Content

  • What is 3D Modeling?
  • What is 3D Rending?
  • Main components for a 3D a Modeling and Rending Computer.
  • Best graphic card for 3D Rending and Modeling for Profesional.
  • Best graphic card for 3D Rending and Modeling for Advance Users.

What is 3D Modeling?

3D modeling details

3D modelling is the process of development of mathematical, geometrical, co-ordinate based representation of any surface or any object through any specific software in 3 dimension.3D models represent the physical body of the objects, lines, curves, Triangles, etc.3D models are created by the using of different software.3D model can also be represented as a 2D model this process is known as 3D rendering or computer simulation. In our market, many objects are created in 2D modelling and then they can represent 3D modelling.

Different types of software used for 3D modelling are known as modelling applications through the software we can create a 3D environment or 3D model of different objects as a graphical representation.3D models are widely used nowadays in 3D graphics and CAD.

we can create different types of objects or models through the software and check their working throw a computer system is known as a computer simulation. Before creating the object physically we can create them through software.

What is 3D Rendering?

3D Rendering

3D rendering is the process of converting 3D models into 2D models. They include photorealistic effects or non-photorealistic styles. The purpose of 3D rendering is to take photos of film and show them in real-life objects. There are two types of trending real-time and non-real-time.

Real-time rendering The examples are games and simulations which are displayed real-life objects with different effects for real-time rendering. There are different lenses effects that can be used and different frames of images repeat for a fraction of a second in animation there are 30 frames per second same as it is in games there are such and objects which are move on the surface and make a real-life visualization.

Animation is an example of non-real-time. The purpose of this rendering is to make a sense of real-life in non-real-time. It enables the limiting processing powers to obtain high-quality images and high-quality visualization frames are repeating on the surface and within a few seconds, very complex scenes can be made then the scenes can be transferred on a hard disk or optical disk and displayed at high frame rates almost 30 frames per second to achieve the visualization or moments.

CPU Rendering:

It makes CPU utilization maximum.
CPU rendering is very slow as compared to GPU rendering.
It is not constrained by the number or performance of your graphics cards that you have installed, nor is it constrained by the amount of your GPU’s VRAM.
You have no need to spend extra money on expensive graphics cards.
You can render your images faster by using CPU rendering.
The limitation is that it consumes more power.
It requires many cores of CPU.
It renders images solely.

GPU Rendering:

This is faster then cpu rendering.
Don’t require as much power as cpu rendering require.
Utilizes the graphics cards.
Uses graphics processing unit in automatic generation.
It is more efficient in processing tasks that require multiple parallel processes.

Main Components for a 3D Modeling and Rendering Computer

Computer System
GPU
CPU
RAM / Memory
Graphics Card
Power Supply Unit (
Storage Device: SSD, NVE, HDD
Monitor
Cooling
Operating System
Input Devices: Mouse Keyboard, Tablet, etc.

Graphics Cards:

A graphics card is an expansion card for your PC that is responsible for rendering images to the display Images and different objects.
High-end GPUs are used for gaming, ray tracing, graphics production.
IT is an expansion card that generates a feed of output images to a display device.

Best Graphics Cards for 3D Rendering and Modeling for Professionals:

1:AMD Radeon Pro WX 8200

AMD Radeon Pro WX 82 details

CUDA Cores: 3584
Base Clock: 1200MHz
Boost Clock: 1500MHz
Memory: 8GB HBM2
Memory Clock Speed: 2000MHz
Bus
Memory : 2048-bit
TMUs: 224
ROPs: 64 
Max. Monitors Supported: 4
Power Consumption: 230W
Dimensions: 10.5 x 4.4 in

Reasons to Use:

Better performance
More memory
Affordable price
It sports EEC memory
It is used for difficult 3D tasks
Its performance is better than WX 9100
Its outcomes are very efficient

Reason to Avoid:

It consumes more power
Its price is higher than others
AMD is very cost-effective and rich in its features. There is no comparison of this with other GPUs.
It is created using vega architecture which is the best of AMD workstation GPUs.This graphical card has the best clock speed of 1500 MHZ up to 2000 MHZ. As compared to WX 200 its power consumption is very low.


