Semi passive UHF RFID Fob Tag

Semi passive UHF RFID Fob Tag
Toronto, Canada – GAO RFID Inc. (www.GAORFID.com) has released this UHF RFID Fob tag which is an ideal solution for tracking assets including tracking tools and equipment for real-time inventory visibility and automated check-out/check-in procedures. It provides a loop attachment for key rings or to use as a hang tag. The semi passive UHF RFID Fob tag, model 136007, operates over the frequency band of 902 to 928MHz for North America and 865 to 868MHz for Europe or India. This class 3 RFID single chip transponder is highly reliable. It offers 64kb memory total with 60kb rewritable non-volatile user memory to store user information locally on tag such as E-manifest, maintenance records, custody chain and history. The fob tag boasts a maximum read distance of 25m and supports data rates of 8kb for forward link and 32kb/s for reverse link. Visit http://www.GAORFID.com for more information. For any sales inquires please contact: 1-877 585-9555 ext. 601 – Toll Free (USA & Canada) 1-416 292-0038 ext. 601 – All Other Areas sales@gaorfid.com About GAO RFID Inc. GAO RFID Inc. (www.GAORFID.com) is a leading provider of RFID Readers, RFID Tags and RFID software providing cost saving solutions to end users worldwide. GAO offers all RFID technologies: Low Frequency (LF), High Frequency (HF), Ultra High Frequency (UHF, Gen 2) as well as Active and Semi-Passive. GAO RFID鈥檚 products and services are easily customized for use in asset tracking, healthcare, supply chain & logistics, event management, access control, livestock tracking, inventory control & management, field service maintenance and document authentication. Toronto, Canada – GAO RFID Inc. (www.GAORFID.com) has released this UHF RFID Fob tag which is an ideal solution for tracking assets including tracking tools and equipment for real-time inventory visibility and automated check-out/check-in procedures. It provides a loop attachment for key rings or to use as a hang tag. The semi passive UHF RFID Fob tag, model 136007, operates over the frequency band of 902 to 928MHz for North America and 865 to 868MHz for Europe or India. This class 3 RFID single chip transponder is highly reliable. It offers 64kb memory total with 60kb rewritable non-volatile user memory to store user information locally on tag such as E-manifest, maintenance records, custody chain and history. The fob tag boasts a maximum read distance of 25m and supports data rates of 8kb for forward link and 32kb/s for reverse link. Visit http://www.GAORFID.com for more information. For any sales inquires please contact: 1-877 585-9555 ext. 601 – Toll Free (USA & Canada) 1-416 292-0038 ext. 601 – All Other Areas sales@gaorfid.com About GAO RFID Inc. GAO RFID Inc. (www.GAORFID.com) is a leading provider of RFID Readers, RFID Tags and RFID software providing cost saving solutions to end users worldwide. GAO offers all RFID technologies: Low Frequency (LF), High Frequency (HF), Ultra High Frequency (UHF, Gen 2) as well as Active and Semi-Passive. GAO RFID鈥檚 products and services are easily customized for use in asset tracking, healthcare, supply chain & logistics, event management, access control, livestock tracking, inventory control & management, field service maintenance and document authentication.

GAO RFID Inc. (www.GAORFID.com) is a leading provider of RFID Readers, RFID Tags and RFID software providing cost saving solutions to end users worldwide. GAO offers all RFID technologies: Low Frequency (LF), High Frequency (HF), Ultra High Frequency (UHF, Gen 2) as well as Active and Semi-Passive.

Nippon Rfid Tags To Facilitate A Mixed-use Electronic Products-rfid, Tag – Silk Screen Printing

Nippon Rfid Tags To Facilitate A Mixed-use Electronic Products-rfid, Tag – Silk Screen Printing
In the retail supply chain, RFID technology has become effective retailers and manufacturers the tools. However, according to Auto-ID Labs Japan, a group of researchers said the technology for consumers, their value is limited. Japan’s Keio University, Associate Professor, Graduate School of Media and Governance JinMitsugi to lead this team of researchers has developed a hybrid prototype RFID tag will enable consumer electronics products easier to use.

Mitsugi said that Japanese consumers to buy products from the store will receive a warranty of quality books. The above items have the date of purchase, consumers will sometimes lose the warranty book, so when buying the product is easy to forget. In this case, the lab developed this label, you can message directly to the memory to a laptop or other consumer electronic devices, Mitsugi, said the label “record label.”

Mitsugi early October in Bonn, Germany, EPCglobal Joint Action Group (RFID RF Express Note: The abbreviation JAG, its members come from a variety of industries and technical operations group, its activities aim to assist the development of electronic product code (EPC) standard) briefed the meeting on this label prototype.

