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Intel bumps up mobile chips to 6 cores in expanded 8th-generation line-up

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Enlarge / Intel Eighth-generation Core H-series cell chip.

Intel first launched its Eighth-generation branding final 12 months. Within the cell area, we had the U-series Kaby Lake-R: four-core, eight-thread chips working in a 15W energy envelope. On the desktop, we had Espresso Lake: six-core, 12-thread chips. In each circumstances, the processor lineup was restricted: six totally different chips for the desktop, 4 for cell.

These cell processors have been joined earlier this 12 months by Kaby Lake-G: four-core, eight-thread processors with a discrete AMD GPU on the identical bundle because the processor.

At this time, Intel has vastly expanded the Eighth technology lineup, with 11 new cell chips and 9 new desktop processors, together with new 300-series chipsets.

First up are new H-series cell processors: these carry the six-core, 12-thread processors to the cell area, all with a 45W energy envelope. Final 12 months Intel launched i9 branding for its top-end chips, and it is utilizing that new naming for considered one of these chips, too: the Core i9-8950HK is a six-core, 12-thread cell chip working at a base of two.9GHz with boosting as much as four.8GHz. The chip has a 12MB cache, helps two channels of DDR4-2666, and comes absolutely multiplier unlocked. Aimed toward high-end gaming laptops, that is an overclockable half.

Mannequin
Base/Turbo/GHz
Cores/threads
Cache/MB
vPro
Unlocked

Core i9-8950HK
2.9/four.eight
6/12
12

Sure

Xeon E-2186M
2.9/four.eight
6/12
12
Sure

Xeon E-2176M
2.7/four.four
6/12
12
Sure

Core i7-8850H
2.6/four.three
6/12
9
Sure
Partial

Core i7-8750H
2.2/four.2
6/12
9

Core i5-8400H
2.5/four.2
four/eight
eight
Sure

Core i5-8300H
2.three/four.zero
four/eight
eight

Just under this are two Xeon-branded cell chips. The upper-end Xeon E-2186M is nearly similar to the i9-8950HK however with a few crucial variations: it drops the overclocking however positive factors assist for ECC reminiscence. The Xeon E-2176M cuts clock speeds to 2.7/four.4GHz, however it has ECC assist, as properly.

On the backside of the H-series vary is the i5-8300H: a four-core, eight-thread processor with 8MB cache, working at 2.three/four.0GHz.

Subsequent up are 4 new U-series chips with Intel Iris Plus graphics. The Iris Plus title denotes that the processor has an built-in degree four cache, which previously has confirmed to offer a wholesome enhance to each graphics and non-graphics functions. All 4 elements have 128MB of degree four cache, all have a 28W energy envelope, and all have their graphics branded as Iris Plus Graphics 655. On the high we now have the i7-8559U: a four-core, eight-thread chip with 8MB degree three cache, working at 2.7/four.5GHz. On the backside is the i3-8109U: two cores, 4 threads, and 4MB of degree three cache, at three.zero/three.6GHz.

Mannequin
Base/Turbo/GHz
Cores/threads
Cache/MB

Core i7-8559U
2.7/four.5
four/eight
eight

Core i5-8269U
2.6/four.2
four/eight
eight

Core i5-8259U
2.three/three.eight
four/eight
eight

Core i3-8109U
three.zero/three.6
2/four
four

The 9 desktop chips are all much like the elements already obtainable. They do two issues particularly: 5 of them are vPro-capable, which means that they provide extra administration options utilized in company environments, and 6 of them are T-series low-power elements. These lower the facility envelope from 65W or extra to only 35W. The highest-end T-series half is the i7-8700T: a six-core, 12-thread processor with 12MB cache, working at 2.four/4GHz.

Mannequin
Base/Turbo/GHz
Cores/threads
Cache/MB
vPro
TDP/W

Core i5-8600
three.1/four.three
6/6
9
Sure
65

Core i5-8500
three.zero/four.1
6/6
9
Sure
65

Core i3-8300
three.7/—
four/four
eight

62

Core i7-8700T
2.four/four.zero
6/12
12
Sure
35

Core i5-8600T
2.three/three.7
6/6
9
Sure
35

Core i5-8500T
2.1/three.5
6/6
9
Sure
35

Core i5-8400T
1.7/three.three
6/6
9

35

Core i3-8300T
three.2/—
four/four
eight

35

Core i3-8100T
three.1/—
four/four
6

35

The desktop processors and the H-series cell elements all use separate motherboard chipsets, and Intel has launched a variety of recent 300-series chipsets immediately, too. The notable factor about these is that, for the primary time, Intel is providing USB three.1 technology 2, working at 10 gigabits per second, built-in into three of the 4 new chipsets. Till now, the chipsets solely supported 5Gb/s technology 1, requiring extra chips on the motherboard to hit the best speeds of the most recent USB revision.

The post Intel bumps up mobile chips to 6 cores in expanded 8th-generation line-up appeared first on Proinertech.



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