Computer specifications for 3D design software

Buying a computer can be easy for people who only need it for personal use, study and light games. But when we talk about the specifications of the best device for 3D design, several things must be taken into consideration before purchasing a computer for this purpose. A 3D graphic design computer must be very fast and powerful enough to run the various new 3D design programs such as AutoCAD, Blender and Cinema4D.

The question we have to ask: What is the right computer for 3D design? To choose the best computer for 3D design, you must consider the type of software that will be running on this computer. In addition to your own budget. If you are doing complex 3D work, you will need a computer with very powerful specifications. If your work mostly depends on making 2D images, you can choose mid to low end computers.

Laptop specifications suitable for 3D graphic design

The most important computer specifications to look at in 3D graphic design are the operating system, CPU, memory (RAM), storage drive, display type and size, and color resolution.

In addition to the speed of the computer, there are other things that must be taken into consideration before purchasing a computer for graphic design in 3D, such as choosing between a Mac or a regular computer, RAM, drives, displays, and color accuracy. You need to find the right balance on how you use your computer. So let’s get to know these exact specifications.

Should I choose a MAC or a regular PC?

The first question is whether you want to use a Mac or a PC for regular 3D graphic design. Most of the programs for 3D graphic design are produced for iOS as well as Microsoft Windows. Of course, you’ll want to make sure that your files are compatible with the software and operating system that any company whose hardware and software you want to purchase is using to make your designs.

MACs have many advantages. First, their screens tend to be very color accurate and have high display quality.

MAC computers are characterized by their high ability to run large and huge programs. Which can make a difference if you are going to use your computer for work or personal work.

As for other normal computers, you can change or upgrade any device separately. This is the defect found in Mac devices, as you cannot easily change or upgrade its hardware, and herein lies the difference.

Requirements for running 3D design software

CPU

The CPU, or processor, controls the functions of a computer. For 3D graphic design, you need a fast and powerful processor to run complex design programs. Top brands change quickly, but you generally need a quad-core processor or a proprietary series suitable for 3D graphic design.

In addition to the CPU, it is important to look at the computer’s graphics capability. The computer can have a graphics chip integrated into the processor, or a discrete graphics card. Previously, integrated graphics chips were very basic, and were unable to do much more than display spreadsheets and web pages. However, in the past few years, integrated graphics chips have improved greatly. Unless you do a lot of 3D design, the built-in chip is usually enough to run most 3D graphic design software. Using an integrated graphics chip instead of a dedicated graphics card will save you some money. If you have the budget or tend to work on complex applications, you will need to purchase an additional discrete external graphics card.

RAM

Random access memory (RAM) holds data that your computer needs to access while moving between programs that are open at the same time on your computer, such as all the information in a file you’re currently working on. If you usually work with multiple programs open, or if you work with very large files, you need more RAM to provide smooth switching between programs and scrolling through complex files. Try to get as much memory as possible into the computer. If it does not include enough RAM for your needs, you can purchase and add new memory easily.

Storage Drive

Storage drives can be either a traditional hard disk drive (HDD) or a solid state drive (SSD). Although hard drives tend to be cheaper and have a larger capacity, they can be a problem with laptops. Solid state drives are lighter, faster, and more durable than hard disk drives, and are best for running complex and bulky 3D design programs. Most computers are now sold with solid state drives, but computers can be upgraded with solid state drives if they didn’t come with them and they have hdds.

Screen sizes and types

Since graphic design requires a clear vision, you need to get the best monitor you can afford. In general, the 13-inch screen is too small for working in 3D graphic design. You must have a screen size of at least 15 inches. 17 inches is better for work, but it can be heavy to carry. These screens have a higher pixel density, which allows you to see more details. The minimum effective design end screen will be 1920 x 1080 pixels.

Color accuracy

Color accuracy and a wide color palette are also a very important part of a monitor. In general, you want to make sure that the screen you’re looking at has at least 100% Adobe® RGB. If color isn’t your focus, you can get away with a monitor with 100% sRGB. Color accuracy is usually measured by Delta-E, which is an indication of how far from full resolution your monitor is, and as a result, a lower number is better. Try to get a screen with a Delta-E score of less than 5. Of course, Delta-E cannot be considered alone, it must be compared with the color palette. A monitor with a smaller color palette will get a better (lower) Delta-E since it has fewer colors to get it right.

Conclusion

In conclusion, we can say that the specifications of the computer suitable for running 3D design programs must contain an SSD hard disk with an area of ​​not less than 256 GB, and at least 16 GB in RAM, and a processor of the seventh generation i7, with a graphics card of no less than About 8 gigabytes, and a screen of at least 16 inches.