1. 900 MHz ISM Band Date: 2010-01-03 Authors: January 2010 Month Year
doc.: IEEE yy/xxxxr0
January 2010
900 MHz ISM Band
Date:
Authors:
David Halasz, Aclara
John Doe, Some Company

2. Month Year
doc.: IEEE yy/xxxxr0
January 2010
Abstract
IEEE currently doesn’t standardize usage of the 900 MHz ISM band. While the band is limited, it is attractive for outdoor usage.
David Halasz, Aclara
John Doe, Some Company

3. January 2010
900 MHz ISM Band and IEEE
Current IEEE standard does not cover the ISM band.
This band does have an advantage over 2.4 GHz, 3.65 GHz and 5 GHz because of range per transmit power.
Better free space propagation loss
Better clutter propagation loss. i.e. trees, telephone poles
Increase in battery life
A disadvantage is the limited bandwidth.
However sufficient for 5, 10 and 20 MHz OFDM
Smaller channels also allows for bandwidth sharing
David Halasz, Aclara

4. SmartGrid has a large outdoor component
January 2010
SmartGrid has a large outdoor component
Use IEEE !
Select band and channel width to meet the usage needs.
David Halasz, Aclara

5. Use existing IEEE 802.11 PHY for quick solutions
January 2010
Use existing IEEE PHY for quick solutions
Solutions today with added down converter.
Possible future solutions similar to dual mode .11a/.11g WLAN cards.
David Halasz, Aclara

6. Standardization effort
January 2010
Standardization effort
Standardization effort should be similar to IEEE y.
IEEE y PAR approved 3/16/2006
REVCOM Standards Board Approval 9/26/2008
Efforts within IEEE k, .11y and current .11m will make this effort easier provided not a new PHY.
David Halasz, Aclara

7. January 2010
PAR & 5 criteria
Draft for PAR and 5 criteria in document wng-900mhz-par-and-5c.docx
David Halasz, Aclara

8. January 2010
References
Policies and Procedures of IEEE project 802, LAN MAN Standards Committee (LMSC)
David Halasz, Aclara