RFID KUTag

KU researchers have developed high-performance, low-cost, and thin RFID tag that will perform well on metal or liquid containers. ...

... "Deavours foresees the KU-Tag, which is thinner than a quarter, transforming internal asset tracking, allowing users to reliably place RFID tags on any object regardless of what it is made of or contains. For example, electronic readers placed throughout a manufacturing plant could send out radio signals to which each tag would respond with its identifying information. " ...

Via University of Kansas, Information and Telecommunication Technology Center: KU RFID Tag

DOD RFID Final Rule Adopted

DOD adopts final RFID rule and will require the use of Gen-2 RFID tags. ...

... "DoD has adopted as final, with changes, an interim rule amending the Defense Federal Acquisition Regulation Supplement (DFARS) to include additional commodities and locations that require package marking with passive radio frequency identification (RFID) tags. The rule requires contractors to affix passive RFID tags at the case and palletized unit load levels when shipping packaged petroleum, lubricants, oils, preservatives, chemicals, additives, construction and barrier materials, and medical materials to specified DoD locations.

RADIO FREQUENCY IDENTIFICATION (FEB 2007)

(a) Passive RFID tag means a tag that reflects energy from the reader / interrogator or that receives and temporarily stores a small amount of energy from the reader/interrogator signal in order to generate the tag response.
(1) Until February 28, 2007, the acceptable tags are --

(i) EPC Class 0 passive RFID tags that meet the EPCglobal Class 0 specification; and (ii) EPC Class 1 passive RFID tags that meet the EPCglobal Class 1 specification. This includes both the Generation 1 and Generation 2 Class 1 specifications.

(2) Beginning March 1, 2007, the only acceptable tags are EPC Class 1 passive RFID tags that meet the EPCglobal Class 1 Generation 2 specification. Class 0 and Class 1 Generation 1 tags will no longer be accepted after February 28, 2007. " ...

Via Federal Register: Defense Federal Acquisition Regulation Supplement; Radio Frequency Identification (DFARS Case 2006-D002)

RFID Retail Shopping Experience

Media cart application uses RFID technology to enhance the customer shopping experience. ...

... "The store installs tiny tags on each shelf that emit a radio signal, telling the cart where it is. The cart holds a computer with all the digital ads and product data, which is called up automatically ... " ...

Via WFAA: Shopping Aids

RFID Metal Packaging Works as Antenna

QinetiQ and Crown collaborate to develop adaptation of QinetiQ's Omni-ID Radio Frequency Identification (RFID) technology for use on metal packaging. The improvements will enable RFID tags at the unit-level on metal items. Technology advancement is expected to integrate the metal substrate as part of the RFID tag's antenna. ...

... "This will enable brand owners to integrate ultra high frequency (UHF) RFID tags into metal packaging for a wide variety of applications at the single item level. Designed to mitigate issues such as signal reflection, detuning and grounding which reduce or negate RFID's effectiveness on metal packaging or with aqueous-based products, the unique technology leverages several of metal's inherent properties and shifts the format into an advantageous position.

QinetiQ's standalone Omni-ID tags and integrated Omni-ID packaging technology allows a UHF tag to be mounted directly onto the metal substrate. Measuring substantially less than 1mm in thickness, the unique Omni-ID structure collects and focuses RF energy and enables highly efficient coupling to the chip. Another advantage of the system is that RFID chips require only a short coupling antenna rather than the large dipole usually incorporated in UHF tags, significantly reducing manufacturing costs. Crown and QinetiQ are continuing development of the technology for metal packaging to further optimize design. In the near future, it is expected that the metal substrate itself will have an integral role in the way the technology functions. Using a beverage or food can as an example, the can itself would serve as the antenna, simplifying production of the RFID tag and further reducing costs. " ...

Via Qinetiq: Crown teams up with QinetiQ to resolve challenges of RFID on metal packaging ...

RFID 3Gen Reader Chipset ...

Anadigm introduces 3rd generation RFID reader chipset, that can be leveraged in high and ultra-high frequency applications and RFID tag types. ...

