⋮    ⋮  

NVIDIA’s Mobility Pascal GeForce GTX 1070 and GeForce GTX 1060 Performance Detailed – Fastest and Efficient GPUs Designed For High-End Laptop Gaming

Author Photo
Aug 6, 2016
Share Tweet Submit

NVIDIA is expected to launch high-performance mobility GPUs based on their Pascal architecture later this month. There have been couple of details that leaked out in the past regarding the specifications but latest leaks from Videocardz and LaptopMedia show us the first performance numbers of these chips which will be featured inside gaming and enthusiast grade notebooks.

NVIDIA’s Pascal GPUs are the most advanced and the most efficient FinFET based chips made to date.

NVIDIA’s Powerful Pascal Architecture Coming To Notebooks – Performance of GeForce GTX 1070 and GTX 1060 Mobility Leaks Out

The new Pascal mobility chips are rumored to feature the same naming schemes as the desktop products. Some people may think that it’s confusing this way but you can’t fit a desktop card inside a laptop so the GTX 1080 or GTX 1070 featured on the laptops is exclusive to the mobile platform. Some differences can also be seen in the specifications department when it comes to clock speeds or core configuration. But at the end of the day, all of the GeForce 10 Mobility variants are based on Pascal.

NVIDIA’s Pascal is without a doubt, the most power efficient chip that utilizes the 16nm FinFET process node. The GeForce 10 series cards have shown a huge increase in clock speeds compared to prior generations and deliver great performance increases compared to their predecessors.

NVIDIA GeForce GTX 1070 (Mobility) Specifications:

According to the specifications, the GeForce GTX 1070 (Mobility) features 2048 CUDA cores, 170 TMUs and 64 ROPs. This chip may look like it’s faster than the desktop variant but it’s actually tuned to perform as similar as the GeForce GTX 1070 (Desktop) variant. If you look closely at the clock speeds, we are getting 1443 MHz core and 1645 MHz boost clocks out of this variant while memory is clocked at 8 GHz. The chip features 8 GB GDDR5 memory featured across a 256-bit bus and TDP is expected between 125-150W.

The GeForce GTX 1070 (Mobility) is extensively tested by the guys over at LaptopMedia.

An image of the GeForce GTX 1070 PCB shows that it comes with a high quality MXM board design. This board features a 6 Phase design. The board supports SLI functionality and delivers more power to the GPU than other traditional MXM designs allowing for overclock support. We don’t expect mobility variants to reach past 2 GHz but people will be able to gain some decent numbers after overclock.

NVIDIA Pascal GTX 1070 Mobility PCB (Via Videocardz):

NVIDIA GeForce GTX 1070 Mobility PCB

NVIDIA GeForce GTX 1070 (Mobility) Performance:

The GTX 1070 Mobility chip delivers some massive gains over last years GTX 980 (Mobility). This is in fact the fastest performance numbers we have yet to see on a laptop GPU. The GTX 1080 is expected to further trump these numbers in style but the GTX 1070 is where value lies. As for SLI numbers, we don’t really have them right now but the GP104 GPU does support SLI and we can see some good scaling in a number of titles that are optimized for NVIDIA. You can see the full performance chart below:

NVIDIA’s GTX 1070 Mobility numbers show massive increase over Mobility Maxwell. (Via Videocardz)

NVIDIA GeForce GTX 1060 (Mobility) Specifications:

The NVIDIA GeForce GTX 1060 (Mobility) on the other hand comes with the GP106 GPU. This is in fact the same GPU configuration as the GTX 1060 (Desktop) but with lower clock speeds. You get 1280 CUDA Cores, 128 TMUs and 48 ROPs from this variant. This variant is clocked at 1405 MHz core and 1671 MHz boost clocks with VRAM clocked at 8 GHz. The chip comes with 6 GB of GDDR5 memory running along a 192-bit bus interface that would pump 192.2 GB/s bandwidth.

This chip will feature a TDP under 100W since its clocked lower than the desktop GTX 1060 variant. There’s no image of the board design but it should come in the standard package along with some premium components that NVIDIA offers on their high-end laptop designs. These allow the chip to run cool and stable. The GPU-z shot further shows the chip touching 1911 MHz on stock speeds which is impressive while maintaining 58C load in load tests.

NVIDIA GeForce GTX 1060 (Mobility) Performance:

The chip has really high clock speeds during performance tests that exceed it’s specifications. We are looking at 1797 MHz in the case of Heaven benchmark 4.0 and it does so without going past 80W.

The GTX 1060 Mobility can boost up to 1800 MHz while consuming under 80W of power. (Via Videocardz)

Performance is just a bit under the GTX 980 (mobility) but the new product will feature a more attractive price and will be a really good chip that users should look forward to in mid-range gaming laptops. You can see various performance results below:

NVIDIA GTX 1060 Mobility Synthetic Performance:

NVIDIA GeForce GTX 1060 Mobility Pascal_Performance_Synthetic

NVIDIA GTX 1060 Mobility Compute Performance:

NVIDIA GeForce GTX 1060 Mobility Pascal_Performance_Compute

NVIDIA GTX 1060 Mobility GPGPU Performance:

NVIDIA GeForce GTX 1060 Mobility Pascal_Performance_GPGPU

NVIDIA GTX 1060 Mobility Gaming Performance:

NVIDIA GeForce GTX 1060 Mobility Pascal_Performance_GPU

NVIDIA GeForce Pascal Mobility Family Comparison:

SpecificationGeForce GTX 980 NotebookGeForce GTX 1050 Ti NotebookGeForce GTX 1060
GeForce GTX 1070
GeForce GTX 1080 Notebook
Graphics CoreGM204GP107GP106GP104GP104
Manufacturing process28nm14nm FinFET16nm FinFET16nm FinFET16nm FinFET
CUDA Cores2048768128020482560
Transistors 5.2 Billion3.3 Billion4.4 Billion7.2 Billion 7.2 Billion
ROP units64 324864 64
Core clock speed1064 MHz1490 MHz?1404 Mhz 1442 MHz1566 MHz
Boost clock speed1228 MHz1624 MHz?1670 Mhz1645 MHz1733 MHz
Memory clock7004 MHz7,008 MHz8,008 MHz8,008 MHz10,000 MHz
Memory interface256-bit128-bit192-bit256-bit256-bit
Total memory bandwidth224 GB/s112 GB/s192GB/s256GB/s320 GB/s
Total dedicated GPU memory 8 GB4 GB6 GB8 GB8 GB
Which mobility Pascal chip are you most interested in?
Share Tweet Submit