As technology developed to facilitate all kinds of tasks across all business fields, architects also found lots of benefits in modern tools and equipment. Besides excellent 3D modeling and rendering software, architects can select various helpful tech solutions and devices to boost their productivity and improve the level of render processing.
Since the visualization is the natural language among all nations worldwide, such devices are more helpful than it appears at first glance. The use of proper tools can help architects to improve communication with clients, as well as with investors, and even teammates.
And since architecture often implies lots of teamwork, modern tech solutions allow communication among architects even if they are working together remotely.
With that in mind, we found six devices that will help you streamline 3D architectural modeling.
The improvements of the latest modeling and rendering software solutions allow the use of VR equipment for modifying the scene or viewing the entire 3D modeled environment. One of the favorite 3D modeling and rendering software tools among architects, Autodesk's 3ds Max, can now be connected with HTC Vive Headset or Oculus Rift VR equipment.
Thanks to advanced virtual reality headsets, architects can ''walk through'' their 3D models. Apart from being fun and increasing productivity, VR equipment connected to 3D modeling and rendering software allows clients and investors to see and ''feel'' the entire space before the works on the site start.
Unlike classic rendering, the combination of right software and VR headset can show every detail of a scene, even in real time.
As we mentioned, the VR equipment can be used during the entire process of 3D modeling, which means that an architect or 3D visualizer can also see the entire scene from all angles, and even edit the model in real time.
Although it seems similar to the mentioned VR equipment, the Structure Sensor of both VR and AR equipment is helpful to architects. Besides specified benefits, Structure Sensor allows architects to scan the objects and make 3D maps of the interior.
This is a very helpful gadget, especially in case of remodeling the existing interior design. Instead of measuring and 3D modeling the space step-by-step, this tool can do that for you in real-time.
Although computer data processing during 3D modeling has developed to the extent that you can now draw literally anything within a few clicks, hand drawing is still popular among architects. Well, the mouse cursor isn't as effective here as the pen is.
Using a digital drawing board, you can create both 3D and 2D objects in 3D modeling software. Besides, such a tool is also very helpful for the entire process of post-production.
Using the laser distance meter, the architects can achieve precise measures of both the interior and exterior. Since it can measure long distances, it's especially helpful during the process of urban planning.
Instead of unsuccessfully trying to measure the area of the entire park, you can finish all the measurements and dedicate to the creative process of urban planning and 3D modeling faster than ever before!
The level measuring device can measure the difference in height of the entire terrain. This tool is incredibly helpful, and here are why. For example, if the location of your next project includes a slope, it would be impossible for you to draw the precise area based on altitudes and isohypse.
Modern level measuring devices can import all measurements into CAD, creating the entire map without any effort.
If you already have a powerful smartphone, but you are surprised to see in on our list of devices that will help you streamline 3D architectural modeling, then you’ve been using it wrong. The fact is that your smartphone can become a powerful and helpful tool for 3D modeling.
We prepared a mini-guide for choosing apps that allow you to perform architectural modeling using only your smartphone.
Using these iOS and Android apps, you'll be able to finish some 3D modeling on the go, meet the tightest of deadlines, visualize your ideas directly on the site, export 2D and 3D drawings from the existing buildings using your smartphone's camera, edit 3D models using your phone, and much more.
All of these devices are designed to help you improve your skills and work better with less stress and wasted effort. Although some of the mentioned devices appear simple and plane, they can make a huge difference in terms of productivity.
If you are already using a device that helps with architectural 3D modeling, and we have forgotten to include it on our list, please let us know in the comments. Feel free to talk about different types of devices you hope to see in the future, who knows, maybe your idea can save lots of time and improve the process of 3D modeling for thousands of architects worldwide!
Being an architect today means producing creative and detailed visualizations in real-world environments to attract investors and clients. With all the technology available today, it’s difficult to imagine outdated rendering programs and architecture without visualizations and renderings.
Using various high-end rendering tools, it’s now relatively easy to create hyper-realistic architectural visualizations, so it's hard to compare outdated rendering methods with the latest versions of rendering software.
Be that as it may, there are years and years of development behind these modern tools, and quite a few important names in the 3D rendering world that deserve to be honored for their contributions to the field.
