1. Project: IEEE P802.15 Working Group for Wireless Personal Area Networks (WPANs)
Submission Title: [WPAN Positioning]
Date Submitted: [19 Sep 2005]
Source: [Ian Gifford] Company [Freescale]
Address []
Voice:[ ], FAX: [],
Re: [UWB Forum Liaison]
Abstract: [Short contribution on my thoughts on WPAN roadmapping and how to position the WNG.]
Purpose: [Precursor overview and benchmark what is going with regard to other 802 and non 802 wireless WG/TG/SC, wireless SG, and WNG activities. The purpose is to request the SCwng members to be active wrt liaisons both internal and external to the SC.]
Notice: This document has been prepared to assist the IEEE P It is offered as a basis for discussion and is not binding on the contributing individual(s) or organization(s). The material in this document is subject to change in form and content after further study. The contributor(s) reserve(s) the right to add, amend or withdraw material contained herein.
Release: The contributor acknowledges and accepts that this contribution becomes the property of IEEE and may be made publicly available by P
September 2005
Gifford, Freescale

2. IEEE 802.15 WPAN SCwng Wireless Next Generation Standing Committee
September 2005
IEEE WPAN SCwng Wireless Next Generation Standing Committee
Gifford, Freescale

3. Content Overview of pitch How we got here Where we are
September 2005
Content
Overview of pitch
How we got here
Short summary of the IEEE history
Where we are
Short summary of the IEEE status
Where we are going
overview and benchmark what is going with regard to (wrt) to other 802 and non 802 wireless WG/TG/SC, wireless SG, and WNG activities
Gifford, Freescale

4. September 2005
Overview of the pitch
SCwng should focus here but needs to be aware of
Gifford, Freescale

5. September 2005
history
The idea started in July 1997 in Nashua NH USA during an IEEE PASC Plenary Session.
The WPAN™ effort focuses on the development of consensus standards for Personal Area Networks or short distance wireless networks.  These WPANs address wireless networking of portable and mobile computing devices such as PCs, Personal Digital Assistants (PDAs), peripherals, cell phones, pagers, and consumer electronics; allowing these devices to communicate and interoperate with one another. The goal is to publish standards, recommended practices, or guides that have broad market applicability and deal effectively with the issues of coexistence and interoperability with other wired and wireless networking solutions.
Gifford, Freescale

6. 802.15 today Published Active Task Groups IEEE Std 802.15.1™-2002
September 2005
today
Published
IEEE Std ™-2002
IEEE Std ™-2005
IEEE Std ™-2003
IEEE Std ™-2003
IEEE Std ™-2003
Active Task Groups
P a, .3b, & .3c
P a & .4b P
Gifford, Freescale

7. 802.15 Future? Source: gsc10_grsc3_05 ITU-R_EMF.ppt September 2005
Gifford, Freescale

8. September 2005
positioning
The original IEEE 802 Wireless Standards Positioning vs. Data Rates and Mobility Chart
Gifford, Freescale

9. 802.15.3a position…humor  September 2005 Merged Proposal #1
Trench
Merged Proposal #2
Trench
Gifford, Freescale

10. WPAN positioning PAN LAN MAN WAN Short-range devices 3/4G mobile
Month 2002
doc.: IEEE /xxxr0
September 2005
WPAN positioning
PAN
LAN
MAN
WAN
Short-range devices
3/4G mobile
IMT-2000
WLAN
WMAN
RFID
ITS
UWB
Indication of scale of the areas in which wireless connectivity could be available; [also shows some terminology associated with the related technologies]
PAN – LAN – MAN – WAN
Short-range devices; thrust towards wireless connection with personal devices, e.g. UWB replacing wires; cars – ITS
WiFi – now commonly deployed, e.g. private houses, hot-spots
Wider area networks – emphasis on broadband within a large area, e.g. metropolitan area
Even wider possibilities through cellular networks – looking to 3G and systems beyond 3G.
Source: gsc10_grsc3_05 ITU-R_EMF.ppt
Gifford, Freescale
John Doe, His Company

