The top one is a power button and an ‘M’. To the right of the LCD screen are four white indicators that correspond to different buttons on the side face of the panel. Whichever one it’s pointing to is the one you can currently adjust. There’s a little play button arrow on the left side toggle between switching the percentage and the temperature. Lume Cube Panel Go | The adjustments are easy to manipulate. It starts on the low end at 3,200 Kelvin, which emits a golden-yellow light, and goes all the way up to 5,600 Kelvin, which is more of a white light. It starts at 1%, then jumps to 5%, and increases by 5s until it reaches 100%.īelow that is a Kelvin reading to indicate what color temperature the light is currently emitting. This is an indicator of what percentage the light is currently at. Make the light brighter, the time will go down, and vice versa.īelow the battery and time information is a little sun symbol and a percentage. This is an estimate of how much battery life you have remaining, corresponding to what settings you are currently using on the panel. To the left of the battery is an analog clock with a digital time next to it. It looks neat, but it’s a little redundant, in our opinion. Lume Cube Panel Go | The LCD is easy to read.Ī battery indicator graphic in the top right corner displays how much battery is left. When powered on, there are a few different indicators here. On the top right of the panel’s backside is a small LCD screen. We don’t notice a huge difference in how the light shines from the panel depending on whether you have it vertically or horizontally oriented. The bottom and side of the panel each have a standard quarter-inch tripod mount, and they blend in nicely with the bottom of the panel. According to Lume Cube, they output 1080 lux at a half meter in tandem with one another, which is pretty powerful for such a small panel. Lume Cube Panel Go | The front of the panel isn’t glamorous until you power it on.Īs far as specs are concerned, we have 112 LEDs (if you like math story problems, you already knew this) that each output up to 1000 Lumens. It looks a little funky when not turned on, but this is par for the course as far as LED light panels go. You can see the yellow phosphors that produce the light, which are lined up in 8 rows of 14. It has a slight texture to it and almost looks frosted. We don’t feel like it’s fragile per se, but it isn’t nearly as durable as the metal casing. The front pane is made from plastic and gives a little when you put pressure onto it. The actual light takes up almost one entire face of the panel apart from a few centimeters of protection on each side. Lume Cube Panel Go | The technical information, logo, and LCD are in the corners of the panel. It can fit inside a small sling with ease and slides nicely into an interior daypack pocket. It’s roughly the size of a cell phone and fits into the hand nicely. It’s placed above the battery and power information, so it blends in nicely and is oddly satisfying alongside the technical information.Īs far as size goes, the panel is just under five inches (12.7 cm) long, just under two and three-quarter inches (6.9 cm) tall, and a third of an inch (.85 cm) thick. The logo’s white lettering is pretty large on the back of the light, but we don’t really mind. Lume Cube Panel Go | The panel is a beacon in a dark room. It’s matte black, which is sleek and looks professional. We aren’t exactly sure what material, but it feels like some sort of aluminum. Starting with the exterior, the Lumecube Panel GO’s shell is crafted from hard metal. The Lume Cube Panel Go seems like a contender for this job due to its small size and powerful LEDs, but will it live up to the hype or have us scrolling on Amazon for a replacement? Let’s dive in. Given this fact, bringing a portable light on a trip in which you’ll be taking photos seems like a no-brainer. Without anything to dance across and illuminate your camera’s sensor, images wouldn’t exist. Photography simply isn’t possible without light.
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