RD3106 is high frequency high-power reader with high sensitive read-write performance and fast anti-collision processing algorithm. It integrates a variety of communication interfaces such as Ethernet, USB, RS232 and RS485. The products has stable performance which is suitable for RFID integration projects with higher requirements on reading and writing.The products have been widely used in jewelry management, chip management, production automation, personnel access control and other fields.

Smart Card Readers are commonly used for electronic processes such as personal identification, financial transactions (EMV credit card, debit or stored value), access control (physical access and logical access), authentication, loyalty, hospitality and gaming.UHF Smart Card Reader has high sensitivity read-write performance and fast anti-collision processing algorithm, and the reading speed is up to 90 tags/second. The product supports electronic tags from multiple manufacturers in accordance with ISO 18000-6C/EPC Gen2 standards.

This advand 13.56MHz fixed RFID reader is a fully self-intellectual property reader that can read multiple tags from a distance of up to 75cm because of its high sensitivity and fast anti-collision algorithm. The reader adheres to ISO15693 UID standards for RFID reader and features different communication interface that provides for easy installation. As its separated design, you need to link with antennas to work and it could support as much as 4 antennas to work together.

RD201 HF medium power RFID reader has high sensitivity and fast anti-collision algorithm, which operates at a frequency of 13.56 MHz and are designed to suit any business application and has wide choices depending upon the user’s specification and needs. Anti-collision algorithm allows fast prossing, reading speed is up to 50 Pieces per second. This reader supports both Host and Scan Work Mode. The RS232/RS485 communicaiton interface is easy for engineer to integrate with other device.

HF high power RFID reader is designed upon fully self-intellectual property which owns high sensitivity and fast anti-collision algorithm. For its perfect anti-collision algorithm, there is no problem for it to read a large quantity of tags in on time. There are 30 SMA interface of this reader that can connect with 30 Pieces antenna together. The default power is 4W and it is already suitable many positions, but for some special application, the character of its reading power from 1W to 8W is configurable, the higher power will be much more helpful to read the tags quickly and exactly.

HF stationary RFID readeris designed upon fully self-intellectual property which owns high sensitivity and fast anti-collision algorithm. For its perfect anti-collision algorithm, there is no problem for it to read a large quantity of tags in on time. There are 24 SMA interface of this reader that can connect with 24 Pieces antenna together. The default power is 4W and it is already suitable many positions, but for some special application, the character of its reading power from 1W to 8W will be helpful, the higher power will be much more helpful to read the tags quickly and exactly.

This high power fixed RFID reader features an industrial design, high sensitivity and provides stable reading and writing performance. It is compliant with ISO15693 protocols and provides a series of optional communication interfaces such as RS232/485 and Ethernet, which is convenient for hardware integration. It also integrates various input/output ports for data transfer. It has been deployed in RFID integration projects for intensive reading and long range reading.

HF high power RFID reader is designed upon fully self-intellectual property. Due to its anti-collision algorithm, its reading speed is up to 70pcs per second. For its perfect anti-collision algorithm, there is no problem for it to read a large quantity of tags in on time. There are 6 SMA interface of this reader that can connect with six Pieces antenna together.

This single channel fixed RFID reader at 13.56MHz features a desktop design, high sensitivity and provides stable reading and writing performance. It has been deployed in RFID integration projects for intensive reading and long range reading. It is compliant with ISO15693 and ISO18000- 3 protocols and provides a series of optional communication interfaces such as RS232/485 and Ethernet, which is convenient for hardware integration. It also integrates various input/output ports for data transfer.

An RFID (Radio Frequency Identification) sticker reader is a device used to read the information stored on RFID stickers or tags. An RFID sticker reader uses radio waves to communicate with an RFID tag, which responds by transmitting its unique identification number or data. These readers are commonly used in transportation, inventory management, access control, and many other applications where tracking and identification of objects is essential. RFID sticker readers come in various sizes, from handheld devices to stationary or mounted readers, and are used in a wide range of industries for various purposes.

RD242 HF mid-range fixed RFID reader is designed upon fully self-intellectual property which supports ISO 15693 and ISO 18000-3 protocols. Based on its high sensitivity and fast anti-collision algorithm, reading speed is up to 50 Pieces per second and achieve 100% identification rate. There are four SMA interface to link with four antenna and work together. This reader support addressable multiple antenna ports.

The RFID Fixed Reader 860-960MHz RS232 RS485 Long Range UHF RFID Reader is a type of RFID reader that operates in the ultra-high frequency (UHF) range of 860 to 960 MHz. It is designed to be fixed in a specific location, such as a warehouse or distribution center, and is capable of reading UHF RFID tags at long distances.The RS232 and RS485 refer to the communication interfaces supported by the reader. RS232 is a serial communication standard, while RS485 is a balanced differential interface commonly used in industrial applications. These interfaces allow the reader to connect to other devices, such as a computer or a control system.