Flexi Multiradio Antenna System Product Description

Nokia Networks

WCDMA RAN, Rel. RU50 and RU50 EP1, Operating Documentation, Issue 04 Flexi Multiradio Antenna System Product Description DN09105236 Issue 01F Approval Date 2014-02-27

Flexi Multiradio Antenna System Product Description

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f

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Table of Contents This document has 29 pages Summary of changes..................................................................... 6 1

CE marking.................................................................................... 7

2 2.1

Overview........................................................................................8 Benefits.......................................................................................... 9

3 3.1 3.2 3.2.1 3.2.2

Architecture.................................................................................. 11 Hardware architecture..................................................................11 Functional architecture.................................................................12 Common sub-module...................................................................12 Active Element sub-module......................................................... 13

3.2.3 3.2.4 3.3 4

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Antenna sub-module....................................................................13 Electro-mechanics........................................................................13 Interfaces..................................................................................... 13 Interfaces..................................................................................... 15

5 5.1 5.2 5.3 5.4 5.5 5.6

Technical specifications................................................................19 Mechanical design....................................................................... 19 Electrical specifications................................................................ 19 Power specifications.................................................................... 21 Environmental specifications........................................................22 EMC specifications.......................................................................23 Reliability and maintainability....................................................... 24

6

LED indications............................................................................25

7

Contents of the AAS delivery....................................................... 27

8 8.1

Appendix A: AAS connector pin assignments..............................28 EAC connector pin assignments.................................................. 28

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List of Figures

4

Figure 1

CE marking...........................................................................................7

Figure 2

Multiradio Antenna System unit............................................................8

Figure 3

Active Antenna technology extends Base Station infrastructure........ 10

Figure 4

Active Antenna hardware architecture................................................11

Figure 5

Active Elements location and numbering........................................... 12

Figure 6

Bottom view of the FAGF....................................................................16

Figure 7

Bottom view of the FAGP................................................................... 17

Figure 8

LED indicators location.......................................................................18

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List of Tables

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Table 1

Definition of RF frequency range and associated RAL colors............ 15

Table 2

FAGF interfaces..................................................................................15

Table 3

FAGP interfaces................................................................................. 16

Table 4

Mechanical specifications...................................................................19

Table 5

FAGF and FAGP electrical specifications...........................................20

Table 6

Power specifications...........................................................................21

Table 7

Estimated power consumption of the FAGF and FAGP..................... 22

Table 8

Environmental specifications.............................................................. 22

Table 9

Maximum (full power assumed) sound pressure values from 1 m distance.............................................................................................. 23

Table 10

EMC requirements..............................................................................23

Table 11

Reliability and maintainability............................................................. 24

Table 12

AAS status LED indications................................................................25

Table 13

AAS delivery contents........................................................................ 27

Table 14

EAC interface pin assignments for HDMI connector - FAGF/FAGP...28

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Summary of changes


Summary of changes Changes between document issues are cumulative. Therefore, the latest document issue contains all changes made to previous issues.

Changes between issues 01E (2013-12-12) and 01F (2014-02-27) Updated chapters: • •

Functional architecture. Interfaces.

Changes between issues 01D (2013-06-20) and 01E (2013-12-12) Updated chapters: •

Interfaces: –

•

Technical specifications: – –

•

Information on optical interface description has beed expanded.

Information on FAGF and FAGP has been modified. Typical WCDMA AAS supported configurations table has been removed.

Contents of the AAS delivery: –

Information on optional delivery has been expanded.

Changes between issues 01C (2013-03-15) and 01D (2013-06-20) Added chapters: • • •

6

Chapter LED indications has been added. Chapter Contents of the AAS delivery has been added. Appendix A: AAS connector pin assignments has been added.

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CE marking

1 CE marking Figure 1

CE marking

2150 Hereby, NSN Corporation declares that Flexi Multiradio Antenna Systems are in compliance with the essential requirements and other relevant provisions of Directive: 1999/5/EC.

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Overview


2 Overview The Flexi Multiradio Antenna System is the next step in the evolution of radio networks, providing higher capacity and coverage while reducing site costs. The Flexi Multiradio Antenna System enhances mobile network performance by integrating the base station’s radio frequency elements into the antenna. Flexi Multiradio Antenna System provides an alternative to Flexi RF Modules and RRHs, or can be used in combination with traditional Flexi RF units. Figure 2: Multiradio Antenna System unit shows the Multiradio Antenna System module. Figure 2

Multiradio Antenna System unit

For information on Multiradio Antenna System hardware and functional architecture, see the Architecture chapter. For technical specifications, see Technical specifications.