.... "Anadigm announced the immediate availability of RangeMaster5, the company's third-generation RFID reader 3.3 volt chip set solution that allows system vendors to design and maintain a single combination HF and UHF reader. The Rangemaster5-based system can be customized to read different radio frequency identification (RFID) tag types, with different modulation types and frequencies. RangeMaster5 also fully supports current HF standards as well as the newer standards under study by EPC (Electronic Product Code) Global, Inc. Like previous RangeMaster devices, RangeMaster5 will support UHF protocols- EPC Global Gen 1 and Gen 2 (class 0, 1, 2) as well as ISO18000-6 standards. RangeMaster5 is the third in a family of RFID reader solutions that Anadigm is developing for the rapidly expanding RFID markets. RFID technology is revolutionizing markets as diverse as retail sales - by managing inventory and electronic payments via mobile phones - to medical applications by ensuring that hospital patients receive the correct treatments and medications.

RangeMaster5 is a three-chip set comprised of two dynamically programmable analog signal processors (dpASP) in conjunction with an RFID State Machine. This enables system designers to develop universal RFID readers that can support both HF and UHF, changing between HF and UHF baseband frequencies dynamically, in a few microseconds. RangeMaster5 also features the ability to dynamically change between protocols and frequencies allowing for optimized RFID tag reading. By allowing standardization around a single printed circuit board to support multiple end products and markets, RangeMaster5 simplifies and improves product development. This next generation of RangeMaster not only reduces development time and ownership costs of fixed systems, but also enables portable designs by reducing supply voltage requirements and power consumption. " ...

RFID 3Gen Reader Chipset: Via Anadigm: Anadigm Reveals Third Generation Chipset for Combination HF and UHF RFID Readers ...

RFID Position Determination ...

AXCESS International introduces an enhanced method for providing positioning and directional capabilities for RFID applications. Their product is called the Dual Activator, built on their ActiveTag platform. ...

... "The Dual Activator product is based on the Company's ActiveTag platform that enables automatic tracking of personnel, assets and vehicles in multiple industries that use this capability for security, logistics and operations effectiveness. The patent pending solution is available now for purchase. The Dual Activator provides a high precision method for determining the position of people, vehicles and assets. Many other RFID systems don't have the ability to provide dependable positioning and rely on guestimation techniques or added switches to determine the location and direction of objects. AXCESS' enhanced product offers a more precise method which is cost and installation friendly. The ability to determine location and direction of the RFID tag is required to provide effective and secure perimeter control. The dual activator, connects directly to two transmit antennas to offer a radio frequency signal that awakens the tags as they pass through each antenna field. It writes its own ID to the tag, which is then retransmitted, along with the tag's unique ID, to provide the tag's location and direction at time of activation. " ...

RFID Position Determination: Via Axcess: AXCESS International Enhances Unique RFID Method for Precision Position Determination of Enterprise Assets and Personnel ...

RFID Radar: Europe Deployment ...

Trolley Scan deploys RFID radar in Europe. ...

... "Trolley Scan (Pty) Ltd, a Johannesburg, South Africa based developer of RFID (Radio Frequency Identification) technologies announced the delivery of the first commercialised version of an amazing new RFID technology that they have trademarked RFID-radar. The first clients are an IT company based in Europe. Said Mike Marsh, Managing Director of Trolley Scan - The delivery of the first RFID-radar system to our client in Europe, marks the end of a hectic six months of development. Just six months ago we stumbled by chance on a method of measuring the distance, with great accuracy and over long distances, that a signal travelled from a transponder back to a reader. We have had to build concept proving equipment, conduct extensive field tests and design the first version of the commercial equipment. The testing included 14000 range measurements to verify consistency and accuracy. " ...

RFID Radar: Europe Deployment: Via Trolley Scan: TROLLEY SCAN (SOUTH AFRICA) DELIVERS FIRST COMMERCIALISED RFID-RADAR SYSTEM ...

Gen2 RFIDReader Chipset: RangeMaster2 ...

RangeMaster2 is Generation 2 RFID reader chipset ...

