Epic Games has just released Twinmotion 2025.1, the latest Unreal Engine-based real-time visualization software iteration. This substantial update introduces a cutting-edge volumetric clouds system, support for Virtual Shadow Maps, a refined LOD system, and significant enhancements to materials, lighting, rendering, and Sequence creation. Twinmotion 2025.1 is set to revolutionize real-time visualization with realism and efficiency. 

Let’s discover new features in this latest version with iRender!

One is the new volumetric clouds system, which adds realism to your scenes. It allows for dynamic and detailed cloud formations that react to light and weather conditions. This feature enhances the overall atmosphere of your projects, making them feel more natural and alive.

Moreover, if you aim to create an otherworldly atmosphere or desire more artistic control over your scene’s ambiance, Twinmotion 2025.1 offers new options for adjusting the clarity and color of the dynamic sky through settings for turbidity and atmospheric density. 

Additionally, you can customize the sun’s color or temperature (or the directional light for HDRI skies). 

Finally, you can adjust both the color and height of the exponential height fog, along with its density.

The Level of Detail (LOD) system has been refined to optimize performance without compromising visual quality. This system automatically adjusts the level of detail for objects based on their distance from the camera, ensuring smooth performance even in complex scenes. This update allows you to create highly detailed environments while maintaining optimal performance.

The new Automatic LOD Generation system automatically reduces the poly count of imported meshes according to their distance from the camera, improving rendering performance. It comes with three presets, generating between three and eight LODs.

In addition to these major features, Twinmotion 2025.1 includes updates to materials, lighting, rendering, and sequence creation.

Twinmotion 2025.1 brings a host of lighting and rendering enhancements that elevate the software’s performance and the quality of real-time renders. Notably, the new Projector lights feature enables you to project any image or video texture onto surfaces. This is particularly useful for visualizing live events and installations or simulating effects like caustic reflections on boat hulls.

In another boost to real-time rendering quality, Epic Games implemented an optional new method for rendering shadows in real-time rendering mode based on Virtual Shadow Map (VSM) technology. VSM support improves the accuracy and quality of shadows in your scenes. This technology provides more precise shadowing, adding depth and dimension to your visualizations.

Changes to materials include a new Tire base material, which generates UVs for cylindrical objects like car tires, and new controls in the Car Paint material, including surface imperfections.

The Twinmotion Library, the asset library bundled with the software, gets new new Projector light type, for projecting videos onto geometry, and a new Confetti particle system type. 

A new collection of 62 photorealistic growable tree species from different parts of the world – including North America, Japan, Oceania, tropical regions, and Europe was added to the Twinmotion Library. Each tree comes in three stages of maturity, giving a total of 186 new trees.

The Sequences system, for creating and editing cinematic video sequences, gets a new Orbit Cam rig, and the option to set a target for the Action Cam.

The Environment panel was redesigned to provide more logical groupings of settings, including making the distinction between dynamic sky and HDRI settings clearer. And you can now separately affect the season, precipitation, and leaf fall/color, enabling you to have fall colors with a snow shower, for example.

A new Modeling panel, accessible from the footer, has been introduced for making simple edits to imported meshes. Initially, it allows you to mirror meshes and flip normals on faces to correct artifacts.

Pipeline integration has been enhanced with the ability to import geometry in .wire format from the automotive design tool Alias, as well as import two-sided geometry.

Choosing iRender for your Twinmotion projects offers unparalleled advantages. With a high-performance cloud rendering service, iRender ensures you have access to powerful hardware and seamless integration, significantly accelerating your rendering times. Their user-friendly platform and flexible pricing plans cater to a wide range of project needs, from small-scale designs to large, complex visualizations. A

Additionally, iRender’s dedicated customer support team is always available to assist with any challenges, ensuring a smooth and efficient workflow. Elevate your Twinmotion experience with iRender’s cutting-edge technology and exceptional service, enabling you to bring your creative visions to life with unmatched speed and quality.

With Twinmotion 2025, you can refer to our 3S server with a strong RTX 4090.

Moreover, we are launching a huge promotion this month, you can receive up to 100% bonus. Register now and get our best deal!

