Genvict Technologies GVR9040 User Manual
UHF RFID Reader
Max Faster GVR9040
User Guide
Model: Max Faster GVR9040
FCC ID: 2AL59GVR9040
Max Faster GVR9040 User Guide
Catalog
1 Introduction to Max Faster GVR9040 ............................................................................................ 2
1.1 Product Parameters................................................................................................................. 2
1.2 Feature .................................................................................................................................... 3
2 Installation....................................................................................................................................... 5
2.1 System Composition ............................................................................................................. 5
2.2 Interfaces ............................................................................................................................... 6
2.3 Mounting the Reader ........................................................................................................... 6
2.4 Connecting the Reader ........................................................................................................ 9
2.5 Reader-Backend Communication Procedure ......................................................................... 9
3 Operation ..................................................................................................................................... 10
3.1 Equipment Connection ...................................................................................................... 10
3.2 RF Configuration ............................................................................................................... 11
3.3 Tag Inventory ...................................................................................................................... 13
3.4 Upgrading ........................................................................................................................... 14
4 Safety Instruction ........................................................................................................................ 16
5 FCC Warning ................................................................................................................................ 17
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Max Faster GVR9040 User Guide
Wireless Link Characteristics
Parameters
Specifications
Air Interface Protocol
ISO/IEC18000-6C/63
EPC Global Gen2 V1 and V2
Supported Regions
902MHz~928MHz；
Other frequency ranges can be customized.
Data encoding
FM0、Miller
BLF
64~640 KHz
Electrical and Application Characteristics
Parameters
Specifications
Power supply
AC 100～220V，50～60Hz
Communication interface
10/100M FE；RS-485；
Antenna ports
4 N-type Female
GPIO interface
4 GPIO
1 Introduction to Max Faster GVR9040
Max Faster GVR9040 is a stationary, four-port, UHF Reader, which is designed to support the EPC
Class 1 Gen 2 (ISO 18000-6C/63) protocol. It has unparalleled advantages in providing high
identification accuracy under long distance and fast speed. Its strong anti-interference features can
adapt to complex electromagnetic environment, especially in the intelligent traffic management,
logistics, mobile asset management, and other applications.
The reader is designed for indoor and outdoor environment and delivers high performance under
challenging circumstances, such as fast vehicle speed and extreme temperature. Therefore this
equipment is ideal for commercial and industrial applications.
1.1 Product Parameters
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Max Faster GVR9040 User Guide
Control mode
Trigger/continuous
WiFi
Optional
4G
Optional
Applicable Characteristics
Parameters
Specifications
Protection grade
IP65
Working temperature
-40℃ ~ +75℃
Storage temperature
-40℃ ~ +85℃
Working humidity
5％~ 95％ RH
Mechanical Characteristics
Parameters
Specifications
Dimension
361mm×287mm×110mm
Weight
6.5kg
Case material
Aluminum alloy
Case color
Gray
Mounting position
Gantry or roadside pole
Mounting mode
Cantilever type, gantry type, pole type
1.2 Feature
Multi-channel support: with 4 N-type RF interfaces, it supports radio communication in multiple channels
and the co-function of 4 antennas.
Wide application: support frequencies ranging from EPC C1Gen2 860MHz to 960MHz.
Powerful Function: support device self-test to accurately detect its operation status; support intelligent
temperature modification to stabilize the power output within the changes of ±1dBm; support remote update,
centralized monitoring and control; support data storage up to 512MB, and offline cache of over 500,000
transaction entries.
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Max Faster GVR9040 User Guide
Premium Performance:
By adopting our patent technology -- multi-mode adaptive interference cancellation and suppression, it
can automatically eliminate the interference outside the antenna;
With high-standard receiving sensitivity, it guarantees the reception quality of tag identification;
The employment of multi-core high-speed host CUP and Linux system enable its strong processing
capability;
Stability and Reliability: by employing industrial high-speed processor, advanced software radio engine
and carrier cancellation technology, it has strong anti-interference capability and IP65 protection level.
High-speed Identification: tag identification speed reaches 1000 times/s.
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Max Faster GVR9040 User Guide
2 Installation
2.1 System Composition
The application system is mainly composed of UHF Tag, antenna, reader (interrogator) as well as the
backend system (including server, router, etc.), the figure is as follow:
Figure 1 Application System
Equipment Functions are as follows:
Tag: store identification information, etc.
Antenna: signal conversion for interactive communication between reader and tag.
Reader (Interrogator): it can be installed in the pole or beam. Through wireless communication between
antenna and tag, the tag data can be acquired and transmitted to the backend server.
Router: support Ethernet network connection of the reader (Interrogator).
Backend server: used for reader configuration, monitoring and management; the tag data can be acquired by the
reader and thus forming the data record.
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