4/13/2023 0 Comments I5 6600k cinebench![]() Not bad, but a higher-end cooler would most likely improve matters still further. Sticking to 4.5GHz and 1.375v, thermals under load via air cooling stabilised in the early 70s. As it is, our CPU sample topped out at 4.5GHz - anything higher and one of the cores wouldn't operate correctly, even when we moved voltage into the 1.4v territory (not something we'd recommend generally - our Skylake sample got very hot at this level). Skylake changes things here - both can be tweaked at will, allowing for finer grain overclocking. There's only limited BCLK tweakery available on most recent Intel CPUs, and the overclock is defined almost entirely by the multiplier. The i5 6600K has a base clock of 3.5GHz, meaning 'BCLK' of 100MHz combined with a 35 multiplier. Processor speed is defined by the base-clock - typically 100MHz on recent Intel processors - and the multiplier. Skylake also has improved overclocking capabilities too. Buy the Intel Core i5 6600K from Amazon with free shipping.However, perhaps the biggest change is the move to the new DDR4 memory standard, taking system RAM bandwidth to the next level. However, despite the increase in PCI Express bandwidth, multi-GPU options are unchanged from last-gen: you can have one card with PCI Express x16 bandwidth, or two with x8. Next-gen M.2/NVMe PCI Express support in some boards also allows for cutting-edge storage to be used natively in RAID. That does mean that owners of existing socket 1150 motherboards supporting Haswell and Broadwell chips will need to upgrade: the new Z170 chipset uses a new socket 1151 connection for the CPU that's incompatible with older hardware, but on the plus side, you do get a bunch of new features - Skylake feature a 40 per cent increase in PCI Express I/O lanes, meaning that there's more bandwidth available for high-speed storage and the new USB 3.1 standard. Additionally, M.2 SSD RAID support is offered via a plug-in PCI Express card, working in concert with the board's existing M.2 port.Īsus is bigging up its five-way optimisation support for advanced overclocking, backed up by a bespoke waterpump header that supports both DC and PWM pumps. The lavish PCI Express bandwidth offered by Skylake is deployed via USB 3.1 support, with a series of Type A and the new Type C connector. There are two LAN ports - Intel's own plus a low latency Turbo LAN solution. Onboard audio is an off-the-shelf integrated solution, but Asus' Crystal Sound 3 should keep interference to a minimum. The Z170 Deluxe has a number of really interesting features. We used a 512GB Crucial MX100 SSD for storage. Our testing set-up was cooled with a Cooler Master Hyper 212 Evo, with power supplied via a Corsair HX750. Asus Z170 Deluxe overviewįor the purposes of our testing, Asus supplied its excellent Z170 Deluxe board, while Corsair supplied two 8GB sticks of its new low-profile Vengeance LPX RAM, rated for 2666MHz. On top of that, the latest Intel architecture is surrounded by an entirely new platform - which has the possibility of bringing its own performance improvements into the mix. Owing to delays with its cutting-edge 14nm production technology, Intel only released two niche Broadwell processors with most of the desktop line skipping straight ahead to Skylake. Part of its fascination is based on the fact that the new processor actually carries two generations worth of optimisations - Intel's recent Broadwell architecture rolled out fully on mobile, but only had a very limited release on desktop. However, based on our testing, Skylake is more interesting than the benchmarks would have you believe. Break out your synthetic benchmarks and your video encoders and performance increases over the outgoing Haswell once again only show an iterative uplift. There's a strong argument that Intel's latest processing architecture - Skylake - follows the same strategy. Intel's focus is now firmly on mobile, where efficiency takes point over raw performance, which serves to diminish the excitement over a new desktop release. Gone are the days of the first and second-gen Core (codenamed Nehalem and Sandy Bridge), which offered substantial generational improvements. Typically, the conclusion is this - if you already own a modern Intel chip, there's little reason to upgrade but if you're buying or constructing a new PC, there's nothing better on the market. In the last few years, reviewing an Intel CPU from a gaming perspective has always been something of a challenge.
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