UAP2816 V400R013 Product Description V0.20 _20110325_

UAP2816 Product Description

Issue V0.2 (Draft, non-binding)

Date 2011-03-25

HUAWEI TECHNOLOGIES CO., LTD.

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Issue V0.2 (2011-03-25)–(Draft, non-binding)

Huawei Proprietary and Confidential Page 3 of 19

Contents

1 Product Orientation and Feature...................................................................................... 4

1.1 Product Orientation .............................................................................................................................. 4

1.2 Product Features ................................................................................................................................... 6

2 Product Architecture ........................................................................................................... 8

2.1 Overview .............................................................................................................................................. 8

2.2 Hardware Architecture ......................................................................................................................... 8

2.3 LED behaviour ................................................................................................................................... 10

2.4 Ports and Buttons on the UAP2816 .................................................................................................... 10

3 Operation and Maintenance ........................................................................................... 11

3.1 Overview ............................................................................................................................................ 11

3.2 Operation and Maintenance Features ................................................................................................. 11

4 Technical Specifications .................................................................................................. 13

4.1 RF Specifications ............................................................................................................................... 13

4.2 Capability Specifications ................................................................................................................... 14

4.3 Power Specifications .......................................................................................................................... 14

4.4 Transmission Ports ............................................................................................................................. 14

4.5 Power Consumption Specifications ................................................................................................... 15

4.6 Physical Specifications ....................................................................................................................... 15

4.7 Environmental Specifications ............................................................................................................ 15

5 Acronyms and Abbreviations ......................................................................................... 17




1 Product Orientation and Feature

1.1 Product Orientation

With the advent of the 3G era, mobile services are diversifying. Against this backdrop, refined operation based on a detailed classification of market needs has become the primary factor that contributes to the growth of mobile operators' revenues. Statistics show that 70% of all mobile services occur indoors. To explore the values of networks deeply and improve user experience, an increasing number of mobile operators have started to deploy indoor coverage. Indoor mobile services, which bring about high profits, attract much attention from mobile operators. However, electromagnetic waves on the core frequency bands of 3G services are inadequate in diffraction and therefore subject to severe penetration loss, which leads to problems in indoor intensive coverage, for example, coverage holes, service drops, and network instability.

Tailored solutions to indoor coverage extend indoor areas covered by radio signals, thereby improving the signal quality and network capacity. Such solutions satisfy indoor users' requirements for 3G services, thereby improving user experience. Developed to solve the indoor coverage problem, Huawei uBro solution meets mobile operators' requirements for a detailed classification of market needs and enables mobile operators to deploy normal indoor coverage, intensive coverage in office buildings, and hot-spot coverage quickly at low cost.

The Access Point (AP), which incorporates the functions of the NodeB and some functions of the RNC, is a radio access device in the uBro solution developed in compliance with the 3GPP FDD specifications of R99/R4/R5/R6/R8. As one AP product portfolio, the UAP2816 provides indoor users with improved radio access services, thus eliminating indoor coverage holes and shares the load on the macro network.

In the uBro solution, the AP, AP Home Register (AHR), AP manager, and Access Gateway (AG) are added to the existing UMTS network. The standard Uu interface is used between the UAP2816 and the UE to ensure compatibility with the commercial terminals on the market. Figure 1-1 shows the position of the UAP2816 on the UMTS network in Huawei uBro solution.




Figure 1-1 Position of the UAP2816 on the UMTS network in Huawei uBro solution

UAP2816: UMTS AP series product UMTS AG: UMTS access gateway

BAS: Broadband access server AHR: UAP2816 home register

IP Clock Server: IP clock server SeGW: security gateway

AP manager: UAP2816 centralized management system

DSLAM: digital subscriber line access multiplexer

AAA server: authentication, authorization, and accounting server

The network elements (NEs) in the uBro solution and their functions are as follows:

� UAP2816: It incorporates the functions of the NodeB and some functions of the RNC. It performs the UMTS radio access functions such as radio signal modulation and demodulation, radio resource management, and power control.

� AG: Configured on the intranet of a mobile operator, it converges and manages services of the UAP2816 and also performs routing towards the UMTS CN.