It’s always good to examine the roots, the history of an art form and its tools, to gain a better appreciation for it and to understand where it is headed. This is why we will be looking at 3D from past decades to see exactly how it is that we’ve come this far and try to guess what the future might bring for architects and various 3D artists.
Do you know anything about A. Sutherland, Ed Catmull, and Martin Newell? If not, you'll soon find out what these pioneers of 3D rendering have done in the last century and how they changed the future.
A. Sutherland invented the first program for 3D modeling, Sketchpad, used for creating simple three-dimensional objects. Ed Catmull was the first person to create a 3D model using 3D modeling software – a model of his wrist. The third most important pioneer was Martin Newell, the developer of the rendering algorithms.
At first, Martin Newell worked on the rendering of simple shapes, but after a while, his wife suggested that he should create something more complex – a teapot, which became a symbol of 3D rendering.
In the world of 3D modeling and rendering, the '70s were a promising period. Blinn applied the first textures and bump mapping using Catmull's algorithms. He was the first person to use reflection mapping and scanline algorithm for bi-cubic patches.
Besides, he created animations for the NASA space shuttle and military aircraft, after which he joined the Jet Propulsion Laboratory, where he created computer graphics animations of Jupiter, Saturn, and Uranus – a project called "The Mechanical Universe". As technology evolved, 3D rendering software was also developed.
The first 3D rendering was based on SynthaVision software, which was created for studying radiation. Since well-known 3D rendering programs are based on the method of ray tracing, we can assume that MAGI created the method of 3D rendering by developing SynthaVision software.
During 1988, Tom Hudson developed an application based on four modules – shaper, lofter, editor, and material editor – THUD. After joining Dan Silva, who added the fifth module, the first Autodesk 3D Studio was born.
Only two years later, Autodesk released the first 3D Studio. The first Autodesk 3D Studio was similar to today's 3ds Max by essential functions. The features for drawing spline lines, lofted surfaces, geometric primitives, and basic mesh editing in combination with the fifth module – keyframing, became the revolution of 3D rendering and modeling.
Another two years had gone in the development of the 3D program, and 1992 Autodesk released another version of 3D Studio. From then until 2018, Autodesk released a new version of 3ds Max each year.
Besides, they have developed other well-known 3D modeling and rendering programs such as Maya.
Nowadays, we are using 3D rendering software for various tasks, starting from a realistic rendering of complex 3D models and adding textures, lighting, and environment, to virtual reality. Various industries are using 3D rendering, but the most common use is in architecture, interior design, graphic design, 3D art, 3D animation, scenography, and film industry.
Hyper-realistic animations and renders have been present worldwide for many years, but nowadays, the development of technology improved 3D modeling and rendering even more. Just when we got used to hyper-realism, new gadgets and tools were created.
Availability of pre-made 3D models with textures
Today, many 3D modeling and rendering programs offer pre-modeled 3D models with applied textures and settings. For example, instead of modeling each detail of interior design, architects and designers can download and use finished 3D models of branded furniture.
Furniture manufacturers often provide us with 3D models of furniture and other accessories. That way, architects and designers can use existing models of furniture and avoid disappointing customers if something from the renders isn't available.
Since 3D modeling and rendering programs are commonly used, many providers are offering free student versions of the software. That way, these programs are available to everyone. Earlier, the programs for 3D modeling and rendering used to be very expensive and inaccessible.
Many 3D rendering software providers offer free tutorials, so you don't need previous experience to render something for fun. Instead of expensive training, everyone with a stable internet connection and a sufficiently powerful computer can use these programs.
Almost every single software update contains new features, so the 3D rendering programs get more complex. It's logical that more complicated options cause a more complicated interface, but certain rendering software developers are trying to improve the features and facilitate use at the same time.
The latest versions of 3D programs provided us with some fantastic features. One of the best available gadgets is a VR headset. Using a VR headset, you can walk through your 3D models and renders. This incredible experience further expanded the use of 3D modeling and rendering over other industries.
A VR headset gives us the opportunity to see and experience hyper-realistic 3D renders from the other angle – the angle of a viewer. Industries, where the use of 3D renders has been common practice for a while have improved their 3D renders and the user experience. On the other hand, industries such as real estate and gaming found a purpose for virtual reality in their business as well.
