/ 6 years ago While Intels Coffee Lake CPUs are known to require new Z370 chipset motherboards, many fans on existing LGA1151 Kabylake held hope that it will be backwards compatible. That hope was dashed when Intel confirmed new motherboards were required due to new VRM requirements. However, some still hold hope that a firmware fix or hack will be done to enable support. At least on higher-end Z270 mainboards since they should have more than adequate VRM design for 6-core CPUs. Kabylake vs Coffee Lake The Same but Different Intel Kabylake LGA1151 Pinout The latest information reveals that despite the same pin-count and layout, it seems that it will be impossible. Or even with firmware modification. This is due to the fact that the pins themselves are different between Coffee Lake and Kaby Lake. The VSS pins move from 377 to 391, with the addition of 14 pins providing that function. The VCC pin count move up from 128 to 146, adding 18. Some of the formerly reserved RSVD pins are used up, leaving 25 pins from formerly 46. It is not just the actual power supply on the motherboard, but the pin functions themselves that had to change in order to support Coffee Lake LGA1151 CPUs. Intel Coffee Lake LGA1151 Pinout Support By supporting eTeknix, you help us grow and continue to bring you the latest news, reviews, and competitions. Follow us on Facebook, Twitter and Instagram to keep up with the latest technology news, reviews and more. Share your favourite articles, chat with the team and more. Also check out eTeknix YouTube, where you'll find our latest video reviews, event coverage and features in 4K! Looking for more exciting features on the latest technology? Check out our What We Know So Far section or our Fun Reads for some interesting original features.

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The recent announcement of Intel’s eighth-generation Core processors has enthused a lot of gamers and PC geeks around the world. That’s because the mainstream high-end PC market is finally seeing some serious competition after well over a decade of virtually one-way traffic, as Intel dominated the landscape with successive generations of its Core processor lineups. That all changed earlier this year when AMD announced its powerful Ryzen lineup that outperformed pretty much all existing mainstream, similarly-priced parts from Intel by a handsome margin. However, with the announcement of its Coffee Lake’ processors earlier this week, Intel is well and truly back in the reckoning, as the new lineup is said to bring the biggest performance jump in an Intel Core lineup since Sandy Bridge. So how does the chips stack up against their immediate predecessor, Kaby Lake? Let’s find out! What is Coffee Lake? Coffee Lake is the code-name for Intel’s latest processor lineup that’s manufactured on a slightly more refined manufacturing process 14nm++ than its two immediate predecessors, Kaby Lake 14nm+ and Skylake 14nm. The new chips also offer more cores across the board, and a different allocation of cache resources along with a few new features for modders and overclockers. It is essentially a refinement over last year’s Kaby Lake lineup, which was itself an iterative improvement over the company’s first-generation 14nm chips known as Skylake. As part of the package, the Santa Clara-based company announced 6 different CPUs which include three overclockable K’ series processors with unlocked multipliers and three non-overclockable chips with locked multipliers. Taking a look at the K-series chips first, the top-of-the-line i7-8700K comes with 6 physical cores and 12 threads along with 12MB of L3 cache and a boost clock up to The mid-range i5-8600K also features 6 physical cores clocked at out-of-the-box, but unlike its higher-end sibling, doesn’t have hyperthreading. It comes with 9MB of L3 cache, and has a boost clock of up to GHz. As for i3 chips, not only do they also gain two extra cores, but the more premium of the two also comes with an unlocked multiplier. The i3-8350K features 4 cores clocked at 4 GHz, and has a 6MB L3 cache. As for the chips with locked multipliers, they feature slightly lower clock speeds and are a bit lighter on your pocket. CPUi7-8700Ki7-8700i5-8600i5-8400i3-8350Ki3-8100 