The Nova P600c represents the next generation of the Nova family of LED panels, building on the foundation of high color fidelity, 2,000K~10,000K CCT, and soft light quality while also featuring best-in-class output, and a new suite of professional-level controls.

With its 600W RGBWW chipset, the Nova P600c is the brightest 2×1 Soft Panel on the market, boasting an output of 2,298 lux at 3 meters.

The Nova P600c is the first Aputure fixture to feature multiple light engines and pixel control. Its multiple light engines can be activated when using the built-in lighting effects, or can be controlled independently via DMX.

The yoke on the Nova P600c has also undergone an upgrade, now featuring a curved design, similar to the LS 600d Pro and 600x Pro, allowing it to maintain tilt-control when using modifiers, which is difficult for traditionally designed straight yoke LED panels.

In addition to its 3 meter extension cable, the P600c’s control box has been updated with contact pins integrated into the Lightning Clamp for completely cable-less operation.

The Nova P600c features a built-in power supply, minimizing weight and setup time. It also features a 48V/15A 3-Pin XLR DC input for users who want to operate the fixture via quiet battery power solutions instead of noisy generators.

As a member of the Aputure family, the Nova has integrated Sidus Mesh technology, allowing it to wirelessly network with other Sidus-enabled lights, all of which can be controlled through the Sidus Link mobile app.

Professional lights deserve professional-level connectivity. In addition to 5-Pin DMX512, lighting technicians can also control the Nova P600c wirelessly using its built-in Lumenradio CRMX.

The Nova P600c can modified using a variety of tools, such as intensifiers, light control grids, and soft boxes, as well as third-party modifiers from brands including DoPchoice & Chimera.

Building upon the Nova P300c’s 15 built-in lighting FX, the Nova P600c’s 4 light engines adds four more lighting effects including: Color Fade, Color Cycle, Color Gradient, & One Color Chase.