Telesense Technology (Hongkong) Co. , Ltd.

Company Description

Delicacy Technology (Shenzhen) Co., Ltd. was founded in 2006, Since then, it has focused on EPC GLOBAL CLASS 1 GEN2 UHF RFID reader development, production and sales. During this time Telesense Technology (Hongkong) Co. , Ltd. have developed an active tag communication system in accordance with the market needs. After several years of experience in this field, we can now offer a passive electronic RFID tag and reader series, an active tag and reader series, a combined active and passive reader series and thus provide customers with a complete, accurate, stable, cost-effective wireless data exchange.

We provide a full gamut of products and services related to UHF RFID tags and readers. The technology behind these is mostly original, such as the DLC5121 passive reader, which can read the data from hundreds tags almost instantly. Its performance is comparable to similar products on the international market, but because we have original technology, product production costs have dropped significantly and the actual market price is less than half of imported products.

Another example of our original technology is the DLC5180Z directional active reader, which reads tags within a 90 degree range in front of the device. Tags behind the device are thus ignored. It can read tags up to 60m away and the tags can be selected based on their distance from the reader. Our company has obtained patents on the technology related to this device."

Our combined active and passive readers offer important advantages to our customers. They can use the low cost passive tags for most tasks, reserving the role of active tags for tasks that need such high sensitivity. With large numbers of tags, procurement costs can be reduced significantly.

With respect to combined systems, one important characteristic of our technology is the ability for active tags to use the same RFID UHF frequency band as the low-cost passive read-write devices. The quality price ratio of these products is thus extremely high.