Render farm pricing uses four common billing units: GHz-hours for CPU work, OctaneBench-hours (OB-hours) for GPU work, node-hours for whole render servers, and machine-hours for GPU servers you rent and run yourself. The listed rate only becomes comparable once you convert it to cost per frame for your own scene. Multiply the frame time by the unit the farm counts, apply the rate for your priority, then add VAT, minimums, idle time and any storage or software charges the farm lists.

• Same job, different units: iRender’s measured 300-frame Octane job on 4x RTX 5090 (5.23 card-hours) costs about $59 on iRender and between about $11 and $108 at other farms’ listed rates, before VAT.
• OB-hours convert to card-hours: OTOY lists one RTX 5090 at 1,730 in OctaneBench 2025.2, so $0.003 per OB-hour works out to about $5.19 per card-hour.
• GHz-hour rates are not like for like: farms may count the GHz in a node differently and rarely say how, so a lower GHz-hour rate does not prove a lower bill.
• Rented machines bill while switched on: setup, scene checks and idle time count on machine-hour services, which matters most for short jobs.
• Measured jobs on iRender: iRender’s own published Octane and Redshift benchmarks cost about $0.06 to $0.43 per frame at its hourly rates, roughly 1.7 to 2.1 times the same card-hours at a $0.003 OB-hour rate.
• What to do next: render three sample frames locally, note the frame time and the hardware, then run the numbers in a cost calculator for two or three farms.

A client wants a 300-frame walkthrough by Friday, and you have four render farm pricing pages open. One quotes GHz-hours, one OB-hours, one node-hours and one an hourly rate for a whole GPU server. None of those numbers answers the question the client asked: what will this cost?

This guide explains how render farm pricing works for each unit, then converts all of them to cost per frame using rates listed on each farm’s page on 9 November 2026. The worked examples use one measured job published by iRender plus stated assumptions, so you can repeat the method with your own scene.

1. Why is render farm pricing so hard to compare?

Render farm pricing is hard to compare because farms bill in different units. CPU farms usually count GHz-hours, GPU farms count OctaneBench-hours, some count whole nodes, and rental services bill the hours a machine is switched on. A rate only means something once you turn it into cost per frame.

1.1. The four billing units at a glance

The table below lists the unit each farm uses, sorted alphabetically. Several farms use two units at once, GHz-hours for CPU and OB-hours for GPU. Others sell a whole server by the hour. Because of that, a lower number on one page can still mean a higher bill.

1.2. What the listed rate leaves out

A pricing page also states, or leaves out, several things that move the final total. These include tax, the priority level, whether waiting time is billed and whether idle time counts. Section 6 covers them. For now, keep one rule in mind: compare totals for a known job, not rates.

2. How do GHz-hours work on CPU render farms?

A GHz-hour is one CPU core running at 1 GHz for one hour. The farm multiplies the cores in the node by their clock speed and by the render time, then charges a rate per GHz-hour. It suits CPU engines such as Corona and V-Ray CPU, where many cores work on one frame.

2.1. The formula, with a worked example

Super Renders Farm’s pricing documentation gives the formula as cores x clock speed x render time. Its own example is a frame that takes 15 minutes on a 64-core machine at 3.5 GHz. That frame uses 64 x 3.5 x 0.25 = 56 GHz-hours. At its Standard rate, listed from $0.004, the frame costs $0.224.

The same 56 GHz-hours would cost $0.79 at RebusFarm’s listed 1.41 cents (read as US cents), or €0.62 at Ranch Computing’s low-priority €0.011. However, those three bills are not for the same work. That is the catch with GHz-hour render farm pricing.

2.2. Why a cheaper GHz-hour rate does not prove a cheaper bill

The GHz figure is a clock speed, not a measure of work done. A modern core at 3.5 GHz finishes more work per hour than an older core at the same clock. Farms also count differently. The pages rarely explain how they arrive at the GHz figure for a node, for example whether they use base or boost clock.

GarageFarm, for example, lists CPU rates from $0.024 to $0.072 per GHz-hour. That is six times Super Renders Farm’s $0.004 at the low end. The pages do not publish enough detail to say whether the two farms count the same GHz in the same way. So a GHz-hour rate is only comparable inside one farm, between its own priority levels.

If you render Corona or V-Ray CPU scenes, the Corona render farm guide and the V-Ray render farm guide list which farms support each host app.

3. How do OB-hours work on GPU render farms?

An OB-hour is GPU time weighted by the card’s OctaneBench score. A card that scores 1,730 uses 1,730 OB-hours in one hour of rendering. The farm multiplies those OB-hours by its rate, so faster cards cost more per hour but finish sooner.

3.1. What OctaneBench measures

OctaneBench is OTOY’s benchmark for OctaneRender. Its results page scores each GPU relative to a GTX 980, which sits at 100. On 9 November 2026 the page listed OctaneBench 2025.2 scores of 1,730 for one RTX 5090 and 1,307 for one RTX 4090. It also listed 1,641 for an RTX PRO 6000 Blackwell Server Edition.

