Global Handset Requirements for CDMA - Worldmode.doc.doc

Multi Mode Device

Global Handset Requirements for CDMA -Worldmode

CDG Document 177

4/13/2009CDMA Development Group

575 Anton Boulevard, Suite 560Costa Mesa, California 92626PHONE +1 888 800-CDMA

+1 714 545-5211FAX +1 714 545-4601

http://[email protected]

NoticeEach CDG member acknowledges that CDG does not review the disclosures or contributions of any CDG member nor does CDG verify the status of the ownership of any of the intellectual property rights associated with any such disclosures or contributions. Accordingly, each CDG member should consider all disclosures and contributions as being made solely on an as-is basis. If any CDG member makes any use of any disclosure or contribution, then such use is at such CDG member's sole risk. Each CDG member agrees that CDG shall not be liable to any person or entity (including any CDG member) arising out of any use of any disclosure or contribution, including any liability arising out of infringement of intellectual property rights.

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mailto:[email protected]

http://www.cdg.org/

Contents

Tables

Table 1-1 Acronydevice and Abbreviations.................................................................................3

Revision History

Date Version Author Description

3/2/2009 0.1 Matthew Tasooji Initial Work

3/17/2009 0.2 Matthew Tasooji Added Systems Selection

4/13/2009 0.3Matthew Tasooji Added requirements and Henry’s

Comments.

Ref Doc. 2/22/2009ii

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1. Introduction

1.1 Purpose

The purpose of this document is to define how a MultiMode (MM) CDMA family of standards and a 4G multimode functionality shall be implemented in a CDMA capable device. 4G technologies in this document shall refer to Long Term Evolution, LTE, only. The requirements for Worldwide Interoperability for Microwave Access (WiMAX) are deferred to a later date.

For the purpose of this document, the MM device defined herein may only be active on one system (2G, 3G or 4G) at any time (defined as non-UICC simultaneous mode). This document defines how the air interfaces are managed on a MM device to determine which system is active, and the user impacts of the underlying air interface.

Included in this document are the recommended system selection, roaming, and handover requirements for MM devices. All the requirements for the operation in single mode are to follow the specifications defined by the Standardization organizations listed in the references.

1.2 Scope

This document is intended to be primarily used by CDMA operators as their MultiMode requirements document.

The target audiences for this document are CDMA operators and device vendors that are developing devices that support legacy 2G and 3G systems (with an emphasis on 3GPP2 standards), as well as one or more of the 4G, air interfaces.

This document details the requirements specific to MM functionality. This includes implementation of system selection, manual and automatic, between CDMA, GSM/WCDMA, and 4G as well as the minimum requirements for 4G support. Functional requirements for specific CDMA and various service enablers (such as WAP or MDEVICE) are detailed in other GHRC requirements documents and will not be addressed here.

As AMPS systems are expected to have been completely replaced by other technologies, there shall be no requirements in the device to support AMPS.

Ref Doc. 2/22/20091

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Global Handset Requirements for CDMA - Worldmode Multimode device

1.3 Conventions

Red would mean the content that has been added or changed or needs further clarification in this revision of the document.

1.4 Reference Documents

Reference documents are referred to throughout this specification. Please use the following sites to find reference documents:

3GPP2 reference documents can be found at http://www.3gpp2.org/Public_html/specs/index.cfm

3GPP reference documents can be found at http://www.3gpp.org/ftp/Specs/html-info/36-series.htm

WiMAX reference document can be found at http://www.wimaxforum.org/documents/documents/ (may be removed in the final version)

CDG reference documents can be found at http://www.cdg.org.

CCF reference documents can be found at http://www.globalccf.org.

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http://www.globalccf.org/

http://www.cdg.org/

http://www.wimaxforum.org/documents/documents/

http://www.3gpp.org/ftp/Specs/html-info/36-series.htm

http://www.3gpp2.org/Public_html/specs/index.cfm


2. Acronyms and Abbreviations

Table 2-1 Acronyms and Abbreviations (To be updated as appropriate)

Acronym / Abbreviation Description3GPP Third Generation Partnership Project3GPP2 Third Generation Partnership Project 2AMPS Advanced Mobile Phone System (Analogue

Cellular)

LTE Long Term Evolution

WiMAX Worldwide Interoperability for Microwave Access

PLMN Public Land Mobile Network

2.1 Terms and Definitions

Three categories of requirements are established:

(M) Mandatory The device must support that characteristic in order to achieve approval.

