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AUTO-ID LABS
Standardisation in RFID
Alfio Grasso
Deputy Director, Auto-ID Lab, Adelaide
General Manager, RFID Automation
RFID World 2005 Workshop - Standardisation in RFID 2
AUTO-ID LABS Overview
RFID BackgroundEPCglobal
Standards Development Process Workgroups Technical Standards
Hardware Action Group Software Action Group
Standard’s Documents
ISO Standards 18000-1 to -7 Others
Regulatory Standards FCC, ETSI, Australian 4W RFID licence
Auto-ID Lab, Adelaide
RFID World 2005 Workshop - Standardisation in RFID 4
AUTO-ID LABS Why now for RFID?
RFID invented in WWII Steady development over last 50+ years
Recent improvements in tag and reader technology Better performance Easier deployment and maintenance Better use of existing infrastructure and
technologiesImprovements in tag and reader manufacturing Cheaper tags and readers
Industry standardisation EPCglobal and ISO
RFID World 2005 Workshop - Standardisation in RFID 5
AUTO-ID LABS RFID
Radio Frequency Identification Automatic Data Capture Uses RF to communicate
Basic Elements Tags Readers/Antennas Host CPU
RFID World 2005 Workshop - Standardisation in RFID 6
AUTO-ID LABSTag reading
L ab e l
T ra n sm itte r
R e c e iv e rController
Reader Tx typically 1W, 6dB gain AntennaBut propagation loss, resulting Rx at Tag typically µWOn tag, RF energy used for DC power and modulationMore loss back to Reader RxTherefore a very weak reply is obtained
The black spot
RFID World 2005 Workshop - Standardisation in RFID 7
AUTO-ID LABS RFID Tags
Tags Attached to objects or items Contains electronics (chip), and antenna Most are passive (no power source) Active tags have a battery
RFID World 2005 Workshop - Standardisation in RFID 11
AUTO-ID LABS RFID Readers
Readers Contains electronics, Tx, Rx and control Connected to antenna(s)
mostly external Energise tags (passive tags) Commands tags (wake up active tags,
enables management of the tag population)
Receive tag replies
RFID World 2005 Workshop - Standardisation in RFID 14
AUTO-ID LABS Host CPU
Application Do something with the tag information Potential to generate massive amounts of
data Once installed it costs virtually NOTHING
to read a tag! Real time data => real time decisions OHIO (Zero Human Involvement
Operations)** Term defined by John Greaves, CHEP International
RFID World 2005 Workshop - Standardisation in RFID 15
AUTO-ID LABS RFID in Australia – closed loop
Vehicle Identification Passenger and commercial vehicles
Rail Passenger, Sugar, Minerals, Steel
Waste Management Domestic and Industrial
Access Control Time and Attendance, Vehicle
ManufacturingLibrary
RFID World 2005 Workshop - Standardisation in RFID 18
AUTO-ID LABS Vehicle ID, Sugar Industry
Photos courtesy of Mirrabooka Systems
RFID World 2005 Workshop - Standardisation in RFID 20
AUTO-ID LABS Hot-Axle Detection and RFID
Photo courtesy of Sugar Research Institute
RFID World 2005 Workshop - Standardisation in RFID 25
AUTO-ID LABS Manufacturing
Photo taken at Hendersons Automotive Technologies Pty Ltd
RFID World 2005 Workshop - Standardisation in RFID 26
AUTO-ID LABS Library
Photos courtesy of the National Library Board Singapore
RFID World 2005 Workshop - Standardisation in RFID 27
AUTO-ID LABS
Photo taken at Carlton & United Beverages
Warehouse Management
RFID World 2005 Workshop - Standardisation in RFID 28
AUTO-ID LABS Warehouse Management
Photo taken at Carlton & United Beverages
RFID World 2005 Workshop - Standardisation in RFID 33
AUTO-ID LABS EPCglobal structure
TechnologySteering Committee
Public PolicySteering CommitteeAuto-ID Labs
Business ActionGroup - CP
Business SteeringCommittee
President,EPCglobal
GS1 GS1 USEPCglobal Boardof Governors
StaffArchitecturalReview Committee
Work Groups
Hardware ActionGroup
Software ActionGroup
Work Groups
Work Groups
Business ActionGroup - HLS
Work Groups
RFID World 2005 Workshop - Standardisation in RFID 34
AUTO-ID LABS
End Solution End Solution %Users Providers Total Users Providers Total Increase
Asia 7 14 21 21 86 107 410%
North America 48 84 132 177 168 345 161%
Europe 10 26 36 39 46 85 136%
Middle East & Africa 0 2 2 0 4 4 100%
Latin America 0 0 0 2 2 4 #DIV/0!