The label contains a passive EPCGen2 prototype chip can be wired to connect to a large number of labels can also be connected to another chip?? A low-power microcontrollers from Renesas Technology specifically for General consumer electronics product design and production. Mitsugi said that this chip for electronic equipment and record labels to provide data exchange between an effective means. For the realization of embedded devices with the exchange of information between the chip uses a simple communications program, rather than EPCGen2 communication protocol. Because the latter used anti-collision algorithm and other programs to send and receive data. This EPCGen2 program may give consumer electronics bring some cumbersome.

Using this prototype, the record labels through the USB port to connect to a laptop computer. In commercial applications, the tag will directly access the computer or other electronic devices, if only these devices can support readable text, blinking LED, or any establishment of information exchange with the consumer’s display can not require customers to purchase RFID reader. Mitsugi said, more importantly, EPC chips and sub-chip will be integrated into a chip. After the chip will support integrated label EPCGen2 air interface protocol for communication between chips and devices need to develop the program.

In the electronics manufacturing process, the record label’s chip will be incorporated into the EPC serial number for tracking the supply chain of devices. Consumers to buy products, labels can be used to record product quality assurance or other data. The information stored in the tag device can be read out through the display screen, then the consumer can access the data without the use of RFID reader. In this way, consumers can easily determine whether the product has been purchased, without further contact with the manufacturer to confirm.

Course, the tag data can be obtained by querying the device, allowing the technician can not operate in the case of the computer can access the information on computer maintenance. Manufacturer or the recycle bin can use RFID readers to access the device specifications data, which simplifies device removal and recovery procedures.

In addition, the record labels can collect safety data. For example, the record label can be connected to the temperature sensor. Then the manufacturer can be related to temperature and use of data links, to facilitate a better understanding of the battery overheating caused by fire or explosion.

It Mitsugi said that in the retail supply chain applications, the aviation industry staff have expressed interest to the record labels into aircraft parts, aircraft used for the collection and maintenance of historical information. The application can also be used the same type of car or truck, in addition to the built-in sensor part, the record labels to track parts can be exposed to external conditions.

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Airbus Military Air Tankers, Do They Have Built In Active Matrix RFID Satellite Tags Embedded Inside

Airbus Military Air Tankers, Do They Have Built In Active Matrix RFID Satellite Tags Embedded Inside

For those that closely follow international military intelligence circles, we know that Iran purchased Russian mobile anti-aircraft missile launchers that have secretly discreet RFID active matrix GPS location devices inside them, that only turn on with a certain frequency. These frequencies of course are maintained and know by the Russians and thru a secret agreement the US, China and have been shared with Israel too. Basically, all those Russian missile launchers are toast on first strike.

Obviously, no nation in their right mind would ever export advanced weapons technologies that they themselves had no defense for, since Russia doesn’t they installed those secret devices with secret codes to turn them on. Now then, when a nation buys military technology from a foreign nation they must consider this. Why would a country buy foreign military technology? Well, there are some reasons:

They cannot make it themselves
They are buying from a well-trusted source and nation they trust
They cannot build it for the same price as they can buy it

So, now let’s consider the US Military’s purchase of Airbus Military Tankers over Boeing’s bid offer. Boeing said it can match the price. Number one is not a viable reason and number three is not viable either. So let us look at item number 2, do we totally trust France? Well, the answer should be a flat out NO, why you ask? Because, France was amongst the nations that put out a media hit on the US over the Iraq War and later we find out it was because they were knee deep within the “Oil-4-Food” scandal.

It appears France was working with our enemies and they are dear friends with the Syrians and trading partners. Although they have no love of Iran they have little love for Israel either and often side with groups like Hamas and Hezbollah, citing their rights? Those are international terrorist organizations. So I ask if we buy Airbus Air Tankers for our military; how can we be sure that they have not installed; Built in Active Matrix RFID Satellite Tags which are Embedded somewhere into the airframe. Answer me that? Yes, I’ll wait until hell freezes over for my answer.

“Lance Winslow” – Online Blog Content Service. If you have innovative thoughts and unique perspectives, come think with Lance; www.WorldThinkTank.net/. Lance Winslow’s Bio

Rfid Temperature Tags To Solve The Problem Of Food Refrigeration And Heating

Rfid Temperature Tags To Solve The Problem Of Food Refrigeration And Heating

Altierre company located in San Jose, California, is committed to providing wireless solutions for retailers, today announced a new RFID Temperature detection tag, used to track store Food Refrigeration and heating conditions. The RFID system can be installed within a few hours. Typically, supermarkets temperature measurement system deployment costs about 15,000 dollars, including software, Tag And sensors. The sensor label to have installed Altierre wireless shelf label system can substantially reduce the cost of an RFID tag price is not more than 10 U.S. dollars.

