ERROR_RECEIVE_PARTIAL - 707 (0x2C3)

{Partial Data Received} The network transport returned partial data to its client. The remaining data will be sent later.

Updated: Feb 21, 2026

Technical Meaning

The ERROR_RECEIVE_PARTIAL error code indicates that the network transport layer returned partial data to its client. This typically occurs when a complete message or packet has not been fully received, and the remaining part of the data is expected to be sent later.

Error Details

This error suggests that the application should continue to monitor the connection for further data segments until the entire message is received. The network transport layer may have encountered an issue such as a temporary loss of connectivity or a timeout during the transmission, leading to partial data reception.

Usage Context

ERROR_RECEIVE_PARTIAL can be encountered in various scenarios where data is transmitted over a network connection. It is commonly seen in socket programming and other network communication protocols that rely on receiving complete messages from remote peers.

Developer Interpretation

Developers should interpret this error as an indication that the application needs to handle partial data reception gracefully. The application should implement logic to manage incomplete message segments, ensuring that the entire message is reconstructed before processing can proceed. This may involve buffering received data and reassembling it when complete.

Related Errors

FAQ

Q: What does the ERROR_RECEIVE_PARTIAL error mean?

A: It indicates that partial data was received from a network transport, and the remaining part of the message is expected to be sent later.

Q: How should I handle this error in my application?

A: Implement logic to buffer and reassemble incomplete messages until they are fully received. Continue monitoring the connection for further data segments.

Summary

ERROR_RECEIVE_PARTIAL is a specific network transport error that indicates partial data reception. Developers should ensure their applications can handle such scenarios by implementing appropriate buffering and message reassembly logic.