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5GSG Orlando, Florida Monday May 14, 2001 May 2001

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Presentation on theme: "5GSG Orlando, Florida Monday May 14, 2001 May 2001"— Presentation transcript:

1 5GSG Orlando, Florida Monday May 14, 2001 May 2001
Bruce Kraemer, Intersil

2 5 GSG Orlando Agenda May 14-18
Bruce Kraemer, Intersil

3 Objectives 5 GHZ GLOBALIZATION STUDY GROUP (RICHARD K. / BRUCE K.)
May 2001 Objectives 5 GHZ GLOBALIZATION STUDY GROUP (RICHARD K. / BRUCE K.) Review output of ETSI BRAN#23 & formation of ETSI BRAN 5GHz Alignment Rapporteur Group Review future meeting dates Obtain tutorial on HCF from member of TGe Review Interworking proposals, impact of HCF and potential mergers Establish Decision process for a new "IEEE Task Group J" & the ETSI BRAN 5GHz Alignment Rapporteur Group Review purpose, schedules and name for "5WING" Review purpose and structure of 3GPP Begin draft of new "5WING" requirements and operating procedures, Terms & Definitions Prepare for July meeting and creation of new study group Bruce Kraemer, Intersil

4 5GSG Agenda -Times are chair’s guidelines
May 2001 5GSG Agenda -Times are chair’s guidelines Bruce Kraemer, Intersil

5 May 2001 5GSG Agenda Bruce Kraemer, Intersil

6 5GHz Study Group Original Intent International effort IEEE, ETSI, MMAC
May 2001 5GHz Study Group Original Intent Standard Harmonization - Single Global Standard International effort IEEE, ETSI, MMAC Interim Objective Interworking mechanism Interworking Proposals Legacy backward compatibility maintained AT&T, Philips, Ericsson, hLAN, NEC, U of Aachen, Comprise, Magis Principal approach so far based upon superframes using either DCF or PCF No impact on Client, AP implementation only Future plan 5GHz Partnership Project now called 5WING Bruce Kraemer, Intersil

7 5GHz Standardization Roadmap
May 2001 5GHz Standardization Roadmap IW additions IEEE a (wireless Ethernet) IEEE e/f/h (QoS, Security, DFS/TPC, ..) Joint SG Requirements Coexistence Inter-working Spectrum 5GPP Partnership Project (BRAN/IEEE/MMAC) Inter-working Standards Revisions single global standard 5GWIAG BRAN-HL/2 (wireless ATM, IP) Home Profile HE phase2 UMTS - interworking Public Access IW additions 2000 2001 MMAC also participating Today Bruce Kraemer, Intersil

8 Corporate/Public Scenario - 1
May 2001 Corporate/Public Scenario - 1 Internet AP HL2 AP MAC Bridge MAC Bridge 11 MAC H2 CL H2 DLC Ch2 Ch1 11a PHY H2 PHY HL2 MT STA Coexistence – Level 1 - Using different channels in the same coverage area Data exchanged between the devices using the backbone (each device communicates with its Access Point) Bruce Kraemer, Intersil

9 Corporate/Public Scenario - 2
May 2001 Corporate/Public Scenario - 2 Internet AP HL2 AP MAC Bridge MAC Bridge 11 MAC H2 CL H2 DLC Ch1 Ch1 11a PHY H2 PHY STA HL2 MT Coexistence – Level 2 - Using the same channel in the same coverage area Data exchanged between the devices using the backbone (each device communicates with its Access Point) Bruce Kraemer, Intersil

10 Corporate/Public Scenario - 3
May 2001 Corporate/Public Scenario - 3 HL2 MT Ch1 Internet Unified AP 2 different MACs STA Hybrid PHY H2 DLC 11 MAC CL Bridge MAC/DLC Convergence Layer Coexistence – Level 2 - Using the same channel in the same coverage area Data exchanged between the devices using the backbone Each device communicates with the Unified Access Point but to a different MAC entity. Each MAC has a different address Interworking – 1 (one AP) Bruce Kraemer, Intersil

