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1 Fighting Winners! RFID Smart Label 1. Smart Label?! 2. RFID 3. RFID 4. Summary /, Ph.D

2 1/ Smart Label? Smart Label

3 2/ Smart Label? Smart Label

4 3/ Smart Label? Smart Label Smart + Label = RFID?? M2M Convergence & Ubiquitous Computing/Networking Second Generation Third Generation NGN Low High Mobility 1995 CDMA CDMA One IS-95A: 14.4 kbps IS-95B: 64 kbps GSM GPRS 2000 Max: 171 kbps Ave: kbps CDMA xEV-DO Max: 2.4Mbps Ave: kbps CDMA x Max: kbps Ave: kbps EDGE Max: 384 kbps Ave: kbps G / 3G 2.4GHz WLAN 2010 Mobility Service Oriented CDMA xEV-DV Max: 2-4 Mbps Ave: kbps HSDPA for WCDMA Max: 2 Mbps Ave: kbps 3G IEEE a Max: 2 Mbps IEEE g Max: 54 Mbps IEEE b Max: 11 Mbps 4G Max: 100Mbps Ave: 20 Mbps 3.5G 5GHz WLAN HomeRF 4G IEEE Max: 100 Mbps Wireless 1394 UWB Bluetooth Ubiquitous Computing Data Service Oriented RFID/ USN Low Data Rate High

5 4/ Smart Label! Barcode & 2D code Barcode. 2D, Color code. 2D symbol Has data both in horizontal & vertical sides. 1D Barcode Has data only in horizontal side.

6 1. Smart Label! Case 1: 2D Vending Machine 5/ 31

7 1. Smart Label! Case 2: Handy-set check in 6/ 31

8 7/ Smart Label! Case 3: RipeSense Color Indicator Source: RipeSense

9 8/ Smart Label! Case 3: Intelimer Package Source: Landec

10 9/ RFID Introduction Railcar Identification & FA Transportation Shipping container RFID Personal access control Parking Garage & ETCS Animal Identification

10 / 31 2. RFID System Overview RFID System Basics RFID Reader Data on Tag Air Interface Back end Infra.

11 10 / RFID System Overview RFID System Basics RFID Reader Data on Tag Air Interface Back end Infra. Micro Computer Tx/Rx Antenna Tag CPU I/O RAM ROM Radio Tx/Rx Pwr Supply Computer Network CPU I/O Antenna, Rectifier, Memory, Controller RAM ROM Radio Tx/Rx Pwr Supply Antenna, RF S/W, LNA, PA, Mod/Demod, Mixer, Filter, ISO Standard Protocol Anti-collision Back Scattering Communication

12 11 / RFID System Overview Low Frequency High Frequency Ultra-High Frequency Microwave Frequency 30 to 300 khz frequency range, primarily the 125 khz band MHz frequency range 300 MHz to 1 GHz frequency range above 1 GHz, primarily the 2.45 GHz and 5.8 GHz bands

12 / 31 UHF band region in the world EUROPE 862 870MHz/0.5w N.AFRICA 869MHz CHINA 915MHz? KOREA 908 914MHz/?w JAPAN 950 956MHz/?

13 12 / 31 UHF band region in the world EUROPE MHz/0.5w N.AFRICA 869MHz CHINA 915MHz? KOREA MHz/?w JAPAN MHz/?w Singapore MHz TAIWAN MHz US&CANADA MHz/4w MEXICO&S.AMERICA 915MHz S.AFRICA 915MHz AUSTRALIA/NEWZEALAND MHz/1w

13 / 31 2. RFID Market Overview Global Shipments of RFID by Systems and by Regions RFID Spending by Application 2007 Est.

14 13 / RFID Market Overview Global Shipments of RFID by Systems and by Regions RFID Spending by Application 2007 Est. Other Applications 30% Supply Chain Mgmt. 46% Asset Mgmt. 24% Source : Venture Development Corp. Source : Allied Business Intell.

