Panasonic ET-SWR10 is a real-time tracking projection-mapping system that combines 240 Hz motion tracking, low-latency image synchronisation, and a software development kit (SDK) to enable interactive projection mapping on moving objects. Designed for immersive attractions, live performances, museums, and simulation environments, it continuously tracks infrared markers and updates projected content with extremely low latency for highly responsive visual experiences.
ET-SWR10 supports projection tracking at up to 240 frames per second with less than 5 ms input-to-projection latency on compatible Panasonic projectors. It operates with an IR camera, IR emitter, and content server running the supplied SDK, converting tracked object positions into projector coordinates in real time. The system supports ultra-short throw and standard projection installations, one-time calibration, and integration with compatible Panasonic 1-Chip and 3-Chip DLP™ laser projectors, making it suitable for interactive exhibitions, stage productions, and projection-mapping applications.
Making Dreams Reality
Real-Time Tracking Projection-Mapping System Expands Creative Possibilities
Ready-to-use SDK Brings Images to Life with 240 Hz Motion Tracking
Merging analog movement and digital content, ET-SWR10 expands creative possibilities for immersive sensory experiences, interactive exhibitions, and more. Combined with a compatible projector, this ready-to-use SDK (Software Development Kit) enables projection of animated content onto fast-moving objects at up to 240 frames per second with less than 5 ms1 input-to-projection latency. Image position updates continuously to match the object, tracking its motion smoothly with no apparent delay.
More than a giant leap forward in display performance, the system is also easier to install, integrate, and operate.
Real-Time Tracking and Mapping
Merge moving objects with projected content. Combined with a compatible projector, this exclusive technology converts object marker location to projector XY coordinates. Image position syncs to marker position with less than 5 ms1 latency. From a dancer’s fluid motions to rapidly moving objects, tracking performance is utterly convincing.
Simple and Ready to Use
The system does not require painstaking calibration associated with active-sensor systems—just install the SDK on your content server and connect a compatible IR emitter and camera to begin. Calibrate marker location with projector XY coordinates once, and projected content will remain in sync with almost any fast-moving object.
POTENTIAL APPLICATION
Live Performance
Performers can move freely and have content react to them instead of having to rehearse and memorize movements to match pre-produced content.
Public Participation
Members of the public can participate in an installation, interacting with content without any preparation or knowledge of how the system works.
How It Works
Choose an object to track. This can be an item covered in material that reflects infrared light, or a special device that emits infrared light. Next, set the object in motion. Infrared light from an IR emitter (or from the IR-emitting object) is either reflected back or sent directly to a camera. Software installed on a content server receives data from the connected camera and uses it to determine the object’s position. It converts this information into an XY location, and sends it to the projector. The object’s position is updated 240 times per second, allowing projected digital content to appear on and follow the object with unrivalled precision and with no apparent delay for extraordinarily clear and smooth reproduction performance.
Simple Setup and Operation
A real-time tracking projection-mapping system incorporating ET-SWR10 would comprise a compatible Panasonic laser projector, such as the PT-RQ45K, PT-RQ35K, PT-REQ15 Series, PT-RQ7 Series, or PT-FRQ60 Series, an IR emitter, an IR camera, and a PC content server with SDK installed. This PC connects all devices and can be configured as a monitoring terminal for the projectionist.
Works with Ultra-Short-Throw Lenses
This flexible real-time tracking and projection-mapping system can be used in conjunction with Panasonic ultra-short-throw and short-throw lenses for compatible 3-Chip DLP™ and 1-Chip DLP™ projectors in the context of a ceiling- or floor-mounted short-throw installation. IR emitter, IR camera, and projector can be installed separately with IR equipment located at screen center and projector mounted on the ceiling or floor very close to the screen, allowing projection designers to create highly immersive interactive exhibits in tight installation spaces where performers or viewers can approach close to the screen without casting a shadow.