Cores/Threads6 / 126 / 126 / 66 / 64 / 44 / 4 Base GHz GHz4 GHz Turbo All Cores GHzN / AN/A Turbo Single GHzN / AN/A L3 Cache12 MB12 MB9 MB9 MB6 MB6 MB TDP95 Watts65 Watts95 Watts65 GHz91 Watts65 Watts Coffee Lake vs Kaby Lake Specifications Whether as a knee-jerk reaction to AMD’s Ryzen or whether it happened organically, Intel introduced more than 4 cores in its mainstream processor lineup for the first time in its history. Previously, anything with more than four cores was classified as high-end’ HEDT, and was marketed under the company’s premium E-series and X-series lineups that cost significantly more than mainstream processors. However, with the advent of these eighth-gen chips, the minimum core-count has gone up from two to four in the i3 chips, while the i5 and i7 CPUs all now have 6 physical cores each, with the latter actually featuring 12 threads, thanks to hyperthreading. Clock speeds have seen slight increases across the board, but the integrated GPU Intel UHD 630 aren’t expected to be much better than their last-generation counterparts. It’s not yet clear how all of that will translate into real-world performance, but we should get to know all of that in the weeks to come. Till then, let’s take a quick look at the key specs of the unlocked Coffee Lake chips and see how they compare to their Kaby Lake counterparts. CPUCore i7-8700KCore i7-7700KCore i5 8600KCore i5-7600KCore i3 8350KCore i3-7350K Cores / Threads6 / 124 / 86 / 64 / 44 / 42 / 4 Base GHz Turbo GHzN / AN / A Integrated GPUUHD Graphics 630 GT2HD Graphics 630UHD Graphics 630 GT2HD Graphics 630UHD Graphics 630 GT2HD Graphics 630 L3 Cache12 MB8 MB9 MB6 MB6 MB4 MB TDP95 Watts91 Watts95 Watts91 Watts91 Watts60 Watts Socket PCHLGA 1151 300-SeriesLGA 1151 200-SeriesLGA 1151 300-SeriesLGA 1151 200-SeriesLGA 1151 300-SeriesLGA 1151 200-Series Memory SupportDDR4-2666 MHz Dual ChannelDDR4-2400 MHz Dual-ChannelDDR4-2666 MHz Dual ChannelDDR4-2400 MHz Dual ChannelDDR4-2666 MHz Dual ChannelDDR4-2400 MHz Dual Channel Price$359$339$257$242$168$149 Coffee Lake vs Kaby Lake Gaming and Multi-Threaded Performance Intel claims that the flagship i7-8700K will offer up to 25-percent better performance in games, while “mega-tasking” speeds will apparently improve by as much as 45-percent compared to the Core i7-7700K, which is certainly something to look forward to. We’ll also have to see if these chips are really that much better at gaming than their Ryzen counterparts, given how one of the major criticisms against AMD’s latest chips is their relatively underwhelming performance in games as compared to their Intel counterparts. As far as multi-tasking is concerned, the added cores and increased frequencies are expected to come in handy in multi-threaded applications like 3D modeling and rendering, so it should make for very interesting comparison against the Ryzen chips if you’re planning to run 3ds Max or Maya on your workstation. While we’re yet to get our hands on verified benchmarks, initial reports seem to be extremely favorable, which is why we can’t wait for more dope on these chips going forward. Coffee Lake vs Kaby Lake Pricing and Availability While the core-count, clock speeds and other enhancements are definitely welcome, prices are up across the board, and even though the hikes aren’t too steep, you’ll still have to fork out more for these chips that you would have had to for their immediate predecessors. For example, the i7-8700K costs $359, up from the $305 launch price of the i7-7700K, while the i5-8600K costs $257, up from the $217 of the i5-7600K. As for the i3-8350K, it costs $168, which isn’t bad for a latest-gen, unlocked, Intel quad-core clocked at a whopping 4GHz, but it is still more expensive than its immediate predecessor, the Core i3-7350K that comes with a $149 price-tag. The Coffee Lake processors will launch officially on October 5th, and is expected to be available at both local stores as well as online retailers with immediate effect. Coffee Lake vs Kaby Lake Compatibility Controversy While the increase in prices is an annoyance for many, the most common complaint about Intel’s latest chips seem to be about their lack of compatibility with current motherboards in spite of making use of the same LGA 