RFID Software Guide 101

RFID is the short form of radio frequency Identification. RFID is similar to bar codes, RFID, but electro magnetic coupling is used to transmit signals. The main components of an RFID are silicon chips, an antenna and transceiver that can be used anytime and anywhere. The passive RFID tags do not require any energy source while active ones with backup power.

RFID is like a tag such as information and instructions are stored. Can be used in the manufacture of a car, a collar, etc. An RFID system is up to 90 meters. Unlike the bar code, RFID technology requires no sights of reading a barcode and RFID scanning can be performed at a distance greater than barcode scanning.

RFID has a plethora of uses. While initially the technology is only limited to track or identify dogs, a means of permanent identification number, the uses of RFID technology are simply multiplied over the years. Today, RFID is seen in almost all sectors. If the medical education (such as the library), shipping, automotive electronics, musical instruments, follows the movements of individuals via their passport etc., wherever that RFID technology is at work.

RFID becomes more popular for the production of RFID software. For example, most recently Intermec technology company has created a new intelligent-type RFID reader that can automatically route and manage information from RFID tags remotely, using WebSphere infrastructure device (the WRDI of IBM). WRDI is an open standard software platform that can be embedded in RFID devices. Software facilitates users with automatic collection of data and reports from the remote sites that do not have their own it support systems. The software also allows you to filter or to refine the incoming data based on predefined criteria or relevance and sends only the information necessary for the application of the enterprise server. WRDI is not only effective in network traffic data, but also allows you to make decisions on board. The software is a key role in integrating and reconciling the RFID data with the values of the various items of information about the company.

Innovation IBSS (integrated business systems) software based Synapse also has proven to be an advantage for the business world. This software called SynTrack Mobile Asset Management keeps a record of the expensive task of an undertaking as they move through different places. The software can identify a hierarchy of groups of tags, tags and areas. It offers a real time position of assets to be followed by continually updated in the user interface.

In addition to these large organizations an outstanding attempt has been made by a group of Malaysia. Using RFID technology students have invented a software or a device called the object Identification Information Network (Odin) to solve the practical problems of the people.

Sun Java System RFID Software showed commendable performance in the market. This software is the unique RFID middleware platform offering the Sun based on widely recognized industry standards, including those defined by the EPC global. The software provides the basis for the distribution of the EPC network for a company. Software design that communicates high levels of reliability and scalability for EPC network, simplifying the task of integration with existing corporate systems and multiple back-end.

Readers of Energy Saving LED RFID tags running energy of vibration

We can build the latest Robotics for Gillette, Wal-Mart and the Defense Department be ultra efficient? We can turn off all the lights and save energy? What you can disable all devices and save energy too? If there is a natural disaster, and fires the power of stock may run on minimum energy back-up and for weeks?

As we saw with Hurricane Katrina and Rita left power, but the delivery of the goods for Wal-Mart. And if the warehouse where all products have had their power out also, so what? We are able to prevent this potential?

I propose that we use the ROAR mechanical carriers and robotic fork lifts power RFID Tag readers LED by using electromagnetic induction technology to charge a capacitor instead of the lights working outside of the grid, a battery backup or emergency power. Currently, there are some micro-Pocket headlamps used nifty that you can buy that use a similar technique and are available through the torch technology research laboratory Everlite electric Lamp. These small torches work stirring for about 30 seconds and shine for about 6 minutes and they shine bright enough because they use a bright LED light. Here's a link to this household flashlight.I propose that we use stock, engines and their vibrations rumble robotic machines to run sensors, robotics and RFID readers. If RFID Tags readers LED is too weak to insufficient activity Robotics, then would return the battery or the power back-up. Might be a good way to save save a fuel generator so it lasts longer and save power when the power works well? Think About It.

Active vs passive RFID tags

RFID is a wireless system that can be mounted or attached to a product, animal or a human being using a tiny microchip that transfers data using radio waves. The data is sent through the device known as an RFID tag to a disk that can be in line of sight or of several meters. RFID tags are essentially an electronic circuit for storage and processing of data and signal transmission antenna. Tag antennas receive signals from RFID reader and returns the signal with additional information, such as a unique serial number or custom information. The technology is increasingly used in Enterprise supply chain to track inventory and asset management.