Another path for 3D modeling and rendering was developed to address more tangible matters. The appearance of 3D printers opened another sphere of the rendering world.
This technology affected almost all industries, including:
● industrial design
● graphic design
● textile design
● the food industry
At once, everything that was available only in 3D programs became substantial and solid. 3D printers are now used to create various objects and even food pre-modeled in 3D software.
In the previous century, we couldn't even imagine how powerful a tool 3D modeling and rendering programs would become. Continuous development of such software changed everything. Almost all industries are affected by something that was just a crazy sci-fi idea 50 years ago.
Before these programs, architects used to draw perspectives with vanishing points by hand. The fact that we are using the same principles for 3D modeling and rendering today that were first established decades ago, during the Golden Age of 3D, is quite impressive. Everything is evolving with the aim to ease and improve our work, and it's also the case with 3D rendering.
If we look back at Blinn's first renders, you can see how simple and poor they are, but 50 years ago, that was the latest technology. Newell's plane 3D model of a teapot is a simple image, but it became a symbol of rendering.
No matter how simple that appears, these milestones all made significant leaps towards modern rendering that we use today. Who knows what's going to develop in the future? The hyper-realistic 3D renders of which we are proud today will become outdated and amateurish to artists in the decades to come.
It’s easy to fall into the trap of thinking that our technological development has reached its peak, but significant changes are still on their way. We only have to wait and see what's going to happen next.
What do you think? Where will the development of 3D rendering lead society? Let us know in comments!
Do you think that your renders aren't perfect, no matter how much time you devote to your project? After many hours of work, does the end project still appear plastic and insufficiently realistic? Don't worry, the process of learning can take a while and require some trial and error. This is why we prepared some tips that will allow you to quickly master 3D modeling and rendering.
Before you start working on your 3D model, draw floor plans and detailed sections. After you draw all the details in your 2D drawing, import the .dwg file in your preferred 3D program.
Take enough time to create all the details of your 3D model. Even if you are working on a minimalistic design, try to create every piece of your future renders. If you won't be creating any animations, save time by drawing only parts that will be visible on the renders, but do it correctly.
If you don't have enough time for modeling furniture or other details, consider downloading free 3D models from the Autodesk library. If you are working in some of Autodesk's 3D software like 3Ds Max, Revit or Maya, you can find many various 3D models online for free.
If you still don't have 3D software and you are a student, the Autodesk platform provides all students with a 3-year free trial software.
Adding materials into a 3D model doesn't mean roughly adding textures. Every texture must be carefully adjusted before the rendering, no matter what software you are using. You might find some fast rendering software, which will directly impact the quality of your renders, so always choose complex and powerful rendering tools.
Adding materials from a library might save you time, but the main trick is to add custom materials and textures. Autodesk offers 3Ds max texture library, but don't be afraid to google for a while to find more appropriate textures. Many companies in the interior design or industrial design industry offer a wide range of their product's textures.
After you select the most appropriate textures for your 3D model, it's time for the adjustment! To achieve the best results, you should adjust every added material. Ambient color, diffuse color, specular color, specular level, glossiness, self-illumination, opacity, filter color, bump, reflection, refraction, transparency, and displacement are some of the most important settings of materials and textures.
Lighting is also crucial for gaining realistic renders. Lighting impacts color shades, warmth, adjusted reflections of textures and materials, and many more. For achieving hyper-realistic visualization, you must add lighting to your model correctly.
Each rendering software has different lighting settings, but if you choose the most common combination – 3Ds max and VRay, you can add and adjust various types of lighting.
Let's start from the sunlight and daylight systems. It's a hybrid light source with a compass for simulating the position of the sun. This type of lighting is crucial for achieving realistic outdoor lighting. If you are working on interior design, you must add artificial light sources.
You can choose from Omni light which radiates light in all directions from one source point, Spotlight which can illuminate the whole area with a cone light, and Directional light for illumination of the whole area but with parallel sides of the cone. If you are working on an urbanism project, artificial light also has an essential role in gaining more realistic renders.