... "Anadigm announces immediate availability of RangeMaster2, the company's second generation RFID reader 3.3 volt chip set solution that allows system vendors to design and maintain a single universal reader that can be customized to read different radio frequency identification (RFID) tag types, with different modulation types and frequencies. RangeMaster family fully supports HF and UHF protocols- EPC Global Gen 1 and Gen 2 (class 0, 1, 2) and ISO18000-6 standards. RangeMaster2 is the second in a family of RFID reader solutions that Anadigm is developing for the rapidly expanding RFID markets. RFID technology is revolutionizing markets as diverse as retail sales - by managing inventory and electronic payments via mobile phones - to medical applications by ensuring that hospital patients receive the correct treatments and medications.

RangeMaster2 is a two-chip set comprised of a dynamically programmable analog signal processor (ASP) in conjunction with an RFID State Machine. This enables system designers to develop a universal RFID tag reader that can support multiple protocols and frequencies for Universal Fixed Readers, Portable/Handheld Readers, Combination Bar Code and RFID Reader/Scanners. By allowing standardization around a single printed circuit board to support multiple end products and markets, RangeMaster2 simplifies and improves product development. This next generation of RangeMaster not only reduces development time and ownership costs of fixed systems, but also enables portable designs by reducing supply voltage requirements and power consumption. " ...

Gen2 RFIDReader Chipset: RangeMaster2: Via Anadigm: Anadigm Introduces Second Generation Chipset for Universal HF and UHF RFID Reader Systems: RangeMaster2 - a Dynamically Programmable Analog Signal Processor Solution that Enables Fixed and Portable "Universal" RFID Reader Applications ...

RFID Electronic Identification Technology: Animals

Animal RFID tags are based on passive tag technology. ...

RFID Electronic Identification Technology: Animals: Via USDA: Animal Electronic Identification

... "All transponders contain a microchip and an antenna. Transponders can be classified as active or passive depending on whether their power source is internal or external. Passive transponders are used in livestock because they get their power from the reader device (antenna). The power antenna transmits radio frequency bursts and the passive transponder returns a coded signal to a separate antenna. A transmission link, via radio waves, is established between the transponder and the reader device (antenna). Animal electronic identification technology uses passive Radio Frequency Identification (RFID) because it is cost effective and offers the characteristics desired for animal identification. RFID technology does not suffer from signal absorption by tissue or moisture, and it can be packaged differently without affecting performance. " ...

RFID Innovation: Grocery Industry ...

Partnership aims to sustain RFID innovation in Canadian grocery industry ...

RFID Innovation: Grocery Industry: Via Grocery Innovations Canada 2005: Global Standards Organization GS1 Canada Joins Grocery Innovations Canada ...

... "John F.T. Scott, President of CFIG said, CFIG’s partnership with GS1 Canada, who is responsible for EPC/RFID standards in Canada, sends a clear signal to the industry that GIC continues to grow and remains the place for the grocery industry to converge and learn about the very latest in technology, new product development, innovative retail strategies and upcoming trends that influence and impact the grocer’s day-to-day business. " ...

Grocery Innovations Canada 2005 (GIC), is Canada’s premier grocery industry exposition and conference. The event is considered a must-attend by key industry players and attracts more than 6,000 industry attendees. GIC runs October 24 through 25 at the Toronto Congress Centre. GIC 2005 is produced in partnership by Canadian Federation of Independent Grocers (CFIG); with the Food and Consumer Products of Canada (FCPC); and the Canadian Association of Sales and Marketing (CASMA) with support from Agriculture and Agri-Food Canada and Canadian Grocer. These organizations represent the strength, innovations and leadership behind Canada’s $70.1 billion grocery industry.

GS1 Canada is a not-for-profit organization that promotes and maintains global standards for the identification of goods, locations and related e-commerce communication, such as bar code issuance and maintenance. GS1 Canada is the only authorized source for globally unique company prefixes in Canada, a standard term and condition of trade globally. It provides a range of educational opportunities, maintains ECCnet Registry, Canada’s national product registry, and offers one-stop access to product images and dimensions. As technologies like Electronic Product Codes (EPC) and Radio Frequency Identification (RFID) continue to drive the e-commerce revolution, GS1 Canada will provide the leadership to help ensure that Canadian companies can participate competitively.

RFID BioSensors Applications ...

Research center is investigating the convergence of RFID and sensors to enable increased food safety. Biosensors are defined as a type of biomolecular probe that measures the presence or concentration of biological molecules, biological structures, etc., by translating a biochemical interaction at the probe surface into a quantifiable physical signal such as light or electric pulse.

