Latest news
Keep Up-To-Date With All The Latest News From Easitag

Low Frequency

At the lowest common frequency or LF (Low Frequency), spans the range of 58-148.5 kHz or 58-148.5 thousand cycles per second.

In the area of low frequency of between 100 and 135 kHz the benefits are in the low-cost of production and its flexibility with respect to the area of application: because they possess a high penetration rate (for example, through water or organic material) and are highly effective around metals as well as at extreme temperatures or humidity, LF systems can be used in many areas.

The robustness of the system makes it ideal for use above all in industrial production where it can be employed in the systematic monitoring and tracing of orders or production parts. The permitted high transmitting power additionally increases the system’s radius of operation.

This makes this technology very suitable for implanting into animals, think of a microchip in your pets, the tags are read passively. The behaviour of the tag changes an incident RF field in a way that a reader can detect a unique ID.

High Frequency

The next and most commonly use of the technology is HF (High Frequency) range spans from 1.75-13.56 MHz

This frequency range is called HF, or High Frequency, and includes tags for use in building access, public transportation and electronic payment systems. The range of these systems is similar to LF: inches to feet, depending on the application. HF tags also work pretty well with metals and liquids.

Eaistag RF electronic article surveillance systems work within the HF range at 8.2MHz.

More recently Near Field Communications (NFC) uses the 13.56MHz range predominately used for proximity applications: a human gesture of moving one’s arm, wallet or purse is used to provide access or payment.

The middle frequency range of between 10 and 15 MHz improves the read range and the data transfer rate of the passive RFID systems in comparison to the lower frequency range. Through a middle data rate of 26 kBit/s, larger amounts of data can be more quickly transferred in the HF range. The areas of application here are also versatile and are increasingly expanding.

The systems that operate in the frequency of 13.56 MHz are employed in object identification, logistic management of merchandise, control of production processes, quality assurance and control, time recording, cost accounting and retail security. Through the higher pulse frequency and data transfer rate, ciphering methods can also be made feasible. In the long run the conditions governing RFID technology in this frequency range will be additionally improved by processes of innovation.

Ultra High Frequency

UHF (Ultra High Frequency) range spans from 433, 840-960 MHz.

RFID systems in high frequency ranges from 868 to 915 MHz achieve the largest read range. Correspondingly, the data transfer rate improves: the data rate between the RFID transponder and the reader in the UHF area occurs normally in real time.

UHF RFID tags contain a small silicon chip and an antenna paired onto or into an object. This allows the creation of tags which can be read from millimetres to 10`s of meters in a passive configuration or 100`s of meters if used semi-passively or actively.

The cost and long range of UHF RFID means that tags can be placed just about anywhere and interrogators (or RFID readers) can read them. This allows computers attached to these interrogators to see the world around them; not with the lens of the visual spectrum like humans do, but through the RF lens, this technology can be made to work very well and without human intervention.

UHF applications point to a future where identification and sensing could become ubiquitously present in every object in a user environment. This would allow the creation of one of the ultimate ambient interfaces: each application would be created by filtering relevant data for a particular user case. A popular example for an application area for UHF systems is the control and monitoring of logistics processes or the organization of inventory management systems.

Let’s get started. Talk to us today.

Ready to start talking with a company about Radio Frequency Identification?

Freecall us today on 1800 077 375 to find out how we can help you.

Latest news

Thursday, January 30, 2020
It’s hard to believe the release of the very first iPhone was only 13 years ago. If you had told the average consumer fifteen years ago that in the space of little over a decade, almost the entire population of the planet would have a mobile device that could give them instant access to the internet, pay for products, stream their favourite TV shows and music, use GPS to help them navigate, take high-quality video and replace a multitude of electronic and digital products, you could very well have been considered a nut case. Only a few short years later we’ve now come to rely on this technology and take it for granted in our everyday lives. The proliferation of mobile apps and products that integrate with mobile phones has created an entirely new market of opportunity, not only for business but for marketers and advertisers too.
Tuesday, December 03, 2019
With Christmas inching closer with every passing week, many retailers are starting to roll out and promote a range of Christmas stock in their stores. Some of these items are high-value and are unfortunately a target for thieves and criminals. To combat theft this holiday season many retailers look towards retail security methods that can best protect stock in-store and make sure valuable merchandise isn’t the target of theft and shop stealing.
Tuesday, November 26, 2019
5G is gradually being rolled out in Australia over the next 12 months or so, bringing with it a range of new possibilities. With the advent of 5G we’re going to see better speeds and more security around mobile payments that previously haven’t been possible. This means a surefire uptake in people tapping their devices to exchange information and we will soon see this as a standard procedure with mobile devices across Australia.