Godox TL180 Tube LED Light 180W RGBWW 2700K-6500K CRI96 TLCI98 DMX CRMX Bluetooth

A professional tube LED light delivering 180W of powerful, full-colour output in a sleek, 360-degree beam design. Its high colour accuracy (CRI ≥96, TLCI ≥98) and wide CCT range from 2700K to 6500K make it ideal for film, broadcast, and studio productions where precise colour rendering is critical. With advanced control options including DMX512, CRMX (LumenRadio), Bluetooth app, and 2.4G wireless, the TL180 integrates seamlessly into any lighting setup.

Advantages

The TL180 offers exceptional versatility with HSI, RGB, GEL, and CCT modes, plus 14 built-in special effects for creative lighting scenarios. Its 0-100% dimming range allows fine adjustments, while the active fan cooling ensures reliable performance during extended use. Multiple 1/4"-20 mounting threads and a lightweight tube design provide flexible rigging options, and the USB-C port enables convenient firmware updates.

Suitable for

• Cinematographers and videographers needing portable, high-output RGB lighting
• Studio photographers requiring precise colour control and high CRI/TLCI
• Event and stage lighting designers using DMX or wireless control
• Content creators looking for dynamic effects and app-based control

Key specifications

• Light Type: Tube LED Light
• Power Output: 180W
• Colour Temperature Range: 2700K-6500K
• Colour Accuracy: CRI ≥96, TLCI ≥98
• Dimming Range: 0-100%
• Colour Modes: HSI, RGB, GEL, CCT
• Special Effects: 14 Built-in FX Modes
• Control Methods: DMX512, CRMX (LumenRadio), Bluetooth App, 2.4G Wireless, On-board
• Beam Angle: 360°
• Power Input: AC 100-240V, 50/60Hz
• Cooling System: Active Fan Cooling
• Mounting: Multiple 1/4"-20 Threads
• Firmware Update: USB-C Port
• Display: LCD Screen
• Series: Godox KNOWLED

Recommendations

For professionals seeking a versatile, high-output RGB tube light with comprehensive control options and exceptional colour fidelity, the Godox TL180 is an outstanding choice that excels in both studio and on-location environments.