3D rendering is all about the details, down to the tiniest bit. A designer or an architect who makes a living out of architectural rendering needs to pay special attention to every tiny bit of his design to make sure that the end result is perfect. Since this can be an extremely hard thing to do, mistakes tend to happen.
Architectural 3D rendering is essential to wowing clients and attracting investors. Designers can use all the latest, most advanced technology to make photorealistic renders of future buildings, as the latest and powerful 3D rendering software allows them to bring their ideas to life and sell them.
Presenting a realistic design can turn out to be difficult. Why? Because most designers spend so much time perfecting their designs that they make them look overcrowded with details.
Others want to honor the deadline, and they use any means necessary to speed up the delivery. When you're doing things this way, you're prone to making mistakes. There's enough room for mistakes in 3D rendering as it is, and common problems occur every day, just like in any other profession.
With all this in mind, we'll delve deeper into the most common problems and present solutions that will help you solve them.
Real-life 3D rendering is meant to convey a message, to tell a story, as rendering is a compelling way to impress your clients and get them to go along with your idea. On the other hand, the main goal of architectural rendering is to show what a room or an entire object will look like in reality.
This is where many artists make a mistake and show a room with just windows, doors, and walls. This is simply not enough to impress a client. In fact, it's unnatural, unconvincing, and boring. Bringing life into your renders is what 3D rendering is all about, and it's essential for impressing your clients.
This mistake can be easily remedied by adding some basic details like bookshelves, plants, and furniture, anything that will breathe some life into your renders and make them look real. This is better known as adding a human touch, and it was meant to help an artist communicate the idea with the clients.
These details will convince the clients that what you have to offer is an actual livable place, but it's important to include just enough details to present what a building, a room, or home will look like in reality.
While imagination is good in 3D rendering, letting it run wild will do more harm than good. If you design objects to look too futuristic, like in some sci-fi movie, that might make them look uncommon and unnatural.
Instead of wowing your clients, you will drive them away by presenting something that they don't fully understand and can't get behind. Unless you were specifically instructed to make a design look futuristic, you should avoid adding such details.
You need a type of render that your clients can easily understand and conceptualize. You also need to think about the ongoing trends in 3D rendering, as this is what truly sells your ideas. Regardless of how stunning your design may be, making it look too futuristic will likely make people hesitant to invest in it.
To avoid such risks, keep it looking natural and real. An attention-grabbing background, otherworldly lighting, and too many details are nothing but distractions in the eyes of your clients.
They need just enough details to focus on what really matters – the object itself. 3D rendering is art, it takes diligence, talent, and skill to create it, but paying attention to details and instructions is the best way to provide exactly what your clients expect.
Encountering people and scale figures free for downloading is quite a common thing in 3D rendering, as these details can sometimes fit your concept quite nicely if they are at the right angle.
While this is a great way to go in most cases, as it saves time and effort, there's also a downside to this. You need to include people and objects to make your render look more realistic, but be careful when doing it.
The problem with these objects and people is that too many artists are using the same figures and people models, and this can turn out to be a huge distraction that takes away from your design. Instead of focusing on the focal points of your renderings, your clients will be distracted by all those recycled details.
Recycling people and objects isn't a bad thing – it can even be useful on some occasions. The only thing that matters is to avoid overusing them. Instead, go with a rendering library that includes other options as well, just for the sake of making things more engaging.
Regardless of what type of 3D rendering is in question, reflections are essential. Despite the fact that almost every object reflects light to some extent, recreating that exact effect and making it look realistic is quite a challenge.
If you have to recreate glass or mirror surfaces, chances are that you'll end up with unrealistic renders. To your clients, such renders will look unconvincing, sloppy, even deceiving.
The only way to avoid this is by taking all the imperfections into consideration. You can fix these unrealistic renders by adding a couple of imperfections here and there to make it look more real.
Imperfections like dust or scratches help diffuse the light in the right way to make your design look more realistic. If you only go with sharp and straight edges when rendering a building, your design will feel unnatural once reflections and light are added.
Most artists skip on a few light bounces, as this is a nice cheat they can use to save time when rendering. Light bouncing refers to indirect lighting or global illumination.