(HD) Highly Desirable

(O) Optional

It is highly desirable and recommended that the device supports this characteristic. This feature may become Mandatory in subsequent versions of the document. Supporting this characteristic will be valued in the commercial promotion of the terminal.

It is left up to the manufacturer whether or not the terminal supports this characteristic. The device may support this option.

2.2 Carrier Acceptance

The documentation and equipment that shall be delivered to the Multimode Operator for technical evaluation are detailed below.

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Req. # Requirement Category Remarks ReferencesPRI

ConfigurableThe multimode device shall pass the CDMA certification process defined in CCF/CTIA testing

M Testing is only for CDMA part.

CCF Test Plan Data Base

2.2.2 The multimode device shall pass the GCF certification requirements.

Compliance report detailing GCF completion (LTE shall be included)

* Mitch to provide

2.2.3 The MultiMode device must meet all the specific carrier acceptance requirements which are not included in the CCF and GCF Test requirements. MM device shall pass all the interoperability requirements as specified by CCF

CCF Test Plan Data Base

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3. System Selection Requirements for MultiMode

3.1 Purpose

This chapter is intended to capture the MM system selection requirements of all operators.

Having all operators using the same MM system selection requirements would help in providing a consistent user experience when roaming into 4G networks. Using this document as-is will also provide operators and device vendors with the maximum benefit that can be derived from the MultiMode system selection testing.

3.2 Frequency Band/Modes

Refer to 3GPP2 doc C.S0057-C and 3GPP doc TS 36.101. Below is the Eutra band classes. Table 3-2 CDMA/4G Frequency Bands

Ref Doc. 2/22/20095

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Global Handset Requirements for CDMA - Worldmode Integration of 3GPP2 and 3GPP Services

E-UTRA Band

Uplink (UL)eNode B receive

UE transmit

Downlink (DL)eNode B transmit

UE receive

Duplex Mode

FUL_low – FUL_high FDL_low – FDL_high

1 1920 MHz – 1980 MHz 2110 MHz – 2170 MHz FDD2 1850 MHz – 1910 MHz 1930 MHz – 1990 MHz FDD3 1710 MHz – 1785 MHz 1805 MHz – 1880 MHz FDD4 1710 MHz – 1755 MHz 2110 MHz – 2155 MHz FDD5 824 MHz – 849 MHz 869 MHz – 894MHz FDD6 830 MHz – 840 MHz 875 MHz – 885 MHz FDD7 2500 MHz – 2570 MHz 2620 MHz – 2690 MHz FDD8 880 MHz – 915 MHz 925 MHz – 960 MHz FDD9 1749.9 MHz – 1784.9 MHz 1844.9 MHz – 1879.9 MHz FDD

10 1710 MHz – 1770 MHz 2110 MHz – 2170 MHz FDD11 1427.9 MHz – 1452.9 MHz 1475.9 MHz – 1500.9 MHz FDD12 [TBD] – [TBD] [TBD] – [TBD] FDD13 777 MHz – 787 MHz 746 MHz – 756 MHz FDD14 788 MHz – 798 MHz 758 MHz – 768 MHz FDD...33 1900 MHz – 1920 MHz 1900 MHz – 1920 MHz TDD34 2010 MHz – 2025 MHz 2010 MHz – 2025 MHz TDD35 1850 MHz – 1910 MHz 1850 MHz – 1910 MHz TDD36 1930 MHz – 1990 MHz 1930 MHz – 1990 MHz TDD37 1910 MHz – 1930 MHz 1910 MHz – 1930 MHz TDD38 2570 MHz – 2620 MHz 2570 MHz – 2620 MHz TDD39 1880 MHz - 1920 MHz 1880 MHz - 1920 MHz TDD40 2300 MHz - 2400 MHz 2300 MHz - 2400 MHz TDD

Req. # Requirement Category RemarksReference

sPRI Configurable

The device must have an option to enable/disable frequency bands in the PRI

M Y

3.3 Definitions

Note: the term “network” is interchangeable with the term “system” throughout this document.

