1. Date Submitted: 28 Feb. 2007, David M. Britz, AT&T
doc.: IEEE c
2019/4/25
Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs)
Submission Title: Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
Date Submitted: 28 Feb. 2007, David M. Britz, AT&T
Room B235, Bldg Park Ave, Florham Park, NJ USA
Voice: , FAX: ,
Abstract: Exploration of FSOC, Millimeter Wave and Terahertz frequencies for backhaul and access applications in emerging extreme broadband nano-cell, pico-cell and ultimately femto-cell Personal Area Networks and the impact of shrinking cell size on mobility, handoffs, routing and critical inter-cell and network backhaul technologies.
Purpose: Review of concepts for emerging technologies, applications and future standards consideration.
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
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

2. Questions; Is All The Cheap And Easy Spectrum Already Taken?
doc.: IEEE c
Extreme Bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
Questions;
Is All The Cheap And Easy Spectrum Already Taken?
In The Continuing Evolution Of Truly Broadband Mobile Wireless
And Personal Access Networks, What Part Will Millimeter Wave,
Free Space Optical Communications (FSOC), Terahertz
Frequencies And Other Emerging Technologies Play?
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

3. doc.: IEEE c
Extreme Bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

4. doc.: IEEE c
Extreme Bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

5. doc.: IEEE c
Extreme Bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

6. doc.: IEEE c
Extreme Bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

7. doc.: IEEE c
Extreme Bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

8. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

9. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

10. Convergence Of Fixed And Mobile Wireless Services
doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
125 4G
Nano-cells
Backhaul Issues?
Convergence Of
Fixed And Mobile
Wireless Services
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

11. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

12. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

13. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

14. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

15. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
Mm Wave /
FSOC
Multi-Tiered
Access
Slide provided by Robert R. Miller, Director AT&T Labs Research
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

16. Terahertz Frequencies
doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
Terahertz Frequencies
ter·a·hertz (tĕr'ə-hûrts') n. (Abbr. THz)
One trillion (10 ) hertz.
So what’s it good for?
Truly enormous bandwidth per channel ( Gbps)!
But nature gives you nothing for free
Think short distances meters (Perfect for PANs) 12
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

17. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

18. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

19. Terahertz & Extreme Gigahertz frequencies can propagate and signal
doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
Terahertz & Extreme Gigahertz frequencies can propagate and signal
processed like radio, but be brought to a focus like light.
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

20. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

21. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

22. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

23. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

24. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

25. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

26. doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>

27. Thank You David Britz AT&T Shannon Labs dbritz@research.att.com
doc.: IEEE c
Extreme bandwidth – Wireless Neighborhood And Personal Area Networks Utilizing Meshed Millimeter Wave, FSOC & Terahertz Frequencies
2019/4/25
Thank You
David Britz
AT&T Shannon Labs
David Britz, AT&T Labs, Shannon Laboratories
<author>, <company>