If you are looking for a professional graphics card with high performance and at a suitable price then you will definitely prefer AMD Radeon Pro WX 8200 it is the best choice for professionals many industry experts use it only offers 8GB of HBM2 to VRAM.
This GPU is an absolute beast and even its power consumption will attest to that. It draws 230 watts which are the second-highest of the WX series and almost on the same level as the RX Vega 64.

PNY NVIDIA Quadro RTX 4000

PNY NVIDIA Quadro RTX 4000 information

CUDA Cores: 2304
Base Clock: 1005MHz
Memory: 8GB GDDR6

Boost Clock: 1545MHz
Memory Clock Speed: 13000MHz
Bus
Memory : 256-bit
TMUs: 144 | ROPs: 64
Max. Monitors Supported: 4
Power Consumption: 160W
Dimensions: 10.5 x 4.4 x in

Reasons to Use:

Has 8GB of V Ram
Consumes less power
It sports ray tracing
This has a single slot for GPU
It is used for CAD applications

Reason to Avoid:


Its price is very high. It is designed by turning architecture. Its best feature is real-time Ray tracing. This GPU has a clock speed of 1005 MHZ. This is also used for heavy loads and has a clock speed up to 1545 MHZ.Optimized for creative work and CAD applications all for AutoCAD and solid works. This has also many facilities and works very accurately.

Its increases the rendering speed and performs high-quality rendering which is very close to reality. It is also so great in its features one of them is it offers 8GB of VRAM space to store files moreover it use 3D environment of 10 Giga rays per second with the high quality of sound travel and light. Its power consumption is only 160 WATT but it performs 3D rendering with a very high speed it’s the best choice for you.

Asus ROG STRIX GeForce RTX 2080Ti

Asus ROG STRIX GeForce RTX 2080Ti picture

CUDA Cores: 4352
Base Clock: 1350MHz
Boost Clock: 1665MHz
Memory: 11GB GDDR6
Clock
Speed: 14000MHz
The Bus Memory: 352-bit
TMUs: 272 | ROPs: 88
Max. Monitors Supported: 4
Power Consumption: 260W
Dimensions: 12 x 5.1 x 2.1 in

Reasons to Use:

Sports DLSS and Ray tracing
It offers 11:00 GB of VRAM
Has higher bandwidth
It is a rounded graphic card

Reason to Avoid:

Its price is very high. It has double speed off Ray tracing.Its speed is 10 giga rays per second for Ray tracing. Its bandwidth is 8616 GB per second.It has the facility of faster transfer of data from
VRAM to GPU its available speed is 11 GB its clock speed is 1635 MHZ. It has very high processing power the power consumption rate is very slow power consumption rate is about 260W it is not best for mid-range workstations.

AMD Radeon Pro WX 7100

AMD Radeon Pro WX 7100

Stream Processors: 2304
Base Clock: 1188MHz
Boost Clock: 1243MHz
Clock
Memory Speed: 7000MHz
T
he Bus Memory : 256-bit
TMUs: 144
ROPs: 32
Max. Monitors Supported: 4
Power Consumption: 130W
Dimensions: 15 x 9.7 x 3 in
 

Reasons to Use:

Excellent price over performance
It has a single slot form factor
It is very good for gaming
Has 8GB of VRAM
It sports 4 x 4 k screens

Reason to Avoid:


Its price is very high
It doesn’t sport ray racing
Needs proper cooling

This is very suitable for visualization, simulation, and rendering at a professional level. It’s hard to believe that this card is recommended for 3D Modeling and rendering experts. It is used for gaming.
Its architecture is made by Polaris architecture. It has 2304 streaming processes and multiple high-quality videos from different angles.
If you are using multiple monitors for 3D rendering and modelling then this graphic card is very suitable for you. It is specially built for gaming it is a very cheap alternative for a graphical users.

PNY Nvidia Quadro P4000

PNY Nvidia Quadro P4000

CUDA Cores: 1792
Base Clock: 1202MHz
Boost Clock: 1480MHz
A
Memories: 8GB GDDR5
T
he Speed Memory Clock: 7604MHz
Bus
Memory: 256-bit
TMUs: 112
ROPs: 64
Max. Monitors Supported: 4
Power Consumption: 105W
Dimensions: 9.49 x 4.37 x 0.75 in 

Reasons to Use:

It has very great performance in the 3D task
This has 8GB of VRAM
Has single-slot form factor
It optimizes the popular design applications

Reason to Avoid:


It doesn’t have an HDMI port
Don’t sport Ray tracing

It is a more affordable graphics card for professional users. This has 16 GB of VRAM. Most used for workstation computers. It has 288 GB of memory bandwidth. It saves a lot of money Over the Other graphical cards. Many users work comfortably using this graphical card.

