3 best laptop for 3d modeling and rendering 2020

Welcome today i am going to tell you about Best Laptop For 3d Modeling And Rendering of 2020.

Best Laptop For 3d Modeling And Rendering

However, I must say right away that due to the mobility of the device, you cannot get comparable PC performance on a laptop.

Recommended laptop processors for simulation and rendering: Intel i9 8950HK, Intel i7 8750H or i7 8850H

These processors are great for simulation because they have a high base frequency and an excellent Turbo-Boost frequency. The Intel i7 8850H will give you a slightly faster Viewport , while the i7 8750H may be cooler and the cooler quiet.

My recommendation for RAM

From 16 GB of DDR4 RAM, the higher the frequency and less CL, the better.

My basic recommendation for a great laptop GPU:

NVIDIA GTX 1060

Because we are talking about other equipment it is worth noting a number of important details when choosing a laptop.

Choosing Best Laptop For 3d Modeling And Rendering

Expandeability

A laptop should be able to upgrade and expand as part of its hardware components .

Since an excellent laptop should last you a long time, the hardware components themselves, as a rule, cease to be relevant after a few years, since the development of new technologies is extremely fast.

There are many components on laptops that you can replace or upgrade yourself in a repair shop.

CPU

AMD processors are best neglected. Mobile solutions on the new Zen technology have not yet come out, and their predecessor is already outdated. Remains Intel and its Core i line.

What is the difference?

  • Core i3  – two cores, two or four threads. Modern (5, 6 and 7 series) work well, but may not be enough for demanding tasks.
  • Core i5  – two or four cores, four threads. Productive processors, which are enough for most tasks.
  • Core i7  – four cores (less often – two), eight (four) threads. As a rule, the fastest. The choice of enthusiasts.

The most attentive ones have already noticed: Core i3 and Core i7 can have the same number of cores. Like performance. For example, the i7-7500U differs from the i3-7100H, in fact, in five hundred megahertz frequencies.

How so?

The answer lies in the letters after the numerical index.

  • Y – very low energy consumption; slowly, but the battery will last a long time
  • U – ultra-mobile processor; still slow but energy efficient
  • T – again low power consumption
  • M is a mobile processor; nothing unusual
  • Q – four cores are definitely here
  • X – high frequency and maximum performance
  • H – built-in more or less productive graphics

RAM

Everything is simple here. The more, the better, regardless of specific programs. Graphics operations always required a lot of memory: tests show that Adobe Premiere is capable of consuming up to 12 gigabytes of RAM. If you work with photos, 8 gigabytes (at least 6  gigabytes) will be the best choice . For rendering video, preferably 16  gigabytes (minimum 8  gigabytes). Remember that the savings will directly affect the speed of work in a professional application.

Video subsystem

For photographers who do not plan to seriously play at their workstation, a separate video card is not needed. Video cores are already integrated in modern Intel processors and mobile AMD – they are enough for all everyday tasks.

Video editors are faced with a choice. They can use the processor to compile (as described above), or transfer this task to the video card. This feature is supported by many editors, including Adobe Premiere or Sony Vegas .

How it works?

Acceleration occurs using the OpenCL or CUDA libraries. AMD cards only support the first, NVIDIA both. The advantage is on the side of the latter, since CUDA in rendering is faster. The more CUDA cores, the more performance, the more expensive the laptop. The newest and fastest line of NVIDIA cards starts with the number 10. It is optimal to choose something at the GeForce 1050 / 1050Ti level or to save money and refuse a separate card at all.

Battery

In the case when you plan to transfer the laptop from a power outlet to an outlet, the battery life does not matter. The vast majority of them are able to work under load for at least an hour and a half. This is enough time to go online, edit a photo, watch a movie and, finally, connect the charger.

I need to work “in the field”, what should I do?

Choose an ultrabook . It is distinguished from an ordinary laptop by its small size (the common diagonal of the screen is 13.3 inches), small thickness, modest performance and high price. But it consumes little energy and can do without recharging daylight hours. Winter, as a rule, but still.

