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^{Prosesor terbaru Intel, Core 8th Gen., dengan codename Coffee Lake, tidak lama lagi akan resmi dirilis. Prosesor Core i 8th Gen. ini adalah penerus dari Core i “Skylake” dan “Kaby Lake” yang telah dirilis oleh Intel sebelumnya. Tentunya, seperti prosesor-prosesor baru pada umumnya, ada beberapa hal baru yang menyertai kehadiran prosesor “Coffee Lake” ini. Kami mencoba mengumpulkan beberapa hal, termasuk hal baru, yang ada di Coffee Lake ini yang penting Anda ketahui. Berikut ini adalah 5 hal penting terkait Core i 8th Gen. “Coffee Lake”1. Tambahan 2 Core untuk Setiap Lini Intel menyebutkan bahwa Core i 8th Gen. ini ditujukan untuk mengakomodasi kebutuhan tiga hal utama, yaitu gaming, content creation, dan overclocking. Agar sesuai dengan kebutuhan tersebut, Intel melakukan perombakan di keluarga Coffee lake ini. Mereka menambahkan dua core ekstra untuk setiap lini prosesor Core i Coffee Lake ini. Jadi, baik Core i7, Core i5, maupun Core i3, semuanya mendapatkan dua core lagi dari konfigurasi yang sebelumnya. Core i7 Coffee Lake kini memiliki 6-core, tetap dengan fitur Hyper Threading, sehingga bisa menangani 12-thread. Core i5 Coffee Lake juga memiliki enam core, tetapi tanpa Hyper Threading. Sementara Core i3 kini mengusung 4-core tanpa Hyper Threading. Berikut ini adalah perbandingan spesifikasi dasar dari Core i3, Core i5, dan Core i7 dari tiga generasi terakhir Core iCPU NameCore i3-8350KCore i3-7350KCore i3-6320Detail CPUCPU Code NameCoffee LakeKaby LakeSkylake of Cores422 of Threads444CPU NameCore i5-8600KCore i5-7600KCore i5-6600KDetail CPUCPU Code NameCoffee LakeKaby LakeSkylake of Cores644 of Threads644CPU NameCore i7-8700KCore i7-7700KCore i7-6700KDetail CPUCPU Code NameCoffee LakeKaby LakeSkylake of Cores644 of Threads12882. Fabrikasi/Litografi Masih 14 nmKeluarga Coffee Lake masih menggunakan fabrikasi/litografi 14 nm. Artinya fabrikasi yang digunakan ini masih sama dengan Core i 5th Gen. “Broadwell”, Core i 6th Gen. “Skylake”, dan tentu saja Core i 7th Gen. “Kaby Lake”. Ya, Intel masih menggunakan fabrikasi 14 nm, mirip dengan yang telah mereka gunakan sejak tahun 2014 lalu. Walaupun begitu, bukan berarti Intel tidak melakukan perubahan apapun di fabrikasi prosesor baru mereka ini. Intel telah menyebutkan bahwa mereka telah meninggalkan skema “Tick Tock” untuk perkembangan prosesor mereka, beralih ke skema yang menyertakan optimasi fabrikasi. Optimasi fabrikasi 14 nm, yang tentu saja didukung oleh pengalaman beberapa tahun menangani prosesor dengan fabrikasi 14 nm tersebut, membuat Intel kini bisa menghasilkan prosesor Core i dengan jumlah core lebih banyak, serta menggunakan clock speed yang masih tetap tinggi, berada di kisaran yang sama dengan yang ditawarkan Core i Kaby Lake. Misalnya, Core i7-8700K, walaupun mengusung 6-core/12-thread, memiliki boost clock untuk all core mencapai GHz, hanya terpaut 100 MHz saja dengan Core i7-7700K yang hanya mengusung 4-core/8-thread. Menariknya, TDP Core i7-8700K hanya 4 Watt di atas Core i7-7700K 95 W berbanding 91 W.Lalu, apa 3 hal penting lain? Mari lanjutkan ke halaman berikutnya! 5 Hal Penting Terkait Prosesor Intel Core i 8th Gen. "Coffee Lake" - Bagian 1 5 Hal Penting Terkait Prosesor Intel Core i 8th Gen. "Coffee Lake" - Bagian 2Pages 1 2} Trongđó, Coffee Lake là phiên bản có nhiều cải tiến cho hiệu năng mạnh mẽ hơn. Core i5 thế hệ thứ 8 là dòng CPU tầm trung, được sản xuất trên tiến trình 14 nm tiên tiến đến từ Intel - hãng vi xử lý máy tính hàng đầu hiện nay. / 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. IntelKabylake dan Skylake dengan Perilaku Sistem yang Tidak Dapat Diprediksi dengan Hyper-Threading. TOKO DUKUNGAN. PC Pusat Data Mobile: Lenovo Mobile: Motorola 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

Enterthe number of the processor in the search box located on the right side. On the processor product page, and under Security & Reliability, check to see if Intel® Virtualization Technology (VT-x) is supported. Using Intel® Core™ i7-12700K processor as an example: Enter the number of the processors in the search box. On the specification