15 14 / RFID H/W Value Chain Silicon Chip Inlet Tag/Label, Labeling devices Antenna Reader & Controller Handheld/ Wireless Package 3cents Markup 8cents Die attach 3cents Tag : AutoID, 2002 Antenna 3cents chip 5cents

16 15 / RFID H/W Value Chain Silicon Chip Inlet Tag/Label, Labeling devices Antenna Reader & Controller Handheld/ Wireless / / Backscattering Rectenna & ASK/FSK Modulation Reader-Reader and Tag-Reader Anticollision Trade-off ( )

17 16 / RFID S/W Value Chain Middleware, Network Security, Customised Software Solutions Consulting, Systems Integration Enterprise Application Integration ERP SCM TAV CRM

18 17 / RFID NFC

19 18 / RFID Active Tag for Shipment

20 19 / RFID Asset Management

21 20 / RFID Surgical Supply Control Pharmaceutical Tube ID

22 21 / RFID Intermec Tag Container Tag (UHF) Tire Tag (UHF) - -40C~ 85+C - `03.4Q Windshield Tag (UHF) - 45 x 85 x 1 mm - RPC Tag (UHF) - RPC Tag Core (UHF) - RPC Tag Meander Insert (2.45GHz) - EAS Tag Reader 1555 H/H Reader(UHF) -Barcode - Data IP3 Portable Reader(UHF) -Barcode - Data PCMCIA Reader(UHF/2.45GHz) - 2m - SHARP

23 22 / RFID Transcore Tag AT5100 Toll Tag (UHF) ~3 m (Passive) AT5114 Toll Tag (UHF) ~11 m (Active) AT5544 Toll Tag (UHF/2.45 ) - / - 1.5~11 m (Active) IT2211 Tag (UHF) - - Programmable - Active IT2235 Tag (UHF) - - Programmable - Active Reader AM1310 Reader -UHF - AL1620 Smart Pass Reader (UHF) -, Access Control -. AL1611 Smart Pass Reader (2.45GHz) -, Access Control

24 23 / RFID Alien Technology Tag 9238 Tag (UHF, 95x10 mm) FiberTag (2.45GHz) FSA 9250 Tag (UHF, 134x13 mm) Active Tag (UHF) -Battery Reel-to-Reel Assembly Reader ALR 9780 (UHF) - (4 Port) ALR 9640 (UHF) - - ALR 9930 Module (UHF) -H/H Module - RS-232 Interface ALR 2750 (2.45GH)

25 24 / RFID Case tag Pallet tag

26 25 / 31 : RFID Examples Barcode Scanning= 36x29 = 1044secs= 17.4 mins Portal Scan = 36x5 = 180secs = 3 mins Time Reduction 83% Gillette Marks & Spencer

Moku, Japan Liti, Japan A smart shelf for DVDs in a Tesco

27 26 / 31 : RFID Examples Retails Apparel DVD Shop Benetton, Italy GAP, USA Marks & Spencer, UK Goldwin Sportswear, Italy Moku Moku, Japan Liti, Japan A smart shelf for DVDs in a Tesco supermarket in UK that has increased sales by 4% due to reducing stock outs

others Main benefits Longer Range Sensing Flying null thread in a blister pack Range few centimetres (up to ~0.

28 27 / 31 : RFID Examples Special Tags Semi-Active Tag Chipless Tag Semi-active tags will soon reach $1.50, allowing greater ranges and memory Microbatteries from PowerPaper Infinite Power Solutions Panasonic And others Main benefits Longer Range Sensing Flying null thread in a blister pack Range few centimetres (up to ~0.4m) World s Thinnest and lowest cost tag Flying Null can be used for machine readable Authentication Tamper Evidence Track and Trace

29 28 / 31 : RFID Examples Special Tags Source: KSW, RFSAW

30 29 / 31 : RFID Examples Modeling & Simulation Source: MIT

30 / 31 : RFID Examples Luggage tag "e Tag" experiment in New Tokyo International Airport(outline) Modeling & Simulation Period: September 20, 2001 - October 20,

Sort line street check on all baggage according to applying RFID tag to Airlines baggage And, an in-line security check is executed, and the security improvement of

31 30 / 31 : RFID Examples Luggage tag "e Tag" experiment in New Tokyo International Airport(outline) Modeling & Simulation Period: September 20, October 20, 2001 Purpose: 1. Sort line street check on all baggage according to applying RFID tag to Airlines baggage And, an in-line security check is executed, and the security improvement of in the airport and the aircraft is aimed at. 2.Verification of readout rate of tag The tag of 13.56MHz is used. Experiment result The reading success rate 93% is achieved by using 7,500 tag with the baggage between New Tokyo International Airport, Hong Kong, Singapore, San Francisco, and Vancouver. Source: Fusitsu

32 31 / 31 Thank you For more information & Partnership LG Innotek New Biz Planning Group ybcho@lginnotek.com

슬라이드 1

슬라이드 1 RFID 2004. 11 Allixon Overview Company Profile (www.allixon.com) 2003128 31474-16 3 Tel 02-3471-9340 / Fax 02-3471-9337 RFID & EPC Network ALLIXON = ALL + LINK + ON Allixon Overview Vision & Mission RFID