If you have chosen a program other than Lumion, you'll have to show your PhotoShop skills. A simpler way for adapting your render into the real environment is photoshopping. The first thing you should do is searching for some perfect elements.
So, you must find an image of the perfect sky, grass, city or a landscape. If one image doesn't contain everything you need, you can simply crop the sky from one image, grass from another, paving from a third, and that way complete a customized and suitable background for your render.
After you find a high-quality image online that fits your needs, or you take a photo of the desired area, you must adjust the image so that it corresponds to the shades, saturation, brightness, and contrast of your render.
You might do everything that we described above, but still feel that your renders aren't good enough. If this is the case, you have forgotten the most important thing – breathing in some realism.
If you turn around, you'll notice that nothing is perfect. Even brand new objects have some imperfections. Adding a trace of water leakage, or some imperfections in the paving, grass or any other element of your render will make everyone look twice and wonder if it's a photograph or a visualization.
If you left your render untouched, it would appear plastic, and everyone would recognize that it was done using computer software.
Bump also has an important role. Adding textures in 3D models sometimes isn't enough, so you have to do it afterward in PhotoShop. You can select one of the many templates and add a bump to a grass field, around your object or any other object found on the ground of your render.
You must practice a lot to master the process of rendering. Besides the described steps, there is a lot of additional adjustments, for example, size and quality.
The quality and level of realism most often depend on the modeling and rendering software. After you find rendering software that suits you, you'll notice an incredible improvement. Every visualization will be better than the previous one, and that must be your motivation for further learning and working on developing your skills.
The business aspects of designing and building beautiful spaces rarely coalesce with the artistic side of architecture and construction. Try as you might, you can hardly make a living as a professional architect if you’re driven by passion alone. If you plan on selling your work, you need business savvy too.
But who’s got time for that, when there's so much to invent and bring to fruition?
Well, if you don’t learn to juggle these two sides of your profession, you’ll soon run out of projects. Everything you’ve created will stay in the realm of ideas until you eventually run out of them too. And need we also mention that without a business to run, you’ll have no financial means to create?
There is one artsy thing that’s very lucrative, though - 3D rendering.
It may be the only novelty in the business landscape of architecture, design, and construction that doesn’t require you to curb your enthusiasm and start thinking in more practical, profit-driven terms. If this tickles your interest, we have a couple of helpful ideas about this topic to share with you.
These are the top benefits of 3D rendering for architects.
So, let’s talk business.
As an architectural or construction company, you deal with all the same problems that all other businessmen must learn to solve. How to beat the competition? How to attract and retain a larger client pool? How to become more efficient at what you do? And finally, how to monetize your work?
By staying relevant and competitive, of course.
The ways 3D rendering can help you with this are as numerous as the opportunities they bring. Having high-quality architectural rendering will help you retain the competitive edge for quite some time in the future, all while establishing you as an authority firm and boosting your brand awareness.
Just think about it - if you were in need of architectural services, you would hardly take your businesses to the company that cannot offer you the same convenience and ease of access as its competitors do. It’s the digital age, guys, and your clients expect you to offer them digital solutions.
Speaking of modern-day client expectations, we cannot but mention a concept called the customer experience. Developed by e-commerce brands and other leaders in the online industry, the idea of CX relies on our ever-growing demand for pleasurable, positive, and frictionless customer journeys.
Translated to the language of architectural business, customer experience must aim to remove all boundaries between your work and your clients. Those interested in doing business with you must not only feel comfortable voicing their needs but also be able to understand your visions and ideas.
And let’s be honest, architectural sketches are pretty hard to read.
Instead of going back and forth in trying to find some common ground between what they want and what you offer, you can simply greet them with gorgeous 3D models. They are the best medium for communicating ideas behind complicated projects and delivering results in a clean, readable form.
But it's not enough to satisfy only the basic needs of your clients. You must understand that in this competitive market, doing decent work can only suffice for so long. Sooner or later, you’ll have to compete with someone who is better equipped for meeting the growing needs of the modern world.
So the trick is, you must always exceed your clients’ expectations.
If you don’t, somebody else will. Clients are fickle creatures, and that’s perfectly understandable. As a consumer of products and services yourself, you must understand that the only thing they want is to have their needs taken care of in a fast and cost-effective way. Except, they also like to be impressed.
