Engines that matter for ArchViz
V-Ray and Corona on CPU, Redshift on GPU, with all engine licenses included on every render node. Arnold and Octane are covered too.
ArchViz Cloud Render Farm
ArchViz Cloud Render Farm
Render V-Ray, Corona, and Redshift architectural scenes across 20,000+ CPU cores and an RTX 5090 GPU fleet — Forest Pack, RailClone, and Anima handled, from batch stills to full walkthrough animation. Fully managed, run by Super Renders Farm LLC.
Questions? Chat with our team — typical reply under 5 minutesV-Ray · Corona · RedshiftForest Pack · RailClone · Anima20,000+ CPU cores · RTX 5090 GPUsFully managed — Super Renders Farm LLC
Why Super Renders Farm for ArchViz
Built for architectural rendering
Large scenes, handled
Forest Pack scattering, RailClone parametric geometry, and Anima crowd workflows that routinely break local workstations.
Fully managed
No remote desktop, no manual installs, no license servers. Upload your .max, .c4d, or .blend and the farm handles the rest.
A US company, accountable
Super Renders Farm LLC, a registered US company headquartered in Santa Ana, California. US billing in USD, a US support phone line (001-714-383-0800), and US legal jurisdiction.
Who it's for
Made for architectural visualization studios
Architectural visualization pushes render farms harder than almost any other discipline: context-heavy exterior scenes, GI-heavy interiors, and large still libraries, all at print and 4K–8K resolution. Super Renders Farm runs the engines and plugins ArchViz studios actually use — V-Ray and Corona for CPU rendering, Redshift for GPU, with Forest Pack, RailClone, and Anima supported as standard.
Whether you are a one-person studio delivering a developer's marketing set or a larger practice rendering a full walkthrough, the farm scales to the job: stills render in parallel across the fleet, and animations distribute frame by frame.
Use cases
What ArchViz studios render with us
Six common architectural-visualization workloads — four lead CPU (V-Ray / Corona), two lean GPU. All of them parallelize across the fleet.
Commercial & exterior architecture
Office towers, mixed-use, master-planning, and façade studies in V-Ray or Corona on CPU — with Forest Pack for vegetation and context, RailClone for façades, and dome/sky lighting. Context-heavy exteriors with dense Forest Pack populations are exactly the frames that take 30+ minutes each locally; distributing the stills across nodes turns an overnight batch into an afternoon.
Forest Pack & RailClone renderingResidential architecture
Single-family, multi-family, and developer marketing sets in Corona or V-Ray, with HDRI plus physical sun and Forest Pack landscaping. Developers want many angles and lighting variants quickly — a render farm parallelizes a 40-image set instead of serializing it on one workstation.
Render farm for small studiosInterior visualization
Residential, hospitality, retail, and workplace interiors in Corona or V-Ray — light portals, denoising, high secondary-bounce GI, and detailed PBR materials. Interior GI convergence is compute-expensive, so noise-free 4K interiors are where local render times balloon; farm nodes carry the GI cost while your workstation stays free.
Corona render farmArchitectural animation & walkthroughs
Building flythroughs, real-estate marketing animation, and construction-sequence visuals — the same CPU and GPU engines, with Forest Pack animation stability and Anima for populated scenes. Animation is the canonical render-farm use case: one frame at 8 minutes × 1,800 frames is roughly 10 days on a single machine; distributed, it is hours.
3ds Max render farmAutomotive & product visualization
Automotive viz, appliance and product viz in architectural context, and configurator source renders — GPU engines shine here: Redshift, Octane, or V-Ray GPU with clean studio lighting and high reflection sampling. GPU turntables and high-sample reflective surfaces benefit directly from the RTX 5090 GPU fleet.
Product & automotive visualizationFurniture & material visualization
Furniture catalogs, material and finish libraries, and e-commerce 3D product sets in Corona or V-Ray for fabric, wood, and metal PBR fidelity. Variant explosion — model × finish × angle — is embarrassingly parallel, so the farm renders the whole matrix at once instead of one variant at a time.
V-Ray render farmAI visualization
Where a render farm fits an AI-assisted ArchViz pipeline
AI is changing the front of the architectural visualization pipeline — concept generation, style exploration, and fast client previews from sketches or massing models. But AI previews are not final, production-grade deliverables. Once a concept is approved, the work still has to be built in 3ds Max, Cinema 4D, or Blender and rendered at full resolution with V-Ray, Corona, or Redshift to produce the stills, animations, and panoramas a client signs off on. That is where a render farm fits: AI accelerates exploration; the farm delivers the production render.
Super Renders Farm does not run an AI image generator. It renders the production output of an AI-assisted design process — at full resolution, with your real scene and your chosen engine. See the complete guide to architectural visualization for where AI fits in the wider craft.