11 Corporate/Public Scenario - 4
May 2001 Corporate/Public Scenario - 4 HL2 MT Ch1 Internet Unified AP Unified Dual MAC STA Hybrid MAC/DLC H2 CL MAC Bridge PHY DLC 11 Convergence Layer OR Coexistence – Level 2 - Using the same channel in the same coverage area Data exchanged between the devices using Layer 2 of the AP Only one MAC address is used Interworking – 1 (one MAC) Bruce Kraemer, Intersil

12 Home Scenario – Bringing Laptop In
May 2001 Home Scenario – Bringing Laptop In HL2 CC Internet Gateway 802.11a STA Ch1 1394 HL2 MT HL2 PHY H2 DLC+HE CL 1394 Appl. 11a Ethernet Appl. 11 MAC Dual Mode Device Acting CC Point Coordinator Hybrid Ethernet DLC Control HL2 User Data Control 11a Coexistence – Level 2 - Using the same channel in the same coverage area Bruce Kraemer, Intersil

13 Convergence Progression
May 2001 Convergence Progression Single Global Standard Now Now Implementation Issue (2 radios) Interwork Interworking Single Global Standard MAC Bridge MAC Bridge MAC Bridge MAC Bridge MAC Bridge MAC Bridge MAC Bridge H2 CL 11 MAC H2 CL 11 MAC H2 CL 11 MAC H2 CL 11 MAC Hybrid MAC/DLC H2 CL Hybrid MAC/DLC/CL H2 DLC H2 DLC H2 DLC H2 DLC MAC/DLC Convergence Layer H2 PHY 11a PHY H2 PHY 11a PHY Hybrid PHY Hybrid PHY Hybrid PHY Hybrid PHY Choose one step in gray parts Bruce Kraemer, Intersil

14 IEEE Hilton Head Accomplishments Motions:
May 2001 IEEE Hilton Head Accomplishments Motions: PProposed that we extend the 5GSG to the next joint plenary. Motion passed in study group 36/0/0 Motion passed in plenary 74/6/4 PProposed that we pursue the creation of a 5GHzPP as a vehicle for establishing a single global standard. Motion passed in study group 23/0/1 PPAR document ( ) passed in plenary 41/8/17 P5 Criteria document ( ) passed in plenary 42/6/13 Bruce Kraemer, Intersil

15 9. Scope of Proposed Project:
May 2001 9. Scope of Proposed Project: Establish coexistence and inter-working among the a, ETSI HiperLAN/2, MMAC CSMA and HiSWANa standards. Extension of each of the MAC and PHY layers of these standards will be defined collaboratively to achieve coexistence and inter-working. 10. Purpose of Proposed Project: To establish coexistence and inter-working among the a, ETSI HiperLAN/2, MMAC CSMA and HiSWANa standards. A subsequent project under a separate PAR is to create a single converged standard in the 5GHz band. Bruce Kraemer, Intersil

16 Interworking Options Optional Could be specified in three degrees:
May 2001 Interworking Options Could be specified in three degrees: Mandatory Optional Recommended practice Bruce Kraemer, Intersil

17 ETSI BRAN #23 Agenda Future of HiperLAN2 5GSG?
May 2001 ETSI BRAN #23 Agenda Future of HiperLAN2 5GSG? 5GHz Wireless LAN Next Generation Partnership Project (5WING): How to proceed? Presentation of further proposals and merger process Preparation for IEEE interim meeting in Orlando (14-18 May) AoB Bruce Kraemer, Intersil

18 Task 1 Scope of the 5GHz Alignment Rapporteur Group (5GARG):
May 2001 Task 1 Scope of the 5GHz Alignment Rapporteur Group (5GARG): To prepare a solution for co-existence and inter-working between a(e,h,…) and HiperLAN2 (TS) in a close cooperation with “TGj” within IEEE WG Creation of an list Creation of a list including pros and cons of submitted proposals as a basis for proposals merger To facilitate the HiperLAN2/HiSWANa alignment activities (based on H2GF Liaison Letter) To coordinate the activities on global 5GHz spectrum allocation and harmonization Bruce Kraemer, Intersil

19 Tentative Schedule for 5GARG
May 2001 Tentative Schedule for 5GARG BRAN#23: Call for submissions BRAN#24: First consolidated draft solution IEEE July meeting: submission of draft solution to “TGj” IEEE September/BRAN#25: the first joint draft solution Comment resolution process 2 to 6 months Bruce Kraemer, Intersil