For more detailed information, please contact us via Live chat 24/7 or WhatsApp: +(84)915875500 or Email: vyvtk@irender.vn

iRender – Happy rendering!

References & image sources: twinmotion.com

Twinmotion is certainly no stranger to designers or architects in the 3D industry. Developed by Epics Game, Twinmotion is especially useful in fields such as architecture, urban planning, and interior design, providing the ability to present and visualize projects effectively and impressively. With a diverse set of tools, Twinmotion is always one of the top choices of 3D artists. In this article, let’s learn about the Spacing and Area tools in Twinmotion with iRender! These powerful features help you easily create and manage objects in the scene, helping optimize the design and visualization process in Twinmotion.

The Spacing and Area tools offer a speedy and effective method for dispersing and controlling a large number of assets within your scenes along paths you design or within areas you specify. You can randomly or systematically distribute various asset types across both large and small areas, while also introducing diversity by specifying the density of the paths and areas being populated, and refining the distribution of the assets.

The Spacing tool allows users to create paths that can be automatically filled with chosen assets, such as trees or streetlights, ensuring consistent spacing and alignment. 

The Area tool, on the other hand, enables users to define specific areas within a scene where assets can be placed with a degree of randomness or systematic arrangement, making it easy to create natural-looking environments or more structured layouts

You can use the Spacing and Area tools in several situations, for example to:

• • • Add trees and street lights along city streets.
    • Populate parking lots with various types of vehicles.
    • Add rows of hanging or recessed lights along ceilings.
    • Create forests with diverse trees and vegetation within defined areas.

Using the Pen tool, you draw splines in the Viewport that represent paths or areas.

• • • Paths are splines that can be open-ended or connected at their ends.

• • • Areas are splines that connect at their ends to create an enclosed space.

The splines are drawn in segments and separated by spline points you define. The shape and dimension of the splines can be modified and are controlled by the spline points.

A spline is comprised of the following elements:

1- Spline point: Defines where a segment of the spline starts and ends.

2- Plus sign: Click on the Plus sign to create a new spline point.

3- Arrow: Shows where the assets will be distributed along the path or in the area. You can customize the distribution method with the Scattering properties.

You can use the Spacing and Area tools with assets you import into Twinmotion and with the Library assets in the following categories:

• • • Vegetation (excluding Landscapes and Detail grasses)
    • Objects (excluding Water, Sounds, Doors)
    • Lights
    • Megascans
    • Sketchfab
    • Posed humans in Characters

Step 1: Open the Populate panel by clicking Populate in the Footer.

Step 2: In the Populate panel, click the Place tab, then click the Spacing or Area tab.

Step 3: Click the Pen tool icon.

Step 4: If you are using the Spacing tool, draw a path in the Viewport.

 If you are using the Area tool, draw an area in the Viewport.

Step 5: Add the assets to the path or area by selecting them from the Library and dragging them to the dropbox. 

The assets you add to Dropbox are automatically placed on the path or in the area. By default, they are uniformly placed.

The assets you add to the dropbox are automatically placed on the path or in the area. By default, the assets are uniformly placed.

Step 6: Keeping the path or area selected use the settings in the Properties panel to modify the spline or the assets. For more information about the properties you can modify, see Scattering Properties and Object Settings.

Rendering in Twinmotion is a powerful feature that allows users to create high-quality visualizations of their 3D models in real-time. Twinmotion leverages the Unreal Engine to provide realistic lighting, shadows, and materials, making it possible to produce stunning images, videos, and VR experiences directly within the software.  

iRender provides high-configuration servers that increase CPU and GPU rendering speeds. We offer the most powerful RTX 4090 configuration packages on the market, all equipped with AMD RyzenTM ThreadripperTM PRO 3955WX @ 3.9 – 4.2GHz and AMD Ryzen™ Threadripper™ PRO 5975WX @ 3.6 – 4.5GHz processors, 256GB RAM and 2T NVMe SSD hard drive capacity. On our system, you just need to set up everything ONCE, your working environment will be saved for your next use. 

