CDMA2000 1xEV-DO Mobility Solutions CDMA2000 1xEV DO Rev A Product - - PowerPoint PPT Presentation

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CDMA2000 1xEV-DO Mobility Solutions CDMA2000 1xEV DO Rev A Product - - PowerPoint PPT Presentation

CDMA2000 1xEV-DO Mobility Solutions CDMA2000 1xEV DO Rev A Product Futures Mr. Ed Chao, Director Product Management For more information, contact: Mike Hobby Lucent Technologies Bell Labs (773) 52540285 mjhobby@lucent.com Spread Spectrum


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SLIDE 1

Mobility Solutions

CDMA2000 1xEV-DO

CDMA2000 1xEV DO Rev A Product Futures

  • Mr. Ed Chao, Director Product Management

For more information, contact: Mike Hobby Lucent Technologies Bell Labs (773) 52540285 mjhobby@lucent.com

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SLIDE 2

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 2

TS TS 5 TS TS TS TS TS TS TS TS TS TS TS TS TS TS TS TS TS TS TS TS TS TS TS 5 TS TS TS TS TS TS TS TS TS TS

Spread Spectrum - 1X Code Division vs. 1xEV-DO Time Division Multiplexing

D L 1 CS Voice or PD User 1 CS Voice or PD User 1 CS Voice or PD User

User Throughput = 60 - 80 kbps

C/I

DRC

38.4 kbps 38.4 kbps

307.2 k

DRC

614k 2.4M

C/I C/I

6 1 4 k 1 . 2 M

DRC

CDMA2000 1X (Voice & PD)

  • Power Control (PC) & Slow

Rate Control 1xEV-DO Carrier (Data Only)

Dynamic Rate Control &

No PC

AAT = 240 kbps

User Throughput = 600 - 800 kbps

AAT = ~ 1Mbps

1X 1X&

&DO BTS

DO BTS

FL

Frame Duration (e.g. 20 ms)

5 TS TS TS TS 5 TS TS TS TS 5 TS TS TS TS 5 TS TS TS TS 5 TS TS TS TS 5 TS TS TS TS 5 TS TS TS TS 5 TS TS TS TS

38.4 kbps

2.4M 1.2M 614k 614k

38.4 kbps

307.2 k

Time Division (e.g. 1TS = 1.667 ms) 1X = 1.25MHz DO = 1.25MHz

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SLIDE 3

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 3

Can leverage advanced all-IP architectures to improve performance and deployment flexibility

1xEV-DO Rev 0 Benefits

Improved support for real- time packet applications, including Internet access, Email, etc. Enhanced capabilities to enable service flexibility and new revenue generating features

  • Most Viable HSD Option Available Today

– Deployments Worldwide IN 450, 700, 850, 1800/1900 MHz Bands

  • Fastest 3G Forward Link

– Airlink drives FL data rates to 2.4Mbps – Time Division Multiplexing optimizes performance in good channel conditions

  • Reverse Link at 1X Speeds

– Up to 153.6 kbps data rate – Soft hand Off – Optimized for packet Data

  • Offers High Speed Wireless Access for

current offers

– HSDe, HSDsmb, HDDmm, – Accelerate IMS

  • Supports needs Identified by MAP

– Addresses Pent Up Demand – Offers Major Productivity Improvements with Short ROI to Enterprise

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SLIDE 4

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 4

EV-DO Access Network

DO RNC DO RNC L2 Switch L2 Switch T1/E1 T1/E1 Mux Mux Aggregation Aggregation Router Router Channelized Channelized DS3 DS3 GigE GigE

(PCF) (PCF)

T 1 / E 1 T 1 / E 1

1X Access Network

CDMA2000 1X & 1xEV-DO Architecture

DNS DNS AAA AAA DHCP DHCP Watchmark Watchmark

IP Network Wireless Network

OMP FX/ OMP FX/ OMC OMC-

  • RAN

RAN 1X 1X&

&DO BTS

DO BTS

O

DCS DCS ATM SHO ATM SHO 1X RNC 1X RNC cPSB cPSB RCS AP & RCS AP & OA&M Proxy OA&M Proxy HLR HLR PCF PCF SMSC SMSC 1X RNC 1X RNC-

  • AP

AP

O

ECP ECP PDSN PDSN

IP Network

Firewall & VPN Gateway

ENTERPRISE Applications

Content Services Video Data Voice

T1/E1 T1/E1

OA&M Network

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SLIDE 5

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 5

Can leverage advanced all-IP architectures to further improve performance and deployment flexibility

1xEV-DO Rev A Benefits

Improved support for real- time packet applications, including VoIP, Gaming, Push-to-Speak Enhanced capabilities to enable service flexibility and new revenue generating features

