NVIDIA GTX 1080 Mobility Pictured - First GDDR5X Mobile GPU

The Clevo P870DM3-G is equipped with two high-end GTX 1080 GPUs. (via Videocardz)

NVIDIA is going to unleash the worlds fastest notebook chip ever, the GeForce GTX 1080. Based on the Pascal architecture, the GeForce GTX 1080 (mobility) solution volition be embedded inside high-performance notebooks and laptops from various manufacturers. The GeForce GTX 1080 (mobility) will also provided a big performance spring compared to the flagship Maxwell graphics bill of fare, the Titan X.

NVIDIA GeForce GTX 1080 Mobility To Exist The Worlds First GPU To Utilize GDDR5X Memory - More Than 20% GPU Performance Increment Over Titan Ten (Maxwell)

A few days agone, nosotros talked most the GeForce GTX 1070 and GeForce GTX 1060 GPUs that are also coming to the mobility market. Today, Videocardz has posted the first pictures and benchmarks of the GeForce GTX 1080 that volition complete the enthusiast GeForce 10 mobility lineup. The GeForce GTX 1080 will be the fastest mobility bit based on the Pascal compages but it also maintains the same specifications as the desktop bill of fare.

The actual name of the product is "GeForce GTX 1080". I am calculation the mobility to the name to differentiate between the mobile and desktop platforms as the product exists on both. While specifications are same, their are some small-scale differences in the clock speeds which should be a flake slow to compensate the power input of the GPU itself.

The GTX 1080 Mobility solution is the worlds first GPU to utilize G5X memory (via Videocardz)

As for specifications, the flake is based on the GP104 dice which houses 2560 CUDA cores, 160 TMUs and 64 ROPs. The chip is the commencement mobility solution to utilize GDDR5X retentivity or G5X in curt. This memory is clocked at 10 GHz to deliver a bandwidth of 320 GB/south. The memory runs forth a 256-bit passenger vehicle interface.

The chip is equipped on a highly customized lath which doesn't fall in the standard MXM form gene. NVIDIA and their OEM partners designed similar boards to house the GTX 980 (Mobility) variant (not the GTX 980M) which likewise utilized the full GTX 980 desktop specifications.

CLEVO Notebook With GTX 1080 SLI Solution (Via Videocardz):

NVIDIA GeForce GTX 1080 (Mobility) Functioning and GPU-z Monitoring Information

Some official numbers from MSI's marketing material reveal that a single GTX 1080 (mobility) solution is more than xx% faster than the Titan 10 (Maxwell). MSI tested these numbers on their upcoming MSI Titan gaming lap top which should be available before long. The Titan laptop should be available in SLI configuration also which yields a 80% higher performance score in the same 3DMark Firestrike Ultra (4K) benchmark. It is amazing that GM200 GPU which dominated the enthusiast section in the previous generation has been outpaced past a single flagship mobile GPU. Being based on Pascal likewise assures that efficiency remains top notch on these solutions.

The GTX 1080 blasts past the desktop Titan 10 (Maxwell) in single and SLI config.

In Furmark stress test, the GTX 1080 (mobility) solution reached up to 1594 MHz while 1556 MHz seemed to be the standard boost charge per unit. The chip reached 85C which is a bit on the high side simply given that these notebook are designed to operate under such temps due to SLI (multi-GPU) conditions, the stability for the GPUwill be alright. The clock rate for the retention was maintained throughout.

Manufacturer's like EVGA and ASUS exercise make some pretty beefy laptop solutions with ASUS even going as far to offer h2o cooling inside mobile platforms. Nosotros can run across such solution allowing overclocking to some extend on these high-performance designs. Expect to hear more on the GeForce 10 mobility serial in a couple of days.

NVIDIA GeForce Pascal Mobility Family Comparing:

Specification	GeForce GTX 980 Notebook	GeForce GTX 1050 Ti Notebook	GeForce GTX 1060 Notebook	GeForce GTX 1070 Notebook	GeForce GTX 1080 Notebook
Graphics Core	GM204	GP107	GP106	GP104	GP104
Manufacturing process	28nm	14nm FinFET	16nm FinFET	16nm FinFET	16nm FinFET
CUDA Cores	2048	768	1280	2048	2560
Transistors	5.2 Billion	3.iii Billion	four.4 Billion	vii.2 Billion	vii.2 Billion
ROP units	64	32	48	64	64
TMUs	128	48	lxxx	128	160
Core clock speed	1064 MHz	1490 MHz	1404 Mhz	1442 MHz	1566 MHz
Max-Q Base of operations Clock	N/A	Northward/A	1063 - 1265MHz	1101 - 1215MHz	1101 - 1290MHz
Heave clock speed	1228 MHz	1624 MHz	1670 Mhz	1645 MHz	1733 MHz
Max-Q Boost Clock	N/A	North/A	1341 - 1480MHz	1265 - 1379MHz	1278 - 1468MHz
Memory clock	7004 MHz	seven,008 MHz	8,008 MHz	8,008 MHz	10,000 MHz
Memory interface	256-flake	128-bit	192-bit	256-scrap	256-bit
Total memory bandwidth	224 GB/s	112 GB/s	192GB/s	256GB/due south	320 GB/south
Total dedicated GPU retentiveness	8 GB	4 GB	half dozen GB	8 GB	viii GB
VRAM Blazon	GDDR5	GDDR5	GDDR5	GDDR5	GDDR5X
TDP	~150W	~60W	~80W	~120W	~150W
Max-Q Design TDP	N/A	Due north/A	sixty - 70W	lxxx - 90W	90 - 110W