HFBR-0541Z

Evaluation and Demonstration Boards and Kits contain a range of products that provide design engineers with complete development support. The HFBR-0541Z is a sophisticated and comprehensive kit from Avago Technologies that provides all the circuitry and tools required for a quick, efficient test and evaluation of applications. The HFBR-0541Z boasts a wide range of features including an integrated 100 Mbps Ethernet interface, dual RF outputs and a USB 2.0 port.

The HFBR-0541Z is designed to facilitate the evaluation and demonstration of a range of applications including Ethernet control, devices interoperability, data acquisition, Ethernet node connection, multimedia streaming and real-time sensing. The board provides comprehensive development tools such as a USB connection, several built-in digital outputs, various analog inputs and additional on-board devices. The board is also compatible with a range of external hardware such as USB hubs, microcontrollers, power supplies and sensors.

The HFBR-0541Z utilizes a unique Field Programmable Gate Array (FPGA) device that enables designers to quickly and accurately prototype and develop various embodiments of their applications. It includes a Zone Control Manager, an 8051 microcontroller, an Ethernet connection and a variety of ports for connecting external devices. The FPGA functionality makes the board extremely versatile and suitable for a wide range of applications.

The HFBR-0541Z provides accurate and reliable monitoring of the application through the on-board USB connection. This allows designers to analyze their application in detail without having to disconnect the board and use specialized software. In addition, the board has several controllers, switches, inputs and outputs that can be used to test various aspects of the application. The designers can use this to rapidly develop and customize their applications as per their requirements.

The HFBR-0541Z is a versatile and powerful evaluation and demonstration board that makes testing and evaluation of applications quick and efficient. The on-board tools and the FPGA capability enable designers to quickly test and prototype their applications and provide performance data. Additionally, the board enables device interoperability, real-time sensing and Ethernet control, making it a highly suitable platform for a wide range of applications.