Totals 65 126 191 239 306 545 185%
Jun-04 May-05
Membership May 2005
RFID World 2005 Workshop - Standardisation in RFID 35
AUTO-ID LABS Working Groups
Business Steering Committee (BSC) Fast Moving Consumer Goods (FMCG) Healthcare and Life Sciences (HLS) Transport and Logistics (TLS)
Technical Steering Committee (TSC) Hardware Action Group (HAG) Software Action Group (SAG)
RFID World 2005 Workshop - Standardisation in RFID 38
AUTO-ID LABS FMCG – Working Groups
Data Exchange
European Adoption Programme (EAP)
Pilot and Implementation (P&I)
Reusable Transport Items (RTI)
Strategic Planning
Tag and Inlay Standards
Asian Adoption Program (AAP)
RFID World 2005 Workshop - Standardisation in RFID 39
AUTO-ID LABS HLS – Working Groups
Strategy
Policy
Process
Information
Technology
Research
RFID World 2005 Workshop - Standardisation in RFID 40
AUTO-ID LABS HAG – Working Groups
Class 1 Generation 2 (Work completed)
Gen 2 Testing & Certification
Joints Requirements Group for Item Level Tagging
Others planned
RFID World 2005 Workshop - Standardisation in RFID 41
AUTO-ID LABS SAG Working Groups
Reader Protocol
Reader Management
Filtering and Collection
ONS
Security
Tag Data Translation
EPCIS
EPCIS Phase 2
Tag Data Standards
RFID World 2005 Workshop - Standardisation in RFID 42
AUTO-ID LABS Future Working Groups ?
Automotive
Aerospace
Electronics
Biologics
RFID World 2005 Workshop - Standardisation in RFID 44
AUTO-ID LABS
EPCglobal network: roles and interfaces
2004 EPCglobal
• Green boxes represent Specs.
• Blue boxes represent roles, not necessarily discrete components
ReaderReader
Reader Protocol / Mgmt Interface
F&C MiddlewareF&C Middleware
EPCIS Capturing Application
EPCIS Capturing Application
F&C Interface
EPCIS Query Interface
EPCIS Repository
EPCIS Repository
EPCIS Accessing Application
EPCIS Accessing Application
Partner Accessing Application
Partner Accessing Application
TagTag
Sec
uri
ty
SystemsMgmt
Tag Protocol (Gen2) / Tag Data Std
EPCIS Capture Interface
CaptureBusinessXactions& F&C Events
FirewallPushSharing
PushSharing
AUTO-ID LABS
Hardware Action Group
C1G2 – Completed
Testing and Certification
Requirements Item Level Tagging
RFID World 2005 Workshop - Standardisation in RFID 46
AUTO-ID LABS HAG - Mission
Define the interfaces between hardware components (primarily RFID tags and readers) in the EPCglobal Network
RFID World 2005 Workshop - Standardisation in RFID 48
AUTO-ID LABS C1G2 Features
Tag must be able to communicate from 860 MHz to 960 MHzTags must understand 3 different modulation schemes
Double Sideband Amplitude Shift Keying DSB-ASK Single Sideband Amplitude Shift Keying SSB-ASK Phase Reversal Amplitude Shift Keying PR-ASK
Coding is by Pulse Interval Encoding (PIE)T=>R data rates 40, 80, 160, 320 and 640 kbitsSelectionAccess & Kill PasswordsEPC up to 256 bitsDense reader channelised signalling
RFID World 2005 Workshop - Standardisation in RFID 49
AUTO-ID LABS