Home References Image credit ShutterstockIteration after iteration of Intel processors since 2015, starting with its 6th Generation Core "Skylake" CPUs, have brought us a slew of "lake"-based code names for new CPUs. The latest in this line is the recently leaked Comet Lake Intel processors, expected to arrive later this a high-level, the order of release or at least the order of expected release was Skylake->Kaby Lake->Coffee Lake->Cannon Lake->Whiskey/Amber Lake, and Comet Lake unreleased each effectively based on the Skylake microarchitecture. It isn't an easy task wrapping your head around what's what on the microarchitecture end with all these similar code names, but we're here to help clear that let's take a look at some of the details in table form for some clarity, then we'll dive deeper in into Intel's various to scroll horizontallyRow 0 - Cell 0 Base/Turbo Clocks GHzTDPMaxCore/Thread Count Max inc. HEDTProcess NodeAppx of CPUsall typesYear ReleasedComet Lake??????10c /20t14++nm???Later 2019Whiskey / / 8t14++nm58/2018Amber / / 4t14++nm48/2018Cannon / / 4t10nm15/2018Coffee / / 12t14++nm60+10/2017Kaby / / 8t14+nm80+8/ / / 36t14nm100++8/2015SkylakeBack in 2015, Intel released their Skylake architecture that succeeded the short run of Broadwell-based CPUs. Skylake was the "tock" in Intel's now-obsolete "Tick-Tock" production model, marking a brand-new architecture change versus the "tick," which was traditionally a die-shrink of an existing architecture. Skylake CPU's were based on the then-fresh 14nm fabrication process, using familiar i3/i5/i7-6-series branding for the Core models, G45x for Pentium models, and G39x for Celeron CPUs. Core and thread counts ranged from 2-core/2-threads on the Celerons to 4-core/8-threads on the higher-performing SKUs, with clock speeds ranging from GHz base clock to GHz Turbo. A slew of mobile processors under the 6-series naming was also released and defined by the suffix on the end of the model. We saw the flagship mobile processor as an i7-6970HQ with 4-core/8-threads, down to 2-core/2-threads again with Celeron-based processors. Since these are designed for mobile purposes, their TDP and boost speeds are lower than chips from the desktop family. On the High-End Desktop HEDT platform, first generation Skylake-X chips were branded with Core i7/i9 7-series parts i9-7980XE was the flagship with core and thread counts ranging from 6-core/12-threads to 18 cores/36 threads. The Skylake-X platform was updated late in 2018 and bumped up to the i7/i9 9xxx series the i9-9980XE is the current flagship with improved base and boost clocks and LakeKaby Lake was announced in 2016, with its desktop CPUs launched in January of 2017, while OEM/mobile launched earlier in 2016. Kaby Lake is produced using the same 14nm manufacturing process, which broke Intel's tick-tock production model. Architectural changes included increased clock speeds, faster clock speed changes, an improved graphics core, 16 lanes of PCIe from the CPU and 24 lanes of PCIe from the CPU. This was also the first set of processors to bring with it support for Intel's Optane Lake processors hit the scene using the i3/i5/i7-7xxx naming schemes with the Pentiums now using G46xx and Celeron G39xx. Core counts remained unchanged in this generational bump, though clock speeds ranged from GHz to GHz. These are increases of 200 Mhz base clock and 300 Mhz for single-core turbo, while fitting into the same 91W TDP. The integrated GPU was also improved and uses the HD 6-series naming offering better performance than the previous 5-series. Kaby Lake mobile CPUs made their appearance early in 2017 as well, with their naming scheme now using the i3/i5/i7 7xxx series CPUs along with a couple of Pentium 44xx the "G" naming was removed and Celeron and Celeron 3xxx series CPUs. Core counts also remained the same on the mobile the HEDT platform, Intel surprisingly released the i7-7740X and i7-7640X CPUs, which of course fit in the LGA 2066 socket like its Skylake-X predecessors. Curiously, these CPUs' respective 4-core/8-thread and 4-core/4-thread designs, more akin to mainstream chips, made them an odd choice for "HEDT" which had more recently started at 6-core/12-thread configurations. It seems the market also found these chips less than appealing, and Intel discontinued its Kaby Lake X parts after a little over a year