3.2. Converting an OB-hour rate into a card-hour price

Multiply the OB-hour rate by the card’s score to get the cost of one card for one hour. At Super Renders Farm’s $0.003 per OB-hour, one RTX 5090 costs about $5.19 per hour. Super Renders Farm lists $5.17 per hour for one RTX 5090, close to that figure. Its own documentation counts the card as 1,731 OB, which shows that farms can use slightly different scores for the same GPU.

The same conversion gives about $6.92 per RTX 5090 hour at GarageFarm’s low priority and about $9.17 at RebusFarm. Ranch Computing’s low-priority €0.005 gives about €8.65. These figures assume every farm scores the card at 1,730. Super Renders Farm’s documentation and GarageFarm’s pricing page both name OctaneBench 2025.2.1; the other pages do not state a version. RebusFarm lists its rate as “0.53 cent/OBh” without saying whether the cent is in US dollars or RenderPoints, so these figures assume US dollars.

3.3. Where OB-hours mislead

OctaneBench measures Octane. Redshift, Cycles and V-Ray GPU scale differently from card to card. As a result, an OB-hour price is a fair way to bill hardware, but a rough way to predict your own frame time. For Redshift or Blender jobs, see the Redshift render farm guide and the Blender render farm guide.

4. What does node-hour pricing mean?

Node-hour pricing charges a flat rate for each render server per hour, whatever its benchmark score. The bill is nodes x hours x rate. To compare it with GHz-hour or OB-hour pricing, you need the node’s exact hardware, because that decides how many frames it finishes in an hour.

4.1. Two examples from pricing pages

Fox Renderfarm lists CPU node-hours from $1.224 (Ordinary) down to $0.734 (Diamond, for accounts that have recharged over $10,000). Its page states that each node includes 64GB of RAM by default and that larger RAM costs extra. It also notes that some rendering software carries additional charges, shown when you submit a task.

AnimaRender sells server-hours in AnimaPoints, where 1 AP costs $1. It lists $6.20 per hour for a Dual AMD EPYC 7642 server and $4.95 for a Threadripper 3970X server, billed per second. The page also states that the final cost of a render does not depend on server type, so ask which figure applies to your job.

4.2. What to check before trusting a node-hour rate

Ask for the CPU or GPU model, core count, RAM and the number of nodes your job can use at once. A low node-hour rate on older hardware can cost more per frame than a higher rate on newer hardware. Render one sample frame on the trial before you budget the rest.

5. How does per-machine billing work on a rented GPU server?

Per-machine billing charges an hourly rate for a whole GPU server that you start, use through remote desktop and shut down yourself. You pay while it runs, so scene checks and idle time count. In return, you control the software, the plugins and the render settings.

5.1. Two services that bill this way

Xesktop lists one RTX PRO 6000 Blackwell (96GB) at $1.99 per hour and two cards at $3.98, with per-second billing and no monthly minimum. It says the server is billed only while it runs, and its homepage lists volume discounts down to $0.99 per hour.

iRender’s pricing page lists RTX 5090 servers with 1, 2, 4 or 8 cards, from $10.8 per hour for one card to $62 for eight. Paying for 3 hours or more lowers those rates by about 10%, for example to $9.72 and $55.80. RTX 4090 servers start at $8.2 per hour. iRender’s pricing page lists its data center as Uptime Tier III with ISO 27001, ISO 20000 and ISO 9001 certifications, and the company provides an NDA document for projects that need one (checked November 2026).

5.2. How billing and saved machines work on iRender

iRender’s user documentation sets out the cycle. Billing on pay-as-you-go runs from the moment the machine starts running until you press Shutdown, and the documentation states that the boot step is not charged. Boot takes about 7 to 10 minutes for a machine under 50GB, 10 to 15 minutes between 50GB and 100GB, and more than 18 minutes above that.

The machine itself persists between sessions. According to the documentation, iRender saves the working environment after each session, including installed software, settings and files kept on the local C drive. On the next boot you continue in the same setup, so software is installed once, not every session. The documentation recommends keeping only software on the C drive, since a larger machine boots more slowly.

What does not survive is work that never reached a disk. Anything still unsaved in an open application is gone after shutdown, and iRender’s FAQ adds that shutdown purges temporary data caches. The documentation also warns that a forced Reset may cause data loss. It advises saving render output to the C drive, because output written to a network drive may not save if the connection drops. Results then go to the OUTPUT (Y:) drive before you shut down, so you can download them.

5.3. The limitation that matters for cost

The meter runs whenever the machine is on, whether or not it is rendering. Forgetting to shut down after an overnight batch costs real money, so the platform offers a Schedule Shutdown option. The video below walks through the start, render and shutdown cycle.