With Twinmotion, our 3S server equipped with a single RTX 4090 is the most suitable choice.  It’s a fixed rental plan with 3 hours (minimum), once you confirm the rental plan, the machine will run nonstop until time ends, and you can not shut down or pause it during the session. You can consider its configuration below:

Let’s watch the video below to see Twinmotion rendering speed test on our RTX 4090 and RTX 3090.

Currently, iRender offers a special promotion for new users, a 100% bonus program for the first deposit within 24 hours of registration, making it an attractive option for those looking to optimize their rendering budget. Just register and get our best deal!

For more detailed information, please contact us via Live chat 24/7 or WhatsApp: +(84)915875500 or Email: vyvtk@irender.vn

iRender – Happy rendering!

References and images source: dev.epicgames.com & twinmotion.com

Since Unreal Engine 5.1 and Twinmotion 2023.1, they support using multiple GPUs for path tracer performance. Actually it’s from way before that when you can use more than one GPU to perform some of special functions in Unreal Engine; however, it’s only widely known recently by many users. This makes us want to discuss a question which I received from many users of mine: Is Unreal Engine or Twinmotion able to use multiple GPUs for path tracer?

Path tracer is progressive rendering mode in Unreal Engine and Twinmotion, which helps you generate high-quality images, using accurate lighting and Global Illumination (GI). It shares the same ray-tracing architecture and features, but different code, mitigating the drawbacks of real time feature and produce photo-realistic and production renders.

To enable support for multiple GPUs in path tracer in Unreal Engine and Twinmotion, you should guarantee that you have:

• • • • Windows 10 version 2004 or newer
      • Identical graphics cards (2 or more) which support NVLink
      • NVLink bridge

The number of graphics cards and the series will determine the NVLink bridge. You should know that some graphics card support NVLink, some don’t. Some graphics cards series can be connected by one NVLink maximum (mostly consumer cards like RTX 2000, RTX 3000; workstation cards like RTX A5000, RTX A6000), some can work with more NVLink bridges (mostly enterprise cards).

With the majority users of Unreal Engine and Twinmotion, it’s the best to stick with consumer cards and workstation cards which allow two cards be connected by one NVLink bridge.

Please note that two different graphics cards will not help in path tracer or any rendering mode in UE or Twinmotion. And the new architecture Ada Lovelace graphics cards like RTX 4000 series or RTX 6000 Ada don’t support NVLink anymore.

To enable support for multi-GPUs in UE, you should follow this instruction:

• • • • Connecting GPUs with NVLink bridges and enabling SLI in the NVIDIA Control Panel.
      • Pass the command line argument -MaxGPUCount=N, where N is the number of GPUs available. For example, -MaxGPUCount=2.
      • With the editor open, use the console variable r.PathTracing.MultiGPU 1 to enable multi-GPU support. You can also add this console variable to your DefaultEngine.ini file located in [Unreal Engine Root]/Engine/Config under the [/Script/Engine.RendererSettings].

Check the Output Log once the editor opens to ensure that multi-GPU mode is active. Look for LogD3D12RHI: Enabling multi-GPU with 2 nodes.

First, you set up the NVIDIA SLI technology for the GPUs in your computer. After that, you need to enable multi GPUs in Twinmotion as follows:

• • • • In the menu, go to Edit > Preferences to open the Preferences
      • In the Settings tab, under Path tracer, select the Multi-GPU

Now we come to the question stated at the beginning of the article: Is Unreal Engine or Twinmotion able to use multiple GPUs for path tracer?

Many users come to us and ask this question. It’s hard to tell that the multi-GPUs system really help to accelerate the rendering speed in UE or Twinmotion, because how the software behaves is still strange to us.

One of my UE 5.1 clients has shared his experience with RTX A6000 and our single RTX 4090 and dual RTX 3090 with NVLink. It’s a big project in path tracing, with too many 8k textures, so it needs as big VRAM as 48GB.

However, his RTX A6000 somehow could not render the project properly, as it used 50GB VRAM for the scene. It resulted to crashing. That’s why he sought help from iRender because we offer NVLink on the server dual RTX 3090s.

