RFID UHF Reader 5M | Realtime
RFID UHF Reader 5M has been designed and developed by Realtime. Choosing the right RFID UHF reader for your business needs is paramount to ensuring a successful solution. Here, you will learn about key factors to consider when selecting a reader, the different types available, and how to maximize its performance for various applications.
Understand Different Reader Types
There are several RFID UHF Reader types available that offer different capabilities, such as range and scan speed. Basic readers can capture data only when a tag is within the reader’s maximum read range. Long-range readers have an increased read range, allowing them to capture data at greater distances and cover wider areas with fewer readers. High-speed readers, on the other hand, are capable of capturing tags at faster speeds. To choose the right type of reader for your needs, you need to understand what each type offers and how it could benefit your business.
Consider Bandwidth Requirements for RFID Applications
For higher performance requirements, readers should support a wider operating frequency range. The wider the band coverage, the higher the system’s readability and accuracy rate will be. Each RFID UHF Reader type offers different levels of bandwidth coverage, which should be taken into account when making your selection. Furthermore, if an application requires antenna switching for more efficient data capture, you must select a reader that is compatible with this use case.
Look for Versatile, Durable Designs
The design of a reader is just as important as its technical capabilities. Look for one that is small, compact, and easy to install in any environment. Many readers feature an IP67 rating, which means they are waterproof and dustproof, making them highly resistant to environmental hazards such as rain and extreme temperatures. While most readers feature indoor antennas, some models also come with optional external antennas for improved performance in large or wide areas.
Prioritize Security Measures
Security should be a top priority when choosing an RFID UHF reader. Look for one that has strong authentication and encryption capabilities, as well as anti-spoofing and anti-tampering features. Keep in mind, that hardware can become vulnerable to hackers if it’s not updated or maintained regularly. Many readers feature automatic sensors for detecting and preventing unauthorized access to data, making them more secure than traditional barcode scanners.
Check Reader Compatibility with Your IT Infrastructure
When selecting an RFID UHF reader, make sure it is compatible with your current IT infrastructure. It should be able to communicate with other hardware in your network, as well as interact with software systems and databases when reading data. Ideally, the reader should provide an API that you can use to build custom applications or integrate them into existing solutions. Lastly, look for one with upgraded features such as multilingual support, offline data storage, and protocol conversion, which can significantly enhance performance on compatible networks.
Product Specifications:
| Protocol: | ISO18000-6B, ISO18000-6C (EPC GEN2) |
| Frequency Range: | Standard ISM 902~928MHz or ISM 865~868MHz, other frequencies available |
| TCP/IP: | In 5M (TCP/IP) Modal |
| Operation Mode: | FHSS or fixed frequency (set by the software) |
| RF Power: | 0~30dBm, software adjustable |
| Reading Speed: | Software Programmable, Average Reading per 64Bits:<6ms |
| Reading Mode: | Timing or Touch, Software Programmable |
| Data Ports: | Standard: Wiegand26/34, RS485, RS232; Software Programmable Optional: WIFI, RJ45 |
| Data Input Port: | Trigger input one team |
| Reading Clue: | Buzzer |
| Antenna: | Built-in line polarization Antenna, Gain:12dbi |
| Power Supply: | DC+12V (Power Adapter) |
| Weight: | 2.5Kg/4.5kg |
| Operation Temperature: | -20ºC ~ +60ºC |
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