11. WPAN positioning (cont) Data Rate vs. Range
September 2005
WPAN positioning (cont) Data Rate vs. Range
10Gbps a
UWB
1Gbps
802.11n
100Mbps
Data Rate
802.16d
802.11a
802.11g
10Mbps
802.11b
802.20
HSDPA
1xEV-DO
1xEV-DV
1Mbps
100kbs
WCDMA
Cdma2000-1x
GSM/GPRS/EDGE
10kbs a
UWB 1m
10m
100m
1000m
10000m
Distance in meters
= Standards and commercial products available
= Standards available, no commercial products
= Standards under development
Gifford, Freescale

12. WPAN positioning (cont) Areas vs Standards
Month 2002
doc.: IEEE /xxxr0
September 2005
WPAN positioning (cont) Areas vs Standards
IEEE 802
ETSI
WAN
UMTS, EDGE (GSM)
WiMAX*
MAN
HiperMAN & HiperAccess
IEEE WirelessMAN
LAN
HiperLAN/2
RLAN
IEEE
WirelessLAN
Wi-Fi*
ETSI HIPERMAN following 256 OFDM mode of a
PAN
WiMedia*
Bluetooth*
UWB Forum*
ZigBee Alliance*
IEEE WirelessPAN
ETSI
BRAN
Source: gsc10_grsc3_16 ETSI BRAN.ppt
*Industry fora for promotion and certfication
Gifford, Freescale
John Doe, His Company

13. WPAN positioning (cont) Wireless Broadband Technologies
September 2005
WPAN positioning (cont) Wireless Broadband Technologies
1x-EV-DO
Rev 0
1x-EV-DO
Rev A
1x-EV-DO
Rev B
3GPP2 Standards
cdmaOne
IS-95A/B
Cdma2000-1x
1xRTT
cdma2000-1x
Rev C/D
CDMA2000
-1x Rev E
3GPP Standards
GSM/GPRS
GSM/GPRS
GSM/GPRS
GSM/GPRS
HSDPA
Rel. 6+1
IEEE Standards
802.11n
802.11b
Wi-Fi
802.11a
802.11g
ZigBee
Bluetooth
WiMedia a a
UWB Forum
WiMax
802.16d
802.16e
802.20
Gifford, Freescale

14. WPAN positioning (cont) Systems beyond IMT-2000
September 2005
WPAN positioning (cont) Systems beyond IMT-2000
Systems beyond IMT-2000 will encompass the capabilities of previous systems
ITU-R M.BWA: IEEE e
Mobility
Mobility
New capabilities of systems beyond
ITU-R F.BWA:
IEEE HiperMAN/ACCESS
WCDMA
HSDPA
High
High
New Mobile Access
cdma2000 1x
EV- DO
Enhanced
EV- DV
Enhanced
IMT
IMT - -
2000
2000
IMT -
2000
IMT-2000
Dashed line indicates that the exact data rates associated with systems beyond IMT-2000 are not yet determined
Enhancement
Enhancement
WMAN
NWA
New Nomadic / Local
Low
Low
Area Wireless Access 1 1 10 10
100
100
1000
1000
Peak Useful Data Rate (Mb/s)
Peak Useful Data Rate (Mb/s)
IEEE a/b/g HIPERLAN
Source: gsc10_grsc3_02 Global BWA activities in ITU_R.ppt
interconnection
Digital Broadcast Systems
Nomadic / Local Area Access Systems
Gifford, Freescale

15. 5 Forces Driving WPAN Competiton…
September 2005
Potential
Entrants
Threat of
new entrants
WPAN
Competitors
Rivalry Among
Existing 802 WGs
Bargaining power
of “suppliers”
Bargaining power
of “buyers”
Potential
Entrants
Potential
Entrants
Threat of
substitute standards
and specifications
or services
Potential
Entrants
Gifford, Freescale

