Powerful Twinmotion Cloud Rendering Service.
We Concentrate On People and The Joy Of Creation.
Optimize for Twinmotion GPU Rendering Tasks.
One of the few GPU Render Farms supporting both Single (Real-time Rendering) and Multi-GPU rendering.
Power real-time Twinmotion projects with dedicated cloud GPUs.
iRender provides dedicated bare-metal cloud workstations optimized for demanding Twinmotion architectural visualization, powered by flagship single RTX 4090 (24GB) and RTX 5090 (32GB GDDR7) GPUs. Operating under an unvirtualized IaaS model, we grant you full Administrator control via low-latency Remote Desktop to sync seamless Datasmith Direct Link connections, leverage hardware-accelerated Lumen and Path Tracing, and export high-res 8K panoramic animations without queue friction.
Deploy your dedicated workstation now and take full command: “Your Renders, Your Rules.”
Cloud Rendering Service for Twinmotion High-End Rendering
iRender: Twinmotion Cloud Rendering – GPU Nodes: RTX 4090/5090.
Optimize for Twinmotion GPU Rendering Tasks on the Cloud.
Twinmotion Overview: Real-time 3D Rendering Software
Twinmotion is a real-time 3D architectural visualization tool that lets you create high-quality images, animations, and immersive 360° VR experiences—without the long render times.
Unlike traditional offline rendering workflows that require long waiting times to generate final results, Twinmotion focuses on real-time feedback. Designers can instantly see changes to materials, lighting, vegetation, weather effects, and camera movements, making it easier to explore ideas, refine designs, and present projects more effectively.
Like any powerful 3D software, Twinmotion requires suitable hardware to run smoothly and deliver the best real-time visualization experience. You can check the official Twinmotion system requirements to see the recommended specifications for your workflow.
Our Solution for Twinmotion Users, and How We Differentiate
Twinmotion Architectural & Technical Matrix
Enterprise infrastructure evaluation for real-time architectural visualization and high-end Twinmotion rendering pipelines.
| Architectural Criteria | iRender (IaaS GPU Cloud Workstation) 🚀 | SaaS Render Farm (Automated Systems) ⚙️ |
|---|---|---|
| Service Model | IaaS (Infrastructure as a Service) Provides full-root administrative access to dedicated physical bare-metal servers, allowing users to launch and operate the native Twinmotion interface directly within a standalone Windows environment. |
SaaS (Software as a Service) Restricted to an automated static asset packaging model (Batch Rendering) with no interactive user interface or software environment control. |
| Twinmotion Compatibility | 100% Native Support Flawlessly runs any version of Twinmotion. Users have full freedom to download massive local Cloud Asset Libraries, tap into Quixel Megascans, and precisely configure advanced image/video output formats. |
Structural Incompatibility Automated pipelines lack an editor-based opening mechanism, making it technically impossible to process Twinmotion’s specialized real-time project file formats (.tm). |
| Real-time Viewport | Near-Zero Latency Streaming Direct remote control over physical GPUs allows fluid viewport navigation, real-time adjustments of Path Tracer settings, Lumen lighting dynamics, and instantaneous visual feedback. |
Technically Impossible The static “upload-and-wait” execution loop entirely eliminates real-time viewport interaction, preventing pre-render visual verification, scene lighting checks, or error corrections. |
| Hardware Optimization | Homogeneous Single RTX 4090 Provides dedicated physical nodes equipped with a standalone RTX 4090. Perfectly streamlined to match Twinmotion’s strict Single-GPU architectural dependency without virtualization bottlenecks. |
Heterogeneous Hardware Mix Distributes render workloads randomly across mixed clusters (RTX 3080 / 3090 / 4090), triggering Unreal Engine-based engine conflicts, project crashes, and performance throttling to the weakest card. |
| Scalability | On-Demand Scalability Instantly boot multiple independent Single RTX 4090 workstations simultaneously via the unified iRender App Desktop All-in-one based on the volume of video animations or panorama sets. |
Passive Scheduling Heavily dependent on the automated resource pool availability, forcing users into shared infrastructure queues with no deployment control. |
| Information Security | Enterprise-Grade Standards Hosted in a Certified International Tier 3 Data Center with strict physical access control and automated post-session storage overwrites, protecting critical architectural intellectual property. |
Shared Cluster Risks Requires data transfer through shared pipeline nodes, increasing vulnerability surfaces and risking blueprint exposure within public rendering environments. |
What else makes iRender the right choice for Twinmotion users?
Full Control & Seamless Workflow
iRender provides you a complete control with dedicated, high-performance GPU servers engineered for 3D rendering, AI, VR/AR, and complex simulations.