There are two varieties of RFID tag available, known as passive and active tags. While smart tags with their batteries or using solar energy capable of transmitting data in the stand-alone player, passive tags in the absence of a battery, require external sources of power for the transmission of signals.

Differences between the active and passive RFID tags

Differences in technical characteristics

Passive tags contain a chip or integrated circuit to absorb waves radio frequency signals of the reader and to send and receive data, low frequency or high frequency antennae and a mylar and plastic substrate that binds together the pieces of the tag. Since there is no battery power is provided by the reader that attracts radio waves through the antenna, which form a magnetic field. This allows the distribution of energy to the tag that is limited to the field of the reader. However, a smart tag that is significantly larger than a passive tag includes two add-ins, advice on nutrition and electronic devices. The power supply to a smart tag is through the battery even if some may be brought solar power. Council on electronic unit comprised of i/o, processors and sensors is powered by the power that allows you to transmit data to the drive alone. With a continuous availability of the power of the tag, the signal strength is required for the player to tag is less than what is necessary for a passive RFID tag. The signal strength is also exceeds to a tag to a reader in a smart tag.

Communication range

Since passive RFID tags are limited by the need for strong signals the tag and the few able to respond to the power supply unit, the range of communication of a passive tag is limited to 3 meters or less. Smart tags do not have the power constraint and can transmit as more than 100 meters or more.

Data storage

Although these two varieties of RFID tags dynamically can store data, active RFID tags have great read and write data storage nearly 128 kilobytes, research and the functionality of complex data access. Passive RFID technology, data storage has less 128 bytes without search functionality or data manipulation functions.

Capacity sensor

Whereas active RFID tags are able to continually monitor sensor entry and records, passive labels are able to monitor and record only when the sensor is powered by the reader.

Multi collection

Since the communication of a passive RFID label range is limited to 3 meters or less, he may recover 100 tags or if, in the range of only a single unit. In contrast, a smart tag can collect more than 100 labels of an area of seven hectares with a single unit.

An active RFID tags has significantly more advantages over passive RFID technology, but is more expensive and larger. The Organization's choice of a particular RFID tag would depend on the application of RFID technology in the Organization and their budget.

As RFID tags can improve a business

To demonstrate how RFID tags can greatly influence the fate of a business for the better, take a look at a controversial case. Take the example of a furniture manufacturer, specialized in providing a furniture chain.

This may seem like a case with no relevance to SMEs, but in reality, hotel chains are terribly demanding and without loyalty, so if they can meet these people, you can meet someone.

The main chain of hotels are that orders are met and in time, the quality of the products of the supplier has already determined through the ISO 9000 quality control and factory visits.

The hotel furniture manufacturer decides to introduce the passive RFID tags to track its elements from the point of production to the point of delivery, which is the hotel or its storage area.

In the previous conditions, the manufacturer had used some personal walk with barcode readers and clip tips on quality control and execution of orders.

The concern is that the provision was subject to human error and articles are still missing, bringing the compensating management over production and storage "just in case".

This is a fairly current scenario, but the difficulties are multiplied when you think of all the different items of furniture that are involved in the bathroom, a Hall or a hotel room and if they are kept in a warehouse of 200,000 square feet. Things are lost, forklift drivers make mistakes, people forget forms of inventory, fell ill and have a holiday.

In short, a stock like this execution is a nightmare with too much pressure on employees. Sometimes causes defective deliveries or, worse yet, imperfect delivery tickets. Sometimes the order can be complete, but the hotel could not think why the delivery note was wrong.

If this company was to start checking active RFID that you could connect an RFID tag full of furniture. The tag I would say where it is, what it is, that is, when we have delivered and what else is part of the order. The tag is read consistently from readers of RFID inventory warning when orders are delayed or is still incomplete.

Not only that, but the tags may reveal what needs to be done and if the element itself has passed quality control. You can also say that someone has found problems. In short, for example, a couple of people walking around the shop in the hope that they have everything covered, you can have radio sensors analyze each tag in a warehouse the size of a football field, reports back to a central computer, where the shop manager can access real-time information, not just the State of affairs at the close of business the day before.

This should increase the probability of the Manager to manage, reduce waste, to ensure the complete orders on levels of time and greater customer satisfaction, which should mean that more repeat orders.