With 3D rendering, that isn’t so hard to achieve. The practice and technology behind it both allow you to be faster and more cost-effective than others and still bring something innovative to the table. It's a level of professionalism and artistry that won’t fail to impress even the most demanding clients.
Thus far, we’ve tackled the two most important sides of client-facing business operations such as your own - conversion and retention. Having a solid base of clients that will keep returning to you for years to come is pretty rare in your niche, as architectural projects mostly function on an on-off basis.
Which means that you must reinforce your lead gen too.
Successful lead generation strategically circumvents the competition, targets the right prospective clients, and feeds your revenue with always new sources of income. In simple words, it's an art of attracting interested prospects and convincing them that you’re the solution for all their pain points.
And how better to generate new leads than with a winner portfolio?
If you think you can attract laics with mockups and sketches, go back to when we’ve previously talked about convenient customer experiences and think twice. You need something attention-grabbing and able to communicate your vision to non-architects. Once again, 3D rendering is ideal for showing off.
Once you have a thick portfolio of 3D designs, you can start communicating with prospective clients across multiple channels. Being able to convey both beauty and function, architectural renderings can serve as a great promotional material that all types of audiences can enjoy but also understand.
Publish your portfolio online, share a design or two on social media, and the word of your business will soon scatter across all industries and sectors. Luckily for you, there will never be a shortage of demand for gorgeous architectural designs. The world is your audience, and 3D can make you viral.
The business benefits of 3D rendering for architectural and construction companies don’t end here, of course. Renders can optimize your workflow too, thus making your projects more efficient and cost-effective. But the most important thing is - without 3D rendering, you have nothing new to offer.
There are two most important things that determine the business success in the 3D rendering software market – a user-friendly interface and cutting-edge technology. The 3D rendering software market has experienced immense growth due to the ever-increasing demand for visualizations and virtual models.
In 2016, this market has begun expanding rapidly but today it's a whole different thing. Due to the high demand for state of the art visualization projects, the architects are using all the means available to provide the most stunning visual solutions to their clients.
It's no wonder that the 3D rendering software market is growing so rapidly – all architects are looking to get the best 3D rendering software possible to gain some leverage over their competition and stay relevant in such a saturated market.
The thing is, since modern technology is advancing just as rapidly as the market grows, you can get that software and provide clients with otherworldly virtual models of their projects. All that growth is only natural, simply because both the clients and the artists get the best service.
Of course, if the clients' demands grow, the technology will advance to meet and satisfy those demands. After all, it's the technology that has the last say when it comes to 3D rendering software.
In the architectural industry of today, there's an ever-growing demand for visual presentation and virtual models. In fact, these are the two most prominent driving factors of the entire industry. They directly affect and impact both the industry and the 3D rendering software market. When the demand in the industry is high, so is the demand on the market.
It's absolutely safe to say that the 3D rendering software market is directly stimulated by the growth in demand for high-level imaging. Still, not all markets have the same resources. Underdeveloped nations will fall far behind the most developed ones in terms of IT infrastructure, which will cause their 3D rendering software market to stagnate rather than grow.
The evolution of the 3D rendering software market has been quite rapid in the last few years. Both the architects and their clients need visualization and virtual models to properly interpret and comprehend architectural projects and scenarios. If both the architect and the client can see what it is that they're thinking and talking about, they'll be able to understand each other much better.
Therefore, everything depends on how advanced the 3D rendering software is that the particular architect uses to visually present the project requirements and ideas to their clients. Once a big project is successfully completed, all other architects and their future clients will understand the importance of a good 3D rendering software.
With that in mind, the demand for software will grow immediately and exponentially with the number of successfully completed projects. As a direct result of that growing demand comes the rapid growth of the 3D rendering software market. Naturally, it won't stop there. The more modern technology evolves and advances, the more the demand for both software and visualization will grow as well.
Visualization is a great way to demonstrate complex processes, environments, and products. 3D rendering is nothing more than visualizing data in 3D space.
Such visualizations enable architects to follow the exact requirements of their clients. Architects can then incorporate this information into their projects, to allow them to visualize spatial transitions.