It's an effect that allows you to present shadows. You can make shadows look dark with only a few light bounces, and you can make them look partially lit by adding a few bounces more.
Now, this is where the problem arises. Most artists don't pay enough attention to how many light bounces are needed to make their architectural renders look real enough. Too few and it will take away from the realism you need to impress your clients; too many and you’ve got a mess.
Take special care when increasing the number of light bounces.
Architectural rendering is all about textures. If you want to add a human touch to your render, you need high definition textures. Most artists make a mistake by overlooking texture quality, but they fail to realize that this is what actually attracts investors and clients.
The problem with textures is that texture quality impacts your whole project, regardless of how real your render looks. Remember, every single detail matters, and while you need to make every detail look perfect, making it too perfect is nothing more than a distraction.
To avoid your design seeming plastic, make sure you add high definition textures wherever they're needed, but don’t overdo it. Aside from that, textures are just the thing you need to lend that human touch that grabs people’s attention.
You can spoil even the most beautiful 3D render with the use of the wrong perspective. Not only will you fail to present your design in the right light, but you'll leave a bad impression as a professional.
This is a mistake that can't be fixed that easily. To avoid making such a mistake, keep an eye on the camera angle.
Perspective is extremely important in 3D rendering. The right perspective allows you to capture every detail and highlight features just enough to hide any distractions and imperfections. Then again, the right perspective makes your visualization more believable and immersive.
If you go with the wrong perspective, you will lose that wow effect you were trying so hard to achieve. You can solve this issue by keeping your render at eye-level or by using a bird's-eye view. The best thing to do is to combine the two in a timely manner.
That way, you're taking advantage of both perspectives, providing a unique client experience and showcasing your design in the most engaging way.
These seven common issues are just the tip of the iceberg, as there are so many other things to keep in mind when it comes to architectural rendering. By avoiding these common mistakes, you'll increase your chances of creating a realistic design that sells.
You need a fully functioning methodology to create the most realistic 3D renderings. But, incorporating that methodology is just one piece of a much bigger puzzle. Merely correcting the modeling or lighting isn't enough to offer effective 3D renderings that sell.
Of course, a lot depends on your knowledge regarding 3D rendering software since you don't want a bad render limiting your possibilities and ruining all that effort. When managing your 3D renderings, you have to work on making them look as realistic as possible.
With all this in mind, here's a list of the most useful expert tips that should help you create the most realistic, high-quality 3D renderings that will beat the competition and make you stand out from the rest.
Simplicity is always the best, especially when you're doing complicated and complex designs. Shift your focus to leading proper curve lines and maintaining a simple shape. This is extremely important in the modeling stage. The moment you establish the main shape, you're clear to focus on the tiny details.
2. Don't be afraid of fresnel shaders
Fresnel or incidence angle shaders help you put together multiple basic shaders. Blend between them to capture a specific angle. This gives your 3D rendering a more realistic look. Enrich the normal mode of your shaders with textures to create the wanted effect more efficiently.
In 3D rendering, shape really matters. To properly accentuate the shape, use high contrast, high dynamic range imaging (HDRI). This greatly helps to enhance mirroring along the curvature of your 3D rendering model. Light information affects your entire model. So, the higher the resolution, the better the output.
There will be situations when HDRI or your environment won't be enough. This is a great moment to consider additional light sources. Highlights are great at emphasizing the shape of your model, especially when it comes to making silhouettes stand out.
When creating a 3D rendering model for the viewer, you can use focal points and guidelines to lead the viewer through the first, second, and third plane of your entire 3D rendering scene.
Consider additional close-ups and focal points in an attractive and interesting environment. This will help you wow your audience and cash in your work. The color pallet of your environment should be as pleasant as possible. Use camera movement to add dynamics to your shots.
The modeling stage is all about beveling every edge down to the tiniest detail. This greatly contributes to making your 3D rendering as realistic as it gets. You can add a really great and more realistic light reflection to many deflective elements (such as a light diffuser) by adding a subtle slope.
3D rendering is like anything else in the world; someone already did it. So, if you're required to model something that already exists, gathering as much reference material as you possibly can help you make the most of it.
