Luz continua Nanlite PTT87X 8W LED temperatura de color variable

The Nanlite PavoTube T8-7X is a 3-foot RGBWW LED pixel tube with a slim 1-inch diameter, built-in battery and Bluetooth control via the NANLINK mobile app. Designed for photo and video use, it offers bicolor and RGB color options, high color accuracy and a compact form factor that fits tight spaces while remaining handheld or mountable.

Advantages

The T8-7X is 50% thinner than typical LED tubes while keeping high color fidelity (CRI 96, TLCI 97), pixel-level animated effects, dimming and reusable presets. It is lightweight, easy to carry, supports wireless control and includes an ergonomic handgrip plus a 1/4-20 mounting socket for quick attachment to tripods or grip gear.

Suitable for

• Light-painting photography
• In-frame or practical lighting for video productions
• Portable studio and on-location shoots
• DMX or app-controlled creative lighting setups

Key specifications

• Form factor: 3-foot (T8) LED pixel tube, 1-inch diameter
• Light source: RGBWW LEDs with bicolor and full-color control
• Color accuracy: CRI 96, TLCI 97
• Effects: 10 pixel effects (e.g., Rainbow, Multicolor, Driving) with editable presets
• Control: Built-in Bluetooth, NANLINK mobile app; DMX-compatible workflows
• Power: Built-in lithium-ion battery; USB Type-C connectivity (per product data)
• Mounting: Ergonomic handgrip, 1/4-20 socket, octagonal ends to prevent rolling

How to use

Charge the built-in battery using the supplied USB Type-C cable. Turn the tube on and select color, bicolor temperature or pixel effects either on the tube controls or remotely via the NANLINK mobile app over Bluetooth. Mount the tube using the 1/4-20 socket on the base or hold it by the ergonomic grip for light-painting. Use octagonal ends to rest or angle the tube on flat surfaces without it rolling away.

Recommendations

For consistent color-critical work, verify white balance in-camera or use the app’s presets and save a custom preset for repeatable results. When using pixel effects near the camera, test motion intensity and speed to achieve the desired visual look.