ARK-1220L-S6A2 Atom E3940 F1, 2xHDMI, 2xGbE, 4 xUSB, SIM, DIN
Tootekood: EE-100-170-100GTIN: 2000000475653Arvutid DIN-liistule ja seinale
<div>ARK-1220L</div><div>Intel Atom E3940 QC SoC with 4K Dual HDMI/Dual LAN/M.2 DIN-Rail Fanless Box PC</div><div><br></div><div>Intel Atom E3940 Quad Core SoC turbo burst up to 1.8 GHz</div><div>DIN-Rail system with essential I/O ports on front-side bezel</div><div>2 x Intel GbE and 4 x USB 3.0</div><div>Dual HDMI display up to 4K resolution</div><div>1 x full-size mPCIe with SIM holder and 1 x M.2 2230 for WIFI</div><div>1 x 2.5” SATA III SSD and 1 x full-size mSATA*</div><div>12V ~ 28V wide range power input</div><div>Advantech WISE-PaaS support</div><div>Processor </div><div>CPU</div><div>Intel Atom E3940 Quad Core Soc</div><div>Core Number</div><div>4</div><div>Frequency</div><div>1.6 GHz, turbo burst 1.8GHz</div><div>BIOS</div><div>AMI EFI 64 Mbit</div><div>Memory </div><div>Technology</div><div>DDR3L 1600 MHz</div><div>Max. Capacity</div><div>8 GB</div><div>Socket</div><div>2 x 204-pin SO-DIMM, 2 x 4GB or 1 x 8GB memory</div><div>ECC Support</div><div>No</div><div>Graphics </div><div>Chipset</div><div>Intel HD Graphics 500, CPU integrated</div><div>Graphic Engine</div><div>Gen9 Low Power; 18 Execution Units Media Codec Supported: H.264, MPEG2, MVC, VC-1, WMV9, H.265 / HEVC, VP8, JPEG / MJPEG, 3D HW Acceleration: OpenGL 4.4, DirectX* 12, OpenCL* 2.0</div><div>HDMI</div><div>2</div><div>Dual Display</div><div>HDMI1 + HDMI2</div><div>Audio </div><div>Main System</div><div>Realtek ALC888S, High Definition Audio, Line-out, Mic-in</div><div>Ethernet </div><div>Controller</div><div>2</div><div>LAN1</div><div>10/100/1000 Mbps Intel i210 GbE, support Wake On Lan</div><div>LAN2</div><div>10/100/1000 Mbps Intel I210 GbE, support Wake on LAN</div><div>I/O Interface </div><div>Serial Port</div><div>2 x RS-232/422/485 with auto flow control, COM2 with 5V/12V power supply</div><div>Serial</div><div>2</div><div>USB Interface</div><div>4 x USB 3.0</div><div>USB3.0</div><div>4</div><div>GPIO</div><div>8-bit</div><div>Expansion </div><div>Mini PCI Express</div><div>1</div><div>Mini PCIe #1</div><div>1 x Full-size mPCIe with SIM holder</div><div>M.2</div><div>1</div><div>Others </div><div>Watchdog timer</div><div>255 levels timer interval, setup by software</div><div>TPM</div><div>By Project</div><div>Storage </div><div>mSATA</div><div>1 x Full-size mSATA (*share with mPCIe slot)</div><div>2.5" HDD/SSD</div><div>1 x 2.5" SATAIII Drive bay (compatible with 15mm height)</div><div>Software Support </div><div>Microsoft Windows</div><div>Windows 10</div><div>Operating System </div><div>Ubuntu</div><div>V</div><div>Power </div><div>Power Type</div><div>AT/ATX</div><div>Input Voltage</div><div>12 ~ 28 VDC</div><div>Power Adaptor</div><div>AC to DC, 60W (Optional)</div><div>Consumption</div><div>Typical 7.6W, Max. 19W</div><div>Mechanical </div><div>Construction</div><div>Aluminum housing</div><div>Mounting</div><div>DIN-rail/Wall Mount</div><div>Dimensions</div><div>53.5 x 158 x 114 mm (2.11" x 6.22" x 4.49")</div><div>Weight</div><div>0.9kg</div><div>Environment </div><div>Operational Temperature</div><div>With extended temp. peripherals: -30 ~ 70 C (-22 ~ 158F) w/ turbo burst off with 0.7 m/s air flow; With 2.5 inch hard disk: 0 ~ 40 °C (32 ~ 104°F) with 0.7 m/s air flow</div><div>Storage Temperature</div><div>-40 ~ 85° C (-40 ~ 185° F)</div><div>Relative Humidity</div><div>95% @ 40° C (non-condensing)</div><div>Vibration During Operation</div><div>With SSD: 3 Grms, IEC 60068-2-64, random, 5 ~ 500 Hz, 1 hr/axis</div><div>Shock During Operation</div><div>With SSD: 30 G, IEC 60068-2-27, half sine, 11 ms duration</div><div>Certification </div><div>EMC</div><div>CE/FCC Class B, CCC, BSMI</div><div>Safety Certifications</div><div>UL, CB, CCC, BSMI</div>
[When one approaches a subject] the most effective way to apprehend it is to break down all its details, categorize them, and discern their interrelationships.And so, based on its place will be the examinations by which it is necessary to examine it, according to its nature, to fully understand its form and its function: If it is a part, he will seek to know the whole of which it is a part. If it is a specific, he will seek to analyze the category. If it is a cause, he will seek to analyze its effects; if an effect, its cause. If it is an association, he will seek [knowledge] about the subject, as well as to know what type of association it is - if precedent, if antecedent or if accompanying; if essential or contingent; and if potential or actual. All of these are examinations without which he will not completely comprehend the form of the thing. With all of it [However,], he may contemplate the nature of the thing, to know if it is constant or limited. And if it is limited, he should investigate its limits. For surely any true matter will end up becoming false if it is ascribed to a subject not fitting it or if it is seen outside of its limits.However, one must consider that the number of details is much too great for the intellect of man to contain, and one can't know them all. Yet what is fit is for him to attempt to know the general principles. As the nature of every principle is to contain [knowledge about] many details. So, when one grasps one principle, he [also] grasps a great number of details. And even though he has not yet examined them because they are [only] details [subsumed by] the principle; [nevertheless] when one of them comes to him, he is not stunted by knowing it, since [its] general matter - which perforce must exist - is already known to him. And likewise, the Sages, may their memory be blessed, said (Sifrei Devarim 306:20), "Matters of Torah should always be in your hands as general principles and not as details."Yet what is required in the knowledge of general principles is knowing them through all of their limits and in all of their characteristics, as I wrote above. And you must even pay attention to, and not neglect, things that first appear to be lacking any application. For there is no small or large thing in a general principle that does not have [some] application in the details. And if it does not add or take away anything about some of the details, it will certainly have great application about others. Since a principle is a principle about all the details, it must contain [some information] about each of them. Hence you must be very exacting about this and examine their functions, their relationships and their connections with great precision. And you must examine their processes and progression very well - [to know] how one matter leads to another, from the beginning to the end. 'And then you will be successful and then you will understand.'