Once the clients can experience their own projects in such a visual way, they’ll find it easier to determine whether the result is what they originally wanted. It also helps clients understand the changes that the architects might eventually implement. It becomes clear that visualization and 3D rendering play a crucial role in today's architecture.
In fact, the visualization and 3D rendering software that allow such vivid virtual modeling are the main indicating factors of the growth of the 3D rendering software market. All of a sudden, all clients want virtual models and visual presentations of their projects before they enter the final building stage.
This rapid growth is only possible due to the extraordinary usefulness of the 3D rendering software that brought its own revolution within the architectural industry. Since it offers so many options and possibilities to both the artists and the clients, it's no wonder that it has led to a full-on expansion.
Every architect today is looking for this software. Since it can help them achieve incredible results, it's one of the ways they can use to evolve professionally and personally. On the other hand, thanks to the amazing abilities of this software, the clients are now able to build majestic and magnificent projects. There are some predictions that by 2025, the 3D rendering software market will grow by an incredible $5,63 billion.
As the 3D rendering software trend continues to grow all over the world, it's normal to expect that the numbers will grow even higher in the future. The truth is, the 3D rendering software has revolutionized the way architects present their projects, just as it has revolutionized the client demands.
As their demands become more complex, so does the software. This causes the market to grow as rapidly as the demand for the software grows. What comes next remains to be seen but one thing is certain – this market will only continue to grow and become even stronger as 3D rendering software will give birth to even more powerful technologies.
This ever-growing development will only continue to push the market forward, involving more advanced and enhanced technologies and incredible architectural projects. These projects will help turn the world as we know it into something beautiful and advanced. The future is now.
3D technology has captivated both the entertainment and architecture industries. This is great news for all those 3D designers out there. In fact, the freelance market is flooded with 3D designer job posts. The question that remains is – can you build a PC that can sustain 3D rendering, and do so on a budget?
Fortunately for you, 3D rendering is no longer reserved for companies that have copious amounts of cash to invest into hardware. You can have your PC up and running in no time and on a budget. To help you out, we have built two budget PCs, one priced at approximately $1100 and the other just under $1500.
With 8 CPU cores and 16 threads, this CPU is a real monster that you can get on a budget. Its base clock stands at 3GHz. But, you won’t need to overclock it to get the job done. We are also not suggesting it, since you won't be using a pro CPU cooler on a budget.
Since 3D rendering software scales great with multiple cores, the Ryzen 7 1700 will help you render complex creations very efficiently. The new “Zen” cores are designed to manage the CPU resources to achieve high performance over longer periods of time – exactly what 3D rendering needs.
Depending on the supplier, you can get it for around $200.
Intel Core i7-6800K has amazing support for 3D rendering. It has 6 cores and 12 threads, with a processor base frequency of 3.4 GHz. The stability and overclocking capabilities of this CPU make it a great choice for anyone who wants to build an Intel-based PC on a budget.
Let us remind you that this CPU comes with Intel Turbo Boost Max Technology 3.0. Thanks to this, the i7-6800K provides increased performance to people who need raw processing power.
This CPU is considerably more expensive. It is listed by suppliers at approximately $400.
The Ryzen 7 1700 comes with a stock cooler Wraith Max. This cooler is more than enough for you, unless you want to overclock your new Ryzen CPU. While the overclocking itself will decrease the rendering time by maybe a few minutes, the power consumption by the CPU will significantly increase, and what's more important, its temperature will spike.
This is why we recommend that you stick with the default processor base frequency. Besides, you won't have to spend a dime on an additional CPU cooler.
If you opt for i7-6800K, you have to invest in a CPU cooler to leverage the full potential of this beast. Scythe FUMA 79.0 CFM CPU Cooler is a great CPU cooler, and it costs approximately $50. Its quality design and price range place it in the best buy on a budget category.
It’s unique dual tower design allows it to pack two 2 PWM fans 300–1400 RPM, which enable it to outperform even some of the pricy liquid CPU cooling systems.
AB350 is the cheapest MB that money can buy. What will you sacrifice? Nothing. Its chipset proved itself as very reliable and versatile over the past few years. Remember, this is an extreme budget variation. It’s purpose is to enable you to leverage the power of your CPU, GPU, and RAM. And AB350 does this in a marvelous way. The price? You will be able to get your hands on this gem for only around $80.