Interrogator/tag operations and tag state
Reader
Inventory
Select
Access
Tags
Acknowledged
Open
Killed
State
Reply
Ready
Arbitrate
Secured
RFID World 2005 Workshop - Standardisation in RFID 50
AUTO-ID LABS Inventory
Reader Talks First Sets up communication parameters, defines a round Round Size (Q value), slots are numbered from 0 to 2Q-1
Tags select a slot within a round to offer a replyTag States
Ready Arbitrate Reply Acknowledge Open Secured Killed
RFID World 2005 Workshop - Standardisation in RFID 51
AUTO-ID LABS Replies
T1 T2 T1
Interrogator
Tag
T2
Single Tag Reply
CW CW
NAK if EPCis invalid
QueryRep orQueryAdjustif EPC is valid
T2
Interrogator
Tag
Collided Reply
CW
T3
CollisionDetected
NoReply
T1
No Reply
CWCW
Invalid ACK
T1 T3
NoReply
CW
T4
T1
CW
RN16 PC + EPC + CRC16
RN16 RN16
QueryRepQuery
Query Ack
Ack QueryRep
NAK
QueryRepSelect
QueryRep
T1 T2
RFID World 2005 Workshop - Standardisation in RFID 52
AUTO-ID LABS
NOTES 1. Select: Assert/deassert SL or set inventoried to A or B. 2. Query: AB or B A if the new session matches the prior session; otherwise no change to the inventoried flag. QueryRep/QueryAdjust: AB or B A if the session matches the prior Query; otherwise, the command is invalid and ignored by the Tag. 3. Query starts a new round and may change the session. Tags may go to ready, arbitrate, or reply.
Arbitrate
Acknowledged
Open
Killed
Power-up & ~killed
Reply
CMD: ACK [valid RN16]Reply: PC, UII, CRC-16CMD: Req_RN [invalid RN16]Reply: None
CMD: Req_RN [valid RN16] & {access password <> 0}Reply: handle
CMD: ACK [valid handle]Reply: PC, UII, CRC-16CMD: Req_RN, Read, Write, Lock, BlockWrite, BlockEraseReply: See state-transition tablesCMD: Kill [valid handle & kill password = 0]Reply: Error codeCMD: Kill, Access [invalid handle]Reply: None
CMD: AllReply: None
CMD: QueryAdjust [slot = 0]Reply: New RN16
Ready
Secured
CMD: Access [valid handle & valid access password]Reply: handle when done
Power-up & killed
CMD: Kill [valid handle & valid nonzero kill password]Reply: handle when done
CMD: Req_RN [valid RN16] & {access password = 0}Reply: Handle
NEW ROUNDCMD: Query [mismatched inventoried or SL flags]Reply: None
SlotCounter
QueryQueryRep
QueryAdjustslot
NEW ROUNDCMD: Query [slot > 0 & matching (inventoried & SL) flags]Reply: None
NEW ROUNDCMD: Query [slot = 0 & matching (inventoried & SL) flags]Reply: New RN16
CMD: Select Action: Return to ready Reply: None. Note 1CMD: Query Action: New round Reply: Note 3CMD: All other Action: Remain in ready Reply: None
CMD: Select Action: Return to ready Reply: None. Note 1CMD: Query Action: New round Reply: Note 3CMD: All other Action: Return to arbitrate Reply: None.CMD: None within time T2 Action: Return to arbitrate Reply: None.
CMD: Select Action: Return to ready Reply: None. Note 1CMD: Query Action: New round Reply: Notes 2, 3CMD: QueryRep, QueryAdjust Action: Return to ready Reply: None. Note 2CMD: All other Action: Return to arbitrate Reply: None.