Unlike rigid SaaS render farms, iRender delivers a remote workstation tailored to your exact needs. Enjoy 100% full control over your computing environment: install any software, configure custom plugins, and work just like you do on your local PC with complete privacy and zero pipeline errors.
Best of all, your setup is permanently saved. Configure your workspace once, and every time you reconnect, your files, licenses, and settings are right where you left them ensuring a seamless, uninterrupted workflow from start to finish.
Hardware Power for Twinmotion
Offloading heavy visualization workloads to iRender’s high-performance cloud workstations keeps your local system completely responsive for continuous CAD and BIM modeling.
Because Twinmotion’s real-time engine operates strictly on a single-GPU architecture, investing in multi-GPU configurations yields zero performance gains while significantly inflating production overhead. Our dedicated single RTX 4090 (Package 3S) and flagship single RTX 5090 (Package 3i) bare-metal workstations deliver raw, unthrottled processing power, sustained high-boost clocks, and up to 32GB of dedicated VRAM—engineered specifically to conquer dense Quixel Megascans scattering, hardware-accelerated Path Tracing, and complex 8K media exports:
Twinmotion Cloud Workstation Specifications
Dedicated single-GPU bare-metal nodes optimized for Twinmotion real-time Lumen, hardware Path Tracer, and high-resolution Archviz output.
| Service Package (Single GPU) | Dedicated Node Hardware Configuration |
|---|---|
| Dedicated Single-GPU Architecture • Zero Multi-GPU Overhead | |
| Package 3S 1x RTX 4090 (24GB GDDR6X) Archviz Standard |
AMD Ryzen™ Threadripper™ PRO 3955WX
256GB Host RAM 2TB NVMe PCIe 4.0 SSD Ideal for: interactive Datasmith Direct Link workflows, real-time Lumen viewport navigation, and rapid 4K animation/panorama outputs.
|
| Package 3i 1x RTX 5090 (32GB GDDR7) +33% VRAM Headroom |
AMD Ryzen™ Threadripper™ PRO 3955WX
256GB Host RAM 2TB NVMe PCIe 4.0 SSD Ideal for: intensive hardware Path Tracer rendering passes, massive Quixel Megascans scattering, uncompressed 8K video sequences, and VR presentations.
|
Storage with High-Speed NVMe SSD
When dealing with large-scale architectural projects, disk space and speed become critical bottlenecks. Storing and opening heavy scenes on traditional drives can result in frustrating load times. iRender addresses this by equipping your remote workstation with up to 2TB of high-speed NVMe SSD storage, allowing your project files to load, save, and export significantly faster.
Free File Transfer- iRender GPU App
Managing heavy project assets shouldn’t be a hassle. iRender provides a proprietary, 100% free file transfer tool called iRender GPU.
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Seamless Syncing: You can upload all your project data, textures, and assets to the app at any time without booting up or connecting to the cloud server.
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Ready-to-Use Storage: Once uploaded, your files automatically sync directly to the Z drive on your remote workstation, ready for instant access as soon as you launch your session.
Flexible pricing
Efficiency also means budget control. While our high-performance RTX 4090 package is available at a competitive hourly rate of $8.2/hour, iRender offers flexible billing models to help you optimize costs:
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Fixed Rental Feature: Save 10% instantly when reserving servers in advance.
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Daily / Weekly / Monthly Packages: Ideal for large-scale or long-term projects. Choosing fixed rentals protects you from unexpected overcharges—even if you accidentally forget to turn off the server after finishing your render.
Real human support
If you have any problems, our support team is ready to help. We don’t rely only on automatic replies, you can talk to a real person who understands cloud rendering. Whether you need help choosing a server, connecting to the cloud, moving your project files, or fixing a technical issue, our team will guide you step by step. We always try to reply quickly so you can get back to work as soon as possible.
Easy to use
Rendering with iRender is an effortless experience built around 5 steps:
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Register an iRender account.
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Recharge money.
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Upload project files to the cloud.
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Choose your server package and connect.
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Take 100% full administrative control of your private remote workstation.
As one of the few render farms with a dedicated transfer app, iRender GPU app allows seamless file synchronization without third-party tools. You can upload files anytime even while the remote server is turned off.
How to install iRender GPU App:
- Download and install the app on your local PC.
- Register/login the app by your iRender account and follow this instruction to use it.
Check out the video tutorial below for a visual step-by-step guide:
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.
Your Renders, Your Rules
We Focus On People And The Joy Of Creation.
“iRENDER – YOUR RENDERS, YOUR RULES”
Real-Time Rendering & Archviz
Master real-time rendering on RTX 5090 (32 GB) & AMD Ryzen™ Threadripper™ PRO. Technical benchmarks & guides for Unreal Engine 5, D5 Render, Lumion, Keyshot, Twinmotion, and Archviz.
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