The following section provides a description of the network types, network modes, and system selection modes that are provided on a MM device. The definitions of these network types, network modes, and system selection modes will be referred to throughout the remainder of the document.

There are two network types a MultiMode device may use.

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Table 3-3 Definitions of network types

Network Types DescriptionCdma2000 1x and 1xEVDO air interfaces3GPP WCDMA, EDGE, GPRS, GSM, and LTE

Additionally, there two network modes a MM device may use, that can utilize either network type.

Table 3-4 Definitions of network modes

Network Modes DescriptionConstrained The device is constrained to one network type, either 3GPP2,

3GPP. This occurs when the home country operator disables the 4G, GSM/WCDMA, or CDMA support. All attempts by the user to change network types (through either a software shortcut, or a hardware key), are ignored.

Global The device is not constrained to one network type, and can use either 3GPP or 3GPP2

If the network type the MM device is operating on is CDMA, the following selection modes are defined.

Table 3-5 Definitions of selection modes

CDMA Selection Mode DescriptionAutomatic The device selects the system based on the PRL, and always

selects the most preferred system.Home Only The device only selects home CDMA systems. Roaming

systems are ignored.Roaming Only The device only selects roaming CDMA systems. Home

systems are ignored.

If the selected network type the MM device is operating on is 3GPP the following selection modes are defined.

Table 3-6 Definitions of 3GPP selection modes

3GPP Selection Mode DescriptionAutomatic The device selects a 3GPP system based on the PLMN listManual The user selects the 3GPP system from a list of the available

3GPP systems

When a device is in Global network mode, the device may be active on either the 3GPP2 or 3GPP network. Dual radio is an optional capability mode and not mandatory.

The following selection modes available to the user when 3GPP2 or 3GPare enabled in the PRI: Global Manual and Global Automatic. These modes are defined as:

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Table 3-7 Definitions of Global selection modes

Global Selection Mode DescriptionGlobal Automatic The device selects the network type independent of user input.

Requirements are defined in TBDGlobal Manual The user selects the network type through either a software

shortcut or a dedicated hard key. Requirements are defined in TBD

The table below shows the options that are available to the user in the “main menu” -> “settings” -> “network” settings.

Table 3-8 Network settings

Global Selection Mode Network Type Network Selection ModeGlobal Automatic 3GPP2 Automatic

Home OnlyRoaming Only

3GPP AutomaticManual

Global Manual 3GPP2 AutomaticHome OnlyRoaming Only


There are several different configuration options that will modify the options that are available to the user under the “main menu” -> “settings” -> “network” menu. For example, the operator may choose to disable GSM/WCDMA and LTE support in the PRI. In this case, the user would be shown only the following options:

Table 3-9 Network settings 3GPP disabled in PRI

Network Type Network Selection Modecdma2000 Automatic


Additionally, an operator may choose to disable 3GPP in the PRI.

Table 3-10 Network settings – 3GPP2 disabled

Network Type Network Selection ModeGSM/WCDMA, LTE Automatic

Manual

If CDMA or GSM/WCDMA or LTE is disabled by operator in the PRI, the user shall NOT be presented options to change to the global mode. All menu structures available to the user specific to the global mode shall be hidden.

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If Global Automatic selection mode is disabled in the PRI, and 3GPP, 3GPP2 support is enabled, the user shall be shown just the following options:

Table 3-11 Network settings - Global Automatic disabled

Global Selection Mode Network Type Network Selection ModeGlobal Manual cdma2000 Automatic



If Global Manual selection mode is disabled in the PRI, and both CDMA and 3GPP support are enabled, the user shall be shown just the following options:

Table 3-12 Network settings - Global Manual disabled

Global Selection Mode Network Type Network Selection ModeGlobal Automatic cdma2000 Automatic


GSM/WCDMA/LTE AutomaticManual

3.4 High Level Requirements

3.4.1 User Experience

A primary objective of a MM device is to make the user experience of roaming into 3GPP network as transparent as possible. In other words, a MM device would provide a similar user experience (for services that are provided on both 3GPP2 as well as 3GPP) regardless of whether the device is roaming into a CDMA or 3GPP network.