CMD: QueryAdjust, QueryRep [slot=0]Reply: New RN16
CMD: QueryRep, QueryAdjust [slot <> 0]Reply: None
CMD: ACK [valid handle]Reply: PC, UII, CRC-16CMD: Req_RN, Read, Write, Lock, BlockWrite, BlockEraseReply: See state-transition tablesCMD: Kill [valid handle & kill password = 0] or [invalid handle]Reply: Error codeCMD: Access [valid handle & valid access password] or [invalid handle]Reply: handle when done
CMD: ACK [valid RN16]Reply: PC, UII, CRC-16
RFID World 2005 Workshop - Standardisation in RFID 54
AUTO-ID LABS HAG - T&C
UHF Gen 2 Testing and Certification Working Group Approved by EPCglobal legal counsel - 24 March
2005
Objectives Review Gen 2 Certification Test Plans for RF and
Protocol Testing currently being developed by MET Labs and its partner, CETECOM Spain.
Provide technical feedback on UHF Gen 2 Certification Test Plans via comment matrices.
Actively resolve all technical feedback through comment resolution process.
RFID World 2005 Workshop - Standardisation in RFID 55
AUTO-ID LABS Activities
Conformance Trade Marking Compliance Specification Sheet
Owned by EPCglobal Vendor Neutral Keyed to TID, so system can pull compliance information from
the EPC Network
Testing philosophies RF Interface
Connector or radiated Interoperability Compatible
Parameter Matrix EPC compliant devices will have a matrix identifying what
parameters were tested
RFID World 2005 Workshop - Standardisation in RFID 56
AUTO-ID LABS T&C - Working Documents
Protocol Requirements Requirements of test equipment for C1G2 and measurement
requirements of both, interrogators and tags, for testing operating procedures and commands in the Tag-identification layer
RF Requirements Requirements of an RF test system for testing the physical
interactions, i.e. the signalling layer of the communication link between C1G2 Interrogators and Tags
Protocol Protocol test system for testing operating procedures and
commands of the data link layer of a layered network communication
Design Interoperability Test system for the operating procedures for testing end-to-
end functionality between two communicating RFID devices
RFID World 2005 Workshop - Standardisation in RFID 58
AUTO-ID LABS Requirements Group
New Group, established in July 2005Initial Membership limited to 10 members from Fast Moving Consumers Group, 10 members from Healthcare & Life Sciences
Group 10 members from HAG A member of the Auto-ID Labs A member of the Architecture Review Committee
(ARC)
RFID World 2005 Workshop - Standardisation in RFID 59
AUTO-ID LABS Proposed CharterTo develop requirements for an Item-Level Tagging Specification including but not limited to a) Minimum and maximum tag read and, if appropriate, write rangeb) Minimum and maximum tag read and, if appropriate, write ratec) Security requirements including general type, encryption strength, and key managementd) Privacy features, including consideration of worldwide regulationse) Memory features, including size and organizationf) Read and write reliabilityg) Complete description of physical operating environments common in the handling of individual items in the supply chain – needs to reflect environments for both HLS and FMCG supply chainsh) Other requirements and expectations as decided by the JRG
RFID World 2005 Workshop - Standardisation in RFID 61
AUTO-ID LABS SAG - Mission
The definition of software interface and other standards both within the EPCglobal Network elements and between these and other elements of enterprise systems distributed over a number of enterprises and geographies.
RFID World 2005 Workshop - Standardisation in RFID 62
AUTO-ID LABS Working Groups
Filtering and CollectionReader ProtocolReader ManagementObject Name Service (ONS)EPCIS (Information Services)SecurityTAG Data TranslationEPC Information Services Phase 2Tag Data Standards
RFID World 2005 Workshop - Standardisation in RFID 64
AUTO-ID LABS Filtering and Collection
Create a specification for a software application programming interface (API), associated data specifications, and reporting mechanisms, through which clients may obtain filtered, aggregated tag read data from a multiplicity of tag read sources.
RFID World 2005 Workshop - Standardisation in RFID 65
AUTO-ID LABS Reader Management
Define a set of standard functions that enable configuration, provisioning, monitoring, and alarm notification of individual RFID readers. It will leverage the standard communication protocol defined by the Reader Protocol Working Group where applicable. This set of standard functions will provide a baseline for management operations, will be extensible for future revisions, and will provide the ability to accommodate vendor specific extensions.
