Jinbei EFD-150 150W Daylight COB LED Video Light

Under the umbrella of professional lighting equipment, the Jinbei EFD-150 LED stands out as a high-performance continuous light source, boasting an efficient 150W LED and a Bowens standard modifier mount. This model's unique selling point lies in its compatibility with V-Mount battery-based power systems, offering versatility for on-location shoots.

The EFD-150 LED is designed with user-friendly features, including wireless control capabilities via Jinbei transmitters and dedicated smartphone applications. Its design, reminiscent of the EFII-200 and EFII-150 models, features a side-located control panel and a minimalist menu, making it an accessible tool for both professionals and hobbyists.

This LED video light is equipped with dual power sockets at the back, a standard 100-265V 50/60Hz mains socket, and a dedicated socket for V-Mount battery power adapters. It offers a smooth power regulation range of 1-100%, producing a powerful 150W output, equivalent to 1500W of a standard light bulb.

The EFD-150 LED emits a color temperature of 5500K, with high CRI (RA>97) and TLCI (>97) ratings, making it an ideal choice for professional film and television productions. The manufacturer estimates the light source lifespan at approximately 100,000 hours, translating to roughly 11 years of continuous operation.

Beyond standard continuous lighting, the EFD-150 LED also provides nine predefined video scene lighting settings for added versatility. It supports wireless control via 2.4GHz transmitters (EF-RC, TR-Q7, TR-V6) and a dedicated mobile application compatible with Android and iOS devices. The lamp operates across 32 channels and 16 groups in radio mode, requiring Bluetooth version 4.2 for application operation.

The EFD-150 LED also features a Bowens standard accessory mount, allowing for the use of softboxes, bowls, or jets. Additionally, it includes a standard articulating mount with a tripod mount and an umbrella socket, expanding its adaptability for various shooting scenarios.