RFID BioSensors Applications: Via AUDFS: Radio Frequency Identification Sensors ...

... "Auburn University Detection and Food Safety (AUDFS) project to use RFID technology combined with sensors for detection of pathogens in food. AUDFS aims to integrate the breakthroughs in the detection of food borne illnesses with advances in wireless and biosensor technologies. " ...

References on RFID and Biosensors applications:

... "Via Wired: RFID Gussied Up With Biosensors: But many companies are now combining the tags with sensors that can detect the presence of biological and chemical agents, or signal that a perishable item has expired. " ...

... "Via Washington Technology: Growin’ on empty: RFID’s many uses outpace available funds: EDS is focusing on bundling together RFID and biosensor technologies for supply-chain management and homeland security purposes, Schick said. We’re looking at how to mesh the two technologies together, he said. " ...

... "RFID no use against CBRN terrorism and criminal contamination: Before anybody lets Biosensor RFID tags loose in the food supply chain, it should be established what is the acceptable level of false alert for such systems. If the system only falsly reported the presence of a pathogen once in a million times, then we would have a Bioterror alert every single day of the year, rendering the emergency services useless. " ...

RFID LowFrequency Mobil Speedpass ...

The Mobil Speedpass is enabled by RFID technology operating at a low frequency of 134 KHz. It is an example of RFID used in a payment application, as compared to the wave of recent retailer RFID applications in the supply chain .

Via Network World: RFID (radio frequency identification)

... "Exxon Mobil uses RFID technology in its Speedpass payment system. Customers wave a small transponder in front of a sensor on a gas pump, debiting their account. Low-frequency RFID applications range from 3 KHz to 300 KHz; Speedpass operates at 134 KHz. " ...

Reference material on Speedpass RFID operating at 134Khz low frequency:

... "Analysis of the Texas Instruments DST RFID: DSTs of the type found in SpeedPass and automobile ignition keys are designed for short range scanning - on the order of a few centimeters. ... The DST, however, operates at 134 kHz. Signals at this considerably lower frequency penetrate obstacles more effectively, which may facilitate eavesdropping ... " ...

... "Texas Instrument’s ISO 14443 payment platform promises faster data transfer rates and more security: Speedpass, for example, uses a 134-KHz RFID platform made by Texas Instruments. The data transmission speed is around 10 to 15 kilobits per second, according to Richardson. " ...

... "Mobil tags (supplied by Texas Instruments) are excited by and interrogated with a 134 KHz signal because of its ability to provide solid coverage. Early field trials, however, revealed interference problems when the much lower-power tag-to-reader link operated at that frequency. The tags now deployed still use a 134 KHz downlink, but a 902 MHz uplink solves the interference problem. " ...

... "Psion Teklogix: Understanding RFID and Associated Applications: Low-frequency RFID systems are typically 125 KHz, though there are systems operating at 134 KHz as well. This frequency band provides a shorter read range (< 0.5m or 1.5 ft) and slower read speed than the higher frequencies. LF RFID systems have the strongest ability to read tags on objects with high water or metal content compared to any of the higher frequencies. LF tags are typically slightly more expensive than HF or UHF tags. Typical low-frequency RFID applications are access control, animal tracking, vehicle immobilizers, healthcare applications, product authentication and various point-of-sale applications (such as Mobil/Exxon SpeedPass). " ...

MultiProtocol RFID Reader Platform Launched ...

MultiProtocol RFID Reader Platform Launched: Via WJ Communications: WJ Communications Launches a High Performance Multi-Protocol RFID Reader Platform: Unique Modular Design and Software Defined Radio (SDR) Approach Developed to Provide OEMs and System Integrators Highly Flexible Reader Solutions ...

... "The WJ SR2200 high-performance RFID Reader Platform introduces new technology and design attributes that will greatly enhance its read performance. A unique MCA(TM) (Modular Component Architecture) has a reader engine core that is based on the latest high-performance DSP (Digital Signal Processor) and controller processors. WJ has applied its expertise to develop DxP(TM) (DSP extreme processing) that exploits the inherent power of the hardware to provide an unmatched level of performance and sensitivity in today's demanding environments. Other innovations that will enhance performance include an Autonomous Reader Mode. " ...

