18 years focused on
Radio Frequency Identification (RFID)
Radio Frequency Identification (RFID)
Impinj E710 Eight-Port Fixed Reader LTR-9708
LTR-9708 Eight-port fixed reader is an efficient device with eight TNC antenna interfaces. Using the most advanced E710 RF chip solution design, the reader can support diverse communication protocols and meet the needs of different application scenarios. Its excellent rotation function enables each antenna to complete the read and write operation in the shortest time, which significantly improves the economic benefits of RFID equipment and integrated projects, and at the same time improves the overall performance. Essence Combined with efficient signal processing algorithms, this reader maintains the rapid reading and writing processing of electronic labels while maintaining a high -degree reading rate, so that it can also run stably in various dense environments. This product not only has outstanding performance, but also has independent intellectual property rights. It has been widely used in the fields of vehicle audit, customs management, personnel entry and exit management, asset management, electronic ticket management, archives management, jewelry management, and warehousing material management.
Product Features
- 01. Support label data filtering, with flexible and variety of data filtering methods, which can accurately screen the target label in the actual application process
- 02. Support dense card reading, adopt the optimal design solution, to maximize the frequency interference and communication conflicts between module channels
- 03. Support multiple label recognition. Adopt a super multi -label anti -conflict algorithm to maximize the multi -label reading speed and spiritual density
- 04. Support the RSSI function. In the actual application process, you can judge the strength and weakness of the label signal at any time, and optimize the label application in time
- 05. Support POE input, realize the same pass of power and data, simplify the wiring
Performance Parameter
