ATAB5275

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RFID, an abbreviation for Radio Frequency Identification, is an increasingly popular technology employed for tracking and identifying objects. It is an automated identification technology used for capturing, storing and transferring data. Applications for RFID range from payments, access control, asset tracking, logistics and authentication. The ATAB5275 is a high performance RFID Evaluation and Development Board belonging to this expansive technology field.

This powerful evaluation and development board, designed primarily for customers looking to evaluate RFID technology, comes with a sixteen-channel asynchronous receiver (ASR) with patented technology features and a large working band of 50MHz–12GHz frequency range. Innovative FPGA based signal, encoder, and decoder algorithms afford users the capability to evaluate various applications for both active and passive RF solutions.

The ATAB5275 is the perfect platform for engineers wishing to develop, verify and customise products that may require a number of software algorithms such as signal strength optimisation, signal separation and time difference of arrival (TDOA). It can provide exclusive software features in a system as well as offer tools for development, debugging, simulation and performance analysis. With its C++ based Software Development Kit (SDK), users can debug RFID connections directly from their host application with powerful RS232 and medium-speed UART communication.

The ATAB5275 is packed with advanced features that make the development of an RFID system easier. It features configurable input/output signal options, multiple power sources for exceptional robustness, a low power ‘sleep’ mode, Integrated GPIO configuration, RF receiver/transmitter and ADC/DAC modules, and an embedded FPGA for intelligent electronics. The ATAB5275 also has an onboard RFID reader for antenna demodulation and features a dedicated signal-error detection (SED) processor, high-performance microprocessor, and a built-in 64-bit CRC decoder.

The ATAB5275 offers a range of benefits for the development process of a system, and it is reliable, robust and energy efficient. With its high RF performance and flexibility, the ATAB5275 is ideal for prototyping, testing and deploying RFID solutions that require the highest performance, accuracy and power consumption. Additionally, the board features an extensive set of hardware and software tools which make it easier to perform hardware and software tests. Its comprehensive suite of software components provide developers with the accuracy, speed, and flexibility that are required for RFID system development.

The working principle of the ATAB5275 is based on a three-stage process. Firstly, an RF energy signal is sent from a tag or transponder to a reader. Then, the reader transmits a signal which turn the tag on. Finally, the tag responds by sending data back to the reader. The reader then passes this information to the host application. The ATAB5275 contains all of the necessary tools to capture this data, store it, and then transfer it to a host application.

The ATAB5275 is the perfect platform for creating an advanced RFID system. It’s array of features, superior software tools, and its high performance make it an excellent choice for users who need to prototype, test, and deploy their own RFID system quickly and cost effectively. Developers of RFID systems are able to benefit from the features found in the ATAB5275 in order to meet their most demanding requirements for accuracy and speed in terms of reading and writing RFID tags.

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