  • Improved Forward Link

– Larger payloads drive data rates to 3.1Mbps – Improved MAC – Packet Division Multiplexing improves performance in good channel conditions – New Channel enabling Increased Forward Throughput

  • Improved Reverse Link

– Up to 1.8 Mbps data rate – Throughput and latency gains with hybrid ARQ – Improved MAC Layers on RL

  • QoS

– Inter-User – Priority by User – Intra-User – Priority by Application – Requirements for VoIP/PTT applications

  • Broadcast/ Multicast (BC-MCS)

– Multimedia content to multiple users – Higher Data Rates than Rev 0

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SLIDE 6

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 6

Key Performance Data of 1xEV-DO Rev. A

– Increased Peak data rates

  • 3.1 Mbps (2.4 Mps with Rev 0) FL Peak
  • 600 – 1 Mbps Individual User Experience
  • 630 – 1.05 Mbps AAT depending on Mobility per sector
  • 1.8 Mbps (~153 kbps with Rev 0) Peak data rate
  • 80 – 500 kbps Individual User Experience
  • ~ 400kbps AAT (~240 kb/s with Rev 0) per sector

– Increased RL capacity (3GPP2 methodology)

  • Utilize HARQ to increase RL capacity
  • Improved Latency
  • ~118 ms (~200+ ms Mobile to Mobile)

– Reduced RL transmission delay – Distributed control of RL

  • Sophisticated “Enhanced MAC “ to support inter and intra user QoS

delivery

D L UL

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SLIDE 7

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 7

  • Rev A addresses these issues by:

– Improved scheduling, and better multi-user multiplexing

  • New Scheduling Algorithms
  • New Reverse Link Structure
  • Multi-RLP Enhanced Packet Data Service

– Multiple RLP Instances for Different Traffic Flows

– Improved Error Correction Routines

  • Error Reduction With RLP or Delayed ARQ (D-ARQ)

– Reduction of overhead efficiency via header compression

  • 120 bytes to 7 (Control RTP / eCRTP / ROHC)

– QoS constraints

  • Inter-User QoS / Intra-User QoS Delay is minimized for delay-

sensitive packets – Fast downlink handoff via Data Source Control (DSC) channel

VoIP on 1xEV-DO

1xEV-DO Rev 0 is optimized for large downloads, and is inefficient with smaller speech packets

FL Handoff Delay and Jitter IP & Other Overhead Packing Efficiency

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SLIDE 8

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 8

1X Access Network IMS Core Network

1xEV-DO Rev A VoIP (R28)

DO Data & VoIP

CDMA2000 1X circuit voice

DO BTS DO BTS

DO Backhaul

DO RNC DO RNC

IP Backhaul

O

FPS FPS (5E) (5E) 1X BTS 1X BTS USDS USDS

(HLR, HSS, GRAS) (HLR, HSS, GRAS)

OMP FX/ OMP FX/ OMC OMC-

  • RAN

RAN CDMA /UMTS CDMA /UMTS BTS BTS 1X RNC 1X RNC

1X PD & SO60 VoIP

HLR HLR RCS AP RCS AP ISG ISG

(OSA (OSA-

  • GW,APB)

GW,APB)

Parlay AS Parlay AS VoIP SIP AS VoIP SIP AS

O

Plexus Plexus LNG

(MGCF & MGW)

SMS SMS LMRS LMRS

(MRCF&P

O

LCP LCP

(CSCF, (CSCF, PDF, PDF, FS5000) FS5000)

AAA AAA

Diameter

PDSN PDSN

EV-DO Access Network IP Network

1X Traffic DO Traffic

PSTN/ PLMN

VitalQIP VitalQIP

(ENUM, DNS, DHCP)

SurePay SurePay

(CCF, OCS)

MI, MI, eSM eSM OMC OMC-

  • H,

H, OMC OMC-

  • CN

CN VoIP Components VoIP Upgrade for Rev A VoIP Upgrade SO 60

O

ECP ECP

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SLIDE 9

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 9

Upgrading from 1xEV-DO Rev. 0 to Rev. A

  • New Mobiles

– New Device (with MSM6800)

  • Base Station

– New EVM (with CSM6800) – New software release

  • Radio Network Controller

– New software release

  • Can reuse R1SR-based RNC
  • PDSN

– New software release

  • Can reuse existing PDSN
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SLIDE 10

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 10

Wireline & Wireless End User Spending – NAR

$0 $5,000 $10,000 $15,000 $20,000 $25,000 $30,000 $35,000 $40,000 $45,000 $50,000 2004 2005 2006 2007 2008 2009 Entertainment Enterprise Productivity Personal Convenience Conferencing Messaging Telephony

