IEEE P1918.1.1/D4, Jul 2023

IEEE P1918.1.1/D4, Jul 2023 is an IEEE approved draft standard for haptic codecs for the tactile Internet, aimed at how touch-related information is represented, encoded, and exchanged across communication networks. It is relevant where computing and processing systems must support low-latency haptic interaction with consistent behavior. For engineers and buyers working on connected haptics, IEEE P1918.1.1/D4, Jul 2023 helps frame a common technical basis for interoperable codec design and evaluation.

IEEE P1918.1.1/D4, Jul 2023 overview

This draft standard focuses on the codec layer that supports haptic communication in tactile Internet environments. In practice, that means defining a structured approach for handling haptic data so it can move through communication, networking, and processing systems with predictable quality. The document is especially relevant to implementations where timing, synchronization, and data representation affect the user experience. As a standards reference, IEEE P1918.1.1/D4, Jul 2023 provides a technical foundation for aligning design choices across related devices and platforms.

Typical use cases

The standard is most applicable to systems that transmit touch feedback between remote endpoints, such as teleoperation setups, haptic interfaces, simulation platforms, and other networked interactive devices. It may also support development work involving codecs for robotics control, immersive training environments, or collaborative applications where force and tactile signals must be exchanged reliably. Because the subject spans communication, networking, and computing, IEEE P1918.1.1/D4, Jul 2023 is useful wherever haptic payloads need to be encoded for transport and decoding at the receiving system.

Why this standard matters

For teams designing haptic communication solutions, a shared standard helps reduce ambiguity around codec behavior and makes integration more manageable. IEEE P1918.1.1/D4, Jul 2023 can support consistency in implementation, procurement, and testing by giving stakeholders a common reference for how haptic information should be handled. That matters when performance depends on dependable timing and repeatable data processing. Using a draft standard also helps organizations track technical direction while planning for compatibility and future compliance needs.

• Haptic codec definition
• Tactile Internet context
• Networked touch data handling
• Timing and synchronization concerns
• Interoperability reference point