So far Intel's 9th Gen Core on desktop only features three models aimed at the higher end of the spectrum. The launch of the lineup consisting of these three products with unlocked multiplier does not yet have any “locked” parts aimed at mainstream PCs, although we are expecting them at some point. The question is one of when they will come. As it appears, from listings of numerous companies in the supply chain, Intel is finally gearing up to expand its Coffee Lake Refresh family with new models.

The products in question are the eight-core Core i9-9900KF and Core i7-9700KF, as well as the six-core Core i5-9600KF and Core i5-9400F. These devices have been listed by retailers Data-Systems.Fi, Newegg, and distributor Synnex (see screenshots below). According to Intel’s existing nomenclature, the CPUs with model numbers ending with F, like 9400F lack integrated graphics, so we suspect the new processors will primarily target higher-end systems featuring discrete graphics. This will mark the first time that Intel has launched integrated graphics-free processors in its mainstream family at the high-end for many, many years.

The higher-end Core i9-9900KF, Core i7-9700KF, and Core i5-9600KF look set to run at the same frequencies and feature the same cache configurations as their non-F colleagues. As for the Core i5-9400F, this six-core chip runs at 2.9/4.1 GHz, well below the clocks of the i5-9600K, but will have a TDP of 65 W. All of these parts, according to the listings, will be able to be used in current 300-series motherboards.

Intel's 9th Gen Core Processors for LGA1151 v2
AnandTech Cores TDP Freq L3 DRAM
DDR4
iGPU iGPU
Turbo
Core i9-9900K $488 8 / 16 95 W 3.6 / 5.0 16 MB 2666 GT2 1200
Core i9-9900KF* ? - -
Core i7-9700K $374 8 / 8 95 W 3.6 / 4.9 12 MB 2666 GT2 1200
Core i7-9700KF* ? - -
Core i5-9600K $262 6 / 6 95 W 3.7 / 4.6 9 MB 2666 GT2 1150
Core i5-9600KF* ? - -
Core i5-9400F ? 6 / 6 65 W 2.9 / 4.1 9 MB 2666 - -
*These CPUs has not been launched officially, specifications have not been confirmed.

Intel has not officially confirmed existence of these CPUs, or mentioned plans to release them. In the meantime, listing of the Core i5-9600KF by Newegg and the Core i5-9400F by Synnex Thailand indicates that their launch is likely imminent. Avid readers will remember that CES 2019 is taking place in early January, so the question is whether Intel starts to sell these CPUs more or less quietly ahead of CES, or if it will announce them publicly at the trade show.

In any case, if Intel proceeds with the launch (or rather when), it may broaden availability of its latest eight-core and six-core CPUs both in terms of physical availability and in terms of pricing (i.e., the i9-9900KF will hopefully cost less than the i9-9900K). In the meantime, one has to remember that Intel has high demand issues in general, so the effect of the launch is something that remains to be seen. It could be that the company will not focus on the Pentium/Celeron parts this time around, but instead make these higher-performing (and higher margin) offerings more regular.

Screenshots:

Related Reading:

Source: Newegg, Synnex, Tom’s Hardware

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  • Opencg - Saturday, December 29, 2018 - link

    I think the real complaint with turing is that rtx and dlss are eseentially gimmicks. One trace per pixel is never going to look good especially when you consider a performance impact. dlss is essentially the same quality as upscaled resolution to 4k with worse performance. And both of these take die space that could have been used for real performance. The kicker is that nvidia HAD to go bigger to fit these gimmicks on the cards otherwise the performance would be WORSE than pervious generations. So all that extra cost of die space could have been avoided. And this comes from NVIDIA. I was predicting this BEFORE the chips launched because ANYONE with experience with graphics programming and ray tracing and deel learning could have told you that this was the expected result. I used to love nvidia but right now Im hoping for navi. Id like to build a new pc without paying dramatically worse price/performance ratio. Reply
  • Santoval - Saturday, December 29, 2018 - link

    If it's disabled why would it draw power? Reply
  • npz - Saturday, December 29, 2018 - link

    It's likely they shifted to this strategy just to increase supply with current fabs for the 9xxx series cpus to satisfy demand, bring prices down (it's still not close to MSRP let alone the usual less than MSRP) and compete with Ryzen for more volume. From all the holiday sales from Black Friday to Christmas, you could buy 2 Ryzen 2700x for a single 9900k

    I imagine just skipping the testing and validation for the iGPU can get these out the door quicker.
    Reply
  • shompa - Saturday, December 29, 2018 - link

    Nope. These Intels are Intels that would have been i5/i3 with harvested iGPUs. Now Intel can just disable the iGPU and charge almost the same price as a full iGPU version. Win-Win for Intel. Intel's strategy with shortages is to produce Xeons-high end desktops. They do not really care about the low end. So moving an i5 to i7 = genius because customers are stupid. Wonder for example if H265 ASICs work when iGPU is removed. At least quicksync does not work without iGPU. I hate iGPU, but Intel should be forced to sell a non iGPU version for half the price since it cost 50% less to produce. But "market economy". Reply
  • npz - Sunday, December 30, 2018 - link

    I'm sure the price won't be that much lower, as we see with the Xeons with and without iGPU, but my point is that they're doing this as a way to increase supply with current fab capacity.