5.4. What the higher hourly rate buys

A rented server earns its cost when the job needs software an automated farm will not run, or when the work is interactive. Lumion, Enscape, D5 Render and Twinmotion are real-time renderers that run on a workstation GPU. Lumion’s knowledge base states that conventional render node functionality is not available in Lumion, so a full remote machine is the practical route for it. Check the other apps’ own cloud guidance before you choose. For a long Corona or V-Ray CPU batch, a GHz-hour farm that bills only render time may cost less. The table below sets out what each model gives you for the money.

6. How do you turn any unit into cost per frame?

Take one frame time from a test, convert it into the farm’s unit, apply the rate, add overheads, then divide by the frame count. The table below takes one measured GPU job, a 300-frame Octane sequence that iRender rendered on its own 4x RTX 5090 machine, and prices the same work at each farm. It shows how far render farm pricing can spread for the same work.

6.1. One job priced at listed rates

The table holds the frame time fixed and changes only the rate and the unit. In a real comparison, the frame time changes too, because each farm runs different hardware. Use it as a template rather than a ranking.

6.2. Why eight GPUs are not eight times faster

Multi-GPU rendering scales below linear, and how far below depends on the engine. In Puget Systems’ 2022 test with up to seven RTX 4090 cards, OctaneBench reached about 6.9x a single card. V-Ray GPU reached about 6x, and Redshift peaked at 4.5x. For an 8-card RTX 5090 machine, an iRender article states about 7.5x to 7.8x for Octane and 7.2x to 7.6x for Redshift, without published test details, so treat those as provider figures.

That matters when you choose a machine size. In the measured job above, the 4-card 5i machine cost $38 per hour. The 8-card 9i lists $62 per hour for runs under 3 hours, so it only saves money if eight cards finish this job at least 1.63 times faster than four. With near-linear Octane scaling, as in Puget’s OctaneBench result, eight cards would take about 41 minutes and cost about $58, roughly the same as the 5i. With Redshift-type scaling the 9i would cost more. Your engine’s scaling decides whether a bigger machine saves money, so render one test frame on 4 and on 8 cards before you budget the job.

6.3. What do measured jobs cost on a rented machine?

iRender publishes more real render times on its YouTube channel, each recorded on one of its machines, so those runs can be priced directly. The table below converts six of them at the listed hourly rate, without the 0.25-hour allowance used in table 6.1. It also shows what the same card-hours would cost at OB-hour rates, as a rough cross-check.

The measured jobs make the price gap concrete. A 300-frame Octane sequence on a 4x RTX 5090 machine cost about $0.17 per frame at iRender’s hourly rate, against roughly $0.09 to $0.12 for the same card-hours at OB-hour rates. In return, the job ran on a machine the user controlled directly, without a farm’s submission step, validation pass or job queue. The premium buys control, not raw price per card-hour. The video below records the Octane run from the first row.

6.4. The extra costs to add

6.5. A five-step estimate before you upload

1. Render three sample frames locally: one simple, one average and one heavy.
2. Note the frame time, the CPU or GPU, and your render engine version.
3. Convert the average frame time into each farm’s unit, using its own GHz or OctaneBench figures where published.
4. Apply the rate for the priority you need, then add tax, minimums and setup time.
5. Run the trial on two farms and compare the real per-frame cost with your estimate.

The RadarRender render farm cost calculator runs steps 3 and 4 for several farms at once. The render farm comparison page lists hardware, software support and the evidence behind each listing.

7. FAQ: render farm pricing

What is the difference between a GHz-hour and an OB-hour?

A GHz-hour measures CPU work: Super Renders Farm defines it as one CPU core running at 1 GHz for one hour, so the count is cores times clock speed times hours. An OB-hour measures GPU work against OctaneBench, OTOY’s benchmark, so a card that scores 1,730 uses 1,730 OB-hours in one hour. Both units let a farm charge for different hardware with one price list. Neither tells you how fast your own scene will render, which is why you still need a frame time from a test.

How do I calculate render farm cost per frame?

Render a few sample frames and note the time per frame and the hardware. Convert that time into the unit the farm bills: GHz-hours for CPU, OB-hours for GPU, or hours for a node or a rented machine. Multiply by the rate for the priority you plan to use. Then add tax, minimums, setup or idle time and any software or storage charges. Divide the total by the frame count. The RadarRender cost calculator runs these steps for several farms at once.

Why can two farms with similar rates produce different bills?

Rates hide three differences. Farms may count the work differently, and their pages rarely explain how a node’s GHz or benchmark figure is set. Hardware differs, so the same frame can take longer on an older node. Extras differ too, such as VAT, priority multipliers, RAM surcharges and whether queue or setup time is billed. Converting every quote to cost per frame with the same test scene is the only fair way to compare render farm pricing.

Are queue time, uploads and storage charged on a render farm?

It varies by farm, so read the pricing page. GarageFarm states that queue time, node acquisition and software installation are not charged. Super Renders Farm states there is no charge for uploading, queuing or downloading output. RebusFarm lists data storage, upload and download as free of charge. On machine-hour services the meter usually runs while the server is on, so time spent copying files or checking a scene costs money there.

