01 / HARDWARE◇
Modular TG13 architecture
The system board, hub, field generator and replaceable communication channels have been architected as one platform.
NEWS / RESEARCH & DEVELOPMENT / JULY 2026
TG13 expands
the motion space
TAU is preparing a new generation of magnetic-inertial tracking for production: a modular hub, a scalable workspace and one data pipeline from human motion to a digital twin and robot.
TAU / TG13 / PREVIEWLIVE / 6DoF
MOTION DATA
TAU / TG13 / DIRECTION
From a local zone to a scalable space
Without disclosing know-how
The multi-coil concept forms one coordinated workspace from several flat field sources. The zone can scale to a stage, training system or robotics cell while hands, bodies and objects retain one spatial context.
TAU / BUILD STATUS
What is already in place
02 / PROTOTYPE◇
Prototype manufacturing cycle
Engineering files have gone through prototype manufacturing while the bill of materials is adapted to the available production base.
03 / SOFTWARE◇
One software loop
The hub, embedded software and compute layer are designed as one system for configuration, synchronisation, processing and updates.
TAU / VALUE
What the multi-coil version changes
01 / SCALE◇
A scalable workspace
Flat modules can be combined for the size of a stage, training area or test cell.
02 / CONTEXT◇
One spatial reference
Hands, body, tools and a robot receive aligned data in a shared coordinate system.
03 / ROBUSTNESS◇
Designed for complex environments
The architecture is intended for interference compensation and validation around real equipment.
04 / PRODUCT◇
From sensor to deployed solution
One stack links electronics, embedded software, mathematics, the SDK and the end product.
TAU / TARGETS
Programme targets
These are development targets, not validated specifications of a serial product. They must be confirmed through testing in relevant conditions.
| Parameter | Programme target | Status |
|---|---|---|
| Update rate | up to 100 Hz | validation required |
| Configuration scale | up to 20 sensors | validation required |
| Latency | below 40 ms on Windows; below 50 ms on Android | validation required |
| Position accuracy | up to 0.5 mm desktop and up to 4 mm floor version | validation required |
| Orientation accuracy | up to 0.3° | validation required |
TAU / APPLICATIONS
Where this can unlock new value
01 / TRAINING◇
Industrial training
Natural hand and body actions, assessment and analytics without camera placement constraints.
02 / XR◇
XR and digital twins
Aligned motion data for avatars, industrial scenes and spatial interfaces.
03 / ROBOTICS◇
Robots and learning from demonstration
Transfer operator pose, fingers and actions to a robot or autonomous system.
04 / RESEARCH◇
Healthcare and research
Spatial data for training, rehabilitation and motion analysis.
TAU / CONTACT
Describe the task — we will map the configuration
Tell us what must be tracked, where the system will operate and where the data must go. TAU will propose a kit, integration path and pilot acceptance criteria.
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