 3. Fix the strain relief plate onto the lower bracket using two M5 screws. Tighten the screws to 4 Nm (35.4 in-lb).
4. Fix the lower FPKA bracket onto the back of the module 5. Screw two M8 screws to the upper part of the FPKA bracket. Do not tighten the screws yet. Lift the module RRH with the pre-assembled bracket to the FPKA NOTE: Do not lift the RRH on a rack by handle. Use a strong ing rope instead. company.nokia.com
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6. Fix the FPKA lower bracket to 30 Nm (22.13 ft-lb). 7. Tighten all FPKA fixing bolts to 20 Nm (14.8 ft-lb.
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5
AirScale System Module Installation
5.1
Installing Nokia AirScale System Module inside FCIA cabinet
The Below materials are required: •
TX10 screwdriver
•
TX25 screwdriver
•
M5 screws (4 pcs)
•
Cage nuts (4 pcs)
•
Guide plates (2 pcs)
NOTICE BOARD •
Electrostatic discharge (ESD) may damage the modules. Wear an ESD wrist strap or use a corresponding method when handling the modules. The ESD wrist strap does not work before the cabinet is earthed (grounded) and it is mandatory to make sure that the FCIA is grounded to the main busbar of the Shelter.
•
The modules are heavy. The weight of the modules must not be ed by front
•
screws alone. The guide plates must be used in Flexi Cabinet for Indoor (FCIA) installations. Proper care must be taken while installing the plugin units without breaking the backplane pins.
Procedure: 1. Insert 4 cage nuts inside the cabinet. 2. Install the guide plates to both sides of the cabinet's wall. 3. Insert the AMIA subrack into the FCIA.
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4. Fix the AMIA subrack into the FCIA using four M5 screws and tighten it to 4.3Nm 5. Loosen the screws of dummy s and remove them from the AMIA subrack
NOTE: Do not remove dummies from the unused slots. 6. Pick up the ASIA plug-in units in sequence. Insert each plug-in unit to AMIA subrack handling them carefully. Use ejector levers to insert ASIA plug-in unit to the AMIA subrack. 7. Fix ASIA screws to the AMIA subrack using a TX10 screwdriver and tighten screws to 1Nm.
8. Pick up the ABIA plug-in units in sequence. Insert each plug-in unit to AMIA subrack handling them carefully. 9. Fix ABIA screws to AMIA subrack using a TX10 screwdriver and tighten the screws to 1Nm.
NOTE: The position of AirScale SM Indoor inside of the FCIA can be freely selected based on the installation needs. However, it is recommended to install it at the top of the cabinet. No load should added on top of the AMIA rack. If any ASIA or ABIA plug-in units are removed at any point, dummy s must be installed back to AMIA subrack. Make sure that no slots remain empty. company.nokia.com
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5.2
Installing AirScale System Module in a Stack NOTICE BOARD ➢ The AMIA Subrack is installed on the existing Stack of modules. ➢ AirScale System Module must always be installed on the top of other modules when installing in a stack.
Procedure 1. There are 4 knock-outs at the bottom of the AMIA subrack. 2. Break out the slots of the key break holes according to the following substeps (a-f).
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3. Align the AMIA subrack on top of the existing stack of modules.
4. Install the plug-in units as discussed in the above section. NOTE: Ground the AMIA subrack to the existing plinth before installing the plug-in units.
5.3
Installing AirScale modules onto a wall
Procedure: 1. Install the FMFA wall mounting kit to the wall and make sure the plinth is not twisted. 2. Install the main grounding of the plinth. 3. Break out the slots of the key break holes according to the above sub-steps (a-f). 4. Line up the locating marks on the side of the module and align the holes on the bottom of the subrack with the fixing studs on the plinth. 5. Push the module back until it stops. 6. Screw the module to the plinth with two M5X6.5 countersunk screws. Use a Use a TX25 screwdriver and tighten to 2.2 Nm
7. When the wall installation of the AMIA subrack is completed, the plugin units can be fixed as discussed in the above sections. NOTICE BOARD ✓ It is mandatory to make sure that the plugin units are not installed without proper grounding of the AMIA subrack and the plinth. ✓ ASD wrist straps must be utilized while installing the plugin units. ✓ Proper care to be applied while installing the plugin units and make sure that the backplane pins are not damaged.