1151 socket as their predecessors. So anybody wanting to build a Coffee Lake-based rig will have to invest in a new 300-series motherboard, as the current 200-series boards won’t run these new chips even with firmware updates. Given that the Z270 and Z370 platforms are fairly similar, many have cried foul about what they see as Intel’s planned obsolescence of its 200-series platform. Furthermore, the 300-series motherboards also won’t be backwards compatible with Kaby Lake and Skylake chips either, stoking further anger among enthusiasts and DIY PC builders. When asked about the lack of compatibility, Intel’s official reason was that, “Getting the max out of 6 core processor required changes to our motherboards, specifically to provide improved power delivery to new 6-core processors”. The company also said that the new boards will improve the overclocking abilities of Coffee Lake processors “by improving the package power delivery to the CPU”. Another new feature that, according to Intel, necessitated the change was the increased memory bandwidth to 2,666MHz, which apparently, required another improvement on the motherboard layout. Many hardware experts, however, have summarily rejected such reasoning, because, according to them, most of the high-end Z270 motherboards come with over-engineered power-delivery circuitry that make them more than capable of handling the additional requirements of these latest processors. High-end boards feature beefed-up VRMs to enable high overclocks, which should be able to accommodate any additional power requirements. All said and done, the new chips still max out at 95 watt TDP, and although they do have higher core counts compared to their Kaby Lake counterparts, the additional power draw should not be inordinately higher. SEE ALSO Intel Coffee Lake vs AMD Ryzen A Quick Comparison Intel Coffee Lake vs Kaby Lake The Best Mainstream Processors Ever From Intel? While the jury is still out on whether Coffee Lake represents the best that Intel has ever had to offer in terms of its mainstream desktop processors non-X, non-E, most initial reports seem to point that way. In fact, most people seem to be of the opinion that the range represents the biggest generational performance leap we’ve seen from the company since Sandy Bridge, which was launched back in 2011. However, even as most enthusiasts are rejoicing at the prospect of true competition between Intel and AMD after about a decade and a half of one-way traffic, the lack of compatibility with older motherboards and the slight increase in prices are some of the sore points that may throw a spanner in Intel’s hopes of halting AMD’s Ryzen-powered march. As somebody who’s looking to build an all-new rig from scratch, the Coffee Lake does look pretty lucrative to me, but what about you? Are you considering an upgrade to Coffee Lake, or is the lack of backward compatibility a deal-breaker for you? Do let us know in the comment section below, because we love hearing from you.

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Intel meresmikan hadirnya prosesor terbarunya berbasis arsitektur Coffee Lake. Prosesor berteknologi manufaktur 14 nanometer tersebut menawarkan performa hingga 45 persen lebih tinggi dibanding generasi pendahulu dalam berbagai skenario penggunaan. Lalu, sejauh mana sih selisih perbedaan performanya? Berikut ini perbandingan performa Intel Coffee Lake dengan Kaby Lake untuk notebook. Baca juga Review Perbandingan Qualcomm Snapdragon 450 vs Snapdragon 625 Perbandingan Android Oreo dan Nougat di ZenFone 3 Perbandingan Xiaomi Redmi 5 vs Infinix Hot S3 Sebagai informasi, notebook yang digunakan adalah Asus ROG Zephyrus GX501 Intel Core i7-7700HQ + Nvidia GeForce GTX1080 vs Asus ROG Zephyrus M GM501 Intel Core i7-8750H + Nvidia GeForce GTX1070 Jika dilihat dari pengukuran awal yang dilakukan, Intel Coffee Lake menawarkan potensi peningkatan performa yang signifikan dibanding teknologi terdahulu. Pengguna akan merasakan pengalaman yang jauh lebih menyenangkan saat melakukan beragam aktivitas pada laptopnya, terutama gaming. Dengan Coffee Lake, Intel menghadirkan performa komputasi, termasuk bekerja dan gaming, yang sangat luar biasa. Peningkatan kinerja yang dihadirkan dibanding versi