His first attempt with dual RTX 3090s was not successful. The project can render on one GPU well, but the second GPU, although was connected by NVLink, seemed to be idle. While the first GPU used 24GB fully, the second one just use one gig and appeared doing nothing at all. If he rendered with a less complicated scene, it did render faster.

He then tried to contact Unreal Engine technician for help, and it appeared to have been a command line he missed. After fixing it, he could fully use the second GPU. Both GPUs were utilized and used their own VRAM. However, it didn’t go smooth like expected.  He then encountered a GPU Driver crash, for which he adjusted the TdrDelay and TdrDdiDelay registry keys, which hasn’t resolved the issue. The crash only happens during warmup frame rendering, and only if he used the multi-GPU support. It didn’t crash with a single GPU at all. Seem like NVLink and the software cannot work properly for many reasons.

Because using one RTX 3090 is not enough, he tried using our single RTX 4090. On a single RTX 4090, it rendered faster than A6000 and RTX 3090. And it did not crash when it runs out of dedicated memory. In the end, he used single RTX 4090 for most of his scene.

On the paper, it’s said that using multiple GPUs can improve the path tracer’s rendering performance anywhere from 50% to 200%. It doesn’t happen like that on our client’s case. For a small scene, it is faster, but do you need NVLink for a small scene? No.

For a big scene where it exceeds the dedicated VRAM of one GPU, the software starts to act weird. While UE crashes on my client’s local 48GB VRAM of A6000, it actually can run on 30GB of dual RTX3090s’ shared VRAM via NVLink. However, it’s not stable. It will keep crashing, either the software or the driver. It happens if his scene uses more than 24GB of one GPU. It seems like NVLink in this case doesn’t help double the available VRAM, but it makes both GPUs render the same scene by themselves. That seems too much for the engine to handle properly, maybe it wasn’t optimized.

I wonder if it’s the reason why Nvidia is not doing NVLink anymore with their new generation of graphics cards like RTX 4090 or 6000 Ada. To conclude, I still don’t think multi-GPUs with NVLink or SLI will help 100% in the case of path tracer. If your scene can be optimized and used within 24GB VRAM of RTX 4090, it’s the best. If you want to use dual RTX 3090s with NVLink, we still offer it, but do not expect much from it.

Right now, it’s still far from the context that real-time rendering software like UE, Twinmotion or any application like Lumion, D5 Render, Enscape can utilize multiple GPUs. Some features of them can do that, but it’s very limited and show many instability. To ensure you have a smooth and as few problems as possible, please consider using one GPU and optimize your scene.

Source: docs.unrealengine.com, twinmotion.com

After Path tracer, now Twinmotion is getting better with the release of Lumen. It’s a real-time global illumination and reflections system which help you simulate how light and reflections interact and transfer between object with great accuracy. This article will try to give you an overview of Lumen Global Illumination in Twinmotion, introduce some features, and instruc you on how to enable it.

Lumen is based on ray tracing. It’s a rendering technique helps you produce realistic lighting, reflections and shadow effects.

You can use Lumen in both Windows and macOS, but it will have a little difference. Windows will support hardware-based ray tracing, which can use larger range of geometry types, materials, and workflows, while macOS will support software-based ray tracing with limited types of the features.

The system requirements for using Lumen on Windows and macOS are as follows:

Windows

• • • • Operating system: Windows 11 64-bit version, or Windows 10 64-bit version 1909 revision .1350 or higher, or versions 2004 and 20H2 revision .789 or higher.
      • Render Hardware Interface (RHI): DirectX 12.
      • Graphics card: NVIDIA RTX-2000 series or higher, or AMD RX-6000 series or higher.

MacOS

• • • • Operating system: MacOS 12.x Monterey.
      • Graphics Processing Unit: Requires a discrete GPU, as opposed to an integrated CPU/GPU.

Lumen brings powerful and dynamic global illumination features with real-time performance to Twinmotion.

This feature diffuse indirect lighting will continuously bounce light from this surface to another surface until light loses all energy. Although this will cause many bounces, making the scene become high computational cost, it’s still worth it for a realistic rendering.

