feature

description

1

The RF chip adopts Impinj R2000

The RF channel is based on Impinj's high-performance dedicated UHF RFID chip.

2

High performance multi label recognition algorithm

I-Search multi label recognition algorithm provides the highest recognition efficiency in the industry.

3

Algorithm optimized for reading a small number of tags

*An algorithm designed specifically for applications that read a small number of tags.

*Ultra high tag response speed.

4

Dual CPU architecture design

*The main CPU is responsible for polling tags, while the secondary CPU is responsible for data management. Polling tags and sending data in parallel do not occupy each other's time. Improved overall performance.

*The secondary CPU is responsible for generating true random numbers and monitoring the system's operating status.

5

Fast 4-antenna polling function

*High speed polling with 4 antennas. The minimum polling time for each antenna is about 25ms.

*The polling time for each antenna can be configured separately.

6

Two tag inventory modes

*Cache mode and real-time mode.

*Cache mode reads tags and first puts them into the cache to filter duplicate data, ensuring no redundancy in the data.

*Real time mode uploads tags immediately upon reading them, allowing users to receive tag data in real-time.

7

Hardware crash monitoring

*Hardware monitoring of CPU operating status.

*Running 24 hours x 365 days a year without crashing.

8

RF amplifier status monitoring

*Monitor the working status of the RF power amplifier.

*Ensure that the amplifier does not experience saturation. Ensure long-term stable operation of the amplifier.

9

Implement 18000-6B/C full protocol functionality

It can quickly switch between 18000-6B/C dual protocols and achieve simultaneous reading of dual protocol labels.

10

18000-6B big data one-time read and write

*Read 216 bytes at once with a time of less than 500ms.

*Write 216 bytes at once in less than 3.5 seconds.

*Read and write data of any length at once.

11

Antenna connection status monitoring

*Determine the antenna connection status.

*Can protect the receiver.

*It can be closed by command.

12

Multi point onboard temperature sensor

Multi point monitoring, precise monitoring of the operating temperature of the system.

13

Dual backup output power correction

*Ensure precise and controllable RF output power.

*Two mutually backed up power verification modules. Unless both are damaged, the system can operate normally.

14

Outstanding heat dissipation design

*Large area contact surface of heat sink.

*The thermal coupling interface adopts solid materials with high thermal conductivity, which do not evaporate at high temperatures.

size

230mm(L) x 160mm(W) x 28mm(H)

weight

1.8 Kg

body material

die-cast aluminum alloy

input voltage

DC 12V ~ 18V

Standby state current

<70mA

Sleep state current

<100uA

Maximum operating current

600mA +/-5% @ DC 12V Input

Operating Temperature

- 20 °C ~ + 55 °C

Storage temperature

- 20 °C ~ + 85 °C

Operating Humidity

< 95% ( + 25 °C)

Air interface protocol

EPC global UHF Class 1 Gen 2 / ISO 18000-6C / ISO 18000-6B

Working spectrum range

860MHz – 960MHz

Work area support

US, Canada and other regions following U.S. FCC

Europe and other regions following ETSI EN 302 208

Mainland China, Taiwan, Japan, Korea, Malaysia

output power

0 – 33dBm

Output RF connector

TNC/RP-TNC

Output power accuracy

+/- 1dB

Output power flatness

+/- 0.2dB

Receiving sensitivity

< -85 dBm

Inventory label peak speed

>700 sheets per second

Tag cache area

1000 tags @ 96 bit EPC

Label RSSI

support

Antenna connection protection

support

Environmental temperature monitoring

support

working mode

Single machine/intensive type

communication interface

RS-232 or TCP/IP

GPIO

2-channel input optical coupling and 2-channel output optical coupling

Maximum communication baud rate

115200 bps

cooling method

Air cooling