A Fanless and 4K Media Player: silent and stable
The new shuttle DS67U3 ultra small form factor has been designed to meet diverse digital signage market and ultra-high resolution display demands of today. It is equipped with Intel Core i3-6100U (ULV) dual-core processor with integrated HD graphics capable of 4K content playback. With 14nm process, the maximum TDP is only 15W and support for DDR3L-1333/1600 memory module with low-voltage 1.35V. The shuttle DS67U3 is a fanless slim PC packed into a robust 1.3-liter metal chassis with highly connectivity: RS232, RS232/RS422/RS485, USB3.0/2.0, Dual Intel® Gigabit LAN ports, and Wi-Fi 802.11ac and BT combo. It comes with HDMI & DisplayPort & support dual monitors. The DS67U3 is virtually maintenance-free and has been approved for 24/7 nonstop operation within 0-40 ⁰C environments, suitable for a variety of commercial applications.
Intel® Skylake-U platform technology
The shuttle DS67U3 supports the new Intel® Skylake-U platform technology, equipped withIntel Core i3-6100U (ULV) dual core processing power. It features support for up to 32GB memory and built-in Intel HD Graphics, able to deliver Full HD / 1080P or 4K video playback.
Display imaging on up to two screens via HDMI + DisplayPort. Use an adaptor to convert HDMI into DVI interface and DisplayPort into HDMI or DVI interface for diversified signal selection.
The shuttle DS67U3 designed for digital signage, kiosk, POS, and other applications which require 24/7 operation.
Support 4K Ultra HD
The shuttle DS67U3 is built-in HDMI and DisplayPort video outputs to support 4K high resolution (3840×2160). Now with four times the resolution of Full HD, viewers can enjoy the super detailed and crystal clear imaging of 4K.
Built-in two M.2 expansion slots
The shuttle DS67U3 features two M.2 slots. One (M.2 2230) is already pre-install a WiFi card. The other is M.2 2242 with type M to install M.2 SSD or other compatible devices, proving a strong expansion capacity.
Support RTC Alarm Everyday or Any day
In addition to standard Power on by RTC function, the DS67U 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.
The exclusive integration low-power consumption design and fan-less cooling, the DS67U runs only 65W adapter in full use and can keep stable for long-time operation; Compared with traditional PCs, a nearly 40% noise reduction during the operation– ideal for noise sensitive environment like hospitals and libraries.
Multiple Operating System Support
– Windows 7
– Windows 8.1
– Windows 10
Fanless design – no moving parts (when SSD drives are used)
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.
Operable in 0-40 ⁰C
The shuttle DS67U3 is suitable for 0 ~ 40 ℃ working environment to meet the environmental operation demands of commercial applications.
*With use of SSD and Wide Range Temp. SODIMM
Multiple I/O Interfaces
With built-in RS232, RS232/RS422/RS485 interface, 2x USB 2.0 and 2x USB 3.0 ports at the front panel, and 2x USB2.0 ports at the rear panel, the shuttle DS67U can easily connect to peripherals such as thermal printer, label printer and bar code scanner. It offers a wide range of vertical applications.
Dual Intel® Gigabit LAN High Connectivity
The shuttle DS67U3 is built-in Intel® i211 and i1219 Dual Gigabit LAN as well as support for Wake On LAN and Teaming Mode function to provide high-speed data transfer capability and a better compatibility for business network environment. With a built-in Realtek RTL8821AE 802.11 b/g/n/ac and BT combo wireless network module, transmission rates reach up to 433.3 Mbps.
VESA Mount Capability
The shuttle DS67U3 meets international VESA mounting standards and is capable of mounting to the rear of a LCD monitor or a TV.
The Watchdog–Protecting System Security
Use Shuttle’s Watch Dog utility to maintain normal operation and stability of the system at all times.