on the LakeCoffee Lake CPUs, now i3/i5/i7 8-series based on the 14nm++ refinement, have been available to the public since Q3 2017. They mate with 300-series chipsets and are not officially compatible with 100/200 series. These new processors broke form likely under pressure from AMD's successful Ryzen lineup, with i5 and i7 CPUs now having six cores. The Core i3 CPUs were now four-core CPUs without later Coffee Lake refresh confused things a bit more, with Core i7 competing with AMD Ryzen, going up to 8 cores without Hyperthreading. The Pentium Gold CPUs now sport a 2-core/4-thread setup, with the Celeron filling in the 2-core/2-thread space. Continuing down the rabbit hole, i9 CPUs were introduced on the mainstream platform, bring 8 cores and hyperthreading. There were a lot of changes in the Coffee Lake refresh in regards to established naming conventions. Clock speeds ranged from GHz to the sought-after 5 GHz for single-core turbo. While largely the same as previous-gen, the integrated GPU on these chips received a speed bump of 50 Mhz and a rebrand to UHD processors under the Coffee Lake family received core count and clock speed boosts as well. The mobile segment also took on the 8-series naming and i3/i5/i7 identifiers, and also added an i9. All core i7 and i9 CPUs here have six cores and 12 threads, save for the Core i7-8559U, a 4-core/6-thread chip with Iris Plus graphics. The i5 mobile side features a mix of 6-core/6-thread models and 4-core/8-thread CPUs. Core i3 mobile drops the dual-core limitation and now uses 2-core/4-thread and 4-core/4-thread designs. There's nothing here yet on the HEDT side. But Wait, There's More Coffee Lake!Coffee Lake received a small update on the desktop side in late 2018 when Intel released the 9-series processors. These processors included hardware mitigations against some Meltdown and Spectre vulnerabilities and included the first mainstream consumer processor to support 128 GB of RAM. The 9 series brings back some sanity to the naming schemes and cores counts too with the i3 delivering 4 cores and 4 threads, i5 stepping up to 6 cores and threads, the i7 toting 8 cores and threads, with the i9 bringing on hyper-threading with 16 threads and 8 cores. Intel also introduced the KF series processors in early 2019, which do not have a functioning integrated GPU. Clock speed ranges for these latest Coffee Lake chips start from GHz base to 5 GHz dual core turbo on the i9-99xx LakeThe Cannon Lake microarchitecture, is a die shrink of Kaby Lake and first on the much-troubled and delayed 10 nm process. This release includes at the time of this writing a single CPU SKU, the lonely Core i3-8121U. A mobile processor with a 15W TDP, it's a two core CPU no hyper-threading with a base clock of GHz and a top clock of GHz. The latest word is that large-scale production of Cannon Lake is delayed again, but most signs point to Intel moving forward to other Lakes instead of bringing new Cannon Lake processors to LakeWhiskey Lake processors are the third iteration of the 14nm process, the same as Coffee Lake's 14++nm. These low power mobile processors have increased turbo clocks over Kaby Lake, native USB Gen 2 support, as well as integrated 160 Mhz Wi-Fi and Bluetooth although the board still requires extra hardware to work. These five SKUs range from dual-core, dual-thread with the Celeron 4205U, dual-core, four-thread in Pentium Gold 5405U and i3 CPUs, up to four-core, eight-thread chips. Clockspeeds on Whiskey Lake processors range from GHz to GHz Turbo LakeComet Lake leaks have hit the web recently in the form of some code/updates to Intel's Linex DRM kernel drive and coreboot, which we covered here. Not a lot of details have been revealed yet, but some scrapings of code suggest it is based off Coffee Lake and is yet another Skylake refresh using the 14nm manufacturing process. Comet Lake-U processors, commonly found in laptops look to have up to 6 cores, while the Comet Lake H/S variants will feature up to 10 cores. Not much else is known about clock speeds or TDPs at this time, but it seems Comet Lake will use the existing Gen9 graphics chip with mentions of both GT1 and GT2 we learn more about Comet Lake as 2019 progresses, you'll of course see more coverage on the subject on these pages, and we'll update this story. 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. Joe Shields is a Freelance writer for Tom’s Hardware US. He reviews motherboards. Most Popular