Front of pipeline (AI-assisted)
Text, sketch, or CAD → AI-generated concepts and style exploration.
Middle (DCC)
The approved concept is rebuilt in 3ds Max, Cinema 4D, or Blender with real geometry, PBR materials, and Forest Pack / RailClone.
Back of pipeline (production render)
Batch stills, walkthrough animation, and 360°/VR panoramas rendered across the farm.
How we compare
Super Renders Farm vs a typical render farm
Comparing a managed farm to a typical render farm comes down to engines, plugin support, pricing model, and who is accountable for the service:
| Dimension | Super Renders Farm | A typical render farm |
|---|---|---|
| ArchViz engines | V-Ray, Corona (CPU), Redshift (GPU) — plus Arnold and Octane; all engine licenses included | Varies; some require you to bring or manage your own license |
| Large-scene plugins | Forest Pack, RailClone, and Anima supported as standard | Plugin support varies; large scatter scenes may need manual setup |
| Stills + animation | Both — stills render in parallel, animation distributes frame by frame | Both, though frame-parallel scaling varies by provider |
| Fully managed | Yes — no remote desktop, no manual installs, no license servers | Many farms are IaaS: you remote in, install software, and manage licenses yourself |
| Pricing model | Credit-based: $0.004 / GHz-hr for CPU, from $0.003 / OctaneBench-hour for GPU; no plan tiers | Subscription tiers, per-frame, or raw hourly machine rental — models differ |
| Free trial | $25 free credit on signup | Varies; some offer trial credit, some do not |
| Credit expiry | Purchased credits never expire | Often time-limited or "use it or lose it" |
| Output retention | 45 days from job completion | Varies by provider |
| File transfer | Web upload (single uploads recommended under 300 GB), plus SFTP and a Client App for very large scenes; .tar / .tar.gz / .7z; import from Google Drive or Dropbox | Web upload and/or SFTP; format and integration support varies |
| Company & accountability | A US company — Super Renders Farm LLC, Santa Ana, CA. US billing (USD), a US support phone line (001-714-383-0800), and US legal jurisdiction | Varies by provider — many render farms are based outside the US |
See our honest comparison of render farms for architectural visualization →
All render licenses are bundled — V-Ray, Corona, Arnold, Redshift, Octane, Cycles, plus all DCC apps. No license servers, no Multi-User Licenses, no per-seat fees. Render with our licenses.
Authorized partners + Licensed Nodes
Authorized partners + Licensed Nodes we operate
Authorized Maxon Render Partner
Cinema 4D · Redshift
Authorized Chaos Render Partner
V-Ray · Corona
AXYZ design — partner
anima · MetropoliX
Arnold Licensed Nodes — we operate
Octane Licensed Nodes — we operate
Forest Pack + RailClone are pre-installed and license-covered (carry-forward from Brief #9; iToo partner verification pending).
They Trust Us
ArchViz guides
Learn more about archviz rendering
Frequently Asked Questions
We cover V-Ray and Corona on CPU and Redshift on GPU — the engines most ArchViz studios use — with all engine licenses included on every render node. Arnold and Octane are supported too, and Blender renders with Cycles.
Yes. Forest Pack scattering, RailClone parametric geometry, and Anima crowd simulation are common on our farm, and our pre-render checks catch the missing assets and broken paths that usually break large scatter scenes before your credits are spent.
Both. Still sets render in parallel across the fleet, and animations distribute frame by frame, which turns a multi-day local animation into hours. 360° panoramas and VR-tour frames are handled the same way.
No. Super Renders Farm is fully managed — we handle the DCC installs, render-engine setup, and plugin configuration. You upload your .max, .c4d, or .blend project and download the finished frames; there is no remote desktop and no license server to manage.
Billing is credit-based at $0.004 per GHz-hour for CPU rendering and from $0.003 per OctaneBench-hour for GPU, with no plan tiers. New accounts get $25 in free credit, and purchased credits never expire, so you only pay for the rendering you actually run.
Yes. Super Renders Farm LLC is a registered US company headquartered in Santa Ana, California, with US billing, a US support phone line, and US legal jurisdiction. For architecture firms that need a vendor accountable under US law, that means clear legal recourse and a US point of contact.
Support is available 24/7 by live chat and email, plus a US phone line on 001-714-383-0800. If a specific plugin or engine version is critical to your project, tell our support team before you submit and we will confirm compatibility.
You can upload through the web — we recommend keeping single uploads under 300 GB — or use SFTP or our Client App for very large scenes, which transfer in resumable parallel chunks. Archives in .tar, .tar.gz, or .7z are supported, and you can also import source files from Google Drive or Dropbox.