Product

DS57U

DS57U-1

An energy efficient Full HD media player, DS57U
(Intel Celeron 3205U), DS57U3(i3 5005U), DS57U5 (i5 5200U), DS57U7 (i7 5500U)

The DS57U supports the latest Intel® Broadwell platform technology, equipped with Celeron® 3205U high-performance dual core processor. With 14nm process, the maximum TDP is only 15W and support for DDR3L-1333/1600 memory module with low-voltage 1.35V. It features fanless cooling design for stable operation in 0-40 ℃ environments. The DS57U is also highly connectable with multiple I/O, including USB2.0/3.0, Dual Intel® Gigabit LAN ports, and two COM ports. Built with digital signage in mind, the player supports dual-screen display via (1) HDMI and (1) DisplayPort. It’s made with a durable metal chassis that features easy configuration of components. The DS57U is 24/7 certified with a mere 65W adapter, built to fit for diverse applications.

Shuttle’s new DS57U supports the latest Intel® Broadwell platform technology, equipped with 14nm Intel® Celeron® 3205U 1.5GHz dual core processing power. It features support for up to DDR3L-1333/1600 16GB memory with built-in Intel HD Graphics, able to deliver Full HD / 1080P video resolution. *There are three optional SKUs, including DS57U3 (i3-5005U), DS57U5 (i5-5200U), and DS57U7 (i7-5500U) support for 4K/Ultra HD video playback.

The unique fanless design eliminates the power consumption required by a fan as well as the cost of replacing fans. Use with solid-state disks can create an operational platform completely free of noise.

RS232/RS422/RS485 interface, four USB 2.0 ports at the front panel, and two USB3.0 ports at the rear panel, the DS57U can easily connect to peripherals such as thermal printer, label printer and bar code scanner. It offers a wide range of vertical applications.

In addition to standard Power on by RTC function, the DS57U is able to power on at specific times according to specific days as opposed to every day(RTC Alarm Everyday/Any day); this can also be turned on and off via the Windows task scheduler.