^{Homepage; intel core i7 processor pdf. intel core i7 processor pdf} Perbedaan Kabylake Dan Coffee Lake – Kabylake dan Coffee Lake adalah prosesor yang merupakan versi terbaru dari Skylake dan Kaby Lake. Kedua prosesor ini umumnya digunakan dalam laptop atau desktop modern. Namun, ada beberapa perbedaan penting antara Kabylake dan Coffee Lake. Pertama, Kabylake menggunakan inti prosesor Intel Core generasi ke-7, sementara Coffee Lake menggunakan inti prosesor Intel Core generasi ke-8. Kedua, Kabylake hanya mendukung jumlah core prosesor hingga 4 inti, sementara Coffee Lake dapat mendukung hingga 8 inti. Selain itu, Kabylake juga menawarkan teknologi Hyper-Threading, yang memungkinkan setiap inti prosesor untuk menangani dua thread secara bersamaan. Coffee Lake, di sisi lain, juga menawarkan teknologi Hyper-Threading, tapi dengan jumlah thread yang lebih tinggi. Hal ini membuat Coffee Lake lebih baik dalam menangani tugas yang membutuhkan banyak thread sekaligus, seperti rendering dan editing video. Kabylake dan Coffee Lake juga memiliki perbedaan dalam hal fitur grafis. Kabylake menawarkan dukungan untuk Intel HD Graphics, sementara Coffee Lake mendukung Intel UHD Graphics. Intel HD Graphics menawarkan kemampuan lebih rendah daripada Intel UHD Graphics, tetapi keduanya masih dapat menangani berbagai tugas grafis sederhana. Terakhir, Kabylake dan Coffee Lake juga memiliki perbedaan dalam hal kecepatan clock. Kabylake memiliki kecepatan clock hingga 4,2 GHz, sementara Coffee Lake memiliki kecepatan clock hingga 4,7 GHz. Kecepatan clock yang lebih tinggi berarti bahwa Coffee Lake akan menangani tugas-tugas yang lebih berat lebih cepat daripada Kabylake. Jadi, Kabylake dan Coffee Lake memiliki beberapa perbedaan penting dalam hal inti prosesor, teknologi Hyper-Threading, fitur grafis dan kecepatan clock. Sejauh ini, Coffee Lake tampaknya lebih baik dari Kabylake dalam banyak aspek kinerja. Namun, Kabylake masih bisa menjadi pilihan yang baik bagi orang-orang yang mencari prosesor yang lebih hemat energi dan dapat diandalkan. Penjelasan Lengkap Perbedaan Kabylake Dan Coffee Lake1. Kabylake dan Coffee Lake adalah prosesor versi terbaru dari Skylake dan Kaby Kabylake menggunakan inti prosesor Intel Core generasi ke-7, sementara Coffee Lake menggunakan inti prosesor Intel Core generasi Kabylake hanya mendukung jumlah core prosesor hingga 4 inti, sementara Coffee Lake dapat mendukung hingga 8 Kabylake menawarkan teknologi Hyper-Threading, sementara Coffee Lake menawarkan teknologi Hyper-Threading dengan jumlah thread yang lebih Kabylake menawarkan dukungan untuk Intel HD Graphics, sementara Coffee Lake mendukung Intel UHD Kabylake memiliki kecepatan clock hingga 4,2 GHz, sementara Coffee Lake memiliki kecepatan clock hingga 4,7 GHz. Penjelasan Lengkap Perbedaan Kabylake Dan Coffee Lake 1. Kabylake dan Coffee Lake adalah prosesor versi terbaru dari Skylake dan Kaby Lake. 1. Kabylake dan Coffee Lake adalah prosesor versi terbaru dari Skylake dan Kaby Lake. Skylake dan Kaby Lake adalah generasi prosesor Intel Core pertama yang menggunakan teknologi 14nm. Generasi ini memiliki fitur-fitur baru, seperti suport DDR4 RAM, Intel Optane, dan teknologi Turbo Boost yang lebih baik. Coffee Lake adalah prosesor berbasis 14nm yang menggunakan arsitektur Intel Skylake. Kabylake adalah versi Skylake yang menggunakan teknologi 14nm yang lebih baru. Kedua prosesor ini berfokus pada kemampuan multitasking yang lebih baik, kinerja grafis yang lebih cepat, dan daya tahan baterai yang lebih lama. Kabylake dan Coffee Lake memiliki beberapa perbedaan yang signifikan. Coffee Lake menawarkan lebih banyak inti dan thread dibandingkan Kabylake. Coffee Lake memiliki 6 atau 8 inti, sedangkan Kabylake hanya memiliki 4 inti. Hal ini membuat Coffee Lake sangat cocok untuk tugas-tugas multi-core yang membutuhkan banyak daya prosesor. Coffee Lake juga memiliki kemampuan memori yang lebih tinggi dibandingkan dengan Kabylake. Coffee Lake mendukung DDR4 RAM hingga 2133MHz, sedangkan Kabylake hanya mendukung RAM DDR3 hingga 