Intel officially announced the Core i7-8809G processor through India's official website, which is the first brand-new integrated AMD GPU.
Specifications, i7-8809G designed to 4 core 8 threads, clocked at 3.1GHz , Three slow 8MB, The target thermal design power (TDP) for the SoC is 100 watts , Supports dual channel DDR4-2400 memory.
GPU, Intel adopted the Radeon RX Vega M GH Graphics naming, but also hinted that this product also has HD 630.
In other words, Intel did not remove or block the HD 630 from the i7 chip, but instead packaged it with the AMD RX Vega GPU on a single substrate, which is consistent with the illustration.
Prior to the French media given real shot
From the 4-core design, nuclear display (not UHD630), memory support (not DDR4-2666) three details, The CPU section looks a lot like the 7th generation i7 primer , But according to Intel's official announcement in November last year, In fact, Coffee Lake-H, which is 8 generations of core high-performance mobile processors , This may need to be released when the official launch of Q1 this year to find out.
If it is Coffee Lake-H, the power consumption is generally 45W, So left to AMD GPU 55W play space, AnandTech this estimate is RX 550 significant independence level Of course, this is just a guess, AMD 8 generations of APU plug Cypriot Vega, So it is estimated that the computing unit of Vega M GH is about 20 ~ 24 CU.
Unfortunately, Core i7-8809G hyperlinks go in can not see further information, Such as HBM2 memory is 2GB or 4GB and so on.
Just based on this form, Core i7-8809G is used in the desktop platform is no doubt, not a laptop.
In addition, this processor is Core-X and 8 generations of core K suffix does not lock the product side by side, Confirm that you will have a more powerful overclocking strength.
Soon, CES was a great opportunity to showcase the i7-8809G, including rumors of its brother, Intel (R) Core (TM) i7-8705G CPU and Intel (R) Core (TM) i7-8706G CPU.
PS: i7-8809G CPU and GPU communications using embedded multi-die interconnect bridge (EMIB), can effectively connect the CPU, GPU and dedicated video memory, allowing heterogeneous chips in the very close to the rapid transfer of information, eliminating the height, manufacturing and The impact of design complexity.
