APAD60M2 supports EPCglobal Gen 2 and ISO 18000-6C standards.
Metal-resistant design, can be applied to the bottom of the metal environment, performance is not affected.
With fast anti-collision processing algorithm, the reading speed of tags is up to 110 sheets/second.
Supports automatic RF shutdown when idle.
Operating Frequency:860-960MHz
Support protocol:EPC global Gen 2、ISO 18000-6C
RF power: 1~32 dBm (configurable)
Communication interface:USB
Power supply voltage: 12V DC
Maximum power consumption: 4W
Anti-metal design: Metal resistant design at the bottom
Shell material: acrylic and aluminum alloy
Size: 410×300×28mm
UHF (Ultra High Frequency) shielded PAD reader, also known as a UHF shielded RFID PAD reader, is a specialized RFID reader designed for UHF RFID technology with an added shielding mechanism. This shielding helps to prevent interference and secure the RFID communication, making it suitable for various applications, including access control, asset tracking, and inventory management. Here are key features and considerations for a UHF shielded PAD reader:
1. UHF RFID Technology: UHF RFID operates in the frequency range of approximately 860-960 MHz. The reader is designed to work with UHF RFID tags and is often used in applications where longer read ranges are required.
2. Shielding: The term "shielded" implies that the reader is enclosed in a shielded housing or enclosure that acts as a Faraday cage. This shielding is intended to block external electromagnetic interference and protect the RFID communication from unauthorized access.
3. Security: UHF shielded PAD readers are used in applications where data security and privacy are critical. The shielding ensures that the RFID communication is secure and protected from eavesdropping and tampering attempts.
4. Card Emulation: Some UHF shielded PAD readers support card emulation modes, allowing them to function as secure RFID card readers or terminals for secure access control and payment transactions.
5. Mounting Options: These readers are available in various mounting options, including wall-mounted, countertop, or embedded configurations, depending on the specific application and installation environment.
6. Communication Interface: UHF shielded PAD readers typically connect to a host computer or network using standard communication interfaces such as USB, Ethernet, or serial connections. The choice of interface depends on the integration requirements.
7. Antenna Configuration: Consider the type and configuration of the antenna used in the reader. Antenna design can impact read range and performance.
8. Regulatory Compliance: Ensure that the UHF shielded PAD reader complies with relevant industry standards and regulations, especially if it's used in payment, access control, or other regulated applications.
9. Power Supply: Verify the power requirements of the reader and ensure compatibility with the available power sources at your installation site.
10. Software Compatibility: Check if the reader is compatible with the software and systems you intend to use for data collection, management, and security.
11. Durability: Depending on the application, the reader may need to withstand various environmental conditions, so consider its durability and build quality.
UHF shielded PAD readers are valuable components in secure access control systems, secure logistics, and other applications where safeguarding RFID communication and ensuring data security are essential. When selecting a UHF shielded PAD reader, assess your specific security and communication requirements to choose the right reader for your application.