Is renting a whole GPU server cheaper than a render farm?

Not by default. A rented server bills while it is switched on, including idle time, so short jobs lose more to overhead. iRender, for example, does not bill boot time and saves the machine environment between sessions. Its strengths are control and software coverage: you install your own tools once, and it can run real-time renderers such as Lumion, Enscape, D5 Render and Twinmotion, which job-queue farms generally do not support. For long batch renders in Corona, V-Ray or Cycles, a benchmark-billed farm may cost less. Compare both on cost per frame.

Do render farms offer free trials?

Several do, with limits. On 9 November 2026, GarageFarm listed $25 in trial credits, Super Renders Farm a $25 starter credit, RebusFarm 25 RenderPoints, Fox Renderfarm a $25 free trial, Ranch Computing a €30 trial offer for a first project and GridMarkets 5 free credits. AnimaRender offers a free demo render with watermarked output. iRender lists a 100% bonus on the first top-up, and its FAQ mentions a free trial on request through support. Use trial credit to render your sample frames, since that gives you the frame time every price estimate needs.

See more: Render Farm Comparison: Pricing, Hardware and Evidence

Sources

• GarageFarm, Pricing, read 9 November 2026.
• RebusFarm, Buy RenderPoints, read 9 November 2026.
• Super Renders Farm, Pricing and Pricing and credits, read 9 November 2026.
• Ranch Computing, Prices, read 9 November 2026.
• Fox Renderfarm, Pricing, read 9 November 2026.
• AnimaRender, Prices, read 9 November 2026.
• GridMarkets, Pricing, read 9 November 2026.
• Xesktop, GPU server types, read 9 November 2026.
• iRender, Price, FAQ and NDA article (irendering.net/is-your-3d-project-safe-on-a-render-farm-data-security-and-ndas/), read 9 November 2026.
• iRender, user documentation (Quick Start, Boot system, FAQ, Must-know tips, Reset machine, Pricing), read 10 November 2026.
• iRender YouTube channel, benchmark videos xCp-jHC0pPU, elkfXSepeTQ, zEeViBpOGvA, 6-LoVkQsy4w, PJ3eNgTMNKo, 9mvpps1TuWg and EuUroqBPANo (provider tests), read 10 November 2026.
• Puget Systems, 1-7x NVIDIA GeForce RTX 4090 GPU Scaling (November 2022), read 10 November 2026.
• iRender, Octane vs Redshift RTX 5090 multi-GPU scaling article (irendering.net/octane-vs-redshift-rtx-5090-multi-gpu-scaling/), provider test, read 10 November 2026.
• Lumion, knowledge base article on render nodes, read 9 November 2026.
• OTOY, OctaneBench 2025.2 results, read 9 November 2026.

The post Render Farm Pricing Explained: GHz-Hours, OB-Hours, Node-Hours and Per-Machine Billing appeared first on RadarRender.

Unreal Engine can render in real time or offline through Movie Render Queue and Movie Render Graph. Cloud options differ a lot: one managed farm lists Unreal, one remote-machine provider lists it, and several farm pages we read do not. This guide shows what each page says and what to test before paying.

• Managed farms: Fox Renderfarm lists Unreal Engine 4.27.2 or later with Movie Render Queue. RebusFarm, GarageFarm and Super Renders Farm do not list it on the pages we read (Nov 7, 2026).
• Remote machine: iRender lists Unreal Engine on remote Windows desktops: 1x RTX 4090 24 GB at $8.20/hour with a one-hour minimum, plus a 1x RTX 5090 32 GB option.
• Licence: Epic’s licence page lists a 5% royalty on lifetime gross revenue above $1M for shipped products, and $1,850 per seat per year for non-game commercial use above $1M revenue. It does not address remote machines.
• GPU: Epic recommends Windows 11, 32 GB RAM and a DirectX 12 GPU with 8 GB VRAM or more. Lumen and hardware ray tracing need an RTX 2000 series, RX 6000 series or Arc A-series GPU or newer.
• Multi-GPU: Epic’s hardware page does not mention multi-GPU. iRender says real-time features run on one GPU and that the Path Tracer in Movie Render Queue can scale across GPUs; treat that as a provider claim.

Last updated: November 7, 2026. Epic’s hardware page we read covers Unreal Engine 5.8, announced June 17, 2026 on Epic’s forum.

1. How do you choose an Unreal Engine cloud rendering setup?

Decide whether the output is real-time or offline, then check the GPU, then the licence.

1.1. Decide what you are rendering

Real-time output runs on one GPU in the editor or a packaged build. Offline cinematic frames go through Movie Render Queue or the newer Movie Render Graph, which Epic called production-ready in UE 5.8. Cloud rendering mostly helps with the offline case. Our guides cover walkthrough rendering and arch-viz with Lumen on cloud.