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6
RP3 Interface of the AirScale eNB
This session deals with the Instructions on how to connect the optical cables to the ABIA plugin unit. 6.1
Connecting the optical cables to the ABIA PIU
NOTICE BOARD •
Before you start make sure that the full cabling of ASIA PIU is completed.
•
All the optical cable connectors are clean enough to meet the quality.
•
Optical cables are fragile. Over bending is not recommended. Do not bend the cable beyond the minimum radii of 50mm.
•
Switch the laser beam off to protect the eye, during the installation
PROCEDURE: 1. Locate the RF interfaces on the ABIA PIU.
Locating the RF interfaces is discussed in the next section 2. Insert the optical cable into the RF1 interface on the ABIA plug-in unit. SFP types discussed in the coming sections 3. 4.
Repeat step 2 for all required optical ports. If necessary, repeat steps 1 - 3 for all remaining ABIA plug-in units.
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6.2
Locating the RF Interfaces
*FL17A onwards
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NOTE: 20+15 MHz connectivity is not tested for FZHN and AZHA RFMs in xL17A release
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NOTICE BOARD •
2G/3G will be using OBSAI as the RP3 interface.
•
FDD will be using OBSAI as the RP3 interface.
•
RP3 interface in TDD can be configured as either OBSAI or RI.
•
AZHA and FZHN will use RI interface, while FZHJ will continue to use with OBSAI protocol
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6.3
SFPs used
FOSH Optical SFP H 850nm 6G 300m MM • • •
It can be used up to 300m. LC PC connector 6 Gbit Multimode SFP 850 nm for OBSAI
FOSO Optical SFP H 850nm 9.8G 1. It can be used up to 300m. 2. LC PC connector 3. 9.8 Gbit Multimode SFP 850 nm for RI
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Used along with AZHA RFM RI interfaces are used on FZHN as well
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7
Antenna Line connectivity
7.1
FDD 1800 + 2100
7.2
FDD 1800 only
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7.3
TDD 4T4R
7.4
TDD 8T8R
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8
Existing FDD dual carrier site Modernization
8.1
Items in BoQ Existing FDD 1800 eNodeB 4T4R Existing FDD 2100 eNodeB 4T4R Existing FSMF modernization with Airscale
8.2
Task overview
The existing FDD eNB with FSMF (+FBBA/FBBC), FXEB, FRGT and FPFD submodule will be replaced with Airscale (1AMIA+1ASIA+2ABIA), FXED, FRGU and FPFC power modules. An additional 6Gbps OBSAI interface should be added per FXED, to make sure that the HW is ready for 15MHz BW upgrade. The eNB should be in FL16A 8.0 SW release.
8.3
Installation of FPFC power module
The FPFC can be installed in either of the following ways, depending up on the space availability. It is mandatory to connect the FPFC to the cabinet main grounding using a 6mm2 cable (minimum). The FPFC should be installed inside the FCIA cabinet, if there is a minimum of 2U spacing available. Dismantling of existing OVPs are optional, depending up on the available power cable length. Else, it can be installed on the top of the cabinet after dismantling the FDD OVPs (4 qty) and rearranging the TDD OVPs (if applicable).
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8.4
Cabling the RP3 interface
All the RFMs are connected with the ABIA PIUs as furnished in the picture below
1
2
1
2
1
2
NOTE-1: It is mandatory to use the 6Gbps SFPs in all the six OBSAI interfaces applicable.