� AP manager: It provides network management functions for the UAP2816.

� AHR: Configured on the intranet of a mobile operator, it stores and manages the location information and subscription information of the UAP2816.

� IP clock server: It provides the UAP2816 with an IP clock.

� Authentication, Authorization and Accounting (AAA): It performs authentication for the AP based on the EAP-AKA and EAP-SIM.

� Security Gateway (SeGW): It provides the IP Security Protocol (IPSec) Virtual Private Network (VPN) tunneling and standard firewall functions.




1.2 Product Features

The UAP2816 is mainly used for indoor coverage,in a household or at premises of a SOHO or SME, implementing seamless UMTS network coverage. The UAP2816 features dual Ethernet ports, IP access, intelligent network planning and optimization, and flexible coverage. In addition, the UAP2816 complies with the HSPA+ and R8 HNB standard.

Improved Indoor Coverage Improving User Experience � As the UMTS network access device, the UAP2816 meets the requirements for

indoor coverage. It achieves seamless coverage of UMTS networks by solving the problem of poor penetration capabilities and high 3G frequency bands.

� The UAP2816 supports HSPA and provides high-speed and highly stable data services. This ensures that end users can enjoy high-quality UMTS services provided by the UAP2816.

High Usability Lowering Costs of Network Deployment and Maintenance � The UAP2816 is installed on the user side. Therefore, it does not require a

dedicated equipment room. In the uBro solution, a UAP2816 used for single-point coverage supports Plug and Play (PnP). Therefore, the installation and commissioning of the UAP2816 are convenient. With the UAP2816, a UMTS network can be deployed quickly.

� Using the AP manager, which is a unified management and maintenance platform, the UAP2816 automatically performs network discovery and parameter settings. The UAP2816 supports intelligent network planning and optimization, and software upgrades are automatically performed. Thus, the usability is improved, and the network maintenance and optimization costs are reduced.

� The UAP2816 supports the R8 HNB standard. Through the standard Iuh interface, connection between multiple vendors is supported. In addition, the UAP2816 supports the TR-196 data model. Thus, configurable parameters and configurations of NMSs of different vendors can be highly consistent, enhancing the maintainability and reducing maintenance costs.

� The UAP2816 supports the Internet data service bypasses, reducing the traffic pressure on the core network of the operator.

Variety of Functions Raising User Satisfaction � The UAP2816 supports the customized location indication function to accurately

inform a UE of the network that it camps on. Compared with the macro UMTS network, the uBro network covered by the UAP2816 provides better coverage and enables mobile operators to offer lower tariffs.

� The current household wideband users use the single-port modem, and the current LAN users usually have only one LAN port in the house. The UAP2816 uses the dual-port design and supports route forwarding, thus enhancing indoor 3G coverage and meeting the requirements for network surfing on the PC.

� The UAP2816 supports four UE admission strategies: Open, Closed, Group, and Hybrid to meet the customized requirements of different users in all kinds of scenarios.




� Handovers and cell reselection can be performed between AP cells or between an AP cell and a macro cell to ensure excellent user experience.

� The differentiated billing is supported. Therefore, users of different attributes can use different billing standards.

Powerful Mechanism Guaranteeing Security � The UAP2816 is connected to the CN through the public IP network and adopts

the IPSec tunnel mode for the secure and reliable data transmission. All IP transmission reduces the cost of operation and ensures the quality of service.

� The UAP2816 performs IPSec negotiation in compliance with the IKEv2 protocol and use high-level security authentication modes based on the EAP-AKA and EAP-SIM.

� The UAP2816 supports user authentication and admission control. Thus, unauthorized UEs cannot access the UAP2816, and the operators’ investments are protected.

Supporting software package signature verification and UAP2816 startup with signature verification.




2 Product Architecture 2.1 Overview

The UAP2816 has a case structure. It contains a built-in RF subsystem, baseband subsystem, transport subsystem, control subsystem, and clock subsystem.

The UAP2816 is configured with two Ethernet ports and built-in RF antennas. The UAP2816 features high integration, low power consumption, small footprint, stylish appearance, and light weight.