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Overview

2.1 Benefits The Flexi Multiradio Antenna System is a complete radio unit with integrated antenna arrays, transceivers, power amplifiers, and filter modules, including the integrated Common Module (CM) for processing the Active Antenna System (AAS) specific functions. The integrated antenna array supports active and passive combinations. The AAS solution provides the following benefits: •

capacity and coverage enhancement – enabled byAAS features: – – – – –

•

CAPEX and OPEX savings - integrated one-box solution – – – – – – – – –

•

–

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possibility of avoiding site reinforcements reduction of the need for new sites easy installation less wind load less weight e.g. on the mast lower site rental cost no Mast Head Amplifiers (MHA) no separate Remote Electrical Tilt (RET) equipment on active side flexible maintenance thanks to inherent redundancy

energy savings –

•

independent electrical tilting per carrier/system 2-way uplink and downlink diversity and readiness for future use of 4-way and 8way diversity Multiple Input Multiple Output (MIMO) vertical sectorization beamforming (fixed/separate TX/RX tilt)

RF losses minimized no feeders/jumpers/combining

investment protection - support for WCDMA/HSPA

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Overview


Figure 3

Active Antenna technology extends Base Station infrastructure

System Module

10

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Architecture

3 Architecture 3.1 Hardware architecture An Active Antenna module is a stand-alone, fully operational multi-transceiver antenna module. It provides full radio functionality including transmitter, receiver, and antenna parts as, well as related digital signal processing functions. The active antenna module consists of the following sub-modules: • • • •

Common sub-module (CM) Active Element (AE) sub-modules (4 pcs), seeFigure 5: Active Elements location and numbering. Antenna sub-module Electro-mechanics

The hardware architecture of an active antenna module is shown in Figure 4: Active Antenna hardware architecture. Figure 4

Active Antenna hardware architecture

FSM 8-RF pipes/paths O&M

RFM or RRH

Common Module

RF BB

RF (2100)

Active/ Passive Antenna Panel

Calibration Control and Measurement

RET

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Architecture


Figure 5

Active Elements location and numbering

1

2

3

4

3.2 Functional architecture 3.2.1

Common sub-module The Common sub-module (CM) is an integrated part of an Active Antenna; it interconnects active elements of an active antenna to the Flexi Multiradio System Module. The CM is mainly responsible for the following functions: •

12

O&M tasks for the Active Antenna

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• • • • • • •

3.2.2

Architecture

distributing of power supply downloading and storing software (SW) generating and distributing of a clock (over RP3-01) beamforming measuring power of radiation pattern (beams) terminating external interfaces (optical RP3-01, LED control, EAC) providing four internal RP3-01 interfaces towards active elements (used for internal communication between CM and AEs)

Active Element sub-module The Active Element sub-module performs the following tasks: • • • • • •

3.2.3

RP3-01 interface processing air interface timing; phase and amplitude control RF processing RF BB processing performing the analog-digital and digital-analog conversions providing RF interfaces for two cross-polarized antennas

Antenna sub-module The Antenna sub-module is responsible for the following tasks: • • •

g 3.2.4

provides a highly efficient, cross-polarized, single or combined antenna radiator structure with the desired horizontal and vertical pattern beam width provides cross-polarized RF inputs for the passive band antenna array provides an integrated RET functionality and RET interfaces for the passive antenna array AAS supports chaining of three RET devices.

Electro-mechanics The Electro-mechanic parts are an enclosure for the electrical sub-modules meeting the environmental requirements. It is responsible for the following functions: • • •

provides electrical and mechanical interfaces cools the modules meets an IP65 classification standard

3.3 Interfaces AAS has the following interfaces: •

Open Base Station Architecture Initiative (OBSAI) interface to active array –

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two SFP ports: OPT1 for connection to the System Module, OPT2 reserved for chaining

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Architecture


– •

Management interfaces –

•

–

•

g

14

External Alarm Connection (EAC)

DC Interfaces to active array –

•

RP3-01, Bit Rate 3.072 Gbit/s support

DC Input Voltage Reverse Polarity Protection

Remote Electrical Tilt (RET / AISG) Two passive antenna ports RP3-01 chaining is not supported.

