JT-H500 is a mid to high end positioning ultra-high frequency RFID handheld terminal, which has the leading overall system configuration and ultra-high frequency mode among currently available RFID handheld devices in the market

Blocks can quickly complete the growing computational demands of tasks and adapt more comprehensively to complex usage scenarios. High sensitivity and low-power RFID module design enables tags to

Batch recognition is faster and farther away.

5dBi high sensitivity antenna

Equipped with a 5dBi high-sensitivity RFID antenna, supporting a wider scanning range and exceeding

With a scanning distance of over 15 meters, the coverage range in the work environment is wider, and high-precision RFID tag recognition can be achieved without the need to move back and forth.

Agglomeration recognition technology

Support aggregation recognition technology to reduce or minimize occlusion blind spots and overlapping blind spots, and quickly and correctly read all high-density labels.

Ergonomic design handle

The uniquely designed ergonomic scanning handle has a high degree of tactile fit and strong friction, providing a high-quality grip experience, better anti slip and preventing hand fatigue, making work more efficient and durable.

JT-H500 has excellent computing power and top-notch professional performance, which can easily handle various demanding mobile application scenarios. It is widely used in modern warehouses, power inspection, shipping container management, clothing management, automobile manufacturing and other application scenarios

Adaptive anti-interference

Support adaptive interference cancellation (SJC) technology, which can work normally in complex environments with metal interference.

Barcode recognition+UHF

Equipped with a high-performance scanning head, it supports both ultra-high frequency scanning and one-dimensional/two-dimensional barcode scanning.

Excellent heat dissipation design

Adopting a more reasonable system architecture design and optimized algorithms to reduce overall power consumption, using high heat dissipation materials and design processes, continuous scanning for 2 hours without interruption, and maintaining module temperature below 50 ℃.