This morning the crew over at FanlessTech has picked up on the release of a new Intel processor list from Fujitsu. In it, Fujitsu has published what appears to be the complete list of all of Intel’s planned 9th Gen "Coffee Lake-Refresh" Core processors. The catalogue includes some unannounced-yet-highly-anticipated 35 W TDP CPUs with up to 8 cores, new processors without integrated graphics, as well as upcoming Xeon E-2200-series products.

Intel has been rolling out its Coffee Lake-Refresh products relatively slowly so far. To date, the company has introduced nine 9th Gen Cores CPUs for desktops that use the architecture, with these chips aimed primarily at higher-performance PCs used by enthusiasts. As it appears from Fujitsu's document, the whole series will be considerably broader and will include CPUs designed for entry-level workstations, mainstream desktops, small form-factor desktops, and entry-level PCs. According to the list, Intel is altogether prepping 32 more processors that belong to the CFL-R family. As a result, the complete Coffee Lake-Refresh series for desktops would include 41 CPUs in total.

Among notable entries in the list, Intel is readying 35 W and 65 W TDP eight-core processors. The company is also planning to release quad and six-core processors at the same TDPs. And not to be left out, there are also dual-core Celeron and Pentium Gold CPUs for mainstream and SFF desktops that are apparently inbound as well.

Interestingly, the Fujitsu's list also confirms that some of Intel’s processors for entry-level PCs will not have an integrated GPU, which is an unusual choice given that entry-level systems rarely ship with a discrete GPU.

Finally, the list also confirms that Intel is preparing its Xeon E-2200-series CPUs with four, six, and eight cores. These parts would be used to address the entry-level workstation market, offering processors that support ECC and other capabilities expected from this class of machines, And, like some of Intel's other segments, some of these new Xeons will apparently not have integrated GPUs either.

Intel 9th Gen Core CPUs (Coffee Lake-Refresh) for Desktops Tier Model Cores Base

Freq Turbo

Freq L3 IGP IGP

Freq TDP Status i9 i9-9900K 8 / 16 3.6 GHz 5.0 GHz 16 MB UHD 630 1200 95 W Launched i9-9900KF - - i9-9900 ? ? UHD 630 ? 65 W Pending i9-9900T ? ? UHD 630 ? 35 W i7 i7-9700K 8 / 8 3.6 GHz 4.9 GHz 12 MB UHD 630 1200 95 W Launched i7-9700KF - - i7-9700 ? ? UHD 630 ? 65 W Pending i7-9700F ? ? - - i7-9700T ? ? UHD 630 ? 35 W i5 i5-9600K 6 / 6 3.7 GHz 4.6 GHz 9 MB UHD 630 1150 95 W Launched i5-9600KF - - i5-9600 ? ? UHD 630 ? 65 W Pending i5-9600T ? ? ? 35W i5-9500 ? ? ? 65W i5-9500F ? ? - - i5-9500T ? ? UHD 630 ? 35 W i5-9400 2.9 GHz 4.1 GHz UHD 630 1050 65 W Launched i5-9400F 2.9 GHz 4.1 GHz - - 65 W i5-9400T ? ? UHD 630 ? 35 W Pending i3 i3-9350K 4 / 4 4.0 GHz 4.6 GHz 8 MB UHD 630 ? 91 W i3-9350KF - - Launched i3-9320 ? ? ? UHD 630 ? 62 W Pending i3-9300 ? ? ? ? i3-9300T ? ? ? ? 35 W i3-9100 ? 4.2 GHz 6 MB ? ? i3-9100F ? ? ? - - 65 W i3-9100T ? ? ? UHD 630 35 W Pentium

Gold G5620 2 / 4 4 GHz - 4 MB (?) ? 54 W G5600F ? - - - G5600T 3.3 GHz - UHD 630 ? 35 W G5420 3.8 GHz - UHD 610 ? 58 W G5420T 3.2 GHz - ? 35 W Celeron G4950 2 / 2 3.3 GHz - 2 MB (?) ? 54 W G4930 2 / 2 3.2 GHz - ? G4930T 2 / 2 3 GHz - ? 35 W Xeon

E-2200 E-2288G 8 / ? ? ? ? UHD P630 ? 95 W E-2278G 8 / ? ? ? ? ? 80 W E-22xxG 6 / ? ? ? ? ? <95 W E-22xxG 4 / ? ? ? ? ? <95 W E-22xx 6 / ? ? ? ? - - <95 W E-22xx 4 / ? ? ? ? - - <95 W

NOTE 1: Fujitsu only disclosed model numbers and core count of select upcoming 9th Gen Core CPUs for desktops. Some of the details about the processors come from different sources (e.g., retailers). Given the fact that Intel's plans may change, there are no guarantees that the company proceeds with the launch of all processors listed by Fujitsu.

Intel traditionally does not comment on unreleased products. So while we have high confidence in the list given that it comes directly from a close Intel partner, don't expect to see Intel comment on it one way or another.

The whole document by Fujitsu looks as follows:

Related Reading:

Source: Fujitsu (via FanlessTech)