For system selection, this premise implies that the user should not be burdened with the need to perform additional operations, such as manually selecting the device operating mode, upon switching from a 3GPP2 to a 3GPP network, or vise versa.

Currently the Global Automatic system selection algorithm has not been explicitly defined in standards or GHRC documents. The necessary supporting parameters for MMSS has been standardized in both 3GPP2 (to be published as C.S0016-D) and 3GPP (specification???). Although not considered a normative reference, Annex E in C.S0016-D does provide a detailed recommendation on how the MMSS parameters should be used. (Henry and Mitch to provide inputs)

3.4.1.1 User Interface Requirements

The option to select the global selection mode, network type, and network selection mode shall be displayed to the user of the MM device. The options available to the user to select from are configurable through the PRI.

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ConfigurableThe MM DEVICE shall display through the user interface a setting titled “Network”, found under “main menu” -> ”settings” structure.

M

Under the “Network” setting, the user shall be able to select one of two settings under the label “Global Selection Mode”: “Global Automatic” or “Global Manual”, if both are enabled in the PRI

M

If either 3GPP or 3GPP2 system is disabled in the PRI, the device shall NOT show the user the option to select a Global Selection Mode, and all menu structures specific to “Global” mode, must be hidden or masked from the user

M For example, if there is a software shortcut to switch network types, this shortcut must be hidden from the user if either 3GPP or 3GPP2 is disabled

Under the “Network” setting, the user shall be able to select one of two settings under the label “Network Type”: “3GPP2” or “3GPP”, if both are enabled in the PRI

M

Under the network setting, if the selected “Network Type” is “3GPP”, the user shall be able to select one of two settings under the label “Network Selection Mode”: “Automatic” or “Manual”

M

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ConfigurableUnder the network setting, if the selected “Network Type” is “3GPP2”, the user shall be able to select one of three settings under the label “Network Selection Mode”: “Automatic”, “Home Only” or “Roaming Only”

M 3GPP includes GSM, UMTS and LTE. The service provider may select to enable any or all of these modes. An example would be to select LTE only, i.e., for 3GPP only LTE may be selected. (need to be approved)

The device display should indicate to the user which network type they are currently using, either 3GPP or 3GPP2 at the signal bar in the standby status

M This requirement shall apply to the devices with displays or to devices intended for direct human interaction.(need to be approved)

3.4.1.2 Global Mode

When both 3GPP2 and 3GPP are enabled in the PRI, the device is considered to be in Multimode.

When in Multimode, the user may switch quickly between 3GPP2 and 3GPP network types. The following section defines the requirements for the “Multimode” network mode.


ConfigurableIf neither “Multimode Automatic” or “Global Manual” is enabled in the PRI, the user shall NOT be shown the “Global Selection Mode” setting

M

If no (u)SIM card is present, and the user changes the Network Type from “3GPP2” to “3GPP”, the device shall display the message “Please insert UICC card to use 3GPP network”

M Mitch to change this input.

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ConfigurableWhen in Multimode, MM device shall support switching network types selection through a hardware key

HD The hardware button will switch the user from 3GPP2 to 3GPP network type, and vice versa

When in Multimode, MM device shall support switching network types selection through a software shortcut key

M The software shortcut shall NOT be the same as the main menu -> settings -> network -> network type setting. If a hardware key is supported, this requirement is Highly Desirable

If the user attempts to switch network types through the hardware key, or the software shortcut, the user must be prompted with the following message “Would you like to search for <3GPP2/3GPP>?.” And given two options: “Yes” or “Cancel”

M

If 3GPP2 or 3GPP is disabled in the PRI, attempts to switch network types through the hardware key must be ignored

M

While in an active call, attempts to switch network types through either the hardware key or software shortcut shall be ignored

M Attempts to switch network during an active call shall NOT be queued

When in Multimode, the MM DEVICE shall NOT reset when the user changes the network type from CDMA to 4G

M

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ConfigurableIf there is no UICC card present, and the device is in Global Mode selection mode, and the user attempts to switch from 3GPP2 to 3GPP through either a hardware key, or software shortcut, the switch shall NOT be allowed, and the MM DEVICE shall display an error message “Please insert UICC card to use 4G network”

M Mitch to provide

3.4.1.3 Global Automatic 3GPP2/3GPP System Selection

MM device shall support a Global Automatic 3GPP2/3GPP selection mode of operation. In this mode, the switch between 3GPP2 and 3GPP networks is performed automatically, without requiring any input from the user. When multiple networks are available, MM device shall be able to automatically select the most preferred network, regardless if such network is based on 3GPP2 or 3GPP air interface.