According Altierre SunitSaxena Chairman and CEO said Midwest and Northwest regions of some food chains have begun to try Altierre developed RFID temperature sensing system. However, it did not disclose the name chain. Some shops have become Electronic Shelf label system (ESL) of the client. Other clients to the system as an independent solution, used in refrigeration systems, in which the installation Altierre sensor tags, readers and software, in order to obtain relevant data.

Ago, food retailers to send staff to record the cooling and heating system, the required time period, they manually record the temperature of notebook on the need to record every day 4 to 5 times. However, if the time outside the examination problems, such as the door is opened or equipment failure, staff can not discover.

Saxena said, Altierre’s new RFID temperature monitoring system to reduce the manual time-consuming to read the temperature and provide a high return on investment (ROI). In addition, a decrease of the loss items, such as stores find a freezer, refrigerator or heat the oven does not run properly, then the inside of the food on the need for timely treatment. The previous manual system can not discover the problem, resulting loss of food, resulting in loss costs. 60,000 square feet of local

usually need to install two Altierre reader, used to identify the retail outlets within the active RFID tags affixed Altierre2.4GHz, by special agreement between the data transmission, sensor size is 2.5 inches × tag 1.5 inches, 0.5 inches thick, can be placed directly inside the refrigerator or freezer. For example, the temperature sensor in a heating device chicken in full bloom, and in its external installation of RFID tags. The RFID tags continuously monitor the temperature, the code reader reads the tag and receives data in.

Install sensor tags, retail staff to use handheld interrogators to read the unique ID code, a label with the control of the heating or cooling equipment correspond with each other. If a device internal temperature of two degrees of change, the alarm transmitted to the store manager and maintenance staff to take corresponding measures. If the temperature is changing, then issue a second warning, the object is not only managers and maintenance personnel, as well as corporate headquarters, or other staff in the post, causing the problem seriously.

According to Saxena said, Altierre of RFID temperature monitoring system, other than the current temperature tracking solution to be outstanding. Although the hospital uses Wi-Fi or wireless ZigBee, RFID tags, the temperature tracking is common, but he said that Wi-Fi in some restrictions on the number of sensors, while a store may need hundreds or thousands of sensors.

Altierre companies release new products a week before the U.S. House of Representatives Energy And Commerce Committee issued a Food Safety Enhancement Act 2009 amendment, a vote by the full House of Representatives. The bill aims to improve food safety, the global market. Can be said that the company’s RFID system is Altierre came into being.

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Hassle Free Tips On Printing RFID Tags

Hassle Free Tips On Printing RFID Tags

Radio Frequency identification is the latest system of identification to be applied to businesses and products. RFID tags are printed with special labels printers and encoders.

While there are many designs, standards and protocol that may be adopted for printing these tags, a set of hassle free tips can be delineated that would encompass the best practices in the field. Smart label printers and encoders use a media system with an RFID inlay, which is a combination of a chip and an antenna. This is generally implanted inside the material of the label. The use of radio frequency transmission by the printer enables the RFID encoder inside it to write the data on the tag. The transmission focuses only on the location of the tag inside the label, while the graphics, text and the barcodes get printed in the customary manner.

 

Some of the tips to make printing of tags hassle free include:

Selection of Media is important since it must fit in with the printer and application. This is imperative for RFID tags since they characterize minimal interference, have a large reading range, and provide data integrity. These characteristics are possible only with smart labels of the best quality. The smart label has to be able to transfer data precisely and accurately while protecting the inlay and avoiding interference of any kind.
Chip position must match the Printer and Encoder: Businesses needing smart labels need to be aware of their inlay requirements, designs and frequency of their applications. The media they select must be aligned to the model of the encoder and printer so that the encoding process is smooth. The media provider has to keep in mind the specifications of the printer while designing smart labels and printers carry a list of the designs they support.
Smart labels must not use foil or metal-based labels since they interfere directly with RFID. They limit its range of operation and also impede the encoding process.
Liquids also interfere with the functioning of the RFID system. They tend to absorb RF signals and prevent them from being read. The adhesives put on label media are a liquid source, attracting water, which again leads to problems of performance efficiency. Hence synthetic media and laminates are preferred since they do not absorb water.
Smart media labels work within a wide temperature range and this must preferably be kept between –51 and +95 degrees centigrade.
Electro static discharges must also be restricted and their risk increases at higher altitudes with low humidity levels. ESD tends to adversely affect smart label performance, and therefore protection must be provided from it.
The choice of a printer must be made after considering their deliverables and preference must be given to printers having flexible error settings so that external intervention is not always necessary each time a problem arises and can be resolved by adjusting the settings.
Printer placement at a reasonable distance from other RF products also helps to increase efficiency of the printer.
Success of the encoding process would be higher if the printer could perform tag quality checks at two levels, once before receiving the data and next after the data has been written on the chip to ensure its accuracy. The purpose behind this is to guarantee proper alignment of the label edges so that the tag can be perfectly encoded.
Printers must be programmed to retry encoding after a failed attempt because often a second attempt is successful. If on the other hand, the printer issues a warning after a failed attempt, this may lead to wastage and reduce the yield rates.
Damaged labels must not get printed and must instead be stamped with a “void” message and segregated from the ones ready to be printed.
RFID systems must adopt powerful printers, which can be programmed to issue warnings about persisting problems rather than have to be switched off. A shut down can trigger a different set of problems.
Optimum placement of the label is important, and this must be away from liquid and metal.

