210-109BB

Evaluation Boards - Expansion Boards, Daughter Cards

A 210-109BB is an expansion board which can be used with a daughter board to further expand a system’s functionality and capabilities. This type of board provides a certain amount of flexibility because it can be used with different daughter cards, allowing for customization of features and capabilities within a system.

The 210-109BB expansion board is most commonly used in telecommunication, networking and measurement systems. It is primarily used to add or extend the capabilities of an existing system. It can also be used to create a system with more features and capabilities than would normally be available or possible. With this type of board, the user can customize a system to meet specific needs.

In terms of its features and capabilities, the 210-109BB expansion board has an FPGA interface, a 10/100 base-T Ethernet port, two SMA antenna connectors, and four FPGA expansion ports. It also supports the IEEE 802.3 specification and comes with a VxWorks Real-Time Operating System. Additionally, it has a range of other features such as GPIO, UART, SPI, I2C, DMA, and memory interfaces.

When it comes to the working principle of the 210-109BB, the board is designed to expand the capabilities of a system. It is connected to an existing system via an FPGA interface or other port, and the user can then use the board as an extension of their existing system. This allows users to add or extend features and capabilities that were previously unavailable in the system.

The 210-109BB expansion board can be used to add features and capabilities to a system, such as extra memory or additional SMA antenna connectors. It can also be used to create a more powerful system by adding additional FPGA expansion ports and other features. This type of board can be a great way to increase the capabilities of a system without having to completely replace it.

In summary, the 210-109BB is an expansion board that can be used to extend or add features and capabilities to a system. It offers a range of features and capabilities, including FPGA interfaces, 10/100 base-T Ethernet ports, two SMA antenna connectors, and four FPGA expansion ports. Additionally, the board is designed to work with a VxWorks Real-Time Operating System and supports the IEEE 802.3 specification. The board is most commonly used in telecommunication, networking, and measurement systems, and can be used to add or extend features and capabilities to a system.