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Since next huge thing – Skylake – is here, and Intel is driving with desktop equipment first. Today's presentation fixates on only two processors, the Core i7-6700K and the Core i5-6600K. These chips target lovers and, all the more particularly, gamers. 

This survey covers the all the more capable i7-6700K, a quad-center chip with a stock clock of 4GHz, a most extreme Turbo Boost of 4.2GHz, and Hyper-Threading support. On paper it's a noteworthy chip, yet is it enough to warrant an overhaul from a third or fourth-gen Core quad? 

One little stride for the engineering 

In the course of recent years, Intel has inspired itself forward through an item arrange was noteworthy design correction. Skylake is the last mentioned, however the thin choice of Broadwell desktop equipment implies that, by and by, it's a blend of both. Intel appears to recognize that by contrasting the i7-6700K with theCore i7-4790K in its official press records, as opposed to the Core i7-5775C. 

While a large portion of the elements, for example, Turbo Boost and Hyper-Threading, are at this point commonplace, there are a couple of new increments. Put essentially, Intel has made it feasible for clients to change processor recurrence in 1MHz stages, if such granularity is coveted. This will help fans push the chip straight up to the edge of strength. This is bolstered by more granular RAM overclocking. Clients used to have the capacity to overclock in 200/266 MHz increases – that has been brought down to 100/133MHz. 

Greg Mombert/Digital Trends 

The other real changes come at the stage level. Skylake is appearing close by a chipset called Z170, which utilizes the new LGA1151 processor attachment. This implies the equipment is not in reverse perfect with past motherboards, as was Broadwell – you'll require another motherboard to run with the Core i7-6700K. 

One monster jump for the chipset 

While that is irritating, the Z170's list of capabilities makes it sensible. DDR4 RAM is presently standard, as opposed to DDR3. That is a critical change. Intel appeared the utilization of DDR4 on the X99 chipset, however that focused on amazing frameworks, and just upheld a couple of, exceptionally costly processors. Asus was sufficiently benevolent to furnish us with its Z170-Deluxe for the audit. 

The Z170 ought to have the capacity to handle gobs of additional capacity and gadgets without feeling a data transmission squeeze. 

Z170 is the main edge of Intel's new standard chipsets, so its reception of DDR4 signs looming, across the board selection of the new memory standard. Changing to another memory standard has its expenses, however for this situation they're forgivingly negligible. Two 4GB sticks of DDR 1333 memory can be had for $40. A comparable pair of DDR4 2133, the most moderate form, will set you back $50. That is a little value differential, so the "concealed expense" of moving up to the new chipset is negligible. 

Clients can combine the Z170 with DDR3 on certain motherboards, as the chipset does in fact give support. In any case, DDR4 and DDR3 spaces are not good with each other. It's normal that most motherboard creators will offer DDR4 just, or a mix of both. 

The chipset likewise gives a generous move up to PCI Express transmission capacity. Intel's Z97 chipset, its previous standard lead, could deal with eight PCI Express 2.0 paths with 5Gbp/s of data transfer capacity each. Z170 extends backing to 20 paths of PCI Express 3.0 with 8Gbp/s of data transfer capacity each.