RFID World 2005 Workshop - Standardisation in RFID 66
AUTO-ID LABS Reader Protocol
Define the protocol specification for exchanging data and commands between hosts and readers, supporting functions such as reading tags, writing to tags, and killing tags.
RFID World 2005 Workshop - Standardisation in RFID 67
AUTO-ID LABS ONS
Complete outstanding work concerning the Object Name Service. This includes bringing the "Object Name Service 1.0" document to the Standard Specification level within the EPCglobal standards development process. In addition to the base protocol specification, the group will also specify an application programming interface (API) for issuing ONS queries and an operational guidelines document that outlines industry best practices for the operation of DNS infrastructure.
RFID World 2005 Workshop - Standardisation in RFID 68
AUTO-ID LABS Security
Deliver a set of recommendations to provide a security framework to ensure different levels (i.e. ‘low, ’medium’, ‘high’) of consumer information privacy, data authentication, integrity for both wireless and wired data transmissions, and mutual business confidence for collaborative business trading networksRe-charter, so that Security WG can develop the EPCglobal Certificate Profile that will be a normative document.
RFID World 2005 Workshop - Standardisation in RFID 69
AUTO-ID LABS TDS Charter
The objective of this WG is to extend the current TDS specification to enable it to cope with potential issues associated with the expansion of subscribers, particularly to other sectors of industry.
RFID World 2005 Workshop - Standardisation in RFID 70
AUTO-ID LABS Tag Data Translation
Develop the necessary specifications to express the current Tag Data Standards encoding and decoding rules in an unambiguous machine-readable format, which will allow any component in the EPC Network technology stack to automatically convert between the binary and tag-encoding and pure-identity URI formats of the EPC as appropriate. The motivation is to allow components flexibility in how they receive or transmit EPCs, to reduce potential ‘impedance mismatches’ at interfaces in the EPC Network technology stack. Reference implementations of software that demonstrate these capabilities will also be developed.
RFID World 2005 Workshop - Standardisation in RFID 71
AUTO-ID LABS EPCIS
Produce an informative description of alternative interfaces (at a functional, not technical implementation level) for capturing, securing, and accessing EPC-related data, with supporting data model abstractions (metamodels) as appropriate to serve as input to BAG WGs to help them see "what's possible" as they consider Use Cases that leverage EPCIS. Present these informative interface descriptions to the EPCglobal community including the Architectural Review Committee (ARC) for technical direction and the BAG for business direction.However, Activities suspended to form and work on EPCIS Phase 2.
RFID World 2005 Workshop - Standardisation in RFID 72
AUTO-ID LABS EPCIS Phase 2
The initial Working Group has completed a concise, preliminary functional description of EPC IS in the form of a slide presentation, and presented that description to BAG. The initial Working Group is also in the process of writing a more complete, user-level informative document, which, when delivered, will end the initial working group.This new EPCIS Working Group is chartered both to continue user level requirements gathering and documentation, and to create technical specifications within a narrowly defined set of objectives. The motivation for limiting the scope of this WG to a narrowly defined set of objectives is to expedite the specification writing and consensus building process.