Owen Jones, the author of this piece written on various topics, but is currently involved in RFID asset management. If you want to learn more, please visit our Web site to the active management RFID.

ASSet tracking with RFID

Radio frequency identification (RFID) is a technology used to allow the identification and tracking of an object, using radio waves. These objects are tagged and can be read from several meters away and the line of sight of the reader. CE marking provides an easier to follow objects in interpreting that each tag next radio signals. Here there are two basic types of RFID tags:

Active RFID tags: active RFID tags contain an internal battery and are equipped for the transmission of signals independently.

Passive RFID tags: passive RFID tags do not have any built-in battery, and then require an external power source, causing the transmission of signals.

The circuit integrated the RFID tag is used for storing and processing information and modulation and demodulation of radio-frequency signals. The second part is an antenna, which is used for the reception and emission of the signal.

RFID is combined with mobile computing and Web technologies, to provide an effective means for the identification and asset management. It offers a complete set of tools that allows you to eliminate manual data entry and paperwork to track assets. Management of the entire system through Internet allows an individual or an organization to monitor and manage the assets of any part of the world. It also ensures the transfer documents online, which preserves the user updated on real-time data. Status of goods, information and working documents are synchronized with a web database and transmitted to the administration.

These days many companies are showing interest in simple activities monitoring solutions that can help to ensure the monitoring of critical or valuable goods in a given area. Allows them to know what exactly the active only come under their property and their acquisition life cycle. It also allows organizations to lower maintenance costs and optimize resource utilization. Products active follow-up to determine the general location of the marked objects anywhere in a defined space. Also allow the organization or the user to control the position, status and availability of any location and integrate business processes, to keep authorities informed decision

Steps for installing RFID Asset Tracking

Here are some simple steps to install a system with RFID asset tracking.

Design an Excel sheet with required fields: the first step is to design an excel worksheet that contains the custom fields, for example, the cost of the asset, its owner and serial number. This systematic information sheet helps the easy update records and extracting the necessary information.

Tags: active after that was done the excel worksheet, the next step is to label the possessions. It is important to understand the types needed for RFID tags, as in need of goods different tags.

Place the desired record Asset Tracking System: there are many brands of active RFID tracking systems on the market, so it must be certain of its requirements and budget before judgment is given on a particular brand. The speed of these systems is measured in the tags per second. Greater speed ensures greater efficiency, which in turn is bound to be more expensive than others. The excel worksheet is updated after each analysis and memorizes the last scan date and time. Missing data can be easily discovered by sorting the excel worksheet.

Asset Tracking with RFID provides an effective means of asset management and is a very useful tool for people who are struggling to keep track of their property.

Medical uses for RFID products

There are many ways to use RFID products in the medical field. But now that the tags themselves, can be made small; Pharmaceuticals, laboratory samples, bracelets and other medical equipment can be monitored and tracked before data can be automated. Thus, RFID products in the medical field are helping the Elimination of medical errors.

There are two types of RFID tags product widely used in medical applications. The first are the tags HF (high frequency), which were short range reading (up to 3 inches). These tags can be used for other critical liquid samples, blood and tissue. Work liquids and human tissues. UHF-RFID products read more strings, but unless they are properly designed, can be proximity désaccordés tissues, liquids and metals. These RFID products are used to track and identify critical medical devices, manage stocks of goods and follow-up times and identify patients. The vast majority of these RFID products is consistent with the standards of the world and is easily distributed due to their compatibility with the widely available at competitive prices, RFID readers

One of the strongest growth for RFID tags-product has to follow the pharmaceutical products and to ensure their authenticity. Application of RFID to the problem of counterfeit drugs will significantly increase the effectiveness of efforts to combat counterfeiting. This will improve the safety of medicines.

In the field of medical equipment, RFID product allows you to track and locate medical devices. The use of RFID on products and equipment RTLS (real-time locating), allows the hospital staff quickly locate critical medical devices. When you need a defribulator, you need to quickly locate! This improves patient safety and can reduce the amount of investment in equipment necessary. In addition, these tags can be used to inventory hardware and consumables used in surgery, including scalpels, sponges, necklaces and other equipment. End of an operation of everything that can be automatically recorded. Finally, RFID application-products goods aid medical institutions in the automation of the management of fishery resources, reduce overhead and minimize duplication of critical inventory supplies.

