The new AORUS 15G Gaming Notebook is now refreshed with a brand-new design and hardware components. Equipped with the latest technologies from both Intel and NVIDIA, gamers can now rejoice with higher gaming performance and efficiency never seen before on any previous generation gaming notebooks. If you have missed out
The new AORUS 15G Gaming Notebook is now refreshed with a brand-new design and hardware components. Equipped with the latest technologies from both Intel and NVIDIA, gamers can now rejoice with higher gaming performance and efficiency never seen before on any previous generation gaming notebooks.
If you have missed out on our overview and feature review of the AORUS 15G, you can check it out here.
With the embargo of performance benchmark lifted, it's finally time to reveal the true performance of this new system.
System Specification and Testing Methodology
For our tests, we will be comparing the AORUS 15G with the Razer Blade Advanced (2019). The Razer Blade (2019) is equipped with the RTX 2080 Max-Q and the Intel Core i7 9750H. Essentially, we wish to determine the performance differences between the two generation of devices.
Razer Blade Advanced (2019)
AORUS 15G-VB
Processor
Intel Core i7 9750H (6-core)
Intel Core i7 10875H (8-core)
RAM
16GB DDR4 2666MHz
16GB DDR4 3200MHz
Storage
512GB NVMe SSD (Samsung PM961)
512GB NVMe SSD (Intel 760p)
Graphics Card
RTX 2080 Max-Q
RTX 2070 SUPER Max-Q
Display
15.6” IPS FHD 240Hz
15.6” IPS FHD 240Hz
It should be an interesting comparison, as we can figure out if
(1) Is an RTX 2070 SUPER Max-Q faster than the RTX 2080 Max-Q?
(2) How much faster is the whole system enabled by the new 10th Generation Core i7 10875H processor?
(3) By supporting overclocked memory speed of up to 3200MHz, how much faster are the memory performance on the new 10th Gen Systems?
Settings
Remarks
PC Mark 10 Extended
Default
–
7-ZIP
Default
–
HEVC h.265 Encoding/Decoding
Default
–
Blender CPU BMW27
Default
–
Cinebench R20
Default
–
AIDA64
Default
–
Game Settings
Far Cry New Dawn
High
DirectX11
Deus Ex Mankind Divided
High
DirectX12
Tom Clancy Division 2
High
DirectX11
DOTA 2
Default
DirectX11
Shadow of the Tomb Raider
High
DirectX12
Metro – Exodus
High
DirectX12
World War Z
Ultra
Vulkan
Performance
General System Compute Performance TestsGaming TestsCPU TestsMemory Tests
Performance Analysis
No doubt, we would expect that a 8-core processor to outperform a 6-core in multi-threaded benchmarks. The performance difference is apparent in both the Blender and Cinebench BMW benchmarks, where the performance of the AORUS 15G surpasses the Razer Blade Advanced significantly.
The interesting comparison point is the single threaded score from Cinebench R20, where the new i7 10875H scored 447 as compared to 429 on the i7 9750H. Despite improvements in CPU architecture, the increase in performance is not as significant. To be honest, the score difference of 18 points could even be attributed to the higher clock frequency of the i7 10875H.
Moving on to game benchmarks, the scores also tell us that the NVIDIA RTX 2070 SUPER Max-Q graphics card is also much faster than the RTX 2080 Max-Q. For most of the games tested, the former achieved a higher average FPS as compared to the latter. Perhaps, it would be sensible for NVIDIA to rebrand their whole graphics card lineup, as we can see from our results that a graphics card with a higher number, may not always equate to a graphics card with higher performance. RTX 2070 SUPER(Max-Q) > RTX 2080 (Max-Q). Confusing!
As for memory performance, there is also no doubt that the new 3200MHz DDR4 DRAM was able to provide much faster DRAM read, write and copy speeds than the 2666MHz DIMMs. We're sure that this increase in memory performance also inherently gave some of the benchmarks higher results than if they were on the slower DRAM.
Conclusion
In conclusion, to answer our previous questions:
(1) Is an RTX 2070 SUPER Max-Q faster than the RTX 2080 Max-Q?
Yes! Our results showed that the new RTX 2070 SUPER Max-Q is faster
(2) How much faster is the whole system enabled by the new 10th Generation Core i7 10875H processor?
It's a lot faster, but simply because the i7 10875H had a higher core count as compared to the i7 9750H. For single threaded applications, the improvement to CPU architecture did not really affect performance.
(3) By supporting overclocked memory speed of up to 3200MHz, how much faster are the memory performance on the new 10th Gen Systems?
With 3200MHz DDR4 DRAM support, we recorded about 5-12% performance increase on memory performance. This increase in performance should have also resulted in higher performance across the whole system.
All in all, if you are looking for a new gaming laptop, the AORUS 15G has got what it takes to handle all the different game titles that you plan to throw at it. Together with its unique features that are developed just for gamers, we are certain that it will be a pleasure and enjoyable experience gaming or working with the AORUS 15G.
Where to Buy
The new Gigabyte AORUS 15G series with the latest Intel Core 10th Generation Processors and NVIDIA RTX 20 SUPER series is now available for purchase online at major retailers. Stocks are available.
Lazada-Gigabyte Notebook Singapore Official Store? https://bit.ly/2NN3KUV
AORUS 15G KB (NVIDIA® GeForce® RTX 2060 graphics card )?https://bit.ly/3j3ykrA
AORUS 15G XB(NVIDIA® GeForce® RTX 2070 SUPER™ graphics card )?https://bit.ly/3frjuJB
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Gaming Tests
CPU Tests
Memory Tests
No doubt, we would expect that a 8-core processor to outperform a 6-core in multi-threaded benchmarks. The performance difference is apparent in both the Blender and Cinebench BMW benchmarks, where the performance of the AORUS 15G surpasses the Razer Blade Advanced significantly.
The interesting comparison point is the single threaded score from Cinebench R20, where the new i7 10875H scored 447 as compared to 429 on the i7 9750H. Despite improvements in CPU architecture, the increase in performance is not as significant. To be honest, the score difference of 18 points could even be attributed to the higher clock frequency of the i7 10875H.
Moving on to game benchmarks, the scores also tell us that the NVIDIA RTX 2070 SUPER Max-Q graphics card is also much faster than the RTX 2080 Max-Q. For most of the games tested, the former achieved a higher average FPS as compared to the latter. Perhaps, it would be sensible for NVIDIA to rebrand their whole graphics card lineup, as we can see from our results that a graphics card with a higher number, may not always equate to a graphics card with higher performance. RTX 2070 SUPER(Max-Q) > RTX 2080 (Max-Q). Confusing!
As for memory performance, there is also no doubt that the new 3200MHz DDR4 DRAM was able to provide much faster DRAM read, write and copy speeds than the 2666MHz DIMMs. We're sure that this increase in memory performance also inherently gave some of the benchmarks higher results than if they were on the slower DRAM.