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Interfaces

4 Interfaces AISG Antenna Port color coding

g

AISG/RET connectors and antenna RF ports have standardized color scheme according to AISG Specification. Using the specified color/pattern coding and text marking helps an installer/rigger to minimize cabling errors by identifying the RF ports of an antenna array and the associated AISG Control Ports. For the AAS color coding rule, see table Table 1: Definition of RF frequency range and associated RAL colors. Table 1

Definition of RF frequency range and associated RAL colors

AAS variant

Upper band edge frequency range

Assigned color

Assigned RAL code

FAGF

1701 MHz

2300 MHz

BLUE

RAL 5015

FAGP

700 MHz

1000 MHz

RED

RAL 3020

AAS interfaces For AAS interfaces, see Figure 6: Bottom view of the FAGF and Figure 7: Bottom view of the FAGP. Table 2

FAGF interfaces

Connector

Connector type

Purpose

DC power

3-pole screw terminal

Power delivery

Grounding

M8, 2 x M5

Grounding

Antenna connector (2 pcs)

7/16 type, female

RF signal interface to antenna(s),

(blue color scheme)

-45° AISG connector provides the control for RET Optical interface (2 pcs)

SFP

OPT1 for connection to the System Module, OPT2 reserved for chaining

EAC connector

HDMI, female

External alarm and control

AISG/RET IN

IEC 60130-9 8-pin circular connector, male

Remote electrical tilt

IEC 60130-9 8-pin circular connector, female

Chaining for RET

(blue color scheme) AISG/RET OUT

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Interfaces


Table 2

FAGF interfaces (Cont.)

Connector

Connector type

Purpose

(blue color scheme)

Figure 6

Bottom view of the FAGF

AISG/RET connectors

Passive antenna ports

LED Indicators

Grounding

DC Power

EAC OPT2 chaining interface

g

OPT1 System Module interface

AISG/RET and Antenna connectors have specified color coding. For details, see AISG Antenna Port color coding. Table 3

FAGP interfaces

Connector

Connector type

Purpose

DC power

3-pole screw terminal

Power delivery

Grounding

M8, 2 x M5

Grounding

Antenna connector (2 pcs)

7/16 type, female

RF signal interface to antenna(s),

(red color scheme)

-45° AISG connector provides the control for RET

16

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Table 3

Interfaces

FAGP interfaces (Cont.)

Connector

Connector type

Purpose

Optical interface (2 pcs)

SFP

OPT1 for connection to the System Module, OPT2 reserved for chaining

EAC connector

HDMI, female

External alarm and control

AISG/RET IN

IEC 60130-9 8-pin circular connector, male

Remote electrical tilt

IEC 60130-9 8-pin circular connector, female

Chaining for RET

(red color scheme) AISG/RET OUT (red color scheme)

Figure 7

Bottom view of the FAGP AISG/RET connectors

Antenna RF ports

LED Indicators

Grounding

DC Power

EAC OPT2 chaining interface

g

OPT1 System Module interface

AISG/RET and Antenna connectors have specified color coding. For details, see AISG Antenna Port color coding. For FAGF and FAGP LED indicators location, see Figure 8: LED indicators location.

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Interfaces


Figure 8

LED indicators location

FAN/ RF

MOD

48VDC IN Imax = 13A

18

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Technical specifications

5 Technical specifications g

This material is based on preliminary information which is available prior to general availability and is subject to change.

5.1 Mechanical design Mechanical specifications

Table 4

Details Parameter

Size (height x width x depth)1)

FAGF

FAGP

1480 x 240 x 210 mm

2500 x 300 x 315 mm

58.27 x 9.45 x 8.27 in

98.42 x 11.81 x 12.40 in

Weight

Number of antenna ports for passive band Installation options

35 kg

45 kg

77.16 lb

121.25 lb 2 (DIN 7/16 female)

Wall, pole mounting with FPKB

Mechanical tilt

0° …+7°2) 0° …+11°3)

0° …+7°

5.2 Electrical specifications Table 5: FAGF and FAGP electrical specifications provides the electrical specifications for the FAGF and FAGP module.

1) 2) 3)

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Without optional items and installation material Secured tilt angle for wind speed up to 56m/s (1° pitch, with locking screw) Free tilt angle for wind speed up to 40m/s (no locking screw)

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Table 5

FAGF and FAGP electrical specifications

Parameter

Details

FAGF

FAGP

Active antenna

Antenna configuration

one X-polarized column

Polarization

X-pol (±45°)

RX frequency range (active part)

1920-1980 MHz

TX frequency range (active part)

2110-2170 MHz

Total number of TX/RX branches

8TX/8RX (4TX/4RX per polarization)

EIRP /polarization, typical (0° tilt)

+63.0dBm (+0.5/ -1.0dB)

EIRP Total, (0° tilt)

+66.5dBm (2x40W) 4)

RX sensitivity , typical (12.2 kbps, BER<0.001)

-125 dBm (-128 dBm with 2-way RX diversity)

EIRS, typical (0° tilt)

-143 dBm (-146 dBm with 2-way RX diversity)