NOTE-2: The 2nd ABIA will be removed from the configuration and the 2100 RFMS will be connected to ports 5 and 6 of ABIA-1 during FL17A upgrade. Connectivity diagram is shown in section 6.2
8.5
MDT Procedure 1. Secure the access and reach the site half hour prior the MDT. 2. Call NOC and reveal him the approved CRQ number for access. 3. Take the backup commissioning file and current BTS snapshot. 4. Turn the existing FDD 63A CB/fuse off. 5. It is important to make sure that the existing rectifier is having enough capacity to feed the new FDD system. Also, there should be approved EIR. 6. Replace the existing FXEB and FRGT RFMs with FXED and FRGU respectively. 7. Route the new set of optical cables from both the FXEDs to the system module. 8. Install the FPFC as mentioned in section 7.3 and ground it to the cabinet main ground. 9. Remove the power bridge from the AMIA rack as mentioned in the section 2.1 10. Install the Airscale BTS to the planned location, as said in section-5 11. Install one ASIA and two ABIA PIUs to the left part of the AMIA rack, slots C1, B1, B2 (as mentioned in section 1.1) 12. Connect the power cable (6mm2) between ASIA and FPFC (port-1)
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13. Connect the existing RFM power cables to FPFC as discussed in the section-8.3 14. Connect the RP3 cables as furnished in the section 8.4 15. Make sure that the ampere limiting knob of FPFC is set to the maximum value for all the applicable ports. 16. Replace the existing 63A breaker with a new 100A one. 17. The power cable between the rectifier and FPFC should be of 25mm2 thick. 18. Turn the breaker on and make sure that all the modules are powered up. 19. Connect to the BTS using BTS site manager and make sure that all modules are detected 20. If any of the RFMs are not detected, troubleshoot until it is detected (check the power, Fiber cables, SFPs, ports etc.) 21. Once all the HW is detected, update the SW to FL16A 8.0 SW release
22. Wait until the SW update is completed. Ideal SW update time is 15 to 20 minutes, and may vary up on the link speed. The BTS will reboot after the completion of SW update. 23. After the reboot, select commissioning and the provided SCF.
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24. The eNB will apply the configuration changes and will reset by itself. 25. Connect the transmission cable on the appropriate port of the ASIA card. 26. Connect the jumper cables as described in section-7 27. The site will go on air if everything is ok. Else, troubleshoot for any active alarms, if applicable 28. Monitor the site for some time and up on confirming its stability, inform the DT to proceed. 29. Troubleshoot accordingly as per the DT , and make sure that all the points are closed. 30. Clean the site and its premises, make sure no card board boxes or other similar wastes are left behind. 31. Label all the cables as per the standard. 32. Take the backup file and save a snapshot for future reference. 33. Call the NOC and close the MDT, if all points are clear.
NOTES: ✓ All the power cables and the grounding cables should have proper lugs and they should be protected with appropriate heat shrinks. ✓ The dismantled power bridge of the AMIA rack should properly secured at the site. This will be verified during the HO5
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9 Second carrier modernization of existing single carrier FDD sites. 9.1
Items in BoQ Existing FDD 1800 Expansion with FDD 2100 eNodeB 4T4R Existing FDD 1800 eNodeB 4T4R Existing FSMF modernization with Airscale
9.2
Task overview
The existing FDD eNB with FSMF + 2 FXEB, and FPFD submodule will be replaced with Airscale (1AMIA+1ASIA+2ABIA**), FXED, FRGU and FPFC power modules. An additional 6Gbps OBSAI interface should be added per FXED, to make sure that the HW is ready for 15MHz BW upgrade. The eNB should be in FL16A 8.0 SW release. ** in 16A release, one ABIA in 17A release 9.3
Installation of FPFC power module
The FPFC power module to power up the 4 FDD RFMs is installed at the mast head using a EMHA casing. This EMHA along with the FPFC is then installed on the tower with the help of FMFA and FPKA kits. It is mandatory to follow that every pole mounted FMFA should carry a maximum of 2 modules only. If the existing FMFAs are occupied by the 4 FDD RFMs, then the FPFC should be installed using any of the below options, 1. New Set of FMFA and FPKA kits, which will be installed separately. 2. On any existing FMFA, where only one module is existing. 3. New FMFA which will be installed on the existing FPKA kits, if space available. The power connectivity diagram and the specifications are shown below.
