XMINNOV
The tag query speed can reach 1000 tags per second.
Low power design, +3.8V ~ +5.25V power supply.
Long-distance reading of not less than 9 meters.
Support Reading wire seal tag for differents states
Support Reading UHF TemperatureTag with chip as VBL/CAB0/CAB1
Support Multiple Reading & Flashing of Passive LED tag and Active Led Buzzer tag
The quotation does not contain antennas.
Completely independent intellectual property design;
Based on IMPINJ E310/E510/E710 chip design, fully supports electronic tags that comply with the 18000-6C (EPC C1G2) protocol standard, and has excellent multi-tag anti-collision function;
Working frequency 865~868MHz/902～928MHz (can be adjusted according to the requirements of different countries or regions);
Work in wide spectrum frequency hopping (FHSS) or fixed frequency transmission mode;
Output power reaches 33dBm (adjustable);
Support external antenna (external 6dBi antenna, tag E41);
Reading distance>9M*;
Tag query speed* reaches 1000 pieces/second (using E710) or 600 pieces/second (using E510) or 300 pieces/second (using E310);
Tag cache area 1000 tags @ 96bit EPC;
Low power design, +3.8V ~ +5.25V power supply;
MMCX-J type antenna interface;
Support RSSI;
Support RS232 serial communication interface (3.3V TTL level);
High stability, external heat sink air cooling;
Support firmware online upgrade;
A high-performance embedded UHF RFID reader module is designed to provide robust, efficient, and reliable RFID reading capabilities for various applications such as industrial automation, retail inventory management, asset tracking, and supply chain management. Here’s an overview of key features, applications, and considerations when selecting or designing a high-performance embedded UHF RFID reader module:
1. Frequency Range:
- Operates within the UHF spectrum (860-960 MHz), adhering to global standards like EPC Gen 2 and ISO 18000-6C.
2. Read Range:
- Capable of long read ranges, typically up to 12 meters, depending on the antenna configuration and environmental factors.
3. Power Output:
- Adjustable RF output power, often up to 30 dBm, allowing for fine-tuning based on the specific application needs.
4. Antenna Support:
- Multiple antenna ports for connecting different types of antennas to cover various read zones or enhance coverage.
5. Data Processing:
- High-speed data processing capabilities with support for reading multiple tags simultaneously (anti-collision).
6. Communication Interfaces:
- Multiple communication options such as UART, USB, SPI, I2C, Ethernet, and Wi-Fi for integration with host systems and networks.
7. Form Factor:
- Compact and rugged design suitable for embedding into various devices and environments.
8. Compatibility:
- Compliance with global RFID standards and certifications, ensuring interoperability with different tags and systems.
9. Software and SDK:
- Support for comprehensive software development kits (SDKs) and APIs to facilitate easy integration and customization.
1. Industrial Automation:
- Tracking parts and components in manufacturing processes to enhance automation and reduce errors.
2. Retail Inventory Management:
- Real-time inventory tracking to improve stock accuracy, reduce shrinkage, and enhance customer experience.
3. Asset Tracking:
- Monitoring the location and status of assets in real-time across various environments, including warehouses and distribution centers.
4. Supply Chain Management:
- Enhancing visibility and traceability of goods throughout the supply chain to improve logistics efficiency.
5. Healthcare:
- Managing medical equipment and supplies, ensuring accurate tracking and reducing losses.
6. Agriculture:
- Tracking livestock and agricultural products to improve management and operational efficiency.
1. Performance Requirements:
- Determine the required read range, tag density, and environmental conditions to select a module with suitable performance specifications.
2. Integration:
- Evaluate the ease of integration with existing systems, considering factors such as available communication interfaces and software support.
3. Environmental Factors:
- Ensure the module is capable of operating in the specific environmental conditions (temperature, humidity, interference) of the application.
4. Power Consumption:
- Assess the power requirements, especially for battery-powered or energy-sensitive applications.
5. Antenna Configuration:
- Consider the type and number of antennas required to achieve optimal coverage and performance for the application.
6. Regulatory Compliance:
- Ensure the module complies with relevant regulatory standards and certifications for the regions where it will be deployed.
By considering these factors and selecting the appropriate high-performance embedded UHF RFID reader module, you can ensure optimal performance and reliability for your specific application needs.
$80
$115
$550
$360
