The PC that knows you
Introducing the world's smallest, lightest and most intelligent 15-inch business PC, with a 15.0-inch InfinityEdge screen in a portable 14-inch size. Featuring Dell Optimizer, built-in AI that adjusts to the way you work wherever you are. This Intel® Project Athena-verified device is configurable as a laptop or 2-in-1.
Smart and sleek
Small size, big impact: The Latitude 9510 is as sleek as it is portable, as our smallest and lightest 15" business PC, starting at a mere 1.4 kg (3.1 lb). We stretched the 15.0" InfinityEdge screen to the edge to provide maximum work area without the weight.
Stunning from the start: Our most premium Latitude ever is meticulously crafted with CNC aluminum, having the finest details of diamond cut edges and a hair-line brushed finish. The new keyboard and touchpad feels as good as it looks.
Work wherever: Corning® Gorilla® Glass DX on the 2-in-1 offers premium glass innovation for up to 9% reduction in reflections, so you can work anywhere your job takes you. The screen is more durable with up to 15X better scratch resistance and is nearly 2X less susceptible to cracks compared to Gorilla Glass 5. Super Low Power Panel helps save battery while the optional camera shutter increases privacy.
Stay cool under pressure: IT can now manage thermals within the BIOS. It’s not tied to software, which saves on storage size and allows IT to focus on other critical software. Carbon blade fans are used for quieter cooling, so you can focus on your work. Additionally, two pipes are better than one for removing heat, and our 2-in-1s have an adaptive thermal response, so they stay cooler on your lap than when on a desk.
Our commitment to sustainability: Low VOC waterborne paint is used on 100% of painted parts which aims to create a healthier work environment. To help with the fight against pollution, 100% of our 2-in-1 packaging trays are recyclable, comprised of ocean-bound plastics (25%) and HDPE recycled plastic (75%). Dell has prevented over 60,000 lbs or 27 metric tons of plastic from ending up in our oceans.