RFID World 2005 Workshop - Standardisation in RFID 74
AUTO-ID LABS Tag Data Standards
An Example of How GTIN Integration Could Work With the EPC
EAN - 13 0 1 2 3 4 5 6 7 8 9 0 1 2 8
3 1234567 89012 0000000123456
1 2 3 4 5 6 7 8 9 0 1 2 8
Company Prefix Item Reference Check Digit )
Illustrative Example (EAN-13): 12 34567 89012 8
Remove Check Digit
Header EPC Manager Number Object Class Number Serial Number
GTIN
EPC:
1 23 456 7 89 01 28 >
RFID World 2005 Workshop - Standardisation in RFID 77
AUTO-ID LABS EPC Event Layers
Reader
RFID “Middleware”
Palletizer(Operational App)
EnterpriseApp
Reader Protocol
Reader
ALE
EPCIS
dozens of individual tag read events from specific antenna
“between the time the case crossed the first beam and the second beam at location L, the following tag was read”
“at time T, the association of the following case tags to the following pallet tag was created at palletizer #3”
R R
RFID World 2005 Workshop - Standardisation in RFID 79
AUTO-ID LABS Possible Retailer Implementation
Dist Center
Retail Store
Retail Store
Enterprise-wide Repository
Rdr Mware App
EPCISTrading partners
EPCIS Capture
EPCIS Query
RFID World 2005 Workshop - Standardisation in RFID 80
AUTO-ID LABS
EPCIS Events
Operational Apps
Capture Application
Palletizer DockPortal
DockPortal
DockPortal
BackroomReceipt
Rack
CommissionObserve
ObserveAggregate
ObserveShipment
ObserveReceipt
ObserveDisaggregate
ObserveRestock
ObservePutaway
ImpactDoorway
ObserveShipment
Manufacturer Retailer
Dist Ctr Dist Ctr Store
Tagging Station
RFID World 2005 Workshop - Standardisation in RFID 82
AUTO-ID LABS HAG Standards
Ratified Standards C1G2 V1.0.9 C1G2 Conformance V1.0.2
Working Documents C1G2 V1.1.0 Testing & Certification
Protocol Requirements RF Requirements Design Interoperability Protocol
RFID World 2005 Workshop - Standardisation in RFID 83
AUTO-ID LABS SAG Standards
Ratified Standard Tag Data Standards V1.27
Proposed Specification The Application Level Events (ALE) Specification,
Version 1.0
Candidate Specifications EPCglobal Object Name Service (ONS) 1.0 Tag Data Translation Version 3 June 2005
LCWD to Candidate Specification Reader Protocol 1.1
RFID World 2005 Workshop - Standardisation in RFID 84
AUTO-ID LABS SAG Standards Cont
Last Call Working Draft Reader Management 1.0 TDS V1.3
Working Drafts ALE Futures ALE Compliance Security Working Drafts
ALE V2 EPCIS V6 Reader Protocol V1 Reader Management V2 ONSV2 Security Survey Security White Paper EPCglobal Certificate and Certificate Validation Profile EPCIS Service Binding Interfaces to Backend Applications
RFID World 2005 Workshop - Standardisation in RFID 85
AUTO-ID LABS SAG Standards Cont
Working Drafts EPCIS
EPCIS-User Definition EPCIS_Web Services Definition Language EPCIS ContainmentProfile.doc AS2 Vs WebServices for EPCIS.doc
EPCIS Phase 2 EPC Information Services User Definition EPC Information Services
TDS V2.0 ONS Compliance
RFID World 2005 Workshop - Standardisation in RFID 87
AUTO-ID LABS RF Regulations
Regulators Classify RFID as Industrial, Scientific and
Medical useISM bands 125-134 kHz (ISO 18000-2) 13.56 MHz or HF (ISO 18000-3) 433 MHz (ISO 18000-7) 860 to 960 MHz or UHF (ISO 18000-6) 2.45 GHz (ISO 18000-4) 5.8 GHz (no ISO standard)
RFID World 2005 Workshop - Standardisation in RFID 88
AUTO-ID LABS Other RFID StandardsISO_IEC_18000-1
Reference architecture and definition of parameters to be standardizedISO_IEC_TR_18001
Application requirements profiles ISO_IEC_18046
RFID Tag and Interrogator Performance Test MethodsISO_IEC_TR_18047-2
Test methods for air interface communications below 135 kHz ISO_IEC_TR_18047-3
Test methods for air interface communications at 13,56 MHz ISO_IEC_TR_18047-4
Test methods for air interface communications at 2.45 GHz ISO_IEC_TR_18047-6
Test methods for air interface communications at 860 to 960 MHz ISO_IEC_TR_18047-7
Test methods for air interface communications at 433 MHz ISO_IEC_19762
Harmonised VocabularyISO_IEC_24710
Elementary Tag Licence Plate functionality, for 18000-2 to 18000-7