More importantly, this will get you valuable views from the front, side, and top. This is exactly what you need to make your model look perfect and more realistic from every angle. Every single detail matters, especially the proportions.
Real-world scaling allows you to make your 3D rendering model appear photorealistic. Every detail including scene lighting needs to behave the same as in real life. This is extremely helpful, especially when it comes to introducing dynamics or future-proofing.
Make sure to keep the mesh comparatively low-poly and as clean as possible. This is a great 3D rendering technique that makes working on complex 3D models much easier. Aside from that, it also keeps the size of the entire scene on lower levels which makes your model more easily adaptable to any scenario.
3D rendering is all about every single detail. It's incredibly important to pay special attention to every detail as they have the capacity to make or break your 3D rendering model. Since everything comes down to the level of perception, you can't ignore small details or use any shortcuts.
Regardless of how small these details are, they are highly influential in making the audience believe your model is real. If you want to become good at 3D rendering, paying attention to details is one of the things that matters the most.
The background colors of the environment tend to overpower the images of 3D rendering models. This directly affects the refraction, GI, and shadow colors. While this is not a big deal in most cases, there are some exceptions. You can easily manipulate such effects if you have a proper tool (such as VrayOverrideMtl).
A 32-bit linear workflow works like a charm when you need to make your 3D renderings as realistic as possible. Going with 8-bit images is fine too but there can be a certain level of misinterpretation if you're viewing these images on anything larger than your monitor.
The visible image will look much darker which requires certain adjustments such as increasing the intensity and adding more lights.
To avoid wasting time on this rather daunting process, incorporate a linear workflow to make your render devoid of all those flaws. This allows you to use real-world lighting to make your images look more natural and photorealistic.
If you're a beginner, this setting might turn out to be a difficult one. But, if you're an experienced 3D rendering artist, you'll deal with it with sheer skillfulness. It goes like this.
You have the key, natural light that provides the necessary brightness for your model and this strongly affects the look of your scene.
Since there is also a light on the opposite side that helps keep the shadows at a minimum, you need the back-light that will go behind your model. This will give your model that three-dimensional look and make it stand out more in the eyes of the audience.
There are so many other tips worthy of mentioning here. But, these are the most important ones that should help you take your 3D rendering knowledge and skills to a whole new level.
You can also check out the leading 3D rendering artists and companies to get a hold of their work. Get into the details to make your 3D renderings more realistic. Mastering 3D rendering software is perhaps the best way to make the most of it.
Gone are the times when architects, manufacturers, and industrial designers used drafting tables to sketch their designs. CAD (computer-aided design) came into the light a long time ago, completely changing their workflow.
After a while, 3D CAD hit the scene, taking over 2D CAD and allowing architects, video game developers, filmmakers, and manufacturers to become much more efficient and innovative. It has become the most viable option for outstanding designs, as it opens the door to much greater design freedom.
Here are the most important differences between 2D CAD plans and 3D rendering plans that made the latter spike in popularity and take over the world.
2D CAD has worked for so many years since advent, and many professionals still rely on it. It’s still very effective for basic functionalities, but it does have several limitations that 3D CAD completely eliminates.
When creating a design with 2D CAD, you simply can’t capture all the little details as you can in 3D. You can’t rotate an object to see all its complexities and make adjustments to the design. You can only go back and forth for hours or days until you finally correct all the errors that may exist.
If there are lots of people on the project, this process of checking for errors, and making sure you capture everything that’s necessary for the design, becomes even more challenging.
When you need to make changes to your 2D design, you need to be ready to recreate it a dozen times to ensure you capture all the details. You need to recreate a lot of drawings, which isn’t a very easy process. With 3D CAD, you can make the changes to all your files in almost an instant.
When working with 3D CAD plans, you don’t need to make physical prototypes to test your designs. This isn’t the case with 2D, which requires prototypes. 2D drawings simply can’t accurately show you whether or not your designs may have some issues.
3D rendering completely eliminates all the limitations of 2D CAD plans, and brings plenty more benefits along, which is precisely why it took over the world by storm.