The feature also helps you deal with light color and shadow. If the initial light source is colored, the bounced light reflects this color onto other surfaces. If the surfaces have a diffuse color, the bounced light also reflects this color onto other surfaces. If the object blocks this diffuse indirect lighting, it will produce diffuse indirect shadows.

Check the scene below to see how Lumen Global Illumination diffuse indirect lighting works:

Lumen now will increase the natural effect by improving the quality of ambient lighting and reflections. It also provides global illumination to enhance translucency and height fog effects.

Emissive materials mean that when lights hit it, the lights can bounce to other objects nearby and light the scene. You can create an objects and apply emissive materials on it, making it the light source. However, be careful when you use it on a small object because it can cause noise artifact. Make sure you use it on a large and big object for light to bounce correctly, or use light sources from Twinmotion Library.

The image below helps you understand how Lumen reflections work on the surrounding surfaces. It will provide and handle dynamic diffuse, specular reflections, skylight shadows, glossy reflections on rough materials (roughness values from 0% to 100%), or translucency surfaces.

Lumen global illumination support all light sources and light types, from High Dynamic Range Images (HDRIs), the Twinmotion Dynamic Sky, to the lights in the Twinmotion Library.

Before you enable Lumen in Twinmotion, use the following settings in the Preferences panel:

• • • • Go to Settings > select DirectX 12 in the Graphic hardware support (Windows only).

• • • • Go to Quality > select the High or Ultra quality setting.

By default, Twinmotion uses Standard global illumination. You can switch to Lumen global illumination by following the steps below:

• • • • In the Footer, click Propertiesto open the Properties
      • UnderAmbience, click the Render tab, then click the Real time
      • UnderGlobal illumination, click the Lumen

Now you can freely tweak your scene and benefit from Lumen like you want.

A thing about Lumen is that it does affects the frame rates, but not so much and still not slow down the speed of your computer. For example an indoor scene with standard global illumination may have about 90FPS, while with Lumen and reflections it decreases to 60FPS. It’s still a high FPS and guarantee you have the best results with the best lighting.

iRender is proud to introduce a new server 3S – single RTX4090, the most powerful cloud rendering server for Twinmotion. Here you can work freely with any new technology of your software like Lumen or path tracer.

Let’s see why iRender is your choice for Twinmotion rendering

As recommended in the article, the graphics card should be Nvidia RTX2000 or newer.

Our GPU is RTX4090, the latest one which is just released at the end of 2022. Nvidia has a trend of making new graphics card about 2x faster than the previous series. In the most ideal situation, RTX4090 could be 2x faster than RTX3090, and could be 4x faster than RTX2080. You can check more about the benchmark of video cards here, with RTX4090 being the king with highest score.

About other system requirements, like CPU, RAM or hard drive, our server 3S still can meet the demands, with AMD Ryzen Threadripper Pro 3955WX, 256GB RAM and 2TB NVMe SSD storage.

iRender offers a powerful and free file transfer tool: iRender drive for macOs and Linux user. With fast file transfer speed, large data capacity, and completely free. You can transfer all the necessary data into our iRender drive tool at any time without connecting to the server. The data will be automatically synchronized in the Z drive inside the server, ready for you to use.

For Windows users, we recommend using our all-in-one application iRender GPU to work, and you don’t need to come to our website but still can transfer your data, recharge your account and access the machine through the app.

The price of server 3S is $8.2 per hour. However, the server is available for fixed rental when you boot (price at $23.124 for 3 hours rental, about 6% off compared to hourly basis). And you can even catch more attractive option for your big project when you rent it for daily/weekly/monthly basis, with discount from 10-20%.

Don’t hesitate to contact our human support via livechat on the website when you encounter any issues. We are available 24/7, helping you to handle the problem quickly, effectively, saving you both time and money.

When you use iRender render farm, you can free your computer during the hardest and most arduous part – rendering. That is also the reason that Render Farm service is becoming more and more popular and essential. However, as far as we know, iRender is proud to be one of the very few render farms that support single card for Twinmotion. You will connect to our remote machine, install your software needed, add your license then render or modify your project as you want.