1.2. Check the GPU and memory

Epic’s page gives one hardware table, the recommended one: Windows 11, a quad-core CPU at 2.5 GHz or faster, 32 GB RAM and a DirectX 12 GPU with 8 GB VRAM or more. It lists no separate minimum. Lumen and hardware ray tracing need Shader Model 6 and an RTX 2000 series, RX 6000 series or Arc A-series GPU or newer. For other GPU options see 4 GPU render farms for Unreal Engine.

1.3. Check the licence

Epic’s licence page makes the engine free for game developers until the royalty applies, for individuals and small businesses under $1M in annual gross revenue, and for educators and schools. Rendering a film or visualisation is not a shipped product, so the seat-based licence is the one that can apply to larger commercial users. Check your own case with Epic.

Epic’s page does not say how the licence applies on a rented machine, and Fox Renderfarm’s page does not address Unreal licensing either. Ask the provider in writing who holds the licence, how your Epic account is handled on the machine and how sessions are wiped.

2. Which providers support Unreal Engine, and how do we know?

The table copies what each page says. A blank is a gap in what we read, not proof that the software is unsupported.

3. How do billing and free credit compare for Unreal Engine?

Only Fox and iRender document Unreal, so only their terms apply directly. Trial credit at the other farms cannot be assumed to cover Unreal.

4. Managed farm or remote GPU machine for Unreal Engine?

Among the pages we read, Fox is the managed route: you prepare and upload the project, it is analysed and rendered, and Fox says MRQ presets saved in the project are used in the cloud. A remote machine from iRender works like a second workstation: you get administrator access, install Unreal, your plugins and your licences, copy the project and render. The first is less hands-on, the second gives more control. Neither page includes a benchmark, so we do not rank them by speed or price.

If your own RTX GPU is enough, a real-time tool may fit better than offline rendering. See the Twinmotion, D5 Render, Lumion and Enscape guides, and Twinmotion vs Unreal Engine. For an architectural walkthrough see Unreal Engine for architecture.

5. How do you prepare an Unreal Engine project for cloud rendering?

• Match the version: Fox lists UE 4.27.2 or later. Confirm that the provider has your exact engine version, such as 5.8, before you upload.
• Save the render settings: Keep your Movie Render Queue or Movie Render Graph configuration in the project, since Fox says saved MRQ presets are used in the cloud.
• List your plugins: Fox names plugins such as Houdini Engine and PCG as supported. On a remote machine you install your own, so note every plugin and version.
• Check the GPU features: Lumen and hardware ray tracing need Shader Model 6 and an RTX 2000 series, RX 6000 series or Arc A-series GPU or newer.
• Settle the licence: Check whether your revenue puts you on the free, royalty or seat-based terms, and ask the provider how your Epic account is handled on its machines.
• Test a few frames: Render a short range at final settings before a full job, and note upload time, setup time and cost.

6. FAQ: Unreal Engine render farms

What is the best render farm for Unreal Engine?

There is no single answer. Among the pages we read, Fox Renderfarm and iRender document Unreal support, while RebusFarm, GarageFarm and Super Renders Farm do not list it. Render a few test frames and compare total cost, including setup time.

Can I render Unreal Engine on a managed farm?

Yes on Fox Renderfarm, which lists UE 4.27.2 or later with Movie Render Queue. The other managed farms we checked do not list Unreal, so ask them in writing before you upload.

How much GPU does Unreal Engine need?

Epic recommends a DirectX 12 GPU with 8 GB VRAM or more, 32 GB RAM and Windows 11. Lumen and hardware ray tracing need an RTX 2000 series, RX 6000 series or Arc A-series GPU or newer.

Is Unreal Engine free to use for rendering?

It is free for individuals and small businesses under $1M annual gross revenue and for educators. Epic lists $1,850 per seat per year for non-game commercial use above $1M revenue, and a 5% royalty above $1M for shipped products.

Does multi-GPU speed up Unreal Engine rendering?

Epic’s hardware page does not mention multi-GPU. iRender says real-time features run on one GPU and that the Movie Render Queue Path Tracer can scale across GPUs, so treat this as a provider claim and test it.

Sources

• Epic, hardware and software specifications, read Nov 7, 2026
• Epic, Unreal Engine licence, read Nov 7, 2026
• Epic forum, Unreal Engine 5.8 released, read Nov 7, 2026
• Fox Renderfarm, Unreal Engine render farm, read Nov 7, 2026
• iRender, Unreal Engine render farm, read Nov 7, 2026
• RebusFarm, 3D software, read Nov 7, 2026
• GarageFarm, supported apps, read Nov 7, 2026
• Super Renders Farm, homepage, read Nov 7, 2026

The post Unreal Engine Render Farms in 2026: Movie Render Queue, GPUs and Licences appeared first on RadarRender.

D5 Render is a real-time renderer for architecture, interiors and landscape. The D5 pages we read do not mention render farms, and most farm pages we checked do not list D5. This guide shows what is documented, what is not, and what to test before paying.