2.2 Hardware Architecture

UAP2816 Body

Figure 1 Front side




Figure 2 Back side

Power Adapter

The UAP2816 supports the AC power supply function. To use the AC power supply, the ePico3801B needs to be configured with the AC/DC power adapter. The AC/DC power adapter converts the 110 V AC/220 V AC power supply to the 12 V DC power supply, which is used by the as its working power supply.




2.3 LED behaviour

2.4 Ports and Buttons on the UAP2816

No. Port or

Button

Quantity

Description

1 Power 1 This port is connected to a power adapter to provide 12 V DC power supply.

2 RST 1 This button is used to reset the device. You can press the RESET button once to restart the UAP2816 or press this button for five seconds to restore the IP address for local maintenance to 172.16.1.1. The password for logging in to the WebUI is the last eight digits of the APEI.

3 LAN 2 Ethernet port for network surfing on the computer

1 3

2




3 Operation and Maintenance

3.1 Overview The UAP2816 provides an operation and maintenance system that supports both the web mode and the Graphical User Interface (GUI) mode. The UAP2816 supports customized human-machine interfaces.

Maintenance personnel can use the AP manager to remotely manage and maintain all the UAP2816s on the network in a centralized manner, or they can locally log in to the WebUI to operate and maintain a local UAP2816. In addition, they can use the local maintenance terminal (LMT) to perform message tracing on interfaces, performance monitoring, and equipment commissioning. Figure 3-1 shows the operation and maintenance system of the UAP2816.

Figure 3-1 Operation and Maintenance (OM) system of the UAP2816

3.2 Operation and Maintenance Features

Powerful Alarm Mechanism for Locating Hardware Faults � Using the AP manager, mobile operators can monitor the running status of

UAP2816s in a remote and centralized manner.




� Through the AP manager, the maintenance personnel can subscribe to alarms reported by the UAP2816, query the history alarms, and query and monitor active alarms. The UAP2816 supports realtime reporting of alarms. The maintenance personnel can log in to the UAP2816 through the AP manager to view key parameter settings and alarm information, which helps handle the alarm and rectify the fault.

� Through the LMT, the maintenance personnel can perform interface tracing, signaling tracing, and fault diagnosis for the UAP2816 to locate faults quickly. They can also save the tracing data as files, which can be reviewed through Trace Viewer.

Advanced Software Management for Smooth Upgrades and Capacity Expansion

� The offline configuration is supported. The initial parameters of the UAP2816 are set through the network management offline configuration template before delivery. The configured parameters are then delivered to the UAP2816 through the AP manager. This reduces human intervention during the delivery and increases the delivery efficiency.

� Through the AP manager, the maintenance personnel can perform configuration management, task management, fault management, and software management in batches and in a remote manner.

� Through the AP manager, the maintenance personnel can set zone parameters for the UAP2816. After the UAP2816 is powered on, it automatically downloads the zone parameter settings from the AP manager and completes data configuration.

� Through the AP manager, the maintenance personnel can perform batch upgrades or upgrade UAP2816s that meet specific criteria. In addition, the maintenance personnel can create scheduled automatic upgrade tasks to ensure that the services are not affected by upgrades.

Robust Monitoring Functionality for Tracking the Network Operating Status

� Through the LMT, the maintenance personnel can monitor the CPU usage and system performance in real time and conduct 141 tests.

Through the AP manager, the maintenance personnel can subscribe to the performance data of the UAP2816, combine the performance data generated within a period of time, and send the performance data to the performance report system (PRS). The PRS parses, summarizes, and analyzes the performance data. In addition, the PRS lists top problems and performs interference and call drop analysis. Complete performance statistics and KPI analysis enable mobile operators to accurately trace the network status.




4 Technical Specifications 4.1 RF Specifications

Item Specification

3G frequency bands

RX band (MHz) TX band (MHz)

1920 to 1980 2110 to 2170

Capacity One carrier, one cell

Maximum TX power

13 dBm (20 mW)

Diversity No TX or RX diversity

RX Sensitivity -110dBm

Noise Figure 16dB

Min RF Output power

-10dBm

Max RF Output Power

13dBm

RF Output adjustment steps

0.5dB

CPICH 10%




4.2 Capability Specifications

Item Specification

Number of combined services

A maximum of one CS service and three PS services is supported for a single user.