With an 8GB GDDR5 memory, you don’t have to worry about your system running out of space for storing textures and geometry being used in renders and 3d modelling. This GPU is fully capable of handling high-quality images of above 1080p.

All these features combined allow 2 users to work comfortably to process large models scenes and in 3D rendering and modelling. The best advantage of this graphic card is it comes with 4 display ports which are very used for rendering on your 4K screens.

Best Graphics Cards for 3D Rendering and Modeling for Advanced Users:

Now we are fully aware with 3D Modeling and 3D rendering now we can create Complex models and need high processing power to render these models we need highest and graphical user card there are some examples:

ASUS Dual GeForce RTX 2060 O6G Evo

ASUS Dual GeForce RTX 2060 O6G Evo details

CUDA Cores: 1920
Base Clock: 1365MHz
Boost Clock: 1785MHz
Memory: 6GB GDDR6
Clock Speed: 14000MHz
Bus
Memory : 192-bit
TMUs: 120 | ROPs: 48
Max. Monitors Supported: 4
Power Consumption: 175W
Dimensions: 9.5 x 5.1 x 2.1 in
 

Reasons to Use:

Sports ray tracing and DLSS
It has very great performance over money
This is good for gaming it has a very classy design

Reason to Avoid:

Only 6Gb of VRAM. There are many issues with power and heating.

If there is any issue of pricing you can’t afford RTX 2080 then you can purchase RTX 2060.It is not the cheapest graphic card but it is cheaper in RTX series its price is less than 350$ and you can get full capabilities of ray tracing and you can design 3D Modeling and work in a free manner.

It is very difficult to find another one in this price range having all these capabilities.It has 6 GB of VRAM that facilitates faster Modeling and rendering and also includes textures geometry and shapes.It is very similar to RTX 2070 but the price is different.

If you want to lose a few frames per second to save $200 then you can use RTX 2070 but if you want full frames per second then you can use RTX 2070. It is a very good option for you it use 6Gb of VRAM this both graphic cards comes with you 106 processor and 8 pin connectors which have two cooling fans.

PowerColor AMD Radeon RED Dragon RX 580

PowerColor AMD Radeon RED Dragon RX 580 details

Stream Processors: 2304
Base Clock: 1257MHz
Boost Clock: 1350MHz
Memory Clock Speed: 8000MHzROPs: 32
Bus
Memory : 256-bit
TMUs: 144
Max. Monitors Supported: 5
Power Consumption: 185W
Dimensions: 10.40 x 6.18 x 2.24 in

Reasons to Use:

Great performance for high-resolution pictures
Good for gaming
8GB of VRAM
Don’t require cooling
Affordable for advanced users

Reason to Avoid:

Not more power full. It is perfect for 3D rendering and modeling for advanced users the RX 580 is the perfect budget GPU for advanced users. RX 580 can reach speeds of up to 1350 MHZ and 1286 MHZ when you are not working on complex 3D models or renders its speed is 1257 MHZ AMD RX 580 has 2304 stream processes which are very e beneficial for your models. This graphic card can easily handle more textures and models. In short, this graphic card has a lot of offers for a very low price.

AMD Radeon Pro WX 5100

AMD Radeon Pro WX 5100 info

Stream Processors: 1792
Base Clock: 713MHz
Boost Clock: 1086MHz
Memory: 8GB GDDR

Max. Monitors Supported:

4Power Consumption: 75W
Memory Clock Speed: 1.25GHz
Bus
Memory : 256-bit
TMUs: 112
ROPs: 32

Dimensions: 2.87 x 11.50 x 9.49 in 

Reasons to Use:

Excellent performance
8GB FB Ram
Low power consumption
Perfect for professionals
Compact form factor
Sports different software

Reason to Avoid:


It’s the price is high. It is the upgraded variant of the Radeon on Fire Pro series it comes with the necessary connectors in its package. This GPU designs for the rendering using multiple monitors. It displays 4 ports on the card and makes it easy to connect multiple monitors. Radeon Pro WX 5100 comes with an 8GB VRAM and bandwidth of 160 GB.

