Doc.: IEEE 802.15- Submission 13-0125-00-004q March 2013 Ed Callaway, Sunrise Micro Devices, et al.Slide 1 Project: IEEE P802.15 Working Group for Wireless.

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doc.: IEEE Submission q March 2013 Ed Callaway, Sunrise Micro Devices, et al.Slide 1 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission Title: Large Volume ULP Applications Date Submitted: 18 March 2013 Source: Ed Callaway; Company: Sunrise Micro Devices, Inc. Address: 9181 Glades Road, Suite 125, Boca Raton, Florida , USA Voice: ; Source: David Flynn; Company: ARM, Ltd. Address: 110 Fulbourn Road, Cambridge, GB-CB1 9NJ, Great Britain Voice: ; Abstract:Description of large-volume ULP applications suitable for IEEE q. Purpose:Response to 15.4q Call for Applications, doc.: IEEE q. 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

doc.: IEEE Submission q November 2011 Ed Callaway, Sunrise Micro Devices, et al.Slide 2 The Real Task Before Us Today TG4q needs to identify a large market that cannot be met by even the most aggressive implementations of existing 15.4 standards. If existing standards will do, people will use them for those applications. Many of the applications presented to date do not pass this test.

doc.: IEEE Submission q November 2011 Ed Callaway, Sunrise Micro Devices, et al.Slide 3 The Smart Active Label One application that does pass this test – a large, unmet market needing a ULP standard – is the so-called Smart Active Label, an active shipping label used to track packages and report status in real time.

doc.: IEEE Submission q November 2011 Ed Callaway, Sunrise Micro Devices, et al.Slide 4 A Smart Active Label Paper Battery - + Conductive Ink Antenna

doc.: IEEE Submission q November 2011 Ed Callaway, Sunrise Micro Devices, et al.Slide 5 A (higher value) Smarter Active Label Paper Battery - + Conductive Ink Antenna Layered Privacy Support Inertia Humidity Temperature …

doc.: IEEE Submission q November 2011 Ed Callaway, Sunrise Micro Devices, et al.Slide 6 Smart Active Label Volume On an average day – UPS delivers 15.8 million packages FedEx delivers 3.3 million packages USPS delivers 0.7 million packages... or almost 20 million packages per day.... And with increasing online sales, these numbers are increasing.

doc.: IEEE Submission q November 2011 Ed Callaway, Sunrise Micro Devices, et al.Slide q is Needed! The Smart Active Label industry consortium (Wayback Machine ), is now inactive – due to lack of a low-cost, ULP technology.Smart Active Label industry consortiumWayback Machine

doc.: IEEE Submission q November 2011 Ed Callaway, Sunrise Micro Devices, et al.Slide 8 Shelf Labels Store shelf labels represent another billion- unit opportunity, using similar technology

doc.: IEEE Submission q November 2011 Ed Callaway, Sunrise Micro Devices, et al.Slide 9 Summary Smart Active Labels – for shipping and store shelves – represent a large, unmet market need ideal for 15.4q.