朗讯9916 Integration MOP

9916 Integration MOP

FOA Site: Auhui Liuan

Issue 1.1

05/20/2010

Revision History

1 Introduction (4)

2 Product description (4)

2.1 Product capabilities (4)

2.2 Field replaceable units (FRUs) (5)

3 Reference (5)

4 Software requirement (5)

5 License (5)

6 FOA site (6)

7 Installation and Power On (7)

7.1 Power cable connection (7)

7.2 E1 connection (7)

7.3 Power up (7)

8 Offline RMT Setting (9)

8.1 Offline RMT connection (9)

8.2 Check Boot Memory Parameters (9)

8.3 Setting Unit Type Descriptors (12)

8.3.1 Unit Types “Radio” (12)

8.3.2 Unit Types “Transmit Amplifier” (12)

8.3.3 Unit Types “Filter Panel” (13)

8.4 Consistency check (14)

9 RC/V Setting (16)

9.1 CGSA FORM (16)

9.2 CELL2 FORM (16)

9.3 CMODEQP FORM (17)

9.4 CEQFACE FORM (19)

9.5 BTSEQP FORM (20)

9.6 FCI FORM (23)

9.7 ECP FORM (24)

10 DO configuration in OMC-RAN (26)

11 Bring the 9916 active (31)

1Introduction

This document provides the method of procedure for the Alcatel-Lucent 9916 Macro Base Station integration.

2Product description

The 9916 Macro is a small CDMA cell that is optimized for four carrier/three sector configurations and will be capable of expanding to seven carriers/three sectors. The base station is currently available in single-band configurations (850 MHz) for indoor rack mounted installations only. Future upgrades will support a mix of 850 MHz and 2100 MHz CDMA or 850 MHz CDMA/LTE or 2100 MHz CDMA/LTE on the same base station.

The 9916 Macro cell site configuration uses a Digital Unit with 2 URC-B controller that supports 3G1X, EVDO, and mixed configurations, a multi-sector transmit receiver unit (MS-TRU) (formerly, RF Unit), a Filter Unit. Four expansion slots are used for CMU-V or SBEVM circuit packs, a URC-II controller, and an R-OCM circuit pack that operates in conjunction with the LTE Module.

2.1Product capabilities

The product capabilities for the 9916 Macro in CDMA and LTE (future) mixed

configurations are as follows:

• Indoor rack mounted

• 850 MHz

• Non-integrated power, -48 VDC

• One to four carriers/three sectors; up to seven carriers/ three sectors (future)

• Up to eight T1/E1 lines with URC-B (twelve with URC-II), or one Ethernet line/

10/100 Base-TX metallic interface (all have secondary protection only)

• Up to eight user alarms

• GPS

• Antenna sharing (EV-DO only)

• No antenna test or CLGC EDPD

2.2Field replaceable units (FRUs)

The FRUs for the 9916 Macro are as follows:

• Digital Unit (DU)

• Multi-sector Transmit Receiver Unit (MS-TRU)

• Filter Unit

• LNA Assembly

• Fan Unit

• Power Unit

• CMU-V, SBEVM, and URC-II in expansion slots.

• Reverse OCM (future)

• LTE Module (future)

3Reference

401-703-510 9916 Macro Base Station Indoor Site Preparation Guidelines

401-703-511 9916 Macro Base Station Indoor Installation Manual

IEH-238C CDMA Base Station Generation 1 and 2

Installation Engineering Handbook

IEH-240C CDMA 1xEV-DO

401-703-407 CDMA Base Stations Operations, Administration, and Maintenance

401-660-055 Input Messages Manual

401-662-108 9256 OMP OA&M

4Software requirement

MSCe: R33SU2TEMP-D or later

RCS: F3315DDRA.00 or later

CELL: F3315DBRA.00 (1X), F3315EBRA.00 (DO)

RMT: R3315 official load or later

RMT load and cell packages can be downloaded from cts server: /SU/CELL/.

IP: 135.252.155.242

Login/password: You can use your team login/passwd.

5License and FAF

With CMU-V on board, its license should be installed before 9916 integration.

Please apply the license with the SN of 9916 main-board. To read the main-board