 

If all these steps are followed and checks carried out before the system becomes functional, printing RFID smart labels would indeed become hassle free for a long, long time.

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Homeland Security’s RFID Tags Can Be Used to Track Users

Homeland Security’s RFID Tags Can Be Used to Track Users

U.S. residents living in a state bordering Canada or Mexico may reportedly be given a remotely readable driver’s license designed by the Department of Homeland Security (DHS) to identify U.S. citizens as they approach the nation’s borders as a way to save time and simplify border crossings. The DHS was created after the attacks of 9/11/01. Residents may want to think twice before signing up for the department’s new program.

The licenses come equipped with radio-frequency identification (RFID) tags that are readable through wallets, pockets or purses from as far away as 30 feet. Tiny microchips encoded with a unique identification number are incorporated into the licenses.

When the bearer of the license approaches a border station, radio energy broadcast by a reader device is picked up by an antenna connected to the microchip, which causes it to emit the ID number. Before the license holder reaches the border agent, the number has been fed into a DHS database and the photograph and other details of the traveler are displayed on the agent’s screen.

The ‘enhanced’ driver’s licenses are just the latest addition to the growing array of ‘tagged’ items – including but not limited to toll passes, office key cards, school ID’s, credit cards, clothing and phones – that will be voluntarily offered through selected states, but privacy and security experts are concerned that people who sign up for the program aren’t aware of the risks involved: anyone with a readily available reader device can also access the data on the licenses remotely and track people without their knowledge or consent.

New Privacy and Security Problems

The growing shift towards embedding RFID chips in official identity documents has created a new set of privacy and security problems because RFID is such a powerful tracking technology. Little if any security is built into the tags and existing laws offer scant or non-existent protection from being illegally tracked and profiled.

Dozens of countries, including the U.S., issue e-passports with RFID tags embedded in their covers. Some have tried to persuade people that “a level of protection that should reassure the most anxious passport holder that his personal data cannot be read without his knowledge.” Security experts quickly proved otherwise, but that has not slowed the adoption of RFID. Countries around the world, especially those like China that love to track their residents, are rolling out RFID-based ID’s for their citizens.

The major difference between other nations’ uses of RFID-based ID cards and the driver’s licenses proposed by the DHS is the technology. Other nations’ RFID technology was developed specifically for identification and payment cards and has a degree of easily-beaten security and privacy protection built in. Technology in the driver’s licenses proposed by the DHS is designed to track products in warehouses where the goal is not security, but maximum ease of readability. More information on the differences in the RFID technology can be found in the article from The Scientific American.

Privacy and security concerns aren’t the only reason to be concerned. Remotely readable identity documents that are easily abused by governments wishing to tightly monitor and control their citizens is also an issue, especially when the government out-sources work to large, private corporations. Anyone familiar with the illegal spying conducted for the U.S. government since the Bush administration was appointed to the White House in 2000 is familiar with how often and how easily large corporations abuse their customers privacy and rights.

An IBM patent granted in 2006 describes exactly how the RFID cards can be used for tracking and profiling persons using RFID-Tagged Items in Store Environments – detailing a surveillance world where networked RFID readers called “person tracking units” would be incorporated virtually everywhere people go to closely monitor people’s movements.

The link between the unique RFID number assigned to a person’s identity only needs to be made once for the card to serve as a proxy for the person thereafter. IBM’s tracking unit is still only a patent, but the privacy and security implications it can cause could be incredibly mind-numbing.

In today’s world, there isn’t any desire to protect consumers when they can be so easily and inappropriately tracked and monitored by their governments. Consequently, when consumer-protected RFID bills are introduced, they are killed or gutted by heavy opposition from lobbyists for the RFID industry on both state and federal levels, the same type of problems that have affected other politics in Washington D.C. Until legislation is passed on state and/or federal levels, there is potential for abuse.

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