With the above advantages and the machine configuration package that iRender has just released, we believe that Twinmotion users will have the most comfortable, quickest, and most effective rendering time.

Register an account today to experience our service. Or contact us via WhatsApp: (+84) 916806116 for advice and support.

Thank you & Happy Rendering!

Images and source: twinmotion.com

VR has grown so fast in terms of content and creativity. It’s a challenge for 3D artists, because it will require 360-degree environments and high-resolution 8k images. This leads to high-end hardware to be able to meet the demands of VR content.

In this article, let’s see if one normal render farm can help you with VR rendering and how an IaaS farm is a better choice for your VR content?

When you search for the definition of VR on the internet, it has many. Sometimes it could be so complicated that you cannot understand.

VR technology involves a computer-generated environment with objects and elements that appear to be real and make the user experience the same feeling as immersed in the environment.

Let’s break them down in a more understandable way.

VR is the real world fades away and you’re immersed in a new, virtual world with all the objects look exactly like in your real world.

VR is great in many ways, especially because it enables you to meet and experience other things from a far, and still feel like you are physically present in that place. When everything is slowly moving towards the virtual world, VR will become a new normal.

The answer is yes. VR contents can consist of many heavy and complex effects that cannot be rendered by one’s computer. However, people still want to combine them into the VR scenes as pre-rendered elements. And that’s when a render farm could help.

A normal render farm is a large number of computers which are networked together to form a power to render faster. When you have many special effects needed to be processed and rendered fast, the render farm, using the power of many computers, will be able to render for you.

After that, you could use the pre-rendered images and videos to integrate to your VR scenes.

However, sometimes VR contents cannot be rendered by a normal render farm. Therefore, we need to find an alternative.

IaaS is different from a normal render farm, as it can enable you more control in terms of rendering or processing your VR contents.

One of the most used cases for 360-degree environment VR content I have encountered is architectural walkthrough. Lumion, Twinmotion, Enscape, Unreal Engine, etc. many real-time render software have an option for 360 panorama virtual tour or static images.

When you use those real-time render software above, they often just optimize one graphics card. Running them on multiple graphics cards won’t help to speed up the render time. While normal render farms are networks of many computers (many GPUs and CPUs), supporting render software like that is really hard because they cannot optimize all the hardware infrastructure.

In this case, an IaaS render farm is a better choice. IaaS farm will allow you to rent a server (could be single or multiple GPUs), from there you can install any real-time render software you like and use it to render/process your VR contents.

This is not only an excellent choice for a pipeline with real-time rendering software, but also for any customized pipeline where you are very strict about how your rendering is going. With IaaS render farm, you have a complete control over your VR project, which leads to many benefits:

• • • • You are able to install your software, your plug-ins, add-ons that couldn’t be supported by a normal render farm.
      • You are able to check for the missing files or wrong-rendered images/videos immediately that couldn’t be checked by a normal render farm.
      • You are able to control and modify your VR project halfway if you or your clients want a change. Even if you want to run code or script, it’s possible. This is beyond a normal render farm.
      • The results received are uniform, because the hardware used in IaaS farms are explicit and the same.
      • Rendering is faster with no queue. If you have one license of your software, you can rent one server. If you have multiple licenses, you can rent many servers, each server added one license, and you can divide your VR project into many parts to render on many servers at the same time.

If you are having a VR project, an IaaS farm is the best choice for you.

iRender is one the the few rendering services who has a unique approach to the IaaS platform. We provide remote servers for rental which are 100% physical. You can rent one (or more) servers and use it like your own computer.

We have many server packages, from single GPU to multiple GPUs, serving any software you want to install. CPUs are AMD Ryzen Threadripper Pro 3955WX or AMD Ryzen Threadripper Pro 5975WX, RAM 256GB, Storage NVMe SSD 2TB and Video card RTX4090 or RTX3090.

Not only those powerful configurations, iRender also provides you with more services. From a useful and free transferring tool named iRender drive to 24/7 support service via livechat with real humans who will support you whenever you encounter an issue. Our price is flexible with hourly rental which has a pay-as-you-go basis, daily/ weekly/ monthly subscription with discount from 10-20%.