1600MHz. Coffee Lake juga memiliki kemampuan grafis yang lebih tinggi dibandingkan dengan Kabylake. Coffee Lake mendukung Intel HD Graphics 630 yang memiliki performa grafis lebih tinggi dibandingkan dengan Kabylake. Kabylake dan Coffee Lake juga memiliki beberapa kemiripan. Kedua prosesor ini menggunakan teknologi 14nm, yang membuatnya lebih hemat daya dibandingkan dengan prosesor lain. Keduanya juga mendukung teknologi Turbo Boost yang memungkinkan untuk meningkatkan kinerja prosesor secara otomatis saat diperlukan. Keduanya juga menggunakan socket LGA 1151, yang memudahkan untuk mengganti prosesor. Jadi, Coffee Lake memiliki kemampuan inti, thread, memori, dan grafis yang lebih tinggi dibandingkan dengan Kabylake. Namun, Coffee Lake memiliki harga yang lebih tinggi daripada Kabylake. Jadi, jika Anda mencari prosesor dengan harga yang lebih terjangkau, Kabylake adalah pilihan yang baik. Namun, jika Anda mencari prosesor dengan performa yang lebih tinggi, Coffee Lake adalah pilihan yang lebih baik. 2. Kabylake menggunakan inti prosesor Intel Core generasi ke-7, sementara Coffee Lake menggunakan inti prosesor Intel Core generasi ke-8. Kabylake dan Coffee Lake adalah dua generasi prosesor Intel Core yang memiliki perbedaan yang signifikan. Sebagian besar perbedaan dapat diamati dari jenis inti prosesor yang mereka gunakan. Kabylake menggunakan inti prosesor Intel Core generasi ke-7, sementara Coffee Lake menggunakan inti prosesor Intel Core generasi ke-8. Perbedaan lainnya antara Kabylake dan Coffee Lake meliputi kecepatan, daya, dan efisiensi. Kabylake merupakan prosesor Intel Core generasi ke-7 yang merupakan penyempurnaan dari generasi sebelumnya Skylake. Inti prosesor Kabylake menawarkan peningkatan performa sebesar 5-15% dibandingkan dengan Skylake, meskipun tidak sebesar yang diharapkan. Selain itu, Kabylake juga menawarkan kemampuan konsumsi daya yang lebih baik berkat arsitektur yang dioptimalkan. Coffee Lake adalah generasi prosesor Intel Core berikutnya yang menggunakan inti prosesor Intel Core generasi ke-8. Prosesor ini menawarkan peningkatan performa sebesar 40-60% dibandingkan dengan Kabylake. Hal ini dicapai melalui peningkatan jumlah inti dan thread yang tersedia, serta peningkatan kecepatan clock, yang memungkinkan Coffee Lake untuk melakukan lebih banyak pekerjaan secara paralel daripada Kabylake. Selain itu, Coffee Lake juga dilengkapi dengan teknologi baru seperti Intel Optane Memory dan Intel Speed Shift yang memungkinkan prosesor untuk bekerja dengan lebih cepat dan efisien. Kesimpulannya, Kabylake dan Coffee Lake adalah dua generasi prosesor Intel Core yang memiliki perbedaan yang signifikan. Perbedaan utama antara keduanya adalah inti prosesor yang mereka gunakan, dengan Kabylake menggunakan inti prosesor Intel Core generasi ke-7 dan Coffee Lake menggunakan inti prosesor Intel Core generasi ke-8. Coffee Lake menawarkan peningkatan performa yang lebih besar daripada Kabylake, meskipun memiliki tingkat konsumsi daya yang lebih tinggi. 3. Kabylake hanya mendukung jumlah core prosesor hingga 4 inti, sementara Coffee Lake dapat mendukung hingga 8 inti. Kabylake dan Coffee Lake adalah teknologi prosesor Intel yang berbeda yang digunakan dalam sistem komputer modern. Kabylake adalah salah satu generasi prosesor Intel yang berbasis arsitektur x86 Skylake, sedangkan Coffee Lake adalah generasi prosesor berbasis arsitektur x86 Kaby Lake Refresh. Perbedaan utama antara keduanya adalah jumlah core prosesor yang didukung. Kabylake didukung hingga 4 inti prosesor. Ini mencakup hingga 4 inti fisik dan 4 inti logis. Inti fisik adalah inti prosesor yang memiliki perangkat keras dalam prosesor, sedangkan inti logis adalah inti prosesor yang menangani tumpukan instruksi, membaca dan menulis data. Kabylake juga mendukung Hyper-Threading yang memungkinkan sistem untuk menangani 8 tugas sekaligus. Hyper-Threading memungkinkan inti prosesor untuk menangani lebih banyak tugas sekaligus, sehingga sistem dapat bekerja lebih cepat. Ia juga didukung dengan teknologi Intel SpeedShift yang memungkinkan prosesor untuk menyesuaikan frekuensi tinggi dan rendah sesuai kebutuhan. Coffee Lake, di sisi lain, mendukung hingga 8 inti prosesor. Ini mencakup 4 inti fisik dan 4 inti logis. Coffee Lake juga didukung