Sources: Multiple Analyst Reports, Dean & Co., 2004

($Ms) 13% 26% 11% 11% 13% 26% 25% 16% 9% 9% 25% 16%

Demand for Communication Applications

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SLIDE 11

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 11

802.16

The Lucent Converged Network

Accelerate/IMS including 802.16 Strategy

“Twisted Pair” Cable FTTP DSL

IP Multi IP Multi-

  • Media Subsystem

Media Subsystem

SoftswitchHSS/HLR AAA Prepaid Presence

Applications Applications

Location Audio VideoMediation Voice Satellite

Session Control Session Control

Fiber to the Curb UMTS/HSDPA CDMA2000 1X/1xEV-DO 802.16

802.16 BTS 802.16 BTS

3G

CDMA /UMTS CDMA /UMTS /802.16 BTS /802.16 BTS

802.15

802.16 BTS 802.16 BTS

802.11 In-Bldg

MPLS Core

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SLIDE 12

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 12

Lucent’s Accelerate/IMS Program

  • Commitment to multi-vendor solution and

integration

– Enabling targeted blended, lifestyle service bundles

  • Driving the Industry towards IMS

– Cooperative Marketing Programs & Demand Creation – Primary market research, service trials, and business modeling

  • Bell Labs Innovations

– Leading standards development and jump- starting product development – End User Experience Management Tools

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SLIDE 13

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 13

CDMA Applications Plan - VoIP

– VoIP (Residential and Enterprise)

  • Full residential features & E911. Roaming & hand-off between WiFi VoIP, DOrA &

1X circuit voice with network hosted enterprise IP-PBX support and unified messaging.

  • VPN features, including abbreviated dialing, enterprise restrictions, attendant

features, call park/pickup, etc.

  • Multi-line Residential or SOHO VoIP - Advanced call handling features for

consumers & small businesses.

– Active Phone Book

  • Unified management of presence-enabled contact information for multiple

applications including handset’s phone book, email contact list & IM’s buddy list. Ability to synchronize across multiple endpoints – cell phones and PC devices.

– Push-To-Talk Over Cellular (POC)

  • One-to-one and one-to-many instantaneous half-duplex voice communication.
  • Integrate contact mgmnt (Active PhoneBook, iLocator) & comm appls (VoIP, PTT,

VT) to launch sessions from shared presence/location-enabled contact list.

– Prepaid Service

  • Users purchase packages of x minutes of future VoIP calls.
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SLIDE 14

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 14

– SMS over 1xEV-DO

  • SMS service to DOr0 & DOrA endpoints via IMS SIP interface, with guaranteed

delivery and notification.

  • Improved SMS over DOrA performance and manageability by leveraging Data

Over Signaling (DOS) and adding new Service Measurements.

– Instant Messaging

  • Two party real-time text chat. Leverages presence enabled contact list &

geographical position information.

– MMS (Multimedia Message Service)

  • Ability to deliver multimedia messages to mobile endpoints for audio/display or use

by device-resident applications (e.g. AnyPath Mobile Messenger).

– Unified Messaging

  • Single network-based mailbox for voice messages, inbound/outbound fax, internet

email, video clips, message notification services and pager integration.

– iLocator

  • Track people/events/enterprises. Alert when they are in vicinity. Appl integrated

with other applications to engage participants within a specific geographical area.

CDMA Applications Plan - Messaging

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SLIDE 15

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 15

CDMA Applications Plan - Multimedia

– Video Teleconferencing & collaboration

  • Real time call or multi-party VT conference where both audio & video is full duplex.

– Peer-to-Peer Video with Simultaneous IM Trials

  • Share real time pictures/video from either or both endpoints while in a two party text

chat.

– Broadcast/Multicast

  • Broadcast encrypted video streams from server in the network over designated

broadcast channel. Users with decryption key may access video stream. The multicast/broadcast functionality is provided over-the-air by the Broadcast/Multicast Service (BCMCS) defined in TIA-1006.

– Multi-party Gaming with simultaneous VoIP call

  • Real time interactive video game playing by multiple parties while in a voice call.

– Multimedia Ringback

  • Send pre-recorded or custom content (music, picture, web page, video) to a calling user

while the destination phone is ringing or on hold.

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SLIDE 16

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 16 Upgrade

EV-DO Access Network

ECP IP Backhaul

1X Access Network

IMS Core Network

CDMA2000 1X & 1xEV-DO Rev A Blended Data Services

1xEV-DO Rev A VoIP & Data CDMA2000 1X circuit voice PSTN/ PLMN IP Backhaul

DO RNC DO RNC

IP Backhaul

O

ECP ECP

O

FPS FPS (5E) (5E) OMP FX/ OMP FX/ OMC OMC-

  • RAN

RAN 1X RNC 1X RNC PDSN PDSN

Upgrade

CDMA2000 1X packet data

RCS AP RCS AP AAA AAA

Diameter New

USDS (HLR/HSS) USDS (HLR/HSS)