HDD

The standard volume today is 1 or 2 terabytes. If you think that 500 is enough, do not be fooled. File sizes are growing rapidly, and prices between models of such volumes differ little. Notebook solutions also differ little in speed, so once again, pay attention first to  volume .

And what about the SSD?

Solid State Drive, which replaced the hard drive. Fast . Damn fast. However, he is not able to increase productivity. In his power only to accelerate the opening of files and the launch of programs. Put it to your taste. The best copies are made by Intel and Samsung.

To render 3D objects, monstrous performance is needed. It’s hard to imagine that someone would do this on a laptop. However, if the circumstances are against you, choose the most powerful Intel processor with the QX index, a NVIDIA 1070, 1080 or Quadro series graphics card and about 32 gigabytes of RAM.

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AApple MacBook (Pro) for 3D modeling and animation?

I know many who would just like to get a MacBook Pro. They look good and everyone in the design industry seems to have a Mac or MacBook, right?

AApple MacBook (Pro) For 3D Modeling And Animation?

Since this is a topic that is usually actively discussed very subjectively, I will simply list some facts here and let you decide for yourself:

  • Cost: The laptops I recommend below cost 50% less than similar MacBook Pros.
  • Video Card: Recommended laptops have excellent Nvidia graphics cards (based on CUDA), on which you can also use GPU rendering in a lot more 3D programs (Apple only offers AMD Radeon GPUs with OpenCL).
  • Use in the industry. Any serious 3D studio uses a Windows PC, not a Mac. There are some companies that have only a Mac in their infrastructure, but these are mainly advertising agencies that have always outsourced any serious work in 3D or animation.
  • Extensibility: laptops are usually easier to upgrade
  • Repair cost: laptops usually repair cheaper
  • Connectors / Adapters. The laptop already has all the usual built-in connectors. MacBooks usually require additional expensive adapters for any external devices.

I would be glad to any comments if you had a different experience. This is my opinion, but I would like to know your opinion.

Laptop screen

Since laptop screens are usually much smaller than the monitors you can buy, you need to make sure that the laptop screen resolution is high enough so that you can place all of your software tabs and windows on one screen.

Full HD resolution (1920 × 1080) is usually a good minimum to buy, but there are laptops with even higher resolutions, such as 4K , on which you can put much more.

However, it should be remembered that on high-resolution screens, pixels are much smaller, and since the screen does not get larger, individual elements and texts of windows / menus will decrease and may strain your eyes if the software you use does not support scaling text.

It is best to get an additional external monitor to configure Multi-Screen, or even just use an external monitor in single-screen mode, if it is much larger.

I would recommend a 15-inch screen size at least on a laptop.

What is suitable? What technologies are there?

  • TN  (aka TN + film) is the oldest technology on the market. A simple, cheap matrix with medium color reproduction and low definition. Recent models have acceptable viewing angles and normal response times. They are good, as the name implies, for watching movies. Not our case. PS On the other hand, if you do not do other graphics besides editing the video, this is a chance to save.
  • VA  (PVA, SVA, WVA) is a slightly more worthy option. Good viewing angles, good color rendering. However, the shades are very dependent on your position in front of the screen, and the details of the picture in the shadows are drawn so-so. Not our case.
  • PLS  – good viewing angles, good colors, average response time. You can take it.
  • IPS (AH-IPS, e-IPS, H-IPS, P-IPS, S-IPS) are the best displays on the market. Excellent color reproduction, the largest viewing angles without distortion of shades. The response time, however, is slightly lower than that of TN, which in our case is not significant. Need to take.

For those who work on projects that require higher color accuracy, higher contrast and a better screen in general, I would recommend IPS instead of TN Panel.

Mobility

The reason you are looking for the Best Laptop For 3d Modeling And Rendering, rather than a computer or workstation , is mobility.

You want to be able to take this with you , maybe work while traveling, or you have a dock at work and at home, and you just take your laptop with you wherever you work at present.