dengan Hyper-Threading, sehingga sistem dapat menangani 16 tugas sekaligus. Coffee Lake juga mendukung teknologi Intel SpeedShift, sehingga prosesor dapat menyesuaikan frekuensi sesuai kebutuhan. Selain itu, Coffee Lake juga mendukung teknologi Intel Turbo Boost yang memungkinkan prosesor untuk meningkatkan frekuensi sampai batas tertentu untuk meningkatkan kinerja. Jadi, perbedaan utama antara Kabylake dan Coffee Lake adalah jumlah inti prosesor yang didukung. Kabylake didukung hingga 4 inti prosesor, sedangkan Coffee Lake didukung hingga 8 inti prosesor. Keduanya juga didukung dengan Hyper-Threading dan teknologi Intel SpeedShift dan Turbo Boost yang memungkinkan sistem untuk bekerja lebih cepat. Masing-masing dari kedua teknologi prosesor Intel memiliki kelebihan dan kekurangannya sendiri, sehingga penting untuk mengetahui kebutuhan Anda sebelum memilih salah satu untuk digunakan. 4. Kabylake menawarkan teknologi Hyper-Threading, sementara Coffee Lake menawarkan teknologi Hyper-Threading dengan jumlah thread yang lebih tinggi. Kabylake dan Coffee Lake merupakan dua keluarga prosesor Intel yang berbeda. Masing-masing menawarkan berbagai fitur yang membuat mereka unik. Pada tulisan ini, kita akan membahas perbedaan antara Kabylake dan Coffee Lake terutama dalam hal teknologi Hyper-Threading. Teknologi Hyper-Threading adalah sebuah fitur prosesor yang memungkinkan prosesor untuk menangani dua thread atau instruksi dalam satu waktu. Hal ini memungkinkan prosesor untuk menyelesaikan lebih banyak pekerjaan dalam waktu yang lebih singkat. Teknologi ini juga meningkatkan kemampuan multitasking, memungkinkan pengguna untuk menjalankan lebih banyak aplikasi sekaligus tanpa penurunan kinerja. Kabylake adalah keluarga prosesor Intel yang dirilis pada tahun 2017. Ini adalah prosesor yang menawarkan teknologi Hyper-Threading. Namun, jumlah thread yang ditangani oleh prosesor Kabylake adalah 8. Ini berarti bahwa prosesor dapat menangani 8 instruksi atau thread dalam satu waktu. Coffee Lake adalah keluarga prosesor Intel yang dirilis pada tahun 2017. Prosesor Coffee Lake juga menawarkan teknologi Hyper-Threading. Namun, jumlah thread yang dapat ditangani oleh prosesor Coffee Lake adalah 12. Ini berarti bahwa prosesor dapat menangani 12 instruksi atau thread dalam satu waktu. Secara singkat, perbedaan antara Kabylake dan Coffee Lake dalam hal teknologi Hyper-Threading adalah bahwa Kabylake menawarkan teknologi Hyper-Threading dengan jumlah thread yang lebih rendah, sementara Coffee Lake menawarkan teknologi Hyper-Threading dengan jumlah thread yang lebih tinggi. Ini berarti bahwa prosesor Coffee Lake mampu menangani lebih banyak instruksi atau thread dalam satu waktu, yang memungkinkan untuk meningkatkan kemampuan multitasking dan menyelesaikan lebih banyak pekerjaan dalam waktu yang lebih singkat. 5. Kabylake menawarkan dukungan untuk Intel HD Graphics, sementara Coffee Lake mendukung Intel UHD Graphics. Kabylake dan Coffee Lake adalah dua jenis prosesor Intel yang berbeda. Masing-masing memiliki kinerja yang berbeda, fitur-fitur yang berbeda, dan kemampuan yang berbeda. Perbedaan utama antara keduanya adalah dukungan grafis yang ditawarkan. Kabylake adalah prosesor Intel ke-7 yang dirilis pada tahun 2017. Ini merupakan evolusi dari Skylake dan merupakan upgrade yang signifikan. Kabylake menawarkan kecepatan yang lebih tinggi, daya tahan yang lebih baik, dan efisiensi energi yang lebih tinggi. Kabylake juga menawarkan dukungan untuk Intel HD Graphics. Intel HD Graphics adalah solusi grafis onboard yang disediakan oleh Intel dengan fitur yang baik. Ini memungkinkan pengguna untuk menjalankan aplikasi grafis berbasis GPU. Intel HD Graphics juga memiliki kemampuan untuk meningkatkan performa dengan mengaktifkan fitur tambahan seperti Dynamic Frequency Scaling. Coffee Lake adalah prosesor Intel ke-8 yang dirilis pada tahun 2017. Ini juga merupakan evolusi Skylake yang ditingkatkan. Coffee Lake menawarkan fitur-fitur yang lebih kuat, kecepatan yang lebih tinggi, dan daya tahan yang lebih baik. Coffee Lake juga mendukung Intel UHD Graphics. Intel UHD Graphics adalah solusi grafis onboard yang disediakan oleh Intel dengan fitur yang lebih kuat daripada Intel HD Graphics. Intel UHD Graphics memiliki kemampuan