With 3D rendering, you can make as many changes to your designs as you want in significantly less time than you would when working with 2D CAD plans. You don’t need to draw anything, as you can make the changes using your 3D software with just a few simple clicks. It reduces errors and saves you a lot of time.
Moreover, it speeds up evaluations and the client approval process. This is because your clients may not fully understand your 2D drawings, so it can be difficult to explain all the design complexities to them. This drags out the approval process and also increases costs.
With 3D rendering, you can effectively convey every little detail in your designs, making it easy even for laypeople to understand everything you’re trying to communicate. You don’t need to go back and forth to make certain changes, as there are absolutely no hurdles to jump over.
3D rendering allows you to create photorealistic renderings that are simply not possible with 2D CAD. 2D doesn’t allow you to capture every little detail of every single side of an object, which becomes a real piece of cake with 3D rendering.
You can create 3D visualizations with photorealistic effects that will truly bring your designs to life. For instance, if you’re designing a building, 3D rendering can help you display every single part of that building, both the interior and exterior, including textures, lighting, and furnishings.
Your clients can visualize exactly how the building will look like once it’s fully constructed since you will be able to show them the most intricate details. The same goes for any other product, such as games, vehicles, medical equipment, and much more.
2D CAD plans also can’t comprehensibly showcase how the end product will actually function in the real world. With 3D rendering, you can create 3D animations to show how your designs will perform once their construction process is completed. This also saves you quite a lot of time and saves your clients a lot of money that they would need to invest in potential future repairs.
With 3D renderings at your disposal, you don’t have to rely on physical prototyping based on your 2D drawings. You don’t need to worry about your prototypes not being accurate, and requiring more prototypes for evaluating new design changes.
You can simply rely on 3D modeling and rendering to create accurate and safe designs for a wide variety of products. Then, you can make the most of 3D printing technology, and create outstanding physical prototypes for product testing and functionality evaluations.
Without a 3D model, you can’t use 3D printing, so 2D drawings are completely obsolete if you want to print 3D prototypes. A 3D print is simply not comprehensible without a 3D model, and it’s not possible to create a 3D visualization without it.
This is one of the most essential reasons why 3D rendering has become so popular since 3D printing is now used by professionals in almost every industry.
3D rendering enables you to perfectly demonstrate your designs and all their functionalities in a way that 2D drawings never could. It empowers you to make much better decisions, and create significantly better designs. It allows you to bring your ideas to life before they are literally brought to life, and that’s why 3D rendering will only continue to rise in popularity for many years to come.
The North American 3D rendering market is very responsive to the changes in multiple verticals. The most common customers interested in 3D rendering and visualizations services are designers, architects, film producers, and engineers.
These four professions belong to very large industries, and the demand for 3D rendering services has spiked the growth of the 3D rendering market in North America.
Reports from both Grand View Research Inc. and GMI Insights, forecast North America to hold a dominant share in 3D rendering and visualization services market by 2025. Both these reports highlight the key dynamics of the global 3D rendering sector and its geo segments.
There are multiple factors that have contributed to this growth. But before we dive into them, let’s take a look at some numbers.
The forecast period research agencies were interested in is the one between 2018 and 2025. By applying advanced statistical analysis, Grand View Research Inc. has come to a remarkable discovery.
In fact, the 3D rendering and visualization market is expected to grow to approximately $5.63 billion by 2025. During these 7 years, the market will keep on progressing at a Compound Annual Growth Rate (CAGR) of an incredible 22.5%.
What could be the reasons for this? What exactly has stimulated this growth? In the past few years, we have witnessed remarkable developments in this market. All these turned out to be very beneficial for the 3D rendering and visualization market growth in North America. Let’s quickly go through the most important of these factors.
The acceptance of visualization and 3D rendering services is closely tied to internet connectivity. In the past year, we have gone through a rapid Internet expansion, in terms of both cable and WiFi. This has set 3D rendering companies on the course to success, at the same time expanding the market beyond the limits set by connectivity. For instance, 3D artists can now find clients abroad, cooperate with them, maintain open communication, and provide deliverables. And all of this thanks to the improved connectivity.
Connectivity affects the 3D rendering market in another way as well. Many USA-based 3D rendering companies offer their services online today. Clients are growing more aware of this fact, and this even further spikes the demand and expands the market.