• Managed farms: Fox Renderfarm, RebusFarm and GarageFarm do not list D5 Render on the pages we read (Nov 7, 2026). The GarageFarm Supported Apps page was not opened.
• Remote machine: iRender lists D5 Render on single-GPU servers: 1x RTX 4090 24 GB from $8.2/hour and a 1x RTX 5090 32 GB option.
• Licence: Community is free but non-commercial. Paid work needs Pro: $30/month billed yearly or $38/month billed monthly, per D5’s pricing page.
• GPU: D5 needs DirectX Raytracing: GTX 1060, Intel Arc 3 or RX 6400 minimum, RTX 3060 (Ti) recommended, RTX 3090 optimal. No VRAM figure is published and there is no Mac version.
• Multi-GPU: iRender states D5 runs on a single GPU, so extra GPUs add no speed. D5’s requirements page says nothing about multi-GPU.

Last updated: November 7, 2026. Based on D5 3.1.1, the hotfix dated July 30, 2026 in D5’s release notes.

1. How do you choose a D5 Render cloud rendering setup?

Check whether your own GPU is the limit, then the licence, then how a remote machine will sign in to D5.

1.1. Decide whether you need a farm at all

D5 is real-time, so a single image or panorama on an RTX card is often quick. Cloud helps when a machine is tied up for hours, for example long animation export or 16K output. Our guides on why D5 animation export takes hours and video export cost on cloud cover those cases.

1.2. Check the GPU and memory

D5 builds on DirectX 12 ray tracing, so GPUs without DXR, such as the GTX 1050 and GTX 1650, are not supported. The requirements page (last updated Aug 6, 2025) lists GTX 1060, Intel Arc 3 or RX 6400 as minimum, RTX 3060 (Ti) as recommended and RTX 3090 as optimal. It gives no VRAM figure, though its FAQ points to the 12 GB of the RTX 3060 for large scenes. If scenes fail with memory errors, read D5 out of memory on big scenes and why 8 GB GPUs fail on large scenes.

1.3. Check the licence

D5’s pricing page says Community is for non-commercial use and that any commercial, revenue-generating or professional work requires a Pro licence. Frame sequence rendering is listed under Pro. Read the free-versus-Pro question for cloud work in D5 free vs Pro on cloud.

A remote machine needs your D5 account. In April 2022 a D5 staff member said that using Pro assets on a third-party machine requires logging in with your own D5 account, and that D5 had no official render farm partnerships. A user in the same thread raised the risk of typing credentials on a rented machine. That thread is old and we found no newer statement, so ask the provider how sessions are isolated and wiped, and use a strong, unique password. The “cloud” on D5’s pricing page is project storage (10 GB on Pro, 100 GB on Teams), not rendering.

2. Which providers support D5 Render, and how do we know?

The table copies what each page says. A blank is a gap in what we read, not proof that the software is unsupported.

3. How do billing and free credit compare for D5 Render?

Only iRender documents D5-ready hardware, so only its price applies directly. Trial credit at other farms cannot be assumed to cover D5. D5 itself shows no render farm partners: the 2022 staff reply said none existed and we found no newer list.

4. Remote GPU machine or your own workstation?

D5 renders on the machine where it is installed, so a remote GPU machine behaves like a second workstation: you install D5, sign in, copy the scene and render. Managed farms that queue jobs do not list D5, so a queue-based workflow is not documented. Compare cost per finished frame, not per hour: render a short test at the same resolution and count upload, setup and idle time. We have no D5 benchmark from these providers, so we do not rank them by speed or price.

If your own RTX GPU is enough, scene optimisation is usually the cheaper fix, and the choice of tool matters too. See the Lumion, Twinmotion and Enscape guides, and D5 vs Enscape on cloud. If your model comes from SketchUp, Rhino or Revit, see the SketchUp, Rhino and Revit guides.

5. How do you prepare a D5 Render project for a remote machine?

• Check the version: Match the D5 version on the remote machine to your project. 3.1.1 is the latest in the release notes we read (July 30, 2026).
• Confirm the GPU: Use an RTX card with a current driver. D5 needs DirectX Raytracing.
• Check the licence: Pro is required for paid work, and frame sequence rendering is a Pro feature.
• Secure the sign-in: Sign in with your own D5 account only on a machine the provider wipes after use, and change the password if you are unsure.
• Copy your assets: Pro assets need your login. Custom HDRI, LUT, IES files and your local asset library must be copied to the machine too.
• Test one export: Export one short clip or image at final settings before booking hours, and note upload time, setup time and cost.

6. FAQ: D5 Render farms

What is the best render farm for D5 Render?

There is no single answer. Among the providers we read, only iRender documents D5 servers, and the other farm pages we checked do not list it. Render one short test export and compare total cost, including setup time.

Can I render D5 on a managed farm that queues jobs?

Not on the ones we checked. Fox Renderfarm, RebusFarm and GarageFarm do not list D5 on the pages we read. Ask the provider in writing before you upload a project.

How much GPU does D5 Render need?

