At the CES 2020 conference, AMD officially released the Ruilong 4000 series notebook processor, based on a new 7nm process, ZEN 2 CPU architecture, VEGA GPU architecture, including a Ruilong 4000U series facing a lightweight, a Ruilong 4000H series of gamebooks There is also an entry-level speed dragon 3000U series.
At the meeting, Su Zifeng only introduced two flagship models, Ruilong, Ruilong 7 4800h, in fact, the new model is quite a lot, then look at it in detail.
The Ruilong 4000U series has five models, and the thermal design power consumption is only 15W. This is also the first time to usher in the core thread, but pay attention to the three models do not support multi-threaded.
Ruilong 7 4800U: 8 core 16 thread, clocked 1.8-4.2GHz, secondary cache 4MB, three cache 8MB, integrated VEGA 8 GPU, 512 flow processor, frequency 1750MHz.
Ruilong 7 4700U: 8 core 8 thread, main frequency 2.0-4.1GHz, secondary cache 4MB, three cache 8MB, integrated VEGA 7 GPU, 448 flow processors, frequency 1600MHz.
Ruilong 5 4600U: 6 core 12 thread, main frequency 2.1-4.0GHz, secondary cache 3MB, three cache 8MB, integrated VEGA 6 GPU, 384 flow processor, frequency 1500MHz.
Ruilong 5 4500U: 6 core 6 thread, main frequency 2.3-4.0GHz, secondary cache 3MB, three cache 8MB, integrated VEGA 6 GPU, 384 flow processor, frequency 1500MHz.
Ruilong 3 4300U: 4 core 4 thread, main frequency 2.7-3.7GHz, secondary cache 2MB, three cache 4MB, integrated VEGA 5 GPU, 320 flow processor, frequency 1400MHz.
AMD claims that Ruilong 4000U reduces up to 20% compared to the previous generation of power consumption, the energy efficiency reaches up to 2 times, and the energy-saving state enters and the recovery of the delay reaches up to 5 times, and adds LPDDR4X memory.
In terms of performance, compare Intel 10nm Ice Lake's ten generations of Core family's flagship model I7-1065G7 (4 core 8 threads / 1.3-3.9GHz/15W), CPU single thread leads about 4%, CPU multi-thread leads about 90%, content creation Lead up to 49%, GPU graphic leads approximately 28%, you can win more online games and mainstream games at 1080P low quality.
Ruilong 4000U will be thinned by more than 20 design in the first quarter, with more than 100 years in the year.
Speed 3000U series can be regarded as the entry version of the Ruilong 4000U series, the mainstream and low-end lightweight, especially for long-range optimization, support a series of mainstream experience features, such as USB-C, fast start, multimedia codec, Windows Hello , Windows Ink, Touch Screen, S Mode standby, etc.
The Quick 3000U series has only two models, both only double core, hot design power is 15W, and interesting is also divided into Gold Gold, Silver Silver, obvious to the Bench Gold Series.
Ruilong Gold Medal 3150U: 2 core 4 thread, clocning 2.4-3.3GHz, secondary cache 1MB, three cache 4MB, integrated Radeon GPU did not disclose specific stream processor.
Ruilong Silver 3050U: 2 core 2 thread, main frequency 2.3-3.2GHz, secondary cache 1MB, three-level cache 4MB, integrated Radeon GPU.
AMD claims that the speed of the Dragon Gold 3150U contrasts the Pentium gold medal, single, multi-threaded performance leads 43%, 39%, graphical performance is up to 90%, office performance is up to 39%.
The Ruilong 4000H series has only two models, and the thermal design power consumption is 45W, which supports multi-threaded.
Ruilong 7 4800h: 8 core 16 heart thread, main frequency 2.9-4.2GHz, secondary cache 4MB, three cache 8MB, integrated VEGA 7 GPU, 448 flow processors, frequency 1600MHz.
Ruilong 5 4600h: 6 core 12 thread, main frequency 3.0-4.0GHz, secondary cache 3MB, three cache 8MB, integrated VEGA 6 GPU, 384 flow processors, frequency 1500MHz.
AMD claims that the multi-threaded performance of Ruilong 4800h is more than 46% (single thread leading 5%), even the leading desktop level I7-9700K 7%, while graphical performance is 39%, 10%, content, Creative performance leads I7-9750H 30%.
However, in addition to ASUS Zephyrus G14, AMD did not disclose more Ruilong 4000h gamebook design, and did not say how many money this year, it seems that AMD will continue to break through this.
Editor in charge: WV
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