Number of users

A maximum of four simultaneous users is supported.

HSDPA The maximum rate of 7.2 or 14.4 or 21 Mbit/s is supported through licenses.

HSUPA The maximum rate of 1.44 or 5.76 Mbit/s is supported through licenses.

4.3 Power Specifications

Item Specification

AC/DC power adapter

Input Voltage: 110 V AC or 220 V AC (90 V AC–to–264 V AC)

Frequency: 50Hz/60Hz (Frequency range:47 Hz to 63 Hz)

Output Voltage: 12 V DC (11.75 V DC to 12.25 V DC)

Current ≤ 1 A

4.4 Transmission Ports

Item Specification

Transmission ports

Two FE ports




4.5 Power Consumption Specifications

Item Specification

Power consumption

≤ 10 W

[HUA: Based on the current system design and analysis, the power consumption is to be around 9W max, and 6W idle.

4.6 Physical Specifications

Item Specification

Dimensions Subject to VF ID

Weight ≤ 0.5 kg

Volume ≤ 0.6 L (need confirmation)

Protection level

IP30

4.7 Environmental Specifications

Item Specification

Temperature Operating temperature: –5 to +40℃

Storage temperature: –40 to +70℃

Relative humidity

Relative humidity for working: 5% RH to 95% RH

Relative humidity for storage: 5% RH to 95% RH

Altitude 60 m to 1800 m

Air pressure for working

70 kPa to 106 kPa

Operating environment

EUROPEAN ETS 300 019-1-3 " Partly temperature-controlled locations" Class 3.2.

Storage environment

EUROPEAN ETS 300 019-1-1 "Class 1.2, Weatherprotected, not temperature-controlled storage locations".

Transportation environment

EUROPEAN ETS 300 019-1-2 "Class 2.3 PUBLIC transportation".




EMC � CISPR 22(2003): "limits and methods of measurement of radio disturbance characteristics of information".

� IEC61000-3-2 � IEC61000-3-3 � IEC61000-4-2 Electromagnetic compatibility (EMC) Part 4:

Testing and measurement techniques Section 2: Electrostatic discharge immunity test Basic EMC Publication.

� IEC61000-4-3 Electromagnetic compatibility; basic immunity standard: radiated, radio frequency electromagnetic fields; immunity test.

� IEC61000-4-4 Electromagnetic compatibility (EMC) Part 4: Testing and measurement techniques Section 4: Electrical fast transient/burst immunity test Basic EMC publication.

� IEC61000-4-5 Electromagnetic compatibility (EMC) Part 4: Testing and measurement techniques Section 5: Surge immunity test.

� IEC61000-4-11 Electromagnetic compatibility (EMC) Part 4: Testing and measurement techniques Section 11: Voltage dips, short interruptions and voltage variations immunity.

� EN301 908-1




5 Acronyms and Abbreviations3GPP 3rd Generation Partnership Project

AAA Authentication, Authorization and Accounting

AC Alternating Current

AG Access Gateway

AP Access Point

AHR AP Home Register

AMR Adaptive Multi-Rate

AKA Authentication and Key Agreement

BAS Broadband Access Server

DSLAM Digital Subscriber Line Access Multiplexer

EAP Extensible Authentication Protocol

EMC Electro Magnetic Compatibility

FE Fast Ethernet

GW GateWay

GUI Graphic User Interface

HSPA High Speed Packet Access

IP Internet Protocol

IKE Internet Key Exchange

LMT Local Maintenance Terminal

MTBF Mean Time Between Failures

PoE Power over Ethernet

PSE Power Sourcing Equipment

RH Relative Humidity

SeGW Security GateWay




SIM Subscriber Identity Module

USIM UMTS Subscriber Identity Module

SOHO Small Office and Home Office

SME Small and Medium Enterprise

xDSL x Digital Subscriber Line

UE User Equipment

UMTS Universal Mobile Telecommunications System

WCDMA Wideband Code Division Multiple Access




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UAP2816 V400R013 Product Description V0.20 _20110325_

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