untuk menangani aplikasi grafis berbasis GPU dengan lebih baik. Intel UHD Graphics juga memiliki fitur tambahan seperti Dynamic Frequency Scaling, yang memungkinkan pengguna untuk meningkatkan performa. Untuk menyimpulkan, Kabylake menawarkan dukungan untuk Intel HD Graphics, sedangkan Coffee Lake mendukung Intel UHD Graphics. Intel HD Graphics memiliki fitur yang lebih sederhana, tetapi Intel UHD Graphics memberikan kemampuan yang lebih kuat untuk menangani aplikasi grafis berbasis GPU. 6. Kabylake memiliki kecepatan clock hingga 4,2 GHz, sementara Coffee Lake memiliki kecepatan clock hingga 4,7 GHz. Kabylake dan Coffee Lake adalah dua jenis prosesor Intel yang terutama digunakan pada komputer laptop dan desktop. Kedua prosesor ini memiliki beberapa perbedaan dalam hal kecepatan, daya, dan kinerja. Kabylake adalah prosesor Intel generasi keenam yang dirilis pada tahun 2017. Prosesor ini memiliki arsitektur Skylake berbasis 14nm dan menggunakan socket LGA 1151. Ini merupakan prosesor yang dapat diekspansi dengan menambahkan memori tambahan, sehingga memungkinkan untuk meningkatkan performa dengan menggunakan lebih banyak RAM. Kabylake juga memiliki kecepatan clock hingga 4,2 GHz, yang merupakan jenis kecepatan clock yang tinggi. Coffee Lake adalah generasi ketujuh prosesor Intel yang dirilis pada tahun 2018. Prosesor ini juga berbasis arsitektur Skylake dan menggunakan socket LGA 1151, namun Coffee Lake menggunakan teknologi prosesor yang lebih baru dan canggih. Coffee Lake memiliki beberapa fitur tambahan, termasuk dukungan untuk memori DDR4 dan memori grafis yang lebih tinggi. Prosesor ini juga memiliki kecepatan clock hingga 4,7 GHz, yang menjadikannya lebih cepat daripada Kabylake. Keduanya memiliki kinerja yang berbeda-beda dan cocok untuk berbagai aplikasi. Kabylake umumnya digunakan untuk aplikasi yang memerlukan kecepatan clock yang lebih tinggi, sedangkan Coffee Lake sering digunakan untuk aplikasi yang membutuhkan performa yang lebih tinggi. Dengan demikian, salah satu perbedaan utama antara Kabylake dan Coffee Lake adalah kecepatan clock. Kabylake memiliki kecepatan clock hingga 4,2 GHz, sementara Coffee Lake memiliki kecepatan clock hingga 4,7 GHz. Perbedaan ini akan mempengaruhi performa prosesor dan kinerja aplikasi yang berjalan di atasnya. Dengan kata lain, Coffee Lake memiliki performa yang lebih tinggi daripada Kabylake. Formerlyknown as coffee lake refresh july 2020 revision 006. Core I7 8700k Intel Wikichip . When compared the coffee lake processors have 391 vss ground pins which is an increase of 14 compared to kaby lake 146 vcc electrical pins which is an increase of 18 pins compared to kaby. Coffee lake pinout. Intel is set to release its newest generation of processors known as code name coffee lake in just a few days. 2 datasheet volume 1 of 2 legal lines and disclaimers you may not use or facilitate

MacBook Pro keyboard Image credit Rene Ritchie/iMore Intel CPUs have been at the heart of Apple's Mac laptops and desktops since the switch from PowerPC back in 2006. Currently, that includes the Core Duo series used in MacBook Pro, Mac mini, and iMac; the Core M series used in MacBook; and the Xeon series used with the Mac Pro. Each processor is also distinguished by generation Previously Haswell or Broadwell, currently Kaby Lake or Coffee upon a time, Intel was on a "tick-tock" schedule where one generation would introduce a die-shrink tinier and tinier transistors and the next a new architecture. Now that the company has hit 14 nanometers and is seemingly having issues approaching 10 nanometers, physics has forced them to slow down … and pad out. The schedule is now more like a "tick-tock-tock-tock-tock." That means the generations have gotten more complicated, more numerous, and more confusing. Instead of going from Sky Lake to Cannon Lake, Intel is slated to go from Sky Lake to Kaby Lake to Coffee Lake to Ice Lake to Whiskey Lake to Cascade Lake to Cannon Lake. Phew!Here's what that means for you and for the LakeCoffee LakeCannon LakeIce Lake and beyondBase clocks, boost clocks, and thermal throttling on MacBook Pro Everything you need to know!Kaby LakeKaby Lake is Intel's 7th generation architecture and is the oldest architecture available across much of