Smart tags are state-of-the-art radio frequency identification (RFID) technologies that combine the advantages of bar code, electronic article surveillance (EAS, Electronic Article Surveillance) and traditional RFID solutions.

To meet the mass market demand of millions of tags each year, Philips Semiconductors' I.CODE chip shows the most advanced smart label technology, allowing labels on products or packages to provide original tagging, automatic Data reading, anti-theft, and data storage are low-cost, modifiable, and disposable solutions. I·CODE makes almost all items more efficient because they are labelled.

I. CODE's fully-automatic scanning program does not need to aim at items, and several labels can be scanned at the same time. In addition, I. CODE chips can store Digital Signature to discern authenticity and prevent counterfeiting.

Philips Semiconductors provides reader components and evaluation kits specifically for label chips, enabling system integrators to quickly and efficiently add smart label capabilities to their solutions.

I. CODE smart labels bring a lot of convenience and advantages to a wide range of applications. For example, in the air baggage and package delivery services, smart labels are very conducive to the classification and tracking of goods. In the supply chain management system, smart cards are Overcomes the limitations of bar code technology, improves product distribution systems, and provides automated log-in and log-out services and inventory management in library and rental applications.

Application features:

* Fully automatic scanning program * No need to align objects * Can scan several items at the same time * Maintenance-free, adapt to various harsh environments, no need to use battery * Accurate inventory through automatic control * Data can be directly Attached to the product, can identify authenticity

I·CODE transponder chip

I. CODE is the most advanced intelligent labeling technology. It is the result of long-term development in close cooperation with system integration experts and users. It can achieve the best price/performance ratio and is very suitable for each year. Apply mass market with millions of tags. Through I.CODE, RFID technology successfully challenged barcodes for the first time on price, and limited information on barcodes could no longer meet the needs of various applications.

Electronic article surveillance (EAS, Electronic Article Surveillance), read and write operation range up to one meter, anti-collision (anticollision) function, easy to upgrade to ISO 15693 standard, large memory capacity, compatible with global standards.

Ease of production: Various built-in capacitors can support different sizes of tags, provide a range of transceiver chips, provide thin wafer, bumped, and sawn on foil options, and provide the technical support needed to develop embedded technology and various sizes of tags.

The main technical parameters

Product Name: I·CODE transponder chip

Normal align=center> Function :

Read/write memory capacity operating range *1 EAS detection range per second Immunity operation frequency optimization tag size *2

Normal align=center> I·CODE 1 :

512Bits up to 1.2m up to 1.5m 30 13.56 MHz > 50 x 50 mm

Normal align=center> I·CODE 1-HC :

512Bits up to 1.2m up to 1.5m 30 13.56 MHz > 50 x 50 mm

Remarks:
*1 varies by label size
*2 varies depending on the embedded technology used

Source: PHILIPS Electronic Label Products

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