16. Structures in standardization…
September 2005
NATIONAL
BODIES
ISO
JTC1
CEN
IEC
ITU
CENELEC
ETSI
ADMINISTRATIONS
INDUSTRY, USERS ETC.
Gifford, Freescale

17. SDO, Consortia, Fora, etc…
September 2005
SDO, Consortia, Fora, etc…
Gifford, Freescale

18. The 802.15 WPAN SCwng should liaise with as many groups as possible?
September 2005
The WPAN SCwng should liaise with as many groups as possible?
Internal
802.1, , , , ,
External
SDOs
Consortia
Etc.
ETSI’s GSC?
WWRF?
Gifford, Freescale

19. Global Standards Collaboration (GSC) aka ETSI
September 2005
Global Standards Collaboration (GSC) aka ETSI
GSC
GSC10
28 August to 2 September 2005
Sophia Antipolis, France
Global Standards Collaboration (GSC) is composed of the Global Telecommunications Standards Collaboration (GTSC) and Global Radio Standards Collaboration (GRSC):
GRSC:
GSC11
GSC#11 will be held in Chicago, USA
28 May - 2 June 2006
(Hosted by TIA)
Gifford, Freescale

20. Wireless World Research Forum (WWRF)
September 2005
Wireless World Research Forum (WWRF)
WWRF
WWRF14
07-08 July 2005
San Diego California
WWRF15
08-09 December 2005
Paris, France
Gifford, Freescale

21. Thank You! Mercie Danke gracias Grazie Arigato Kamsa Hamaida Xie_Xie
September 2005
Thank You!
Mercie
Danke
gracias
Grazie
Arigato
Kamsa Hamaida
Xie_Xie
Shukriya
Thoinks, Moite
Cheers
Gifford, Freescale

22. WPAN frequency and spectrum management issues are equally important.
September 2005
Backup
WPAN frequency and spectrum management issues are equally important.
Gifford, Freescale

23. September 2005
Map of ITU regions
Gifford, Freescale

24. US Frequency Allocations
September 2005
US Frequency Allocations
Gifford, Freescale

25. Frequency Assignment of 5GHz Band in USA, Europe and Japan
September 2005
USA : GHz, GHz
Europe : GHz, GHz
Japan : GHz, GHz, GHz
HIPERLAN
5.0
5.1
5.2
5.3
5.4
5.5
5.6
5.7
5.8
GHz
International common band
according to WRC-03
5.150
5.250
5.350
5.470
5.725
NWA / WLAN
Radio loc. and other
MSS
USA
Europe
U-NII
ISM
and other
Radio loc.
ITS
Amateur
Radar and other
Japan
Radar
4.9
Gifford, Freescale

26. Frequency Assignment of 18 - 40GHz Band in USA, Europe and Japan
September 2005
USA : GHz, GHz, GHz, GHz,
GHz, GHz, GHz Bandwidth:5.1GHz
Europe : GHz, GHz, GHz Bandwidth:6.5GHz
Japan : GHz, GHz, GHz, GHz,
GHz, GHz, GHz Bandwidth:5.05GHz
GHz
USA
Europe
Japan
27.5
28.35
29.1
29.25
31.0
31.3
38.6
40.0
17.7
19.7
26.5
24.5
37.0
39.5
22.0
22.4
22.6
23.0
27.0
25.250
38.0
38.5
39.0
18.72
19.22
Gifford, Freescale

27. Frequency Assignment of 60GHz Band in USA, Europe and Japan
September 2005
Frequency Assignment of 60GHz Band in USA, Europe and Japan
USA : GHz, 59-64GHz, 65-66GHz
Europe : GHz, 64-65GHz
Japan : GHz
GHz 54 56 58 60 62 64 66
USA
Europe
Unlicensed
Japan
Gifford, Freescale