What high-speed technology does UDA use for its architecture?

The choice of Infiniband interconnect fabric as the high-speed technology used in UDA (Unified Data Architecture) architecture is significant due to its characteristics that cater specifically to high-throughput and low-latency requirements in data processing environments.

Infiniband represents a high-performance computing architecture that supports high bandwidth and efficient data transfer, which is essential in environments where large volumes of data are processed and rapid communication between nodes is necessary. This aspect is particularly valuable in Teradata environments where performance and scalability are crucial for efficiently handling workloads.

Utilizing Infiniband helps ensure that data transfer rates meet the demands of modern analytics while minimizing delays and maximizing throughput, making it an ideal choice for UDA's performance needs. Other technologies, such as TCP/IP, while prevalent in data communications, may not provide the same level of speed and efficiency required for intensive data processing scenarios. Fiber optic cables are more about the medium of transmission rather than the protocol or architecture, and wireless technology, while convenient for certain applications, does not typically support the high-speed interconnects needed for an architecture like UDA.