Antenna gain, typical (0° tilt)

18 dBi

Half Power Beam width 2100 MHz (horizontal pattern)

59° ± 6°

60° ± 5°

Half Power Beam width 2100 MHz (vertical pattern)

7° ± 1°

6.5° ± 1°

Electrical tilt

-5° …+5° (-7° …+7° extended range)

Passive antenna

Frequency range

1710-1880 MHz

Antenna gain, typical

17 dBi

Half Power Beam width (horizontal pattern)

4)

20

64° ± 5°

EU 800: 791-862 MHz 900MHz: 880-960 MHz EU 800: 16.5 dBi 900MHz: 17.0 dBi 65° ± 5°

RF power class equivalent to RRH with antenna

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Table 5


FAGF and FAGP electrical specifications (Cont.)

Parameter

Details

FAGF

Half Power Beam width (vertical pattern)

FAGP

8.1° ± 1.1°

Return Loss

EU 800: 8.5° ± 1° 900MHz: 7.5° ± 1.2° > 14 dB

Support for passive band RET

Yes

RET Tilt angle

-5° …+5°

RET interfaces

-45° DIN 7/16 RF connector IEC 60130-9 8-pin circular connector

RET conformance

AISG 2.0 and 3GPP TS 25.460 to TS 25.466

Active and passive common parameters X-pol Isolation

> 25 dB

Band Isolation

> 30 dB

5.3 Power specifications Table 6

Power specifications

Parameter

Details

FAGF

Nominal DC input voltage

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FAGP

-48 VDC

Typical operational DC voltage range

-40.5... - 57 VDC

Extended operational DC voltage range

-36 … - 60 VDC

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Estimated power consumption of the FAGF and FAGP

Table 7

Configuration

Configu ration Number of power pipes class [W]

Estimated power consumption [W] at 48 V VDC input in 23°C

10% RF load

30% RF load

50% RF load

100% RF load

1

1 x 40

228

244

262

297

2

2 x 40

292

330

364

436

FAGF/FAGP

5.4 Environmental specifications Table 8: Environmental specifications provides the environmental specifications for an Active Antenna. Table 8

Environmental specifications

Parameter

Details

Operating standard

ETSI EN 300 019-1-4 Class 4.1 E

Minimum operating ambient air temperature

-40°C -40°F

Maximum operating ambient air temperature with solar load

+50°C

Maximum operating ambient air temperature without solar load

+55°C 131°F

Transportation standard

ETSI EN 300 019-1-2 Class 2.3

Storage standard

ETSI EN 300 019-1-1 Class 1.2

Ingress protection, active parts

IP65

Ingress protection, passive parts

IP55

Earthquake

GR-63-CORE, Zone 4

Windload at 56 m/s wind velocity Wind gust

22

122°F

849 N

1575 N

GR-487-CORE up to 67m/s (219.8 fps)

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Table 9: Maximum (full power assumed) sound pressure values from 1 m distance provides the information on sound pressure levels of the Active Antenna. Sound pressure

g

Sound pressure levels are determined in accordance with ISO 3744:2010 standard. Maximum (full power assumed) sound pressure values from 1 m distance

Table 9

Sound pressure level dB(A)

Temperat ure

Direction (looking from the front panel)

Front

15°C 59°F 23°C 73.4°F 45 °C 113 °F

Left

Right

Rear

Top

Bottom

47

47

45

48

46

48

47.5

47

45

48

46.5

48.5

48.5

47

46

49

47

49.5

5.5 EMC specifications Table 10: EMC requirements provides the EMC specifications for an active antenna. Table 10

EMC requirements

Requirement

Details

Radiated and conducted emissions for Europe/R&TTE

RE: EN 55022 class B, -36 dBm at < 1 GHz, -30 dBm at > 1 GHz; CE: DC port, EN 55022 class A; Signal ports: EN 55022 class B

Radiated and conducted immunity according to Europe/R&TTE

Radiated RF: 10 V/m 80 - 1000 MHz, 3 V/m at 1.4 - 2.7 GHz; ESD: contact 4 kV, air 8 kV; Fast transient: DC 2 kV, signal ports; (alarm I/F): 1 kV; Conducted RF: 10 V at 0.15 - 80 MHz; Surge 1.2/50µs(8/20µs): DC 0.5kV, alarm i/f 1 kV

Lightning surge protection, antenna ports

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±50 V … ±2000 V 1.2/50 µs, RS = 2 Ω, pulses at the center pin of the antenna connector;

23



Table 10

EMC requirements (Cont.)

