It offers a good range of PC gaming entertainment and impressive video rendering and conversion speed. While the Skylake CPU offers slightly better performance in our tests (5-10%) it's the GPU that's the biggest attraction. The Intel NUC 6i5SYH with Intel Core i5 6260 and Intel Iris Graphics 540 doesn't look any different to the previous generation NUC 515RYH so it's all down to performance differences with the new model. If you're editing with a lot of fades, overlays, text and effects the advantage of Intel Quick Sync reduces and there's a cut-off point where CPU cores and discreet GPUs are fast but for home video and YouTubers quick-sync generally does the best job as long as the video editing software includes Intel Quick Sync support. This GPU has only 40 EUs (vs 48 in this NUC) but can clock up to 1300 Mhz (vs 1050 Mhz on this NUC.) The rendering performance was 5% faster. A test with a Haswell generation (2014/2015) quad core CPU with Intel Iris Pro graphics (Core i7 4750 HQ with Intel Iris Pro 5200) showed an interesting result. The Intel NUC6i5SYH with the Core i5 6260U with Iris Graphics 540 took a maximum of 4 minutes and 18 seconds and a minimum of just 4 minutes to perform the same test. None of these platforms use the Iris Graphics solution. Recent Core m5 and Core m7 platforms tend to take about 10 minutes and the Surface Book (without discreet GPU) took 6 minutes and 40 seconds. (Video of a 3-way rendering test including the Surface Book here.) The slowest test result recorded so far was with a Surface Pro 3 under warm conditions where the rendering process can be as long at 14 minutes. This reviewer has tested many platforms over the last 6 months using PowerDirector and a fixed set of rendering files. For video hobbyists and YouTube producers it can provide a very significant speed-up compared to CPU-only performance and as long as the edit doesn't include too many graphics intensive filters and particles it can be faster than discreet mobile graphics cards. There's a fan inside the NUC6i5SYH that we'll talk more about later.įinally there's a VESA mounting plate for easy mounting onto the back of monitors.Ħ5 small graphical problems (street textures wrong)Ĥ5 small graphical problems (street textures wrong)ģ1 small graphical problems (street textures wrong)ġ77 small graphical problems (reflections on hood too much)Ģ7 small graphical problems (some missing textures in benchmark)Īn interesting feature of the Skylake integrated graphics unit is the video processing engine which can perform video optimisation, adjustments and can render between various formats. You'll also find a security lock slot on the side, a power button and power-on LED. There's no consumer IR port on this but there's an internal header for NFC. Both HDMI 1.4a (for 4K up to 30 fps) and Mini DisplayPort 1.2 (4K up to 60 fps) are included along with 4 USB 3.0 ports, a GB LAN port (Intel Pro 1000) an SD card reader (SDXC) a headset port and the power port. There's a 2.5 inch SATA housing in the base which can take up to a 9.5 mm height drive so there's plenty of options on storage.Įxternally we see a good range of ports. There's an M.2 slot supporting PCIe SSDs in 2280 or 2242 format. A range of replacement and alternative lids are available though.įour screws in the rubber feet allow the base of the unit to be easily removed for access to 2 DDR4 SO-DIMM slots that can take a maximum of 32 GB. Previous NUCs have been susceptible to scratches on the shiny top cover and we don't see any reason to think that this NUC is different. The casing follows the design of previous NUC cases with a plastic top and bottom and a single-piece milled aluminium housing.
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