20 May 2001 Task 2 Scope of the 5GHz Wireless LAN Next Generation (5WING) Study Group: Initially coordinate with 5GSG of To assist the formation of the Partnership Project by drafting Operational Procedures, Project Requirements Definition and Terms of Reference To prepare a report on requirements (spectrum and services) and architectures for the next generation global WLAN system in 5GHz and submission of the report to the Partnership Project as a basis of a (set of) Technical Report(s) Bruce Kraemer, Intersil

21 Tentative Schedule for 5WING SG
May 2001 Tentative Schedule for 5WING SG Operational Procedures IEEE May: Prepare material (e.g. relationship diagram) and kick-off discussion BRAN#24/IEEE July: initial submissions IEEE Sep/BRAN#25: first draft prepared for circulation Project Requirements Definition IEEE Nov/BRAN#26: initial submissions IEEE Jan 2002/BRAN#27: first draft prepared for circulation Terms of Reference Bruce Kraemer, Intersil

22 Some Expected Desired Features
May 2001 Some Expected Desired Features Global nomadic roaming Scalability (power consumption and price performance) Flexibility (applications and services) Wider range of data rates (from <1 Mbps to >100 Mbps) IPv6 compatible Bruce Kraemer, Intersil

23 May 2001 Task 3 Decision Process in “TGj” and 5GHz Alignment Rapporteur Group (5GARG) 5WING formation process Joint study group on topics for 5WING Inter-working Proposal Tutorial on HCF (Hybrid Coordination Function) Philips et al / AT&T et al merger Bruce Kraemer, Intersil

24 Schedule of Standards Meetings
May 2001 Schedule of Standards Meetings May 8-9 – H2GF – Princeton May – IEEE –Orlando June IAG - Helsinki June – BRAN 24 – Sophia Antipolis July 9-13 – IEEE – Portland Sept – IEEE – Sydney Sept – BRAN25 – Seattle Nov – IEEE – Austin Dec. 4-7 – BRAN26 – Sophia Antipolis Bruce Kraemer, Intersil

25 Meeting Schedules May Jun Jul Aug Sep Oct Nov Dec Jan Feb Mar Apr IEEE
ExCOM NESCOM ExCOM ExCOM ExCOM ETSI BRAN 24 ETSI BRAN 25 ETSI BRAN 26 ETSI BRAN 27 ETSI BRAN 28 Bruce Kraemer, Intersil

26 5GHz Alignment Rapporteur Group
May 2001 Composite Timeline 2001 2002 May Jun Jul Aug Sep Oct Nov Dec Jan Feb Mar Apr IEEE IEEE IEEE IEEE IEEE IEEE IEEE IEEE ETSI ETSI ETSI ETSI ETSI 5GSG 5GHz Alignment Rapporteur Group TGj 5GSG2 5WING Bruce Kraemer, Intersil

27 Interworking Schedule PAR doc: 11-01-172r0
May 2001 Interworking Schedule PAR doc: r0 July 2001 Issue Drafts of Proposal Selection Process, Functional Requirements, Evaluation Criteria as a Task Group Issue Call For Proposals for inter-working mechanisms. PHY: Modifications of a MAC: Modifications of MAC Mar 2002 Decision on specific modifications July 2002 First Tentative Draft Standard submitted for review Sept 2002 Comment Resolutions Nov 2002 Jan 2003 Submit to RevCom Bruce Kraemer, Intersil

28 Converged Standard – Desired Features
May 2001 Converged Standard – Desired Features     Higher Data Rate ( Mbps) ·        Power Management ·        Scaleable Data Rates (64 kbps up) ·        Radio Efficiency (frequency band) ·        Software defined radio (software upgradable) ·        Layered System Architecture/APIs (parameterization, flexibility, coordinated) ·        Low Cost ·        QoS (application dependent) ·        Streaming and IP support (asynchronous and isochronous) ·        Seamless network connecting at Application layer(subnets, bridges, ·        Global roaming ·        (High Mobility) ·        IP v 6 compliant (security and transport) ·        Wireless Routing (cell extension) ·        Ease of Connection (hot plugging) ·        No legacy costs Bruce Kraemer, Intersil

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