Obviously, a computer or workstation will be more productive for modeling and rendering in almost all aspects, since they have more space for more productive components, a better power source and wider cooling solutions.

But this, of course, is far behind in one important aspect: mobility .

You want to be mobile and probably don’t want to carry a huge 10-pound laptop with you, which will give you back pain after several days of use.

Believe me, of course, there are laptops that do not deserve this name , since you do not want them to lie on your lap.

They are loud, very hot, heavy and large and look more like a heavy briefcase than anything else.

We are looking for the best laptop for modeling and rendering, which is also relatively light , but it has a fairly large screen, does not produce too much noise and has a battery that allows us to work for several hours before we connect it to the power source.

I have put together several recommendations for Laptops For 3d Modeling And Rendering that will meet your needs in different price ranges below:

Best Laptop For 3d Modeling And Rendering

  1. Acer
  2. MSI
  3. Gigabyte

3 Best Laptop For 3d Modeling And Rendering

Acer (Acer Helios 500 PH517)

Acer (Acer Helios 500 PH517)

Large and powerful laptop Acer Helios 500 PH517. Such models are bought consciously, like replacing a desktop computer without any compromises in terms of performance. Acer has a very extensive line of game models, starting with the more affordable Nitro 5, to the high-end Triton 700 with a GTX 1080 Max-Q and the unique Predator 21X monster with a 21-inch curved screen. Acer Predator Helios 500, belongs to the aforementioned class of 17-inch powerful laptops with top-end performance, the stock of which will last for another couple of years.

  • The ability to overclock and upgrade at home
  • Processor: i7-8950HK (6 cores)
  • Video card: GTX 1070 with 8GB of video memory
  • RAM: 32GB RAM
  • SSD: 512G NVMe SSD
  • 17.3-inch IPS screen with a resolution of FullHD 144 Hz
  • Excellent cooling

MSI (MSI GS65 Stealth)

MSI GS65 Stealth

Considering all aspects of this article, such as size, weight, portability, and performance and price, your best 3d animation laptop I can recommend is the MSI GS65 Stealth THIN-050 15.6 ″ laptop .

Features:

  • Very thin
  • Processor: i7-8750H (6 cores)
  • Video card: GTX 1060 with 6 GB of video memory
  • RAM: 16 GB RAM
  • SSD: 512G NVMe SSD
  • Win 10 pro
  • 15.6-inch FullHD IPS Screen

Most likely in the store will be written “Gaming laptop”, which can be misleading. The reason that the word “Games” is anywhere on the product page on laptops or computers is usually because the video card is powerful enough, and manufacturers believe that you can only play on these laptops .

Well, they are also great for 3D modeling, so don’t let this fool you!

This laptop weighs less than 2 kg and is extremely portable and thin. You can tune this MSI laptop to the next higher GPU level, RAM size and SSD size if you want.

Gigabyte (ultra-thin Gigabyte Aero 15X v8-BK4)

If you use Maya (with its Viewport 2.0) and other graphically more demanding software that you use most often, you need to lean towards a better graphics processor, such as the 1070, which you will find in the following laptop and best laptop for maya:

ultra-thin Gigabyte Aero 15X

The second choice in the same price range and hardware components is the ultra-thin Gigabyte Aero 15X v8-BK4 15.6 ″ laptop Features:

  • CPU: i7-8750H
  • GPU: GeForce GTX 1070 with 8 GB of graphics memory
  • RAM: 16 GB RAM
  • SSD: 512GB PCIE SSD
  • Win 10 home
  • 15.6-inch FullHD IPS Screen

This Gigabyte laptop again has the name “Gaming” in its name, but is also great for 3 simulations and animations. It has a higher-end graphics card, the Nvidia 1070 GTX with 8 GB of video memory. Weight a little over 2 kg.

There are two more great options with similar equipment – Asus GX531GS (Zephyrus S) and Razer Blade 15 .

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