Map the Inventory
Cabinets, modules, stands, cables, carts and spares stay labeled to the approved screen map.
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A transparent touring LED platform for concerts, festivals and large-format event production. TST combines 1000 × 1000 mm cabinets, 7,680 Hz refresh, up to 5,500 cd/m² brightness, outdoor protection and model-specific service access for repeated load-in, show and pack-out cycles.
TST is not only a display surface. The cabinet, cart, locks, service route, wind support and commissioning records all determine whether the same approved system can be rebuilt across venues.
Cabinets, modules, stands, cables, carts and spares stay labeled to the approved screen map.
Locking points, Z-axis position and support tolerances are checked row by row.
7,680 Hz and 16-bit grayscale are commissioned with the actual camera package.
Service records, calibration files and cabinet condition are updated before the next venue.
Service access, cabinet alignment and transport handling are treated as one touring workflow rather than three disconnected product features.

TST 3.9–7.8 uses rear maintenance. TST 6.9 uses front maintenance. Freeze the service side before support depth is approved.

Positioning and locking hardware supports repeatable leveling, Z-axis control and seam consistency during hanging or stacking.

Transport orientation and labeled cart positions help crews rebuild the same cabinet and cable sequence across venues.
The models share the same 1000 × 1000 mm touring footprint, 7,680 Hz refresh, 16-bit grayscale, outdoor protection and power figures. Brightness and service direction are the main project-level differences.

IP rating and operating range describe product capability. The actual touring structure still requires site-specific wind engineering, drainage, rear connection protection, solar review and shutdown criteria.

Flat, concave and convex layouts with approved hardware and support geometry.
The IP54 rear still requires controlled exposure around connections and service areas.
Specified at 10–90% RH. Solar heating and local site conditions require separate review.
Product data lists a 35 m height reference with 8× safety factor; final project height requires engineering calculation.
The same touring logic can serve different event types, but each venue changes the priority for brightness, camera position, wind support, curve geometry and audience distance.
Camera-facing backdrops with high refresh and flat or curved layouts.
Repeated build cycles supported by carts, labeled inventory and documented mapping.
Daylight output, outdoor protection and engineered wind support.
Concave or convex visual structures around vehicles and exhibition architecture.
Large branded surfaces requiring fast setup and a more open visual footprint.
Temporary atrium stages with controlled sightlines and repeatable deployment.
Use the project footage to review stage scale and audience relationship. Exact project configuration should still be confirmed from the signed project record.
Both models share the same 1000 × 1000 mm cabinet footprint and 500 × 250 mm module format. Depth and maintenance direction differ by model.

Use this table for preliminary comparison; confirm the final model, support hardware and signed datasheet before production.
| Parameter | TST 3.9–7.8 | TST 6.9 |
|---|---|---|
| Pixel Pitch | 3.906 × 7.812 mm | 6.944 mm |
| Brightness | 4500 cd/m² white-light / 3500 cd/m² black-light | 5500 cd/m² |
| Refresh Rate | 7680 Hz | 7680 Hz |
| Cabinet Size | 1000 × 1000 × 95.5 mm without stand | 1000 × 1000 × 96.8 mm without stand |
| Power Consumption | 560 W/m² max / 187 W/m² avg | 560 W/m² max / 187 W/m² avg |
| Protection / Service | IP65 front / IP54 rear · rear maintenance · stack or hang | IP65 front / IP54 rear · front maintenance · stack or hang |
Shared reference: 16-bit grayscale · 500 × 250 mm module · 24.5 kg cabinet without stand · optional 0° / ±10° geometry.
A touring system becomes easier to rebuild when the accepted configuration travels with the hardware, not only with the technician who commissioned the first venue.
Screen dimensions, model split, curve positions, service direction and cart assignment.
Support points, wind limits, ballast or bracing, drainage and shutdown criteria.
Maximum-load circuits, phase balance, controller outputs, receiving-card map and redundancy.
Brightness, processor settings, calibration data, labeled spares and replacement workflow.
Six common procurement and engineering questions covering model choice, brightness, cost, cameras, outdoor conditions and service access.
Choose TST 3.9–7.8 when finer detail from around 5 m is the priority; choose TST 6.9 when higher 5500 cd/m² output and front-service access are more important. Confirm screen size, camera distance, ambient light, service clearance and outdoor exposure before final selection.
TST offers 3500, 4500 and 5500 cd/m² configurations. These levels suit many event conditions, but direct sunlight, screen orientation, operating hours, content and camera exposure affect the final result. Confirm the actual sun path and show schedule before production.
There is no reliable single price because total system cost changes with screen area, model, rigging, support stands, carts, control system, cable set, spares, curved hardware and installation conditions. For an accurate TST quotation, provide active dimensions, project country, viewing distance, indoor/outdoor use and hanging or ground-support method.
Yes. Both TST models specify 7680 Hz refresh and 16-bit grayscale, providing a strong starting point for camera-facing events. Final results still depend on frame rate, shutter, processor settings, brightness and calibration, so test the actual camera package before approval.
The display face is IP65 and the rear is IP54, with a specified operating range of −20 to +50°C at 10–90% RH. Outdoor project planning must still address rear connections, drainage, solar heating, wind limits, support engineering and shutdown conditions.
TST 3.9–7.8 uses rear maintenance, while TST 6.9 uses front maintenance. This affects support depth, technician clearance and the component replacement route. Freeze the service side before structure, cladding and spare-access planning are approved.
We shall provide you with a detailed quotation within 24 hours of receiving your enquiry.