Register an account today to experience our service. Or contact us via WhatsApp: (+84) 916806116 for advice and support.

Thank you & Happy Rendering!

Source: archdaily.com, justcreative.com

This article is to help you find a Twinmotion cloud rendering with powerful single RTX4090

Twinmotion is a real-time immersive 3D architectural visualisation tool to produce high quality CGI, animations, and standard or 360° VR videos without the usual long render times.

We all know that real-time rendering software will only use one GPU to render. Before, it’s RTX3090 to be one of the best consumer cards for Twinmotion. Right now, with the release of RTX4090, let’s see how it help you in term of Twinmotion’s high-end rendering.

In this test, iRender used demo scene Lakehouse retreat from Twinmotion 2022.2.3.

Specification used in this test:

• • • • Graphics card: NVIDIA GeForce RTX 409024 GB and NVIDIA GeForce RTX 3090 24 GB
      • CPU: AMD Ryzen Threadripper Pro 3955WX

RTX4090 and RTX3090 will perform on the same scene of Twinmotion, resolution full HD, with path tracer and at 30 FPS.

We can see that RTX4090 only took 32 min 50 secs to render the whole scene, RTX3090 took 58 min 54 secs. It all depends on your settings, your scene complexity, that the speed could be different. However, it’s safe to say that RTX4090 nearly doubles RTX3090 in terms of speed.

With the new architecture and upgrade in technology, RTX4090 is superior in every aspect, especially CUDA cores, RT cores and Tensor cores are about 1.5 times higher than RTX 3090. This will help a lot in rendering time.

iRender is proud to introduce a new server 3S – single RTX4090, the most powerful cloud rendering server for Twinmotion.

Let’s see why iRender is your choice for Twinmotion rendering

As recommended by the software manufacturer, Twinmotion will need a processor Quad-core Intel or AMD, 2.5 GHz or faster, recommended CPU with benchmark score higher than 2500 (here).

Our CPU is AMD Ryzen Threadripper Pro 3955WX, with clock speed is 3.9GHz and can reach 4.3GHz with Turbo Boost. Its score is 2684, higher than 2500 the recommended score for CPU, your project surely can load much faster.

The factor decides if rendering in Twinmotion is smooth or not, fast or slow is the GPU. The high-end requirements for path-tracer is a graphics card with 8 GB VRAM or more, should be RTX2000 series or newer.

Our GPU is RTX4090, the latest one which is just released at the end of 2022. Nvidia has a trend of making new graphics card about 2x faster than the previous series. In the most ideal situation, RTX4090 could be 2x faster than RTX3090, and could be 4x faster than RTX2080. You can check more about the benchmark of video cards here, with RTX4090 being the king with highest score.

About other system requirements, like RAM or hard drive, our server 3S still can meet the demands, with 256GB RAM and 2TB NVMe SSD storage.

iRender offers a powerful and free file transfer tool: iRender drive. With fast file transfer speed, large data capacity, and completely free. You can transfer all the necessary data into our iRender drive tool at any time without connecting to the server. The data will be automatically synchronized in the Z drive inside the server, ready for you to use.

The price of server 3S is $8.2 per hour. However, the server is available for fixed rental when you boot (price at $23.124 for 3 hours rental, about 6% off compared to hourly basis). And you can even catch more attractive option for your big project when you rent it for daily/weekly/monthly basis, with discount from 10-20%.

Don’t hesitate to contact our human support via livechat on the website when you encounter any issues. We are available 24/7, helping you to handle the problem quickly, effectively, saving you both time and money.

When you use iRender render farm, you can free your computer during the hardest and most arduous part – rendering. That is also the reason that Render Farm service is becoming more and more popular and essential. However, as far as we know, iRender is proud to be one of the very few render farms that support single card for Twinmotion.

With the above advantages and the machine configuration package that iRender has just released, we believe that Twinmotion users will have the most comfortable, quickest, and most effective rendering time.

Register an account today to experience our service. Or contact us via WhatsApp: (+84) 916806116 for advice and support.

Thank you & Happy Rendering!