RFID World 2005 Workshop - Standardisation in RFID 89
AUTO-ID LABS Other Relevant ISO Standards
ISO_IEC_15418 EAN/UCC Application Identifiers and Fact Data Identifiers and
MaintenanceISO_IEC_15424
Data Carrier Identifiers (including Symbology Identifiers) ISO_IEC_15434
Transfer syntax for high capacity ADC media ISO_IEC_15459-Parts 1 & 2
Unique identification of transport units Part 1: General Part 2: Registration procedures
ISO_IEC_15961 Data protocol: application interface
ISO_IEC_15962 Data protocol: data encoding rules and logical memory functions
ISO_IEC_15963 Unique identification for RF tags
RFID World 2005 Workshop - Standardisation in RFID 90
AUTO-ID LABS EPCglobal submission to ISO
EPCglobal submitted C1G2 V1.0.9 to ISOPDAM to 18000-6 issued 26 Feb 2005 Preliminary Draft Amendment C1G2 will be 18000-6 Type C
PDAM Ballot Resolution MeetingSingapore, 7 June 2005 174 comments resolved
New FPDAM released 15 July 2005
FPDAM Ballot resolution Meeting Klagenfurt, Austria, 30 November 2005
RFID World 2005 Workshop - Standardisation in RFID 92
AUTO-ID LABS UHF
The UHF tags will be able to be read by readers operating within 860 – 960 MHz range.The readers will be restricted to a small subset of this range depending on where in the world they are being operated.There are also regulations on the amount of power emitted by the readers depending on where the readers are being used.Therefore, a tag may be applied to an item and shipped anywhere in the world, but a reader has to be specifically set up for the region or country
Latest update on UHF from ISO WG4
RFID World 2005 Workshop - Standardisation in RFID 94
AUTO-ID LABS
ITU Region 1 (EU and Africa)EN300-220 & EN302-208
CEPT countries 869.4 - 869.65 MHz : 500mW erp : DC<10% 865.6 - 867.6 MHz : 2W erp : LBT
South Africa 869.4 - 869.65 MHz : 500mW erp 915.2 - 915.4 MHz : 8 W eirp
Note: all of the above operate in < 250kHz channels
RFID World 2005 Workshop - Standardisation in RFID 95
AUTO-ID LABS
ITU Region 2 (Americas)FCC Part 15.247
USA, Canada and Mexico902 - 928 MHz : 4W EIRP FHSS, 500kHz wide channels permitted – relaxed emission requirements within the whole band.
Central & South AmericaGenerally similar to North America but varies from country to country.
RFID World 2005 Workshop - Standardisation in RFID 96
AUTO-ID LABS ITU Region 3 (Asia)
Australia 918 - 926 MHz : 1W EIRP 920 – 926 MHz : 4W EIRP
Experimental Strict conditions apply
New Zealand 864 - 868 MHz : 4W EIRP
Elsewhere in Asia Generally follow CEPT some exceptions below China 917 to 922 2W ERP Hong Kong 865-868 2W ERP & 920-925 4W EIRP Japan 952 - 954 MHz : 4W EIRP (licensed) Malaysia 919-923 MHz, 2W ERP Singapore 866-869 MHz 0.5W ERP & 923-925 2W ERP (licence) South-Korea 910 – 914 MHz Taiwan 922-928 1W ERP (indoor) 0.5W (outdoor)
RFID World 2005 Workshop - Standardisation in RFID 98
AUTO-ID LABS Experimental Licence
The original licence for RFID 1W EIRP, 918 to 926 MHz
Experimental 4W EIRP Licence Granted to GS1 Australia 12 July 2005 Operates from 920 to 926 MHz Only licence that will be granted
Statistics needed to determine possible interference to Vodaphone Receiver base station at 915 MHz
RFID World 2005 Workshop - Standardisation in RFID 99
AUTO-ID LABS GS1 Contact
For details contact Fiona Wilson [email protected]
RFID World 2005 Workshop - Standardisation in RFID 101
AUTO-ID LABS Background
Established in 2002 by the Auto-ID Center, at the Massachusetts Institute of Technology (MIT)
One of 7 Auto-ID Labs around the world Others are in UK, USA, Japan, China,
Switzerland and Korea
Now funded by EPCglobal Inc
Contract Research available at the Auto-ID Lab, Adelaide
RFID World 2005 Workshop - Standardisation in RFID 102
AUTO-ID LABS Auto-ID Lab, Adelaide
Core Research
Applied Research Integration Applications
Technical Services
Education
RFID World 2005 Workshop - Standardisation in RFID 103
AUTO-ID LABS Research Projects