X99 is one of the best mid-range motherboards. It has support for your new i7-6800K processor. It’s PCIe Gen3 x4 Ultra M.2 interface will help you efficiently render 3D objects and landscapes. This motherboard supports data transfers of up to 32Gb/s. Down the line, if you want to upgrade your SSD, you won’t have to change the motherboard because of the Ultra M.2 interface.
Also if you decide to overclock your CPU and go for a liquid cooling system, X99 has a built-in header that supports water pumps. The price? The X99 is listed for around $200 by most suppliers.
16GB of RAM is more than enough to start with. RAM is ridiculously overpriced at the moment and going for more or anything better will cost you too much. To stay in the under $1100 category we picked DDR4 memory sticks working at 2133MHz. This speed will help provide you with a smooth 3D rendering experience. This RAM will cost you approximately $130.
This is a more expensive variation. With 32GB of DDR4 memory working at 2800Mhz you won't have any excuse for slacking. This variation is better for those of you who are doing a lot of multitasking. 32GB will allow you to have several tools open without experiencing any hiccups in your PC performance. This experience comes at a price of approximately $170.
If you want to save extra cash, you basically have to choose HDD over Solid State Drive. This Seagate model is fast and reliable and, most importantly, it comes with 2TB of storage space. It will help you get the work done.
The speed may reflect the startup time of your OS and loading speed of big projects. But the rendering itself, since it’s mostly based on CPU and GPU power, won’t be as affected. You’ll be able to find this HDD for approximately $55.
Solid State Drives are a work of art. You can still have one and be able to build a PC under $1500. Crucial MX300 is a great option. It has a standard STA interface 6Gb/s, 530 Mb/s read and 500 Mb/s write speed. With SSD, your OS will start up in a matter of seconds and you will be able to seamlessly load projects, export files, and multitask.
We have intentionally chosen this manufacturer because their SSDs are considerably cheaper, and you will be able to get one for approximately $80. We suggest that you get yourself an HDD as well for this setup and use it only for storage purposes, since SSD has a shorter life span. The one we mentioned above with 2TB of space will do the job.
Some may argue that GeForce is built for gaming, but the GTX 1060 AMP! Edition packs so much raw power that you can easily use it to boost your new PC’s 3D rendering capabilities. In fact, this card may be easily the best one in terms of getting the biggest bang for the buck. It’s very silent and doesn't heat up much. This beast is currently priced at $300.
This GPU is designed to make anyone who wants to become seriously involved in the 3D rendering happy and satisfied. Vega Frontier will help you go through big 3D rendering projects with ease. The newly designed Vega architecture is capable of handling huge data sets.
Its power lies in the efficient management of diverse compute workloads. This is one of the affordable Pro GPUs capable of bringing real-time rendering up to speed. This is the most expensive part of your setup, since 3D rendering heavily relies on the GPU – it will cost you approximately $650.
Since you are making a budget PC, you don't have to go crazy about the casing unit. This is why we have picked up Phanteks Enthoo Pro for you. This case looks great and, more importantly, it’s very practical. It has a lot of space, thus making components installation and cable management a breeze.
The air circulation is excellent. Enthoo comes with two fans which are more than enough to give your PC a cooling airflow. This case is currently priced at approximately $85.
This is the best non-modular CPU for budget PCs built for 3D rendering. It comes with long cables and does the job. If you choose a full tower case, please make sure to double-check the PSU cable length before you buy. This is the most common mistake made by novice PC builders. Anyway, this PSU is very cheap and you can get it for approximately $45.
750W is more than enough power for your new PC. We’ve chosen this model not only because of its efficiency and power, but also for the 10 years warranty. It comes with plenty of cables.
Since you are probably going to overclock your i7-6800K at some point, you can rest assured that this PSU will provide the power it needs. Your Vega Frontier Edition will love you for choosing this PSU. Currently priced at approximately $100.
Let’s sum up. The cheaper version will cost you around $1100 while the other one is right there around $1500. As you can see, building a PC for 3D rendering is possible even on a budget. You can save some extra cash by downgrading some components, but you should know that this will affect your PC’s performance and your workflow.