This also ensures the continuity of demand because 3D rendering artists and companies no longer depend solely on local clients.
In the past, almost every profession closely related to visualization and simulation had to work within very specific limits. These limits both affected the time needed for project completion and project cots.
Take architects, for example. Not long ago, they only had one option when it came to visualization – cardboards. Making actual 3D models of architectural designs via cardboard was immensely time-consuming and expensive.
New and powerful computer processors and graphics cards paired with feature-rich 3D rendering software made things so much easier for engineers, architects, and designers. Creating a 3D model for a client today is significantly less expensive and can be done in a fraction of the time.
3D rendering market deliverables are 3D renders, visualizations, and simulations. If there is no market for these products, the industry will suffer. Fortunately, the new era has created thousands of new opportunities for 3D rendering artists and companies.
Their services are now in demand across verticals, including design, architecture, movie production, Virtual Reality, the gaming industry, and so on.
Let’s not forget the marketing industry. Modern consumers are becoming more damning day after day, and marketers have to deliver photorealistic renders for the products they advertise. The demand for 3D rendering and visualization services branches through all verticals, ensuring exponential growth of the 3D rendering market in North America.
The clients are also becoming more aware of the quality of deliverables. For instance, 4K resolution is becoming standard across industries. Fortunately, the new hardware and software allow 3D artists to generate 4K renders with ease.
Not to mention the education vertical, which is also creating a demand for 3D rendering services. The healthcare sector is the leader in this niche. Medical schools and hospital centers are starting to use 3D rendering software and visualization aids to provide the next level of training and education.
North America was at the top of the 3D rendering market starting in 2016. The current projections tell us that Nort America will continue to dominate the market all the way to 2025.
Fortunately for North America, most of the prominent players in the 3D rendering industry are based in this region of the world. Some of these names include The Foundry Visionmongers Ltd., Corel Corporation, Trimble, CHaos Software, Luxion Inc., Adobe Systems Incorporated, Sessault Systemes, and Autodesk, Inc.
There is another fact that explains the huge 3D rendering and visualization market share of North America – the adoption of software tools. Grand View Research Inc., clearly states in its report that North America is the number one region when it comes to the rate of adoption of visualization and 3D rendering software. One of the main reasons for this is the presence of reliable wireless connectivity.
The growth of the regional 3D rendering market can be explained by the adoption across lucrative verticals:
● Media & entertainment
We previously mentioned that major players in the 3D rendering software field play a vital role in the growth of 3D rendering marketing in North America.
They have recognized their prominent role in the field and decided to enhance their already user-friendly, cost-effective, and creative solutions. In the past three years, we could see a major shift in research and development spending in these companies.
By trying to gain a strategic advantage over other competitors in the 3D rendering software industry, they have enabled the 3D rendering artists and companies to do so as well, via even more cost-efficient solutions.
We could also see some very interesting mergers and acquisitions in the market strategically executed for better traction. In 2016, Next Limit Technologies reached an agreement with Dassault Systemes.
They handed over Next Limit Dynamics division, which was in charge of the development of fluid flow simulation technologies for high-tech, energy, transportation, mobility, aerospace, and defense industries.
Progress is also being made in the field of cloud rendering solutions. In 2017, Autodesk and Microsoft Azure came together to offer a scalable and affordable cloud-based rendering solution to companies.
As you can see, there are a lot of factors that have contributed to this development, including improved connectivity and access to cost-effective and easy-to-use tools. To summarize, the 3D rendering market is expected to grow to $5.63 billion by 2025 at a 22.5% Compound Growth Rate. North America will continue to dominate the market with the largest market share among all other geo regions.
To be able to make proper 3D renders you will need to have an adequate PC. Sadly, there is no way around this, and no matter how good you might be at rendering, you can’t get the most out of it without a good workstation.
Of course, you can work on your rendering skills and bring them to a certain level, but to do this professionally, you will need a purpose-built device. However, don’t make the mistake of thinking that having a powerful computer alone would make your renders amazing.