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NOTE: 63A CB can also be used to power up the indoor FPFC/FPFI, if there is no additional load on it. Please see section 2.2 for more details
9.4
RP3 Interface
RP3 interface connectivity to be followed as described under section 8.4 9.5
MDT Procedure
Follow the same procedure under section 8.5
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10 New FDD Sites 10.1
Items in BoQ
New FDD 1800 eNodeB 4T4R New FDD 2100MHz eNodeB 4T4R on top of the newly added 1800MHz site
10.2
Task overview
A completely new LTE-FDD eNB using Airscale (1AMIA+1ASIA+2ABIA**), FXED, FRGU and FPFC power modules. 2 nos of 6Gbps OBSAI interface should be added per FXED, to make sure that the HW is ready for 15MHz BW upgrade. Only one 6Gbps OBSAI interface per FRGU. The eNB should be in FL16A 8.0 SW release. ** in 16A release, only one ABIA in 17A release.
10.3
Installation of FPFC power module
The FPFC installation procedure described under section 9.3 to be followed.
10.4
RP3 Interface
RP3 interface connectivity to be followed as described under section 8.4
10.5
Procedure
Pre-requisites •
There should be approved TSSR and RF data sheet.
•
There should be approved TCN, to work in the site.
•
There should be proper EIR approval, to connect the new FDD to the existing power systems.
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Procedure 1. Call NOC and reveal him the approved TCN for the site access. 2. Install the Airscale System module as described under section 5.1 3. It is mandatory to install the AMIA rack at the top of the installation, because no modules should be installed on top of AMIA. 4. Install the RF Modules as described in section 4 5. Install the FPFC power module on the mast head as described in section 8.3 6. The second FPFC or the FPFI power module is installed indoors to power up the Airscale System module (this module will also be used for TDD RFMs and SM). 7. Make sure all the modules are grounded to the main grounding using the standard grounding cables.
8. Connect the optical cables (RP3 interface) as described in section-6. 9. It is mandatory to make use of the appropriate SFPs. For the new FDD scope, all the associated SFPs are 6Gbps compatible. 10. Install the jumpers as described in section 7. 11. Upgrade the SW level of the BTS to the recommended version. 12. the provided SCF and make sure that the eNB is properly configured. 13. Connect the transmission cable on the allotted transmission port of the ASIA (commonly EIF-5 for FDD) 14. Once the transmission cable is connected and after the BTS reboot, the BTS state should turn to “BTS integrated to RAN” and then to “on air”, if the end to end transmission is ok . 15. If the BTS state remain “BTS configured”, TS must be done with transmission team.
16. Once the BTS goes on air, monitor it for at least 20 mins and inform the concerned PE and DT. 17. TS on the antenna lines might be required, if demanded by the DT. 18. Label all the cables as per the standard 19. Clean the site premises and make sure that there are no waste materials left over. 20. Lock the site once DT is completed and inform the PE about the BTS state. 21. Call the NOC and close the TCN.
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11 TDD 8T8R Modernization (central and north regions) 11.1
Items in BoQ LTE modernization from FZHA to FZHJ 8T8R (20+10 MHz) ****
11.2
Task overview
The existing TDD eNB with FSMF (+2 FBBA) and 3 FZHA RFM will be replaced with Airscale (1AMIA+1ASIA+2ABIA), 3 FZHJ RFMs and FPFC/FPFI power modules. The optical interfaces will be 6Gbps OBSAI links. There will be 3 OBSAII interfaces per FZHJ RF Module. The eNB should be in FL17A 0.2 SW release**. 11.3
Installation of FPFC/ FPFI power module
The FPFC /FPFI should be installed inside the shelter, preferably near the AS system module. This FPFC (or FPFI) will be used to power up the whole TDD eNB (AS baseband + 3 RFMs) and the FDD AirScale baseband modules. The installation location of the FPFC (or FPFI) should be directly below the AS system module (no HW is supposed to be installed on top of the AMIA rack).
63A CB can also be used for indoor FPFC/FPFI. More details in section 2.2
** The TL17A 0.2 SW release is the latest one available as on 07-Jan-2018. This is subjected to change after the release of the new update.