Requirement

Details

±3 kA, 100/350 µs pulses to the center pin of the antenna connector; ±20 kA, 10/350 µs pulses to the shield of the antenna connector Lightning surge test for BTS telecom and control ports

± 4 kV line to ground, pulse 1.2/50 µs, Rs = 2 Ω for shielded I/O and communication lines

5.6 Reliability and maintainability Table 11

Reliability and maintainability

Parameter

Details

MTBF Module lifetime

10 years

Service lifespan

15 years

5)

24

min. 150 000 hours5)

At 15°C (59°F) ambient temperature

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LED indications

6 LED indications The Flexi Multiradio Antenna System have two bicolor LEDs on the bottom part of the antenna faced downwards, to indicate the operational status of the module and all fault conditions during operation. A blinking red LED does not always require removing the module. For information on LED status, see Figure 8: LED indicators location. The Flexi Multiradio RF Module LEDs are: • •

MOD - indicates the unit status FAN/RF - indicates the fan and/or RF unit(s) status

For position of the LED indicators, see Figure 8: LED indicators location.

g

A Red, blinking LED does not necessarily mean hardware failure. Always perform troubleshooting before replacing the module(s). Table 12

AAS status LED indications

FAN/RF LED Color

MOD LED FAN

RF

Red, blinking

Minor alarm

All fans are faulty

RF transmission is OFF

Red, stable

Module is in the process of self test or

All fans are faulty

RF transmission is ON

One fan is faulty


One fan is faulty


All fans are working properly


module is in the process of resetting (LED is red for < 5 sec) or major alarm Yellow, blinking

SW download begins or configuration is ongoing, module is non-operational

Yellow, stable

Module is operational and is waiting or module is blocked

Green, blinking

Module is loading software/parameters or local maintenance is being performed when modules are operational

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LED indications


Table 12

AAS status LED indications (Cont.)

FAN/RF LED Color

MOD LED FAN

Green, stable

26

Module is operational (cell can be All fans are locked in RNC) working properly

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Contents of the AAS delivery

7 Contents of the AAS delivery Table 13

AAS delivery contents

Description

Product code

Quantity

Flexi Multiradio Active Antenna System: •

FAGF AAS 2100/1800

472559A

•

FAGP AAS 2100/800-900

472584A

Accessory Bag for FAGF:

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1

085797A

1

•

DC Terminal Seal

086285A

1

•

Strain Relief Plate

086034A

1

•

Cable Clamp, dia. 25.5 mm

6401176

1

•


P144573

1

•


P174219

1

•

Screw, TX25

6156661

3

•

Cable Tie, 140 x 3.6 mm

6402010

3

g

For detailed optional delivery content, see Flexi Multiradio Antenna System FAGF and FAGP Installation Quick Guide .

g

Note that if FAGF/FAGP is to be mounted on a pole, the mounting kit needs to be ordered separately since it is not a part of the AAS delivery content.

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Appendix A: AAS connector pin assignments


8 Appendix A: AAS connector pin assignments 8.1 EAC connector pin assignments The EAC interface on the FAGF and FAGP modules is an HDMI connector with 19-pin input/output connectors. It is typically used for monitoring local alarms. Control outputs are not configurable for alarm input use. Wire colors are according to EAC-cables 472578A FTSI 2,5m and 472839A FSAH 15m. Table 14

EAC interface pin assignments for HDMI connector - FAGF/FAGP

Pin Number

28

Signal

Wire color

Purpose

1

EXT_AL0_H

Black

Individual alarm input

2

EXT_AL1_H

Brown


3

EXT_AL2_H

White/Black


4

EXT_AL3_H

White/Brown


5

EXT_AL4_H

Red

Not connected

6

EXT_AL5_H

Orange

Not connected

7

EXT_CTRL0

White/Red

Individual control output (open collector, sink capability 30mA)

8

EXT_CTRL1

White/Orange


9

EXT_CTRL2

Yellow


10

EXT_CTRL3

Green


11

EXT_CTRL4

White/Yellow

Not connected,

12

EXT_CTRL5

White/Green

Not connected

13

P5V0_EAC

Blue

5V supply for EAC device, max 0.33A/pin

14

P5V0_EAC

White/Blue

5V supply for EAC device, max 0.33A/pin

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Table 14

EAC interface pin assignments for HDMI connector - FAGF/FAGP (Cont.)

Pin Number

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Appendix A: AAS connector pin assignments

Signal

Wire color

15

PROT_CAN_H_P5V_EAC

Violet

16

GND

Grey

17

PROT_CAN_L_P5V_EAC

White/Violet

18

GND

Pink

19

GND

White/Grey

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Purpose

Not connected

Not connected

29

Flexi Multiradio Antenna System Product Description

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