It’s important to put in the necessary work and learn how to bring your 3D renders to a high level of realism. This takes years of practice and only after you’ve done that can you make the most of a good computer for even better rendering.
The first thing you need to understand is that not all PCs are the same. This also means that they aren’t meant to be used for the same things. Simply put, you might have two different PC configurations that have the same specs, but they will perform differently for various tasks.
This is very important to remember because many people think that gaming, modeling, and rendering PCs are all the same and that only specs make the difference. Well, this is simply not true, and if you get a modeling PC to use for your 3D rendering work, you will just end up with an underperforming device.
Games, 3D rendering, and modeling software all use computer hardware differently. This is why you need to look for components that are made for rendering work. Additionally, many hardware options are specifically designed to be used by a certain rendering software and to give an even better performance.
It’s important to understand that there are two types of 3D rendering you can do on your computer. You can do CPU (central processing unit) rendering, or GPU (graphics processing unit) rendering. As you might have guessed, the major difference between these two is which part of the PC is used for rendering.
However, this is a crucial thing that you need to know. Think about the rendering software you plan on using and see whether it’s CPU or GPU based. You should also bear in mind that CPU rendering is the standard at the moment and most of the 3D software today has a CPU rendering engine.
You will have to learn which rendering software comes with a GPU engine because not all of them support this kind of operation. Even though CPU rendering is far ahead of GPU, there have been tremendous improvements – GPU engines are quite faster, and they usually offer interactive previews.
Compared to GPU performance, CPUs can handle more complex tasks. GPU is designed to process a large amount of data focused on a single operation. This means that the GPU utilizes all its potential when all the cores work on the same operation.
However, when processing several different tasks, GPUs struggle with syncing them together. This is where CPUs excel, and it’s very important in processing large and complex 3D scenes.
Even the best GPUs today have up to 12GB of memory. However, even if you add multiple GPUs to your device, their memories don’t stack. If you are doing something too demanding for your GPU, it could easily cause your whole system to crash, and you’ll end up losing your work.
On the other hand, computer system memory can go from 8 GB and up to 64 GB. Even if you are able to put too much strain on your CPU, the worst outcome is slower performance.
The biggest reason why CPU is the standard in 3D rendering is simply that it has far greater overall quality than GPU. If you want your renders to be precise and your output quality to have the highest standards, then CPU rendering is the best choice.
As we mentioned earlier, when it comes to speed GPUs outperform CPUs. This is because GPUs have a lot more core processors. GPU rendering is around five times faster, and if you are looking for speed, this is an obvious choice.
Unlike with CPU rendering, GPUs don’t require you to purchase the most expensive computers to do high-quality work. GPU allows you to use a single 3D software for all challenging rendering areas such as glossy reflection and depth of field. Simply put, GPU allows you to create high-quality renders at a lower cost.
Even though CPU is the reigning champion at the moment, this could change really soon. GPUs are getting better and better each year, and it’s only a matter of time before new technologies solve their current limitations.
So let’s get what’s important. Bellow this text, you can find some of the best PC builds we picked out for you depending on your budget and needs. Bear in mind that these specs are most suitable for using software like Blender, Cinema 4D, Maya, Modo, and other similar tools.
This is a budget option that has a cheap case while giving you the exceptional performance of Intel’s older CPU’s. It even has an SSD drive, as 3D rendering software can benefit a lot from running on it.
Specs: Intel G4620 CPU, Gigabyte Ga-B250M motherboard, GTX 1050 Ti GPU, DDR4 8GB RAM, Vivo V00 case, 120GB PNY SSD, and 1TB HDD. The approximate price for this kind of build is around $700.
This build is designed to give you greater capabilities without breaking the bank. It comes with a much better CPU and has a large enough SSD storage that can also be used for storing projects.
Specs: Intel i5-9600K CPU, GTX 1060 6GB GPU, MSI Z390-A motherboard, DDR4 16GB RAM, 2TB HDD, MX500 SSD 250GB, and NZXT S340 Case. Price around $1200.
This is a professional option that can handle some of the most difficult projects. You really don’t need anything better to deliver quality results your clients will love. This is the best purchase you can make without going deep into expensive territory.
