Shuttle Slim-PC DS61

Shuttle Slim-PC DS61

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Introduction


We would like to thank Shuttle for supplying the review sample.

Shuttle needs no further introduction when it comes to mini- and slim-PC systems, so we will cut to the chase immediately. In this review, we will take a rigorous look at their DS61 offering. It is basically a slim, barebone PC for the digital signage market. The word "barebone", for those of you that don’t know, denotes that you will have to equip it with some components—usually CPU, RAM, and an SSD/HDD—in order to make it fully operational. Barebones allow for more customization, which gives users the ability to pick the crucial parts they need to meet their ends—all based on their budget.

The DS61 is compatible with 1155 socket CPUs of up to 65 W TDP (Thermal Design Power) and includes many I/O ports, which makes it suitable for a wide range of uses including digital signage purposes. Probably with tough industrial environments in mind while designing this unit, Shuttle used solid capacitors to increase reliability and make the unit capable of operating seamlessly at high ambient temperatures of up to 50°C.





Specifications

Shuttle DS61 V1.0
Chipset Intel H61 Express Chipset
GPUIntel HD Graphics
CPU Support Intel Sandy Bridge / Ivy Bridge 65W CPU
Memory Support:2 x 204 pin DDR3 SODIMM slots, 8GB per DIMM (Max 16GB)
Dual Channel DDR3 1333 Mhz
NetworkingRealtek 8111E X2
IEEE 802.3u 100Base-T specification revision 1.0
100Mb/s and 1Gb/s operation
Support Wake-On-LAN function
AudioRealtek ALC662
Storage Interface3.0 Gb/s bandwidth SATA II
I/O Ports Front(2) USB 2.0 ports
(1) Microphone-In
(1) Earphone-Out
(1) Power-On button
(1) Power LED
(1) HDD LED
(1) SD-card reader
I/O Ports Rear(2) RJ45 Gigabit LAN port
(1) DVI-I port
(1) HDMI port
(2) USB 3.0 ports
(1) RS232
(1) RS232/RS422/RS485
(1) External power on header
(1) DC in
(1) Kensinton lock
(2) Wireless Antenna fixture
Drive Bays(1) 2.5" HDD / SSD bay
CoolerHeatpipe based Heatsink + Fan
Power90W Power Adapter
Input:100- 240V AC
Output: 19V 4.47A DC
Expansion Slot(1) Full size Mini-PCIE socket (m-SATA support)
Dimensions190 (L) x 165 (W) x 43 (H) mm
7.48" (L) x 6.5" (W) x 1.69" (H)
Warranty1 year
Price199.99$


Our sample is the V1.0 DS61. There is also a V1.1 with two additional USB 2.0 ports at the front. The chipset used is the Intel H61, but the mainboard also features an LGA1155 socket, so it supports Sandy Bridge or Ivy Bridge CPUs with up to 65 W TDP. There is no room for a discrete VGA, so the embedded GPU of the CPU will be used. Finally, the two SO-DIMM slots can take up to 16 GB of RAM in total and are officially rated for up to 1333 MHz speed.

The networking section includes two Gigabit Ethernet ports that support the Wake-On-LAN function. Both can also be teamed up. The audio is handled by a Realtek ALC662 IC, but internal storage only supports the older SATA II protocol, so there is absolutely no point in installing a new SSD with SATA III capability.


As you can see, the DS61 features many I/O ports, including the basic audio ones, two USB 2.0- and two USB 3.0 ports (at the rear), two RS-232 ports that will be of use to some users since a variety of peripheral devices still use serial communication, a DVI-I dual display along with an HDMI output, and, finally, a useful SD-card reader.

The unit is supplied with power through an external power brick because its compact dimensions don't allow for an internal PSU (Power Supply Unit). The brick can output up to 90 W of power, which is enough to easily cope with the needs of the DS61.

The system has an empty internal Mini-PCIE socket with m-SATA support should the single 2.5" drive not be enough to cover your needs. The most crucial feature of the DS61 is probably its really compact footprint that will make it suit situations where space is a commodity. Its bundled VESA mount is the cherry on top because it allows you to install/hide the unit behind a monitor.

Finally, the price looks decent considering the features it has, but the warranty is very short. We expected at least two years, especially since Shuttle states that the polymer caps they used will significantly prolong the unit's lifespan.
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