Ref Doc. 10977 4/13/200913

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Req. #Requirement Category Remarks References

PRI Configurable

The MM device shall support “Global Automatic” selection mode when both 3GPP2 and 3GPP are enabled in the PRI

O Y

If the PRI setting for “Global Automatic” is disabled (req. ) , the user shall not be presented the option to select “Global Automatic” as a “Global Selection Mode” in the Network settings

M

3.4.1.4 Global Manual 3GPP2/3GPP System Selection

MM device shall support Global Manual selection mode of operation. This mode can be enabled or disabled by the operator through the PRI.

In Global Manual selection mode the user controls switching between 3GPP2 and 3GPP network types. The user can switch between 3GPP2 and 3GPP network types through either a software shortcut, or a hardware key. In constrained mode, the hardware key and software shortcut are disabled, and the user must go into Main Menu -> Settings -> Network setting to change between network types in constrained mode or switch to Global mode and, these options are only available if enabled by the operator through the PRI. This way, an operator has the option to launch a MM device as a 3GPP2 only device, 3GPP only device, or Multi Model (MM) device, without the user being aware the device can operate in other network modes.


ConfigurableMM device shall support “Global Manual” selection mode when in “Global” network mode

M Y

If the PRI setting for “Global Manual” is disabled (req. ) , the user shall not be presented the option to select “Global Manual” as a “Global Selection Mode” in the Network settings

M

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3.4.1.5 Constrained Mode of Operation

MM device shall support limiting the air interface capabilities to 3GPP or 3GPP2 only mode of operation. In other words, the MM device should be able to be placed in a mode where it operates as a 3GPP2 only device or 3GPP only device. In constrained mode, the hardware key and software shortcut are disabled, and the software shortcut should be hidden from the user.


ConfigurableThe MM device shall support operating on “3GPP2”

M Y

If the PRI setting for “3GPP2” is disabled (req. ) , the user shall not be presented the option to select “3GPP2” as a network type in the Network settings

M

The MM device shall support operating on “3GPP”

M Y

If the PRI setting for “3GPP” is disabled (req. ) , the user shall not be presented the option to select “3GPP Only” as a network type in the Network settings

M

If there is no USIM card present, and support for “3GPP2” is disabled, the MM device shall display an error message “Please insert USIM card to use 3GPP”

M

3.4.1.6 3GPP2 Mode

When operating on a 3GPP2 network, MM device shall fully comply with all 3GPP2 system selection requirements.

CDMA system selection requirements are specified in CDG document 143.

The following section defines the requirements for 3GPP2 only mode

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ConfigurableThe MM device must comply with CDG Document 143, Recommended System Selection Requirements for 1x and 1xEV-DO-Capable Terminals

M CDG ref. #143

3.4.1.7 3GPP operation

When operating on a 3GPP network, MM device shall fully comply with all 3GPP system selection requirements.

3GPP system selection requirements are specified in the 3GPP recommendations.


ConfigurableThe MM device must comply with 3GPP TS 23.122: "Non-Access-Stratum functions related to Mobile Station (MS) in idle mode"

M TS 23.122 Is this the most current version?

The MM device must comply with 3GPP TS 43.022: "Functions related to Mobile Station (MS) in idle mode and group receive mode."

M TS 43.022 Is this the most current version?

3.4.1.8 Power Up Requirements

The MM device is intended to be a 3GPP2 centric device and, as a result, shall enable the operator to decide which service to search for first upon power-up. The operator shall be able to select if the device should always search for 3GPP2 systems first upon power-up, or remember the last system selected by the user, and search that system first.

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ConfigurableUpon power up, the MM device shall start in the default “Global Selection Mode”, set by the operator in the PRI setting. The default “Global Selection Mode” must be enabled in the PRI.