Apple's Mac current lineup. Although very little changed from Sky Lake, the previous generation, to Kaby Lake — both being on the 14nm process — Kaby Lake's refined process allows for better quality CPUs with less power also offers slightly faster clock speeds, both base and higher turbo, and hardware support for video codecs such as HEVC and VP9. Key for Apple, Kaby Lake supports 10-bit HEVC. That means current generation Macs can playback 4K video with built-in hardware support. Kaby Lake and beyond also support 4K HDR high dynamic range LakeOne of the most impactful changes in Coffee Lake is the addition of two more cores on the processor. Depending on the model, you'll now have up to six cores and 12 threads. Desktop versions will have six cores for the Core i7 series. In order to get six cores on mobile, you'll have to go with the Core i9. The previous breed of Intel desktop CPUs topped out at four cores and eight threads for their consumer level products. Having more cores and more threads allow for faster computations in productivity related tasks such as image manipulation and video is also support for faster memory speeds, and updates to Thunderbolt and USB ports. Although not necessarily a response to AMD's 16 core 32 thread Ryzen Threadripper CPU, it's nice to see that competitive products give consumers better and faster LakeGoing from Coffee Lake's 14nm process to Cannon Lake's 10nm process could help in a number of Lake is the codename for the 10nm Intel CPU architecture was slated for release sometime late 2017 to early 2018. Rumors now suggest that Cannon Lake won't see the light of day until sometime in 2019 due to the issues Intel is having with making chips at the 10 nanometer from Coffee Lake's 14nm process to Cannon Lake's 10nm process could help in a number of cost. When manufacturing a CPU or GPU, the manufacturer will create a multitude of CPUs on a single sheet of silicon called a wafer. The smaller the manufacturing process, the more CPUs or GPUs a manufacturer can create on a single wafer. Wafers can also have inherent microscopic defects that won't be discovered until after all of the CPUs are cut or created. Having a smaller process will reduce the chance that any CPU will have a CPU size die size. If Intel were to make no changes between the 14nm Coffee Lake and the 10nm Cannon Lake, the smaller die size would still require less power to run it. That translates into longer battery life and lower thermal output. Both good those reductions, Intel can and probably will increase the core clock speed to allow for even faster CPUs. They can also improve performance by increasing the number of transistors and the number of cores thanks again also to pressure from AMD consumer CPUs.On top of the process shrink to 10nm, there might also be improvements to the various hardware components like Thunderbolt and USB Lake and beyondAssuming 10nm is as difficult for Intel as the 14nm process seems to be, the company could do with Ice Lake and subsequent generations what the company did with the decompressed 14nm generation roll out smaller, more incremental changes over time as quality, yield, codecs, interconnects, and other technologies this might be a moot point where Apple is concerned. There are musings of Apple ditching Intel entirely by 2020 and using Apple made silicon instead. Apple famously switched from PowerPC in the past and seeing how much Apple is seemingly frustrated by Intel's lack of processor innovation, you know darn well macOS is happily running on an Apple A11 processor in one of their secret questions on Mac processors?Personally, I don't want to wait for future Intel processors to get lower power requirements, more cores, and faster clock speeds per core. Nor do I want to have a switch to RISC based CPUs Apple made or otherwise. AMD is already offering faster and better processors with Ryzen. I want Apple to have the option for AMD Ryzen CPUs in their lineup, the way the company already offers AMD you have any questions or comments, let me know below! Our news, reviews, opinions, and easy to follow guides can turn any iPhone owner into an Apple aficionado Most Popular

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perbedaan kabylake dan coffee lake