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11.4
RP3 Interface
RP3 interface connectivity to be followed as described under section 6.2
11.5
Procedure
1. Secure the access and reach the site half hour prior the MDT. 2. Call NOC and reveal him the approved CRQ number for access. 3. Take the backup commissioning file and current BTS snapshot. 4. Turn the existing TDD 63A CB/fuse off. 5. It is important to make sure that the existing rectifier is having enough capacity to feed the new TDD system. Also, there should be approved EIR. 6. Replace the existing FZHA RFMs with FZHJ. 7. The existing optical cables (2 per RFM) and SFPs should be reused. 8. Make sure that all the SFPs are 6Gbps and of the same manufacturer. 9. Install the FPFC as mentioned in section 11.3 and ground it to the cabinet main ground. 10. Remove the power bridge from the AMIA rack as mentioned in the section 2.1. 11. If there is existing Airscale FDD, it is mandatory to make sure that the power bridge is removed before installing the TDD. (secure MDT for FDD, if necessary). 12. Install the Airscale BTS to the planned location, as said in section-5 13. Install one ASIA and two ABIA PIUs to the right part of the AMIA rack, slots C2, B4, B5 (as mentioned in section 1.1) 14. Connect the power cable (6mm2) between ASIA and FPFC (port-2)
15. Install 2 FZHJ RFMs using the FPKC installation kits, as described in section- 4. 16. Install the 3rd FZHJ using FPKA installation kit as described in section-4 17. Connect the existing RFM power cables to FPFC as discussed in the section-11.3 18. Connect the RP3 cables as furnished in the section 6.2 19. Make sure that the ampere limiting knob of FPFC is set to the maximum value for all the applicable ports. 20. Replace the existing 63A breaker with a new 80A one. (if there is no FDD existing) 21. The power cable between the rectifier and FPFC should be of 25mm2 thick. 22. FPFC and the AMIA rack should be grounded properly to the cabinet main ground. 23. All the RFMs should be grounded to the main bus bar on the mast head. 24. Turn the breaker on and make sure that all the modules are powered up.
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25. Connect to the BTS using BTS site manager and make sure that all modules are detected 26. If any of the RFMs are not detected, troubleshoot until it is detected (check the power, Fiber cables, SFPs, ports etc.) 27. Once all the HW is detected, update the SW to TL17A 0.1 SW release
28. 29. Wait until the SW update is completed. Ideal SW update time is 15 to 20 minutes, and may vary up on the link speed. The BTS will reboot after the completion of SW update. 30. After the reboot, select commissioning and the provided SCF.
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31. The eNB will apply the configuration changes and will reset by itself. 32. Connect the transmission cable on the appropriate port of the ASIA card (normally port-3 for TDD). 33. Connect the jumper cables as described in section-7 34. It is mandatory to install a healthy calibration jumper between the BF-cal port of the RFM and the CAL port on the antenna. 35. The site will go on air if everything is ok. Else, troubleshoot for any active alarms, if applicable 36. Monitor the site for some time and up on confirming its stability, inform the DT to proceed. 37. Troubleshoot accordingly as per the DT , and make sure that all the points are closed. 38. Label all the cables as per the standard. 39. Clean the site and its premises, make sure no card board boxes or other similar wastes are left behind. 40. Take the backup file and save a snapshot for future reference. 41. Call the NOC and close the MDT, if all points are clear.
NOTES: ✓ All the power cables and the grounding cables should have proper lugs and they should be protected with appropriate heat shrinks. ✓ The dismantled power bridge of the AMIA rack should properly secured at the site. This will be verified during the HO5
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12 TDD 4T4R modernization 12.1
Items in BoQ Existing 4T4R sites modernization with AZHA 4x40W on top of FDD Existing 4T4R sites modernization with AZHA 4x40W on top of FDD (with GPS kit)
12.2
Task overview
The existing TDD eNB with FSMF and 2 FZHA RFM or FSIH, FBIH + 2 FZHJ will be replaced with Airscale (1AMIA+1ASIA+2ABIA), 3 AZHA RFMs and FPFC/FPFI power modules. The optical interfaces will be 9.8Gbps RI links. There will be 2 RI interfaces per AZHA RF Module. The eNB should be in FL17A 0.2 SW release**. 12.3
Installation of FPFC/ FPFI power module
Follow the same procedure as mentioned under section- 11.3 12.4
RP3 Interface
RP3 interface connectivity to be followed as described under section 6.2
12.5
Procedure
Follow the same procedure as described in the section 11.5
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