Low Frequency RFID Device ...

Low Frequency RFID Device: Via Atmel Corporation: Atmel Targets Low-frequency RFID Applications with Introduction of Contactless RF IDIC® Featuring Fast Anti-collision Functionality and 1-kBit Memory ...

... "The ATA5558 is a contactless Read/Write (R/W) RFID device for multi- or single-tag applications in the low frequency (LF) range, such as animal identification, laundry management, industrial automation, item tagging, and ISO cards. The ATA5558 extends Atmel's broad RFID product portfolio ranging from standard read-only up to high-security crypto devices. The need for RFID is growing substantially due to its increased performance and enhanced functionality. Compared with bar codes, RFID provides extended read/write distances, line-of-sight is not necessary, and data can be changed whenever needed. Low-frequency RFID provides advantages such as insensitivity in rugged environments (e.g., against water, dirt and dust). " ...

Atmel is a worldwide leader in the design and manufacture of microcontrollers, advanced logic, mixed-signal, nonvolatile memory and radio frequency (RF) components. Leveraging one of the industry's broadest intellectual property (IP) technology portfolios, Atmel is able to provide the electronics industry with complete system solutions. Focused on consumer, industrial, security, communications, computing and automotive markets, Atmel ICs can be found Everywhere You Are®.

Walmart RFID Compliance Using SAP Netweaver Platform ...

Walmart RFID Compliance Using SAP Netweaver Platform: Via SAP: SAP RFID Rollout Signals Major Savings for Midsize Flag-Maker: Annin & Co. Gears up for Wal-Mart Requirement Within Three Months and Sets Cost-Cutting Course to Master Retail Market Challenges ...

SAP Netweaver Platform enables Walmart RFID Compliance for flag manufacturer ...

... "SAP AG (NYSE: SAP) today announced that Annin & Co., the world's oldest and largest flag manufacturer, has implemented the radio frequency identification (RFID) technology within the SAP NetWeaver platform to meet WalMart's RFID requirement for key vendors. Annin, a midsize enterprise that manufactures more than 10,000 different flags and flag accessories, implemented the pilot project within three months, which will allow the company to achieve Wal-Mart compliance by January 2006. Annin also anticipates that its investment in RFID technology from SAP will bring significant cost savings. The announcement was made at the EPCglobal U.S. Conference 2005, being held in Atlanta, Georgia, September 13 - 15. " ...

Annin & Co is the world’s oldest and largest flag manufacturer. Starting from a sail loft in downtown New York City making signal flags for sailing ships in the 1820’s, Annin incorporated in 1847 and has since grown to four manufacturing locations. Annin now has worldwide distribution. As the official flag manufacturer to the United Nations, Annin’s international flags are the standards for exactness, followed by the rest of the world.

Zebra TI RFID Gen2 Demonstrated

Zebra TI RFID Gen2 Demonstrated: ZEBRA TECHNOLOGIES FIRST COMPANY TO SUCCESSFULLY DEMONSTRATE TEXAS INSTRUMENTS’ GEN 2 TECHNOLOGY: Zebra, Texas Instruments and ThingMagic demonstrate Gen 2 technology, proving Zebra’s flexibility to handle RFID tags from multiple sources, to help accelerate the adoption of Gen 2 ...

RFID leaders collaborate to demonstrate RFID Gen2 performance ...

... "Zebra Technologies (Nasdaq: ZBRA), a global leader in delivering on-demand printing solutions for business and process improvement, recently collaborated with Texas Instruments and ThingMagic to demonstrate EPC Gen 2 tags from Texas Instruments in a Zebra printer/encoder during the EPCglobal Fast Moving Consumer Goods Business Action Group meeting in Houston, Texas. Zebra is the only company to successfully demonstrate printer/encoder communication with Gen 2 inlays from several leading suppliers. Highlighting the meeting’s Gen 2 Live theme, the demonstration featured Zebra’s R110Xi printer/encoder, embedded with ThingMagic’s RFID reader module and Texas Instruments’ EPC Gen 2 inlays incorporated into label rolls. " ...

