Abstract: A method and apparatus are disclosed that allow a user to transfer relatively large files, such as full motion video, over a dedicated link with improved efficiency. Relatively cost effective high-speed TCP/IP links are available. However latency issues with TCP/IP prevents their use for transferring large files, especially full motion video for viewing in real time. The present method and apparatus establishes a multi-channel pipeline within the high-speed link from a source node to a target node. A desired file resident on a server of source node is first parsed into chunks of predetermined size appended with a sequence number and placed into circular buffer. The circular buffer is emptied into a next available channel in the multi-channel pipeline established in the high-speed link. The TCP/IP socket channels transfer chunks from the source node to the target node and acknowledge each chunk and then allow circular buffer to transfer the next available chunk.