Windows 10 Desktop Computers Fanless Mini PC Intel NUC I7 8G RAM 128G SSD
Features
1. Full Aluminum alloy enclosure, fanless design.
2. 7x24 continuous operation.
3. Support 1*M.2 slot, 2*2.5”HDD optional
4. Support 6*COM (1*RS232/RS422/RS485 optional.)
5. Support 2 HDMI.
6. Support 12-19V wide voltage. (9V-36V wide voltage optional)
7. Support WIFI/4G optional.
8. Compatible Windows 7/8/10, Linux.
Specification
Model: SM605 | |
PC | |
CPU | Intel Core i7 8700T, 6 core, 2.4 GHz |
Memory | 2*DDR4 memory slot, Max. Support 32G |
Storage | 1*M.2 slot, 2*2.5”HDD |
Display | 1x VGA, 2x HDMI, (Support synchronous display or asynchronous display) |
Display Chip | Integrated Intel HD Graphics 630 |
Network | 2*Intel RTL811 10/100/1000M LAN |
Front I/O | 6*USB2.0, 2* COM, 1*Metal switch |
Rear I/O | 1*DC-IN 12V, 2*USB3.0, 2*HDMI, 1*VGA, 2*Intel 1000M LAN, 1* Mic, 1*Line out, 1* DC |
Expansion Slot | Support 1*M.2 2280 slot(Support M.2 PCIE X4 and M.2 SATA SSD) Support 1*MINI PCIE slot(WIFI/3G/4G choose one from three, embedded SIM socket |
BIOS | AMI EFI BIOS |
WDT | Support hardware reset (256 level, 0-255 sec) |
Operation System | Support Windows 7/8/10, Linux, Ubuntu, Debian etc. |
Power Supply | |
External Power Supply | AC 100 - 240V |
Working voltage | DC 12V-19V |
Power consumption | ≤20W |
Enclosure | |
Material | Aluminum Alloy |
Color | Grey |
Operating Environment | |
Temperature Range | operating: -20 to 60°C, storage: -20 to 60°C, surface air flow |
Relative humidity | 0%~95% , non-condensing |
Packing Details | |
Net weight | 3.5 kg |
Gross weight | 4 kg |
Product Dimension | 25.54 * 21.9 * 8.9 cm |
Packing size | 30*27*15cm |
Accessories | Power adapter, Wall mount braket, user manual, warranty card |
Other | |
Mounting (options) | Embedded mounting |
wall mounting brackets | |
Warranty | 1 year warranty |
Drawing
Rugged PCs ideal for applications like
manufacturing
industrial automation
medical, semiconductor
food processing
machine control
other scenarios in which desktops and notebooks are not feasible, yet high processing performance is needed.