The design of cost effective and small footprint tag antennas, suitable for attachment onto metal surfaces.Interference studies in high density reader environments.Electromagnetic propagation studies applicable to European RegulationsHigh security authentication tagsDual frequency tags, ones that employ UHF techniques for supply chain applications and then HF for item management applications.Passive RFID chip design (modules for implementation)Analysis and measurement of new forms of reader to tag signalling
RFID World 2005 Workshop - Standardisation in RFID 104
AUTO-ID LABS Research Projects Cont
Analysis of measuring equipment, i.e. understanding the test regulations with respect to the forms of signalling employed by RFID readersAnalysis and development of reader architecturesAutonomously networking tags (Class IV)Trigger circuits for battery assisted tags.An analysis of noise sources in RFID readersUniversal Class 2 tagsFilters that may be required to reduce spurious emissions (Japan and Australia)The use of LF RFID in applications where HF and UHF may not provide an adequate RFID solution, such as in granular media.Merged EAS and RFID tag
RFID World 2005 Workshop - Standardisation in RFID 105
AUTO-ID LABS Contract Research
Available via RFID Automation Separate from the EPCglobal funded work Commercial Infrastructure
Adelaide Research & Innovation Pty Ltd Intellectual Property Protection
RFID World 2005 Workshop - Standardisation in RFID 106
AUTO-ID LABS
Australasian Adoption Research Initiative
Established in April 2005Mechanism for the Auto-ID Lab, Adelaide to conduct research into RFID that is relevant to Australian and New Zealand industry.Foster adoption of the RFID technology being developed by EPC Global. Enables participation by companies across a broad range of industries and applications, to network and gain access to the wealth of expertise and experience in RFID.Act as Industry Reference Group for the adoption of RFID including consultation and advice to SMEs and Governments.
RFID World 2005 Workshop - Standardisation in RFID 107
AUTO-ID LABS Benefits of membershipOpportunity to input into the direction of research programsAccess to hosted visits at the Labs Invitations to industry networking meetings designed to
keep you informed of key technical and management issues and industry developments
enable you to meet your peers in an informal setting (usually over dinner at a university site) to facilitate business relationships
Access to technology advances through regular activity reports issued by the LabReceive notices of specialist RFID related seminarsReceive periodic reports on EPCglobal’s HAG and SAG action groupsPriority access to personnel at Auto ID Labs Adelaide as well as access to extensive test equipment on agreed basisAbility to access information on RFID vendors and solution providers and have the ability to check their compliance statementsCustomised meetings – arrange presentations seminars and laboratory visits for members in response to requests for university research contacts
RFID World 2005 Workshop - Standardisation in RFID 109
AUTO-ID LABS ConclusionsLots of RFID Experience and Activity in AustraliaMany RFID related Standards PublishedMany people working on those standards
> 1500 people within EPCglobal workgroupsEPCglobal standards are ratified ONLY after artefacts have been validatedEPCglobal working on both Technical & Business StandardsSecurity is a big focusMulti-vendor support for the standardsConformance documents being published/developedUHF band opening up
Many GS1 countries already have band allocationsAustralia well placed (2nd best in the world)
4W EIRP 12 by 500 kHz wide channels
Auto-ID Lab, Adelaide Australasian Adoption Research Initiative RFID Automation
RFID World 2005 Workshop - Standardisation in RFID 111
AUTO-ID LABS Further Information
Alfio GrassoDeputy DirectorAuto-ID Lab, AdelaideGeneral Manager
RFID AutomationUniversity of AdelaideWeb: www.rfidautomation.orgEmail : [email protected]: (08) 8303 6473Mob: 0402 037 968