![]() The pictures below show the insides of the IEC-3300 from the top and from the bottom. The top and bottom of the device consist of identical precisely milled and superbly fitting bevelled aluminum alloy covers, secured in place by four small screws each. The roughly 5.5 x 4.0 inch motherboard is secured onto supports inside that aluminum chassis. ![]() The housing consists of a rectangular section of 3/32-inch aluminum alloy. In terms of design, the IEC-3300 represents rugged systems simplicity at its best. ![]() The image below shows the ARBOR IEC-3300 from the top and all four sides. The device is available with up to 8GB of RAM, 16GB or 32GB of mSATA solid state disk, and there's a half-size mini PCI-e slot of additional expansion such as WiFi. The IEC-3300 is powered by either by a dual-core Intel N2807 or a quad-core Intel J1900 processor, both part of Intel's highly acclaimed "Bay Trail" processor platform. Yet, this is a tough, full-function, Intel Bay Trail-powered industrial Windows computer.ĪRBOR's idea here was to create a very light and small industrial PC that doesn't need a fan, yet provides full Windows computing power and a nice complement of standard full-size onboard connectivity, including dual display capabiity to make it suitable for digital signage applications. And it also only weighs half as much as an Apple Mini. That's about half the volume of an Apple Mac Mini. The device is impressively compact - just 6.4 x 4.3 inches and 1.54 inches tall. It's designed primarily for the transportation sector - with numerous deployment scenarios in cars, trucks, buses, and trains - but of interest to numerous other embedded and vertical markets as well. We don't have any recurring charges or in-app purchases in any of our apps.Rugged PC - Rugged Panel PCs: ARBOR IEC-3300Ĭompact, rugged, fanless Intel Bay Trail-based Box PC for digital signage projects in transporationĪRBOR's IEC-3300, introduced June 2015, is a robust, fanless ultra-compact box PC. Lifetime upgrades are included when you purchase the app. DiskMark is specifically built to take these into account so that the read/write performance reported in the benchmark is as close to the real-life performance. The latest NVME/M.2 SATA SSDs employ various techniques such as SLC caching and DRAM buffers to showcase better speeds. A history of benchmarks lets you quickly compare your own drives. It also exhausts I/O buffer caches, resulting in highly accurate results which you can expect to see in real life. ![]() + Random read/write speeds which is the performance you experience when opening or using programs that read and write a lot of files to disk.ĭiskMark is extremely simple to use and invaluable if you work with any USB drives (flash or external harddisks). + Sequential read/write speeds which is the performance you see when copying large files. Test the performance of your solid state drives (NVME/SATA), hard disk drives and flash drives (pen/usb) in just one minute.ĭiskMark performs real world speed tests and shows: ![]()
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