Specs: Intel i9-9900K CPU, RTX 2080 GPU, Z390 Aorus Pro motherboard, DDR4-3200 Quad Channel 32 GB RAM, Samsung 970 EVO 1TB SSD, 2x HGST HDD with 4TB, and Enthoo Evolv case. The estimated price for this build is around $2000.
Your graphics processing unit is vital to the speed of rendering. When it comes to choosing brands, the best option to go with is Nvidia. Nvidia’s CUDA graphic rendering simply offers the best performance and is available for all their cards. Some of the best Nvidia cards you can go with are:
● RTX 2080
● RTX 2070
● RTX 2060
● GTX 1080
● GTX 1070
Even though their importance has dropped in the past couple of years, CPUs are still very important for 3D rendering. The two most popular CPU brands to choose from are AMD and Intel. If you are looking for quality single-threaded performance, go with Intel.
On the other hand, AMD CPUs are better for multi-threaded operations. Best CPUs to choose from:
● AMD Ryzen 2700X
● Intel i9 9900K
● Intel i7 9700K
● AMD Ryzen R5 2600
RAM isn’t the most important component for your rendering work, but it still matters. However, as 3D rendering software solutions are getting more sophisticated each day, they require more RAM. To make sure that you have smooth operation while working on your project, make sure that you have at least 8GB of DDR4 RAM memory.
What’s even better is the fact that if you do start experiencing slow performance, you can always add more RAM to your slots or replace them with new ones. RAM memory is very inexpensive, and you can change it easily.
Storage is important, and your needs might range depending on the size of projects, as well as your work methods. However, 1TB can do the job just fine. If you really have to, you can get 2TB HDD. The important thing to consider is getting an additional SATA SSD, as it will give you a serious speed boost that you will notice instantly.
These are some of the most important things you simply must consider when getting a 3D rendering workhouse. Don’t go all out straight away, consider your current needs, and get a PC that will help you do the job properly. When your needs and skill increase, you can then invest in something more expensive.
It is completely understandable that you want to incorporate 3D visualization into your work process. This amazing technique not only allows you to deliver better results as an architect, but it also helps you pitch your projects in a more effective way to the clients and investors. At the start, you should know that architectural visualization has rapidly evolved over the past few years.
With all that CGY and 3D tech, architects are able to pull off both interior and exterior renders and make them very attractive. Of course, there are some tricks of the trade to know here. If you are new to architectural visualization, you probably don’t even know that there is such a thing as a rendering style.
To help you out, we decided to compile a list of the most popular styles of architectural rendering software use.
Architectural rendering software solutions are very powerful tools that come with a number of built-in features, textures, and models. These advanced tools are designed to help architects deliver top-notch renders.
On the other hand, some architects work by methodology deeply rooted in old styles such as watercolor and sketching. Fortunately, architectural rendering software allows the old to meet the new.
Sketching and watercolor style is one of the major rendering trends. It leverages the fusion of different color combinations, the use of space, and textures to deliver this powerful aesthetic message to the viewer.
Bringing in the real word imagery, 3D element, and dreamlike colors allow architects to create an impression of specific emotion or/and idea. For some clients, these renders will work better than the actual rendering of the space.
Some architects would argue that nobody should pitch projects solely by using renders in this style. The best strategy is to leverage them to communicate the potential feel of a place. Along with renders that display authentic architectural properties, these will make the presentation whole.
When it comes to interior representations, it doesn’t get better than it does with Theodore. The name comes from Spikes Jonze’s “Her” and the character Theodore played by Joaquin Phoenix. What are the main characteristics of this style? The Theodore includes:
● Plenty of airy spaces
● Very bright backgrounds
● Diffused light
If you are working on great interiors, this style can help you pitch projects with great success. To make the atmosphere more lively, you should also add live subjects. You can include people as well as plants to your designs to bring out both the aesthetics and functionality of the space.
This style is great for 3D renders of shopping malls, big office buildings, spacious living rooms, halls of corporate establishments, bus and train stations, libraries, and airports.
Why is the Theodore style so popular? Because it helps to make an inviting atmosphere and habitable space very easily. The use of natural lights and their warm tones help you create a realistic picture and highlight the use case of a specific area.