pendahulu sangat signifikan. ASUS, sebagai yang pertama menghadirkan teknologi tersebut pada ROG Zephyrus M GM501, benar-benar akan membawa penggunanya ke level terbaru untuk pengalaman berkomputasi mobile. OkSo I am eventually upgrading from my ivy Bridge i5 3350P which has served me well but it is old. But it will likely be a little while longer by then kaby lake will be aobut and possibly not far off from then coffee lake. I am wondering if I wish to get the most out of the performance boost sho Home News Intel is poised to release its 8th Gen Coffee Lake processors on October 5, which means it’s just about time to start asking if you should get yourself a cuppa the company’s latest CPUs or if you should stick with Kaby Lake. Or if you’re upgrading from a previous generation, whether the extra costs of Coffee Lake and there are extra costs make it a better choice than Kaby Lake. Let’s do a little comparison Lake and Kaby Lake are similar in many ways. They rely on the same microarchitecture, with Coffee Lake being effectively ahem caffeinated with a slightly refined manufacturing process 14nm++ over Kaby Lake 14nm+, as well as more cores and threads across the board, a different allocation of cache resources, and a few new overclocking knobs and levers. Each of these chip generations requires a different chipset 100-Series or 200-Series for Kaby Lake, 300-Series for Coffee Lake, and you need to factor that into your cost/benefit equation as well. You will also need to account for the extra cost of a premium “Z” motherboard to overclock the unlocked “K” SKUs. “H” and “B” motherboards are suitable for the locked models. Expect to wait until early next year for the value-centric 300-Series H and B motherboards for Coffee Lake, though. In either case, connectivity options, such as the dual-channel memory support and 16 PCIe lanes from the processor, remain identical for the 300-series motherboards. MORE No, Coffee Lake Will Not Run In Z270 Motherboards And Here's WhyYou don’t visit Coffee Lake for the motherboard, though. Everyone is here for more cores. The biggest improvement between Kaby Lake and Coffee Lake is the addition of two more cores to Intel’s mainstay Core i3, i5, and i7 families. Intel’s performance projections, which primarily focus on application-level performance as opposed to synthetic benchmarks that scale linearly, appear somewhat modest. But adding 50% more cores to the i7 and i5 series and 100% more cores to the i3 lineup promises to unlock the most performance we’ve ever seen from mainstream Intel processors. Of course, that’s needed to fend off AMD’s core-laden assault, but the benefits make a splash in the form of 25% more FPS in games according to Intel and 45% better “mega-tasking” performance again, per Intel’s claims. We’ll find out if these CPUs reflect the company’s promises when we load them up on our test Coffee Lake lineup has been in development for years, and although the changes to the chips themselves seem designed to parry AMD’s thrust, the relatively early rollout is the only real indicator that Intel is feeling the heat of Ryzen. For now, though, we want to compare Coffee Lake to Kaby Lake. Let’s walk through the i7 Coffee Lake vs. Kaby LakeThe i7 series benefits from Hyper-Threading, so the six cores schedule 12 threads in parallel. Interestingly enough, the Intel Core i7-8700 models feature a drop in base frequency compared to the Kaby Lake counterparts, but this is largely the result of packing more cores into the same package. The additional cores consume more power, which equates to heat. Even though the processor utilizes an improved 14nm++ process, the basic rules dictate that something has to give somewhere. Intel offsets these lower base frequencies with much-improved boost frequencies, which means the processor will spin up to higher speeds when the additional cores aren’t needed. We’re looking at a 300-400 MHz increase in boost frequencies between generations, which promises snappier performance in lightly threaded applications. Intel’s Turbo Boost algorithms also increase performance at various rates based on the number of active cores, even if all of them are active, but unfortunately the company is no longer providing us with complete