Zebra Technologies Corp. (Nasdaq: ZBRA) delivers innovative and reliable on-demand printing solutions for business improvement and security applications in 100 countries around the world. More than 90 percent of Fortune 500 companies use Zebra-brand printers. A broad range of applications benefit from Zebra-brand thermal bar code, "smart" label, receipt, and card printers, resulting in enhanced security, increased productivity, improved quality, lower costs, and better customer service. The company has sold more than four million printers, including RFID printer/encoders and wireless mobile solutions, and also offers software, connectivity solutions and printing supplies.

Texas Instruments Incorporated provides innovative DSP and analog technologies to meet our customers’ real world signal processing requirements. In addition to Semiconductor, the company’s businesses include Sensors & Controls, and Educational & Productivity Solutions. TI is headquartered in Dallas, Texas, and has manufacturing, design or sales operations in more than 25 countries. Texas Instruments is the world’s largest integrated manufacturer of radio frequency identification (RFID) transponders and reader systems. Capitalizing on its competencies in high-volume semiconductor manufacturing and microelectronics packaging, TI is a visionary leader and at the forefront of establishing new markets and international standards for RFID applications.

Founded in 2000 and based in Cambridge, MA, ThingMagic is a leading developer of radio frequency identification (RFID), sensing and embedding computing technologies. Mercury4, ThingMagic’s fourth generation agile RFID reader, builds on and substantially enhances the company’s original platform created for early field tests of the Electronic Product Code (EPC). Designed to meet the business needs of a future where networked objects are pervasive, the Mercury4 line of RFID readers also includes an embedded reader, Mercury4e, and a handheld reader, Mercury4h. Mercury4 RFID readers are the only intelligent, network-ready RFID readers, and the only devices that can read any RFID tag.

RFID Test Lab: Integration Simulation

RFID Test Lab: Integration Simulation: PEAK Opens Radio Frequency Identification (RFID) Test and Integration Laboratory ...

Peak has created an RFID test and integration lab to support RFID business process simulation ...

... "PEAK Technologies, an RR Donnelley company (NYSE: RRD), announced that it has opened a new Radio Frequency Identification Test and Integration Laboratory at the company’s headquarters in Columbia, Maryland. The new state-of-the art RFID Test Lab is located within PEAK’s existing 20,000 square-foot warehouse in Columbia, providing an application environment that simulates a warehouse/distribution center for testing RFID technology. PEAK’s RFID Test and Integration Lab allows customers to understand the best ways to utilize the technology through a detailed lab process that includes testing packaging composition in terms of RFID signal propagation; tag placement and orientation; read range validation and antenna selection; portal and product-conveyor performance; and a host of other best-fit solutions. " ...

PEAK Technologies, an RR Donnelley company, is an international provider of automatic identification and data collection (AIDC) systems, enterprise mobility solutions and ongoing service and support. PEAK's primary applications include solutions for warehousing, manufacturing, distribution and field-based operations. PEAK's market leadership and strong financial management provide stability and assurance that solutions are delivered with long-term support. Headquartered in Columbia, Maryland (USA), PEAK Technologies has more than 800 employees with locations throughout the United States, Canada, Mexico and Europe.

RFID Technology Design Acquisition

RFID Technology Design Acquisition: Agilent Technologies signs agreement to acquire the business of Eagleware-Elanix, a leading provider of high-frequency EDA software

... "Agilent Technologies Inc. (NYSE: A) and privately held Eagleware Corp., which does business as Eagleware-Elanix, today announced they have signed a definitive agreement for Agilent to acquire substantially all of the assets and business of Eagleware-Elanix, a leading provider of system and circuit design software for the communications industry. " ...

Eagleware-Elanix provides system and circuit design software that leads in providing power, speed and accuracy to developers of communication products. The company's suite of software solutions includes system-level and digital signal processing (DSP) analysis, simulation, synthesis, and libraries; and high-frequency design tools including system architecture design and analysis, linear simulation, non-linear and electromagnetic (EM) simulation, synthesis, RF board and microwave IC (MIC) layout, and libraries of high-frequency simulation models. Engineers worldwide rely on Eagleware-Elanix tools in the design of cellular telephones, radar systems, cable TV systems, satellite communications systems, mobile base-station equipment, Radio Frequency Identification (RFID) devices, and wireless networking products. Eagleware-Elanix is headquartered in Norcross, Ga.