The Katherine Heigl style is one of the most popular architectural visualization styles used for the representations of the exteriors. This style is particularly useful for the representations of buildings that are planned in the urban areas, where a lot of people live, pass by, and spend their time.
The style features people in all sorts of activities.
The main characteristics of this style include:
● Very high saturation of colors
● Plenty of background characters
All these elements work perfectly towards creating an idealistic, almost romantic scene. The Katherine Heigl style should be used when you want to communicate what your design has to contribute to the quality of life and happiness.
If the investors are worried about whether the design integrates well or not in the existing surroundings, The Katherine Heigl render can swing them in the right direction and help you get the job.
If your focus is on modern architectural designs, the Whodunnit style might have all the answers that you need. This style was created to help architects highlight the most important elements in their designs. When you introduce high saturation and medium to low contracts, modern materials, and angular shapes cannot be seen clearly.
To solve your problems and make your life easier, the Whodunnit style introduces the perfect mixture of:
● Cold color tones, such as dark blue and dark green
● Very low saturation
● High Contrast
It often features cloudy or even stormy skies, a shadowy figure, and other mysterious elements that create tension.
So what does this actually achieve? If you apply this to your renders, you will see how it affects the aesthetics of the end results – the modern materials get their place under the spotlight, strong design features become more prominent, and angular shapes become more visible.
The overall render gets this mysterious note that invites the viewers and captivates their attention.
Experts say that this style comes from the noir detective genre. This is why it appears dark, almost as a crime scene. It is perfect for large-scale projects. For instance, you can use it to communicate the benefits of your solution for large urban development.
This style is built upon modern minimalism thus making it very suitable for representing big buildings and sophisticated architectural designs.
Architectural render primary role is to help you furnish the object you are working on and help others recognize the value of your design. The Mad Max style can help you achieve this by adding context and appropriate lighting.
This style is used for rendering the exterior of the objects. The renders should not only focus on the building itself, but they should incorporate the surroundings as well to help the viewer see how the objects fit in.
Since the Mad Max style is used for architectural representations of big objects, the point of view resembles the classic aerial shots of buildings. Furthermore, this style leverages a fantasy-oriented approach to highlight those aesthetics that provide unique value to the object.
When to use it? If you are working on a large-scale project and you have to innovate, Mad Max can help you create powerful and compelling 3D renders. Also, if your objects feature cutting-edge technology, this is the style to go with.
You can often see it used for representing designs of opera houses, stadiums, arenas, skyscrapers, large shopping malls, and so on.
Michel Gondry is famous for his attractive and distinctive visual style he so often applied to his collages. This rendering style is used for modern designs. You can quite often see it used for the representation of home and building interiors.
3D architectural render done in this style appears as a collage as well. It consists of numerous photos, drawings, 3D objects renders, and other elements, all working together to generate a unique feel of the interior.
Gondry will make each one of your renders unique and incredibly attractive. It can be used when designing modern and luxurious homes, office buildings, restaurants, bars, and clubs. The fusion of different elements can help you create just the atmosphere that you like and communicate the intended emotion with ease.
Thanks to the cutting-edge technologies and 3D rendering software capabilities, architects can now completely immerse their clients and investors in their designs. In fact, VR has the unique ability to let the viewers completely experience the objects long before they are constructed.
This applies to both interior and exterior renders. The only downside of this practice is that it requires powerful hardware to complete the renders.
Furthermore, virtual reality comes with no boundaries when it comes to using different materials, objects, lighting, and sound.
The use of VR in architectural visualization has a practical use for construction firms as well, as they can explore the designs more thoroughly and make sure to prepare completely for the upcoming project. It is safe to assume that as time goes by, we will see more and more VR doing all the heavy lifting for architects.
Architectural rendering software has become so powerful that there are absolutely no limits for architects. Today, architects can use this software to generate powerful 3D architectural renders and pitch their projects with ease. As you can see, there are several popular styles of architectural rendering software use.
Each one of them is distinctive and leverages different techniques to achieve specific results. We suggest that you always consider the client's specific requirements when deciding which style to use to achieve the best possible results and get your projects greenlighted as soon as possible.