M Y

If the PRI setting for MM device “Global Selection Mode” (req. ) is set to NULL, upon power up the MM device shall start in the same “Global Selection Mode” used at power down

M

Upon power up, the MM device shall start in the default “network type”, set by the operator in the PRI setting

M Y

If the PRI setting for MM device default “network type” (req. ) is set to NULL, upon power up, the MM device shall start searching in the same network type used at power down

M

Upon power up, if the MM device is in Global Mode, and no USIM card is present, the device shall search on CDMA, regardless of the default “network type”

M

Upon power up, if there is no USIM card present, and the device is “Constrained” to “3GPP”, the MM device shall display an error message “Please insert USIM card to use 3GPP”

M

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3.4.1.9 Emergency Call Requirements

Emergency calls shall be permitted at all times regardless of “network”, “network type”, or “selection mode”.


ConfigurableThe MM device shall allow emergency calls on any available “network”, regardless of “ “network type”, and “selection mode” settings

M

The MM device shall allow emergency calls on any available 3GPP system, even when no USIM card is present on the device

M E911 in LTE calls, is it standardized?

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4. Integration of 3GPP2 and 3GPP Services

4.1 Purpose

The purpose of this section is to define requirements for integrating services between 3GPP2 and 3GPP.

4.2 High Level Requirements

4.2.1 USIM Card

This section defines the requirements for the hardware SIM card slot on the device.


Configurable

The USIM card slot must support 3GPP single mode cards

M TS 51.011

The USIM card must support R-UIM/USIM dual mode cards

HD CDG ref #142

The MM device shall support handset subsidy locking mechanism to a particular SIM or set of SIMs

M If this feature is disabled in the PRI, all SIM cards shall be accepted as valid

TS 22.022 Y

3.2.1.4 The MM device shall comply with USIM card physical and electrical characteristics specified in TS 51.011

M TS 51.011

The MM device shall support USIM Application Toolkit

HD TS 51.014

The MM device shall support Smart Card; Card Application Toolkit Transport Protocol (CAT/TP)

HD ETSI TS 102.127

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Configurable

The MM device shall support Smart cards; Card Application Toolkit (CAT)

HD ETSI TS 102.223

The MM device shall support secured packet structure for UICC based applications

M ETSI TS 102.225

The MM device shall support Remote APDU structure for UICC based applications

M ETSI TS 102.226

4.2.2 Phonebook Integration


ConfigurableWhen viewing the internal memory phonebook, the MM device shall provide an option to switch to the phonebook stored on the USIM card

M

Under any “network type” the USIM card phonebook will be available for viewing, editing and copying

M

Under any “network type”, the MM device shall allow the user to make calls from the USIM card phone book

M

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Configurable+ code dialing shall be available in both network types. In 3GPP2 mode, the device must comply with + code dialing requirements specified in CDG ref #90. In 3GPP mode, the device must send a “+” code.

M CDG ref #90

When viewing the USIM card phonebook, the MM device shall provide the option to “copy entry”, or “copy all” to the internal phonebook

M

4.2.3 Call Records


ConfigurableWhen viewing all call records, the phone must display which network was used for each call

M

4.2.4 SMS Integration


ConfigurableThe MM device must save all incoming and outgoing SMS messages to the internal memory of the MM device

M

For all SMS messages stored in the internal memory, the device shall display the network the message was received on

M

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ConfigurableThe MM device shall support the option to save 3GPP SMS messages to the USIM card in addition to the internal memory

M If this option is disabled in the PRI, the user can not choose to save GSM messages to the SIM card

Y

The MM device shall support the Short Message Service (SMS) Point-to-point (PP)

M GSM OTA messages shall NOT be affected by req.

TS 23.040TS 23.048

If there are previously saved SMS messages on the USIM card, the MM device shall allow the user the option to view those messages

M

In any “network type”, the MM device E shall allow the user to make calls, and reply to messages from the USIM card SMS message storage

M

SMS addressing functionality shall include “+” code dialing support on both 3GPP2 and 3GPP network types. For 3GPP2 requirements are specified in CDG ref. #90. For 3GPP, a “+” should be sent

M CDG ref. #90

4.2.5 APN Support

The MM device shall support several different APNs to support different carrier services and features. The APNs should be stored in the PRI, and the operator can enable/disable the user from editing the default APNs. It is also assumed the operator has an agreement with a GRX/CRX provider to support international data roaming. The requirements below list the different APNs that the device must support, as well as the formatting of the APN.