D5 needs a DirectX Raytracing GPU. The requirements page lists GTX 1060, Intel Arc 3 or RX 6400 as minimum, RTX 3060 (Ti) as recommended and RTX 3090 as optimal, and gives no VRAM figure.

Is D5 Render free for commercial work?

No. Community is for non-commercial use. Commercial, revenue-generating or professional work requires Pro, listed at $30/month billed yearly or $38/month billed monthly.

Does multi-GPU speed up D5 Render?

iRender states that D5 runs strictly on a single GPU, so extra GPUs give no scaling. D5’s requirements page does not address multi-GPU, so treat this as a provider claim.

Sources

• D5 Render, pricing, read Nov 7, 2026
• D5 Render, system requirements, read Nov 7, 2026
• D5 forum, release notes, read Nov 7, 2026
• D5 forum, render farm thread (2022), read Nov 7, 2026
• iRender, D5 cloud rendering service, read Nov 7, 2026
• Fox Renderfarm, homepage, read Nov 7, 2026
• RebusFarm, supported 3D software, read Nov 7, 2026
• GarageFarm, homepage, read Nov 7, 2026
• Super Renders Farm, 3D rendering service article, read Nov 7, 2026

The post D5 Render Farms in 2026: Remote RTX Machines, Licences and Billing appeared first on RadarRender.

Twinmotion is a real-time application, not a render engine that a farm can run from a scene file. None of the managed farms we checked lists it, so the practical cloud route is to rent a Windows GPU workstation and run Twinmotion there with your own licence.

• Managed farms: GarageFarm, RebusFarm and Super Renders Farm do not list Twinmotion. Fox Renderfarm lists Unreal Engine but not Twinmotion.
• Remote machine: iRender lists Twinmotion as a single-GPU workload on RTX 4090 24 GB or RTX 5090 32 GB machines.
• Licence: Twinmotion is free under $1M annual revenue and $445 per seat per year above that, according to Epic. Remote-machine use is not addressed on the licence page.
• GPU memory: Epic lists 6 GB minimum, 12 GB for high-end use, and 8 GB minimum for the Path Tracer.
• Path Tracer: It runs on Windows only and needs an NVIDIA RTX or AMD RX 6000 or newer GPU.

Last updated: November 7, 2026. Details come from each provider’s own pages and from Epic. We did not test these services for this guide.

1. How do you choose a Twinmotion cloud rendering option?

Start with the render mode, then the GPU, then the licence. Twinmotion 2026.1 is the version Epic’s requirements page cites, and what you can do in the cloud depends on how you use the application.

1.1. Decide between Lumen and the Path Tracer

Lumen is the real-time mode and the Path Tracer is the progressive, high-quality mode for final images and video. Epic says the Path Tracer needs at least 8 GB of VRAM, works on Windows only, and requires an NVIDIA RTX card (not the T1000) or an AMD RX 6000 or newer card with DirectX 12 and DXR support. Multi-GPU Path Tracer setups through SLI can add roughly 50% to 200% depending on the hardware, and they do not speed up the real-time modes. Our articles on Path Tracer render times and cloud rendering for the Path Tracer look at this in more detail.

1.2. Check GPU memory

On Windows, Epic lists at least 6 GB of dedicated VRAM and a benchmark score of 10,000 for the minimum, and 12 GB with a score of 20,000 for high-end use. For RTX 5090 users, Epic recommends Studio Drivers rather than Game Ready Drivers. iRender lists 24 GB on the RTX 4090 and 32 GB on the RTX 5090, and its article notes that multi-GPU Path Tracer setups do not pool VRAM into one block. See our article on Twinmotion crashes with large Revit models for what happens when memory runs out.

1.3. Check the licence

Epic’s licence page makes Twinmotion free for individuals and businesses under $1M in annual revenue, for students and educators, and for hobbyists. Businesses above $1M need a $445 per seat per year Twinmotion seat or the $1,850 Unreal Subscription. Each user on a subscription needs a seat, and seats can be assigned to external contractors. The page does not mention remote machines, so confirm the terms before you run a paid project on one.

Twinmotion Cloud, Epic’s publishing service, is a separate topic. CG Channel reported in April 2024 that the free tier has no Twinmotion Cloud access, while Epic’s licence page is inconsistent on this point, so check it before you rely on it.

2. Which providers support Twinmotion, and how?

The table copies what each page says. A blank is a gap in the page, not proof that a feature is missing.

3. How do billing and free credit compare?

Only iRender describes a Twinmotion-ready billing model on the pages we read, so the table shows what each page states and nothing is converted.

4. Remote GPU machine or your own workstation?

Twinmotion renders on the machine where it runs, so the choice is between your own hardware and a rented machine. A rented machine makes sense when your own GPU is too small for the Path Tracer, when you need several renders at once, or when a long export would tie up your workstation. With iRender you connect by remote desktop with full administrator access, install Twinmotion and your host app, and activate your own Epic account. iRender’s pricing page lists a Tier III data centre, ISO 27001, 20000 and 9001 certifications and NDA documents. Those are provider statements.