RFID tags-product can also be used in the identification of patients. These products-RFID, identity cards, wrist or ankle or labels applied to patient records, bands can greatly help to ensure that appropriate procedures are applied and medicines. In addition, RFID products enable data call the correct folder for the patient that is parsed and AIDS in the reduction of errors related to data-entry system. Finally, RFID-products can be used to monitor patients in a structure. Patients with diseases such as Alzheimer's disease, can be monitored in an establishment to make sure not to miss or get into an area where it might be harmful to themselves.

Laboratories may use RFID products for samples of tissue or fluid. As samples are moving in various stages of preparation, they can be followed automatically, reducing data error of seizure or mismanagement. Arriving at the pathologist for the analysis of samples will automatically record the patient's and the computer screen to ensure the right combination of sample with the patient.

Finally, pharmaceutical companies discovered that models using RFID products to automate the detection and location of pharmaceutical compounds that have proprietary million in their libraries. These valuable assets are difficult to inventory, but it is essential that it be made with a high level of precision. Products-RFID are seen as a technology for the automation of this task, but the high density and the small size of these samples still pose challenges.

Implementation of RFID products in the medical field has raised concerns about the confidentiality of medical information. In most cases, RFID product are only used as tables for items they tag. That is, contain only an identification number and all human readable "information on goods, drugs, tissue sample or patient, resides in a database on a computer that is associated with the RFID product through this registration plate number. Thus, the security of information is data, rather than the product or system in RFID transmissions between the RFID reader and RFID product. The FDA has defined four components to ensure the safety of medical information. Information must be kept confidential, must be accurate and complete and is available and accessible by following the procedure prescribed. By storing this information in a computer system, where security measures are already well established, the use of RFID products in the processes of doctors not to compromise the security of confidential information.

The implementation of RFID products in medical applications is reach maturity in many areas. Reduction of data entry errors, workflow automation and information, the improvement of the inventories of goods and consumables and binding better with patient treatment plans have all the advantages of RFID technology-products in the medical field. The results are better patient outcomes and reduce costs. It is clear that consolidated applications will continue to grow and new applications emerging RFID products in the medical field.

Nina Kalandadze markets directory RCD Technology, a manufacturer of small design of RFID products for medical applications. RCD technology provides RFID Consulting solutions for all your follow-up questions.

Nissan selects active RFID system WhereNet localizable

Nissan North America, Inc. announced at the beginning that will use localizable WhereNet system (RTLS) localization real-time technology to automate its supply chain inbound and outbound delivery chain.

Automotive partners with WhereNet Corp., a leader in wireless solutions, to enhance the continuous improvement initiative at its assembly plant to four million square feet in Canton, Mississippi. This partnership aims to improve the North American vehicle production, labour productivity and the quality of auto parts Nissan.

"In the midst of a growing demand and new model introductions different every year, WhereNet Nissan system gives agility to manage its supply chain, based just-in-time to support the flexible production process". "In addition, WhereNet assists in exit side by automating the predelivery process to put more new vehicles to market more quickly," said Chantal Polsonetti, vice President of consulting services for ARC Advisory Group.

Canton of assembly facility of the manufacturer is able to produce 400,000 vehicles per year. Assembles Nissan Maxima parts of cars and other vehicles of the motor vehicle manufacturer. Nissan Altima sedan, Armada and Infiniti QX56 SUVS, minivans and pickup trucks This full-size Titan's are also produced in the plant said.

"As one of the most efficient vehicle manufacturers in North America-2006-report of Porto Nissan is setting the standard for production to embrace new technologies like WhereNet to continuously improve the process," said Tom Bacon, Vice President of Automotive Division of WhereNet. "Localizable active RFID system WhereNet provides a fundamental basis for the production of flexible because it allows automakers to handle multiple models with meticulous accuracy and ensure that the right part is delivered to the Assembly line just in time." "In addition to helping producers to maintain a supply chain, WhereNet also drives the efficacy of the outgoing side, accelerate the delivery of new vehicles to dealers with our solution for CVD industry first, automated".

In collaboration with WhereNet, Nissan plans to reduce labour costs, duration of the scan on-site parts and vehicles, improve responsiveness to customers and produce quality vehicles provided by the system. This is because the system also immediately detect quality defects in vehicles accordingly; to avoid the cost of recovery.