The sample memory space means that GPU stores unlimited files during the working on 3D Modeling and 3D rendering. The advantage of the Radeon pro-WX 5100 is that it will utilize the available resources during computing. Only needs 75 Watts to function. This allows running multiple operations together in 3D rendering without dropping any of them or affecting the performance of the system.

It has 1792 processes in its pack and 256-bit bus width it is very useful for gaming when you want to relax your mind with the game we must recommend you to use AMD for working so much to ensure your capabilities.

PNY Nvidia Quadro P2000

PNY Nvidia Quadro P2000 knowledge

CUDA Cores: 1024
Base Clock: 1076MH
Memory: 5GB GDDR5

Boost Clock: 1480MHz
Memory Clock Speed: 1752MHz
Bus
Memory : 160-bit
TMUs: 64
ROPs: 40
Max. Monitors Supported: 4
Power Consumption: 75W
Dimensions: 7.7 x 4.4 x 2 in

Reasons to Use:

Least power consumption
Great performance
Compact form factor
Used for a lot of 3D applications

Reason to Avoid:

Don’t support ray tracing.
There are many issues with power and heating.

This GPU has a clock speed of 1076 reach up to 1480 MHZ .5GB of VRAM and a memory bandwidth of 140 GB per second. This GPU decrease the render time for your model. It comes with 4 display ports and connects four monitors this graphic card used 75 watts of power and runs on Pascal architecture.

Best Graphics Cards for 3D Rendering and Modeling for New Workers.

If you don’t want to spend money on the graphic card because you don’t need to have a heavy graphic card for 3D rendering and modelling but you still want a powerful GPU that work accordingly then you can replace them with the following series.

1.PNY NVIDIA Quadro K1200

1.PNY NVIDIA Quadro K1200 info data

CUDA Cores: 512
Base Clock: 1058MHz
Memory: 4GB GDDR5

Boost Clock: 1124MHz
Memory Clock Speed: 5000MHz
Bus
Memory : 128-bit
TMUs: 32
ROPs: 16
Max. Monitors Supported: 4
Power Consumption: 45W
Dimensions: 6.30 x 3.50 x 2.70 in 

Reasons to Use:

Least power consumption
Great performance
Compact form factor
Used for a lot of AutoCAD applications

Reason to Avoid:

It’s the price is high

XFX Radeon RX 570 RS XXX Edition

XFX Radeon RX 570 RS XXX Edition details information

Stream Processors: 2048
Base Clock: 1168MHz
Memory: 8GB GDDR5

Boost Clock: 1286MHz
Memory Clock Speed: 7000 MHz
Bus
Memory : 256-bit
TMUs: 128
ROPs: 32
Max. Monitors Supported: 6
Dimensions: 9.57 x 4.88 x 1.57 in

Reasons to Use:

Excellent performance
8GB FB Ram
Low power consumption
Perfect for professionals
Compact form factor
Sports different software

Reason to Avoid:

Don’t support ray tracing.

MSI GeForce GTX 1660Ti Ventus XS 6G OC

MSI GeForce GTX 1660Ti Ventus XS 6G OC full detail.

CUDA Cores: 1536
Base Clock: 1700MHz
The Memory: 6GB GDDR6

Boost Clock: 1830MHz
Memory Clock Speed: 12.000MHz
Bus
Memory : 192-bit
TMUs: 96
ROPs: 48
Max. Monitors Supported: 4
Power Consumption: 120W
Dimensions: 8.03 x 5.04 x 1.65 in

Reasons to Use:

Excellent for gaming
Great cooling
High clock speed
Great Pricing
Excellent for 3D work

Reason to Avoid:

No Ray tracing. High Price. This level of graphical computation can only be achieved by workstation graphic cards. These are also the best cards if you want something to aid in AI and scientific computation. After all, is said and done, your budget is what will determine the graphics card you get for your 3D modeling and rendering workstation which is suitable for you.

Thanks for reading our article for more information visite our website skytechtrends.com