A Shared Time Base for Robotic gPTP and TSN Systems
Where could PToB meet a wired gPTP and TSN robot timing system?
Overview
This draft explores PToB as an edge adaptation beside wired generalized Precision Time Protocol (gPTP) and Time-Sensitive Networking (TSN). It proposes a shared time base, identifies compatibility boundaries and lays out a staged validation programme for robotic systems.
What this paper covers
- The proposed role of wireless edge timing beside a wired robot network.
- Why sharing a time base is separate from implementing TSN services.
- Which interoperability and physical-system checks would be needed next.
Research scope
gPTP interoperability, TSN conformance and physical actuation remain unqualified. This is a proposed integration path, not evidence of a conformant bridge, deterministic wireless scheduling or a deployed robot control system.
Read it in context
Use the draft to evaluate the proposed boundary between wired coordination and Bluetooth edge clocks. Read the system overview for PToB architecture and the dated measurements for the specific timing references that have been tested.
Cite this edition
Jonathan Yantis. A Shared Time Base for Robotic gPTP and TSN Systems. 22 October 2026. Research draft. Original PDF.
Summary permalink: https://ptob.dev/research/robotics-gptp-tsn/
Jonathan Yantis leads protocol design, hardware development and research. GPT 6.1 contributes implementation, analysis and documentation. This page summarizes the linked edition; retain its original evidence dates and measurement references.