Amaran Halo 600x Pannello LED Bi-Color 3200K-5500K

The Amaran Halo 600x is a professional bi-color LED panel designed for videographers and photographers who demand high-quality, consistent lighting. With a color temperature range of 3200K to 5500K, this panel offers versatile lighting options for various shooting environments. Featuring 672 LEDs (336x 3200K and 336x 5500K), it delivers a powerful output of 2100 lux at 1m (4400K) with a beam angle of 75°, ensuring even illumination. The fanless passive cooling system ensures silent operation, making it ideal for audio-sensitive applications.

Advantages

High CRI (≥95) and TLCI (≥95) ratings guarantee accurate color reproduction. Stepless dimming from 10% to 100% allows precise control over light intensity. The lightweight aircraft-grade aluminum chassis and compact design make it easy to transport and mount. Wireless control via 2.4G FSK remote with up to 100m range provides convenient operation from a distance.

Suitable for

• Video production and filmmaking
• Studio photography
• Live streaming and content creation
• Interview and portrait lighting

Key specifications

• Light Type: LED Panel
• Color Temperature: 3200K - 5500K (Bi-Color)
• Number of LEDs: 672 (336x 3200K, 336x 5500K)
• Power Consumption: 45W
• CRI: ≥95
• TLCI: ≥95
• Beam Angle: 75°
• Illuminance: 2100 lux @ 1m (4400K)
• Dimming: 10% - 100% (Stepless)
• Control: On-board controls, 2.4G FSK Wireless Remote (up to 100m)
• Power Input: DC 15V (AC adapter included)
• Battery Compatibility: 2x Sony NP-F series (e.g., NP-F970)
• Mounting: 1/4"-20 Thread, Ball Head Mount
• Cooling: Fanless Passive Cooling
• Display: LCD Screen
• Included Filters: Diffusion Filter, Orange Filter
• Operating Temperature: -10°C to 50°C
• Material: Aircraft-grade aluminum chassis

Recommendations

For best performance, use with compatible NP-F series batteries (not included) for portable operation. The included diffusion and orange filters expand creative possibilities. Ideal for on-location shoots where silent operation and accurate color are critical.