    Quicksync won't be available without the iGPU. I also don't think the cost of the iGPU is "50%" at all.
    Reply
  • shompa - Saturday, December 29, 2018 - link

    Remember how Steve Jobs demanded an intel CPU without GPU in 2008? Apple refused for years to move from Core2 CPUs so that their products could have good mainstream GPUs on motherboards. So why hasn't Intel removed iGPU? Its takes 50%-80% of the die area. 1) Remember that the idea was that iGPU would be X86 Larrabee cores. Imagine if this came thru and we could use these cores to power apps in OS?? 2) AMD fanbois do not understand this: The ASP of a PC is 400 dollars. That is GPU. That's why AMD during 2017 just gained 1% market share. 3) Intel does not care about mainstream desktops. They love to charge 10K for CPUs on servers after killing off the competition by subsidizing CPUs. Back in 2006, an MP Xeon cost 300 dollars. Now its 1K at least, (back in 2006 Unix still had over 50% revenue in servers. X86 is not everything that exists. And SPARC/HP/Alpha and so on died because they charged 4500 dollars for a CPU while Xeon did cost 300 dollars. Now Intel abuse this non-competition. If Intel cared about mainstream/high-end "gaming". Imagine a 6-8 core intel without iGPU, but instead having 256meg eDRAM? Intel 5775c is still way faster per clock today with eDRAM than anything else Intel has. But the problem for Intel is this: How to explain that a mainstream eDRAM CPU is faster than their Xeons while Xeons cost 50%-500% more. The best for us all is that MSFT recomplies to ARM so we get real 64bit CPUs. A12 is 40% faster than intel per clock. (so why is ARM slower in some apps? Well. The big perforemce jumps we seen in X86 last 12 years are actually AVX256/512. So of course optimized apps will be faster, just like a Powerbook 667mhz crushed the fastest PC in 2002 AMD 1.5ghz 10 times faster in coding DVD/MPEG2. Apple had Altivec = why insanely faster in media applications. Intel is not good for us. Remember that a 4 core high-end CPU costs under 7 dollar to manufacture. The prices we see today is not normal. Even AMD has over 40% margin (compared to Evil Apple greedy 29% or Good MSFT that have 95% margin in Windows/Office division. Its fun being unbiased like most fanboys) Reply
  • HStewart - Saturday, December 29, 2018 - link

    It surprising how much truth you state above. But there is couple of things I am not sure of

    1. Apple demanding intel to remove iGPU - backing in the older day I remember with iGPU and my desktop lost it GPU - I had to rush to get another one - at least when iGPU came around you had a backup to work things out.

    2. I don't remember Lanabee cards at all - I must have miss that time in history - or just didn't care

    3. ARM vs x86 - well it depends what application, if recompile for apps and such - it probably does not matter - but real desktop apps don't use basic apps. I would prefer my CS 5 version of Photoshop to subscription versions any day

    4. as for Xeon vs desktop CPU's - my understanding of Xeons is compare to desktop CPU, si that tXeon has better IO on system, my Dual Xeon 5150 was faster than any computer sold at BestBuy for many years - only when Skylake come out did I see a big difference. If was not for supid Audio IO on my Supermicro - it could still be used today.

    You are absolutely correct Intel does not care about desktops - it is small percentage of computers compare to mobile.

    I believe this is a win-win situation for custoimers in long run - Intel iscoming back iand re-investing to make sure there line is competitive - they are being attack by ARM on low end and AMD on high end.

    But big question how much power, how many cores does the average customer need. Also how power you need in GPU to run word processors and spreadsheet6s, I and most people on this website are not average customer. My sister leads a manufacturing company that her husband created and has Apple iPad 3 and see no need of upgrading. This is industry biggest problems - current laptop and tablets are good enough for most people. Only hard core gamers need the latest and greatest. I just found out my Sister's husband got a New HP laptop with Mobile Xeon for running SolidWorks and I curious why he didn't - I think possibly they did I t because new Solidworks supports the ABX512.
    Reply
  • PeachNCream - Friday, December 28, 2018 - link

    As always, the TDP is too high. Reply
  • GreenReaper - Friday, December 28, 2018 - link

    You could use it less, I guess? Or pick another CPU. These are high-frequency, high-cache parts. They're going to be expensive, power-wise.

    If you want lots of lower-powered cores, try an Atom? Don't need so many cores? Celeron or Pentium.
    Reply
  • PeachNCream - Saturday, December 29, 2018 - link

    That's really the only viable solution these days if you want a decent PC. I'm using a Bay Trail laptop as my primary PC (old HP Stream 11) so the passive cooling and low TDP have totally spoiled me when it comes to getting a good mix of high compute performance and low heat output. The system is not without flaws, but I much prefer using a cooler and quieter system over some hot and loud 95W part in an obsolete desktop form factor. I do keep a couple of other laptops around for heavy lifting. My video production system is a Sandy Bridge 13 inch Dell Latitude which I think has a 35W TDP which is an uncomfortable change from a fully passive Bay Trail even if it is a tad faster and has more RAM. Reply

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