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According to Steam reports, NVIDIA’s GPU market share has already occupied 75.5% of the entire GPU sale worldwide.

Nvidia GeForce RTX 2080 (Laptop)

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(Source: NVIDIA)

Nvidia released this epic graphics card for laptop gamers back in the first quarter of 2019. And, from that time this GPU has turned many heads towards it. Currently, it’s probably the single graphics card for laptops that has no enemy. Yes, many tech pundits have tested this GPU in different computing settings and they are pretty vocal about its masculine performance under steep gaming/processing demands.

Now, coming to its tech specs, it has an 8GB GDDR6 VRAM memory volume attached to it. Added to this, it follows the 12 nm manufacturing process. This process ensures that it’s at least 50% faster than its predecessors and consumes 60% less power. Further, this GPU with 2944 cores runs on the NVIDIA’s latest Turing architecture that clocks a base speed of 1380 MHz and it can go up to 1590 MHz.

The memory bandwidth of this graphics card for laptop is colossal – 448GB/Sec. It’s fun, right? Yes, I’m talking about full-fledged 4k gaming experience on your laptop with the ability to pull 60 fps ray-tracing with the best AI-powered gaming performance.

Technically, RTX 2080 Ti is the most powerful GPU for gaming PCs available today, on this planet, and NVIDIA never planned to dishearten the laptop gamers. The result?

They removed the Ti part and made an ultra-low-power RTX 2080 graphics card for laptop gamers. Yes, its 150W power consumption never fails to push this laptop graphic card to handle extreme overclocking.

PROS:

  • The best graphics card for laptop gaming
  • Low power demand – around 150 watt
  • DLSS (Deep Learning Super Sampling) and real-time ray-tracing (RTRT) capable gaming GPU for laptop
  • 256-bit memory bus with 14Gbps memory speed
  • DisplayPort 1.4 ready
  • HDR, HDMI 2.0b, SMP (Simultaneous Multi-Projection), and H.265 PlayReady 3.0 video encoding-decoding support

CONS:

  • Too much expensive.

Nvidia GeForce RTX 2070 (Laptop)

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(Source: NVIDIA)

As it goes with the gamers – It’s RTX. It’s on.

Truly, the NVIDIA GeForce RTX 2070 graphics card for laptop gaming or heavy graphics designing is the second best out there in the market. Before these GPUs, heavy gaming and portability were poles apart. But, now, you can experience the real gaming on your laptops.

Now, coming to its tech specs, RTX 2070 (laptop) almost equals the processing power of RTX 2080 (laptop). It runs on the same Turing architecture for handling extreme overclocking. further, it comes with an 8GB GDDR6 VRAM memory module and offers the same memory bandwidth – 448GB per second.

Moving on to the other features, the base frequency of this laptop graphics card with 2304 cores is a bit slower than RTX 2080 and it’s around 1215 MHz and reaches max frequency – 1440 MHz. Its lithography figure is the same – 12nm. And, the brighter side is that it consumes lesser power than RTX 2080, which is around 115W. Simply, this graphics card in a laptop does wonders – real gaming with low heat output.

Further, the power of realtime ray-tracing is there along with the support of the other popular technologies like G-Sync, DirectX-12 API, NVLink, and DLSS.

So, who should go with this graphics card?

Simply, if you do not have a high budget to purchase the RTX 2080 but still want to enjoy gaming at 1080p or 4K level with real-time ray-tracing, this GPU is for your gaming beast.

PROS:

  • Similar to RTX 2080 except a little less memory speed

CONS:

  • Cheaper than RTX 2080 but still burns a hole in your pocket.

Nvidia GeForce RTX 2080 Max-Q

Another gem from NVIDIA towards global laptop gaming. Admittedly, it’s one of the best laptop graphics cards that NVIDIA mothered for laptops. Max-Q technology was first launched in 2017 to allow the rendering horsepower of the higher-end graphics cards to be fitted in slimmer form factors. NVIDIA has borrowed this concept from aerospace in which Max-Q is defined as the maximum dynamic pressure of a spacecraft after its launch.

Now, coming to its beefy tech features, this graphics card for laptop gaming offers a bit diminished performance if compared to the RTX 2080 GPUs for the PC ecosystem. And, it should be. We can’t demand equal processing power from a GPU that draws way less power and seeks less cooling.

Having said that, the reduction in both clock speed and power consumption has made it suitable to work inside ultra-thin laptops. Although its base chip is the same TU104 used in the mobile and desktop variations of this series. And thus provide similar specifications with 2,944 shaders and an 8GB GDDR6 memory module but slightly slower memory speed of 12Gbps rather than 14. 

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NVIDIA TURING TU104 chip architecture

(Source: NoteBookCheck)

This specific chip is best known for its DLSS (Deep Learning Super Sampling) and RTRT (Real-Time Ray Tracing) features empowering realistic lighting effects. 

Currently, NVIDIA has planned to market two different variants of this Max-Q design of graphics card for laptop. The low power consumption (80 Watt) version provides 735-1095 MHz core clock speed, whereas the faster variant with 90 Watt consumption offers 990-1230 MHz core velocity.

Another difference in this laptop graphics card from its regular RTX 2080 counterpart is in its drivers. The Max-Q specialty optimizes efficiency rather than the performance to serve the purpose of a graphics card for laptops with thinner lap-happy architecture. However, you won’t be deprived of enjoying any demanding 4k games on maximum details.

PROS:

  • Low power-hungry design is best suited for thin laptops
  • High-definition cooling system
  • Voltage optimizing converters for 1V operation
  • 40 dBA noise limitation for fans

CONS:

  • Raytracing may reduce a lot of framerates.
  • Expensive

Nvidia GeForce GTX 1080 Max-Q (8GB DDR5X)

Our next best one is another Max-Q jewel from NVIDIA. It was one of the first models NVIDIA marketed combined with the Max-Q feature in 2017. Although this one runs on older Pascal technology engineered GP104 chip, you can expect a clear gaming experience for most hardware-demanding games in full HD settings.

Let’s take a look at its tech signature and what we see in this graphics card for laptop is a base frequency of 1101-1290MHz reaching the boost point between 1278-1458MHz. Of course, it’s around 18% less than the regular GTX 1080 card, but that’s the story of Max-Q, right? As we have already seen, the focal purpose of this technology is not performance, but efficiency to suit for high-end portable laptops. The invitation is for the people who travel frequently. You guys are not expecting to be a hardcore gaming professional I believe, but who doesn’t want to feel the adrenalin rush of modern eventful gaming?

Admittedly, you don’t have to bother much about the heat dissipation and noise of your device since that’s the expertise Max-Q provides in a graphics card for laptops. Talking about the price range, you may have to spend well to pay the price of your gaming desire, but it’s less than the others we talked about before. The performance is 10-15% slower than regular GTX 1080 GPU as it maintains a high-end cooling ability inside an ultrathin notebook. You may expect similar performance as GeForce GTX Max-P 1070 cards, even when the memory clock is identical with regular GTX 1080 series.

The 16nm FinFET process is the basis of the GP104 chip architecture of this graphics card for laptop. However, the Max-Q design reduced the power consumption between 90-110 Watt (TGP), whereas the desktop version demands 180 Watt. According to NVIDIA, their Optimus engineering combined with Battery Boost technology expands the battery life around double the general life-span of a battery in Max-Q empowered GPU chips.

PROS:

  • Similar to RTX 2080 Max-Q

CONS:

  • Similar speed as regular GTX 1070 and also slower than that sometimes

 

AMD Radeon RX Vega 56 (Vega 10 XL mobile)

 

Saturday 9th May By

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