O

AS AS

PoC PoC QCHAT QCHAT VC VC

1X 1X&

&DO BTS

DO BTS AnyPath AnyPath VitalQIP VitalQIP

(ENUM/DNS (ENUM/DNS / /DHCp DHCp) )

IP Network

New Appl & IMS Client SW

O O O

PDF PDF (QoS (QoS Mgmt) Mgmt)

Lucent Control Platform Lucent Control Platform

LSM LSM (CSCF) (CSCF) FS2500 FS2500 (MM & (MM & HO AS) HO AS) FS5000 FS5000 (TAS) (TAS)

SMSC SMSC MI, MI, eSM eSM

OMC OMC-

  • H/CN

H/CN

SurePay SurePay

(CCF, OCS) (CCF, OCS) HandOff Tunnel

O

Plexus

(MGCF & MGW)

O

BCMC BCMC Server Server LMRS LMRS

(MRFC&P) (MRFC&P)

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SLIDE 17

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 17

Acronym List

AP Application Processor AAT Average Aggregate Throughput AP Application Processor ARQ Automatic Repeat Request D-ARQ = Delayed ARQ; H-ARQ = Hybrid ARQ AT Access Terminal BCMCS Broadcast Multicast Services B-PCF 1X RNC Blade PCF BTS Base Transceiver Station CBR CDMA Baseband Radio CCU CDMA Control Unit CDM CDMA Digital Module CICC Common Interface Control Card CMU CDMA Modem Unit cPSB Compact Packet-Switching Backplane CRC CDMA Radio Controller DCS Digital Cellular Switch DHCP Dynamic Host Configuration Protocol Server DNS Domain Name Service DPH Data Protocol Handler DRC Data Rate Control DSC Data Source Control ECP Executive Cellular Processor ECPC ECP Complex EMS Element Management System E-PCF Netra Ethernet PCF ESC Ethernet Switch Card EVM 1xEV Modem FBP Flexent Blade Platform FMM Flexent Mobility Manager FMS Flexent Mobility Server FRPH Frame Relay Protocol Handler GICC Gateway Interface Control Card GUI Graphical User Interface HLR Home Location Register IFRPH ISDN Frame Relay Protocol Handler IOT Inter Operability Testing MAP Market Advantage Program MLPP Multi-Level Pre-emptive Priority MSC Mobile Switching Complex OMP-FX OMP for Flexent PCF Packet Control Function PDSN Packet Data Serving Node PHA Protocol Handler for ATM PHV Protocol Handler Voice PP Packet Pipe PSTN Public Switch Telephone Network PSU Packet Switching Unit PTS Push to Speak QoS Quality of Service RCC Reliable Clustered Computing RLP Radio Link Protocol RNC-M 1X RNC Management SB-CBR Single Board Radio for Modcell 4.0 SB-CBRm Single Board Radio for Modcell 1.0 – 3.0 SB-EVM Single Board EVM for Modcell 4.0 SB-EVMm Single Board EVM for Modcell 1.0 – 3.0 SDB Short Data Burst SNMP Simple Network Management Protocol SS7 Signaling System 7 (ECP ring node type) SUA Software Update Automation TCS Traffic Control Server TP Force 690 Traffic Processor TPU Traffic Processor Unit UCR Ultra CDMA Radio for Modcell 4.0 UCRm Ultra CDMA Radio for Modcell 1.0 – 3.0 ULAM Ultra Linear Amplifier Module VCC Virtual Channel Connection VoIP Voice over IP VPC Virtual Path Connection VPN Virtual Private Network WPS Wireless Priority Service

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SLIDE 18

Mobility Solutions

Thank You

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SLIDE 19

12/21/2005 Lucent Technologies – Proprietary Use pursuant to company instruction 19

CDMA2000 Standards Technology Evolution

1994 1998 IS-95A IS-95B IS-2000 (cdma2000 1x

  • Rev. 0)

1999 IS-856 Rev 0 (HRPD) IS-856 Rev A (HRPD) Standards Completion Dates (or expected completion dates) shown in RED IS-856 Rev B (HRPD) IS-2000 Rev A IS-2000 Rev D (1xEV-DV) IS-2000 Rev C (1xEV-DV) IS-2000 Rev E (1xEV-DV) IS-1006-A (BCMCS)†

† For Platinum service

IS-1006 (BCMCS) 2004 2005 (?) 2000 2004 2006? 2004 2003 2006?

  • 1xEV-DO Rev A - Standards Status

– IS-856-A, Air Interface, Complete

  • QoS, VoIP Support – Standards Status

– IS-856-A, Air Interface, Complete

  • Header Compression (Supplemental

Document) Expected EOY 2004 – IS-878-A, IOS, Completion Expected EOY 2004 – IS-835-D, Core Network, Completion Expected EOY 2004