Turbo tables in advance of our testing. That’s just a measurement task, so we’ll address that in our review and update here when the NDA expires on Oct i7-8700K seems like a more modest upgrade over the i7-8700. It has a GHz base frequency, which is a nice bump, but the boost frequency is just GHz. The higher-end model also features an unlocked multiplier, but otherwise it’s identical to the to scroll horizontallyHeader Cell - Column 0 Intel Core i7-8700KIntel Core i7-8700Intel Core i7-7700KIntel Core i7-7700Suggested Retail PricingMSRP $359MSRP $303Intel Core i7-7700KIntel Core i7-7700SocketLGA 1151LGA 1151LGA 1151LGA 1151Cores/Threads6 / 126 / 124 / 84 / 8Base GHzBoost GHzMemory SpeedDDR4-2666DDR4-2666DDR4-2400DDR4-2400Memory ControllerDual-ChannelDual-ChannelDual-ChannelDual-ChannelUnlocked MultiplierYesNoYesNoPCIe Lanesx16 Gen3x16 Gen3x16 Gen3x16 Gen3Integrated GraphicsIntel UHD Graphics 630 up to 1,200 MHzIntel UHD Graphics 630 up to 1,200 MHzIntel HD Graphics up to 1,150 MHzIntel HD Graphics 630 up to 1,150 MHzCache L2+L3 LakeCoffee LakeKaby LakeKaby LakeProcess14nm++14nm++14nm+14nm+TDP95W65W91W65WPrice per 1K Unit$359$303$339$303All of this extra power is accompanied by a minor TDP increase, from the i7-7700K’s 91W to the i7-8700K’s 95W, although we imagine extra voltage will magnify that difference when you overclock. The i7-7700 and i7-8700 both sit at 65W, which is a surprising parity given the extra cores. Coffee Lake i7s also boast support for higher memory speeds, from DDR4-2400 with Kaby Lake to DDR4-2666 with the new processors. Just don’t expect that advantage on the less expensive i3 models, which still top out at DDR4-2400. Intel also added new memory multipliers that let you crank the memory up to 8400 MT/s without modifying the base clock BCLK. We also get a new on-the-fly memory latency adjustment feature more on that to come, and speaking of BCLK, the company also added a more advanced PLL Trim feature. The integrated graphics also receives a slight bump from the Intel HD Graphics 630 clocked at 1,150 MHz Kaby Lake to the Intel UHD Graphics 630 at 1,200 MHz Coffee Lake. Like the previous-generation Kaby Lake processors, you’ll need a license for Windows 10 to use the full graphics functionality, but the difference in graphics capability is minor. Intel also went with its usual 2MB of L3 cache per core allocation, which nets an increase to 12MB of L3 cache. We’re also assuming that Intel is sticking to its 256KB of L2 cache per core, which also grants us an extra 512KB of L2 cache for the hexa-core models. Intel’s i7-8700K sets the tone for what we already expected with the “K” models It features a price premium compared to the previous-generation i7-7700K. The additional $20 for two extra cores isn’t a big increase, and the move is likely designed more to prevent cannibalization of Intel’s other processors than to offset increased production costs. Meanwhile, the locked -8700 matches its -7700 counterpart’s pricing. Core i5 Coffee Lake vs. Kaby LakeIntel made similar changes to the i5 lineup. The company increased the core count from Kaby’s four to six for the Coffee Lake processors, but alas, we still don’t get Hyper-Threaded cores. That means you get only one thread per core, but a 50% increase in cores is welcome. Again, note the lower base frequencies for the Coffee Lake models, offset by higher boost frequencies. It will also be interesting to compare the mid-range Turbos once we can share that i5 lineup also features an almost imperceptible improvement to its integrated graphics. Whereas the Intel Core i5-7400 featured Intel HD Graphics 630, which was clocked at up to 1,100 MHz, the i5-8400 and i5-8600K feature Intel UHD Graphics 630 clocked at up to 1,150 MHz. Of course, the change from the “HD” to the “UHD” moniker is more of a marketing exercise than an indication that you receive significantly expanded features, because there aren’t any. Swipe to scroll horizontallyHeader Cell - Column 0 Intel Core i5-8600KIntel Core i5-8400Intel Core i5-7600KIntel Core i5-7400Suggested Retail PricingMSRP $257MSRP $182Intel Core i5-7600KIntel Core i5-7400SocketLGA 1151LGA 1151LGA 1151LGA 1151Cores/Threads6 / 66 / 64 / 44 / 4Base GHzBoost GHzMemory SpeedDDR4-2666DDR4-2666DDR4-2400DDR4-2400Memory