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ConfigurableAll APNs must be formatted as follows <Network ID>.<MNC>.<MCC>.gprs

M In CDMA, operators are not given MNC/MCC, the GRX/CRX will provider the CDMA operator values for these fields

APN for WAP M The PRI setting determines if this APN can be modified by the user. This APN will be used for MMS clients and WAP browsing

Y

APN for dial-up networking

M The PRI setting determines if this APN can be modified by the user.

Y

APN for Internet (email, browsing, streaming, etc.)

M The PRI setting determines if this APN can be modified by the user.

Y

APN for Java M The PRI setting determines if this APN can be modified by the user.

Y

APN for BREW M The PRI setting determines if this APN can be modified by the user.

Y

4.2.6 Service/Feature Integration

The services and features below should work seamlessly across either a 3GPP2 or 3GPP network. If a feature is highly desirable, the device tier will determine whether or not it is included on the device. For each feature, please refer to appropriate CDG documents for feature specific requirements.


ConfigurableAll services/features that are enabled in 3GPP2 “network type” must also be enabled and work in a similar fashion on 3GPP “network type”

M

The MM device shall include an SMS client

M

The MM device shall include an MMS client

HD CDG ref. #92

The MM device shall support WAP

M

The MM device shall support dial-up networking

M

Ref Doc. 10977 4/13/200923

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4.2.7 Clock


ConfigurableWhen a 3GPP2 system is selected the clock shall be synchronized with the CDMA system time

M CDG ref #90

The handset shall maintain an internal clock that is not dependant on CDMA system time (i.e. clock works even when system, either 3GPP or 3GPP2, is unavailable)

M

When a 3GPP system is selected, the user shall be able to set the time and time zone

M

Ref Doc. 10977 4/13/200924

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5. CDMA2000 Specifications for Multi Mode Devices

5.1 Purpose

The purpose of this section is to define the requirements for 3GPP2 based systems

All specifications for CDMA2000 based systems can be found in CDG Doc. 90 – GHRC CDMA200 Voice, SMS, and Data. The documents may be found in http://cdg.org/members_only/ref_doc.asp.


ConfigurableThe MM device shall be compliant with CDG Document #90

M CDG ref. #90

Ref Doc. 2/22/200925

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http://cdg.org/members_only/ref_doc.asp

6. GERAN 3GPP Specifications for Multi Mode Devices

6.1 Purpose

The purpose of this chapter is to define the requirements for the GERAN-based systems.

Table 6-13 below specifies the baseline release of the 3GPP Technical Specifications and Technical Reports for a GERAN-based 3GPP system which the Multi Mode device must be compliant with.

Table 6-13 3GPP Specifications for GERAN-Based System

Feature 3GPP Spec Specs Defined

3GPP 3GPP R8, Mar 2009 6.18.2


ConfigurableThe MM device shall be compliant with 3GPP specifications defined in 3GPP R4, Mar 2007

M 3GPP R4, Mar 2007

6.2 Specifications

The MM device must be compliant with the following 3GPP specifications, specified in Release 8, March 2009, of the 3GPP standards: (Do we need to have the standards listed here?)

Ref Doc. 2/22/200926

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Global Handset Requirements for CDMA - Worldmode

7. Mobility Requirements for Multi Mode Devices

7.1 Purpose:

The purpose of this section is to define the minimum requirement for a MM device when it moves from its current system to a different system in connected (traffic) mode.

The table below defines the required intersystem handovers. The details of the handover procedure can be found in (reference the relevant standards and documents)

Table 7-1 Inter system handover options

Target System

Current Systems

1x (e)HRPD GSM/GPRS WCDMA LTE

1x M HD O O O

(e)HRPD HD M O O HD

GSM/GPRS O O M HD HD

WCDMA O O HD M HD

LTE O M HD HD M

Ref Doc. 10977 4/13/200927

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Global Handset Requirements for CDMA - Worldmode.doc.doc

Technology

cdg document

cdg member

requirements specific

g systems

g support

global handset requirements

minimum requirements

cdma operators