FANLESS SLIMPC WITH INTEGRATED ULV PROCESSOR IN INDUSTRIAL DESIGN

The DS50U-series is a fanless slim PC with a robust 1.3-litre metal chassis and exceptional connectivity. It supports two digital video outputs for UHD/4K displays and one traditional D-Sub/VGA connector. The built-in Intel Gen 12/13 processor provides ample performance for playback of 2160p/60 videos. Installation of components goes straight forward, as there is plenty of interior space for two DDR5 memory modules, one 2.5" drive and two M.2-2280 SSD cards. Optionally, an 4G/5G module can be fitted in the second M.2 slot using the optional WWN04 accessory. Thanks to its passive cooling, the system is virtually maintenance-free and is approved for 24/7 nonstop operation. It is big on performance, yet extremely energy-efficient. The Shuttle XPC slim Barebone DS50U series is an ideal platform for professional applications such as digital signage, POS, Kiosk, Thin Client, Office PC and Multimedia.

• 1.10 GHz processor speed provides efficient operation with dependable performance for everyday computing
• Celeron 1.10 ghz processor delivers the speed and power to explore new possibilities and experiences
• Penta-core (5 Core) processor core enables multitasking with reliable performance and fast processing speed
• 12th Gen processor generation offers more threads and higher clocks for faster, optimized system performance
• The DDR5 SDRAM memory technology moves data efficiently across components, ensuring smooth and responsive PC performance
• Upgrade an existing PC easily to improve performance and extend its usability for modern applications
• Windows 10 x64 OS support includes creative and productive tools you need for smooth workflows
• Slim PC form factor simplifies usage and boosts efficiency, making setup and operation more convenient
• Serial ATA/600 interface delivers fast data transfer and higher throughput, ensuring smooth performance for demanding workloads
• Conveniently connect with 2.5 gigabit ethernet Ethernet technology for maximum productivity and reliable networking