ControllerDual-ChannelDual-ChannelDual-ChannelDual-ChannelUnlocked MultiplierYesNoYesNoPCIe Lanesx16 Gen3x16 Gen3x16 Gen3x16 Gen3Integrated GraphicsIntel UHD Graphics 630 up to 1,150 MHzIntel UHD Graphics 630 up to 1,150 MHzIntel HD Graphics 630 up to 1,150 MHzIntel HD Graphics 630 up to 1,100 MHzCache L2+L3 LakeCoffee LakeKaby LakeKaby LakeProcess14nm++14nm++14nm+14nm+TDP95W65W91W65WPrice per 1K Unit$257$182$242$182Much like the Coffee Lake i7s, some of the new i5s feature an increased TDP. The i5-8400 and i5-7400 are both at 65W, but the i5-8600K rises to 95W from the i5-7600K’s 91W. The Coffee Lake i5 chips also support up to DDR4-2666 memory speeds versus the Kaby Lake processors’ support for extra cores also bring a few extra cache slices. The Coffee Lake i5 processors feature a healthy 9MB of L3, compared to 6MB with the previous generation models, as well as of L2 cache. Again, we see the same pricing for the unlocked models and a somewhat smaller $15 delta between the two locked i3 Coffee Lake vs. Kaby LakeDiving down into the i3 lineup exposes some of Intel’s famed segmentation. We are getting more cores with this generation. The Coffee Lake processors feature four physical cores compared to Kaby Lake’s two, but Intel left i3 memory support at DDR4-2400. That might lead some to opine that the i3 models are just carbon copies of the previous-generation i5 series, albeit with the improved 14nm++ two cores to the i3 models equates to a proportionally larger 100% increase in cores, which you would expect to be reflected in power consumption and TDP specifications. We’ll measure power soon enough, but the i3-8350K’s 91W TDP is a significant jump over the i3-7350K’s 60W rating. We also see a somewhat large jump from 51W with the Kaby Lake i3-7300 to 65W with the Core i3-8100. Aside from the UHD marketing moniker, the integrated graphics performance should be identical across the two generations, including the clock to scroll horizontallyHeader Cell - Column 0 Intel Core i3-8350KIntel Core i3-8100Intel i3-7350KIntel i3-7100Suggested Retail PricingMSRP $168MSRP $117Intel Core i3-7350KIntel Core i3-7300SocketLGA 1151LGA 1151LGA 1151LGA 1151Cores/Threads4 / 44 / 42 /42 / 4Base GHzBoost FrequencyN/AN/AN/AN/AMemory SpeedDDR4-2400DDR4-2400DDR4-2400DDR4-2400Memory ControllerDual-ChannelDual-ChannelDual-ChannelDual-ChannelUnlocked MultiplierYesNoYesNoPCIe Lanesx16 Gen3x16 Gen3x16 Gen3x16 Gen3Integrated GraphicsIntel UHD Graphics 630 up to 1,150 MHzIntel UHD Graphics 630 up to 1,150 MHzIntel HD Graphics 630 up to 1,150 MHzIntel HD Graphics 630 up to 1,100 MHzCache L2+L3 LakeCoffee LakeKaby LakeKaby LakeProcess14nm++14nm++14nm+14nm+TDP91W65W60W51WPrice per 1K Unit$168$117$168$117Perhaps the most interesting change is the drop in base frequency between the Intel Core i3-7300 and i3-8100. The former is clocked at GHz, the latter at GHz. The i3-8350K has the same base frequency. That shouldn’t be a deal-breaker, but it’s worth pointing out, particularly because Intel still doesn’t enable Turbo Boost with the i3 lineup. That means you won’t benefit from the higher Turbo ratios we see in the i5 and i7 series. That won’t be as big of a problem with the overclockable i3-8350K-it's expected that users will crank up the clocks-but it will be interesting to see how that impacts the i3-8100 in common desktop i3-8100 also sees the smallest L3 cache allocation of the lineup, with a mere 6MB. Intel is also continuing its new-found practice of offering a “value” i3 SKU that requires an expensive Z-Series motherboard for overclocking. The prevailing opinion is that this approach isn’t popular, but Intel’s continuation of the practice might suggest otherwise. Stay tuned for our full review when Coffee Lake Launches on October 5. Join the experts who read Tom's Hardware for the inside track on enthusiast PC tech news — and have for over 25 years. We'll send breaking news and in-depth reviews of CPUs, GPUs, AI, maker hardware and more straight to your inbox. Paul Alcorn is the Deputy Managing Editor for Tom's Hardware US. He writes news and reviews on CPUs, storage and enterprise hardware. Most Popular

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perbedaan kabylake dan coffee lake