If your own GPU is enough, your workstation avoids the transfer step and the licence question. Our Lumion vs Twinmotion cloud comparison and the Lumion guide look at the alternative real-time tool.

5. How do you prepare a Twinmotion project for cloud rendering?

• Check the render mode: decide between Lumen and the Path Tracer, and test the Path Tracer on your own scene first.
• Watch GPU memory: keep textures and imported geometry within the VRAM of the machine you plan to rent.
• Package the project: keep the Twinmotion project, imports and assets together so they upload as one folder.
• Check the licence: confirm that your Epic seat or free-tier eligibility covers the work.
• Test one clip: export a short sequence and compare time, memory and cost. Our article on why video export is slow explains the usual bottleneck.

6. FAQ: Twinmotion render farm questions

What is the best render farm for Twinmotion?

There is no single answer, because Twinmotion is a real-time application that runs on a machine you control. None of the managed farms we checked list it, so most users rent a remote GPU workstation. Our Twinmotion render farm article covers the arch-viz side in more detail.

Can I render Twinmotion on a managed render farm?

Not on the ones we checked. GarageFarm and RebusFarm do not list Twinmotion in their software lists, Fox Renderfarm lists Unreal Engine but not Twinmotion, and Super Renders Farm’s version matrix does not include it. Ask any farm in writing before you upload.

How much GPU memory does Twinmotion need?

Epic lists 6 GB of dedicated VRAM as a minimum and 12 GB for high-end use on Windows, and the Path Tracer needs at least 8 GB. Multi-GPU Path Tracer setups do not pool memory. See our article on Path Tracer render times on a single GPU.

Is Twinmotion free to use on a rented machine?

Epic’s licence page makes Twinmotion free for individuals and businesses under $1M in annual revenue, and charges $445 per seat per year above that. The page does not mention remote machines or virtual machines, so read the EULA or ask Epic if you are unsure.

Does Twinmotion work with Revit and Archicad in the cloud?

Yes, through the same route: you install the host app and the Twinmotion link on a remote workstation and import the model there. Our guides to Twinmotion and Revit and Archicad and Twinmotion walk through it. Our Revit render farm guide covers the BIM side.

Sources

• Twinmotion, licence page, read November 7, 2026.
• CG Channel, Twinmotion free for indie artists and studios, read November 7, 2026.
• Epic, hardware and software specifications for Twinmotion, read November 7, 2026.
• Epic, Path Tracer requirements for Twinmotion, read November 7, 2026.
• Fox Renderfarm, homepage, read November 7, 2026.
• RebusFarm, supported 3D software, read November 7, 2026.
• GarageFarm, supported apps and plugins, read November 7, 2026.
• Super Renders Farm, supported software and render engines, read November 7, 2026.
• iRender, Twinmotion render farm, read November 7, 2026.
• iRender, Twinmotion on RTX 5090, read November 7, 2026.

The post Twinmotion Render Farms in 2026: Remote GPU Machines, Path Tracer and Licences appeared first on RadarRender.

Revit is a BIM modelling tool, so cloud rendering usually means one of two routes: export the scene to an engine a farm supports, or rent a GPU machine and run Revit with your own engine plugin. Most managed farms we checked do not list Revit natively, so the route you choose decides your shortlist.

• Engine first: Autodesk Raytracer is built into Revit 2026. V-Ray, Enscape and Twinmotion are the common add-ons.
• Managed farms: Revit is rarely listed. GarageFarm covers V-Ray through a .vrscene export. RebusFarm lists Revit with no dedicated page.
• Remote machines: iRender lists Revit as a host for Enscape and runs on RTX 4090 or RTX 5090 workstations.
• Licences: On a remote machine you bring your own Revit and engine licences. Managed farms need a check first.
• Free credit: Fox Renderfarm and GarageFarm offer $25. iRender offers a 100% first-deposit bonus.

Last updated: November 7, 2026. Details come from each provider’s own pages and from Autodesk and Chaos. We did not test these farms for this guide.

1. How do you choose a render farm for Revit?

Start with how you want to render, then check what each provider accepts. Revit does not render on a farm the way a Blender or Cinema 4D file does, so the question is which engine and which route you will use.

1.1. Pick the render engine

Revit 2026 uses Autodesk Raytracer, and Autodesk’s help page says mental ray settings are mapped to Raytracer when you upgrade. Many architectural teams add V-Ray for Revit. Chaos lists V-Ray 7 update 2 for Revit and says V-Ray is designed to work with Enscape. Others render in real time with Enscape or Twinmotion. Each engine points to a different cloud route, so decide this before you compare prices.

1.2. Pick the route: export or remote machine

With an export route you send a scene file that a farm can render without Revit, for example a V-Ray .vrscene file. GarageFarm’s supported-apps page lists V-Ray standalone 3.4 to 6+ on Windows and names Revit among the hosts for that route. With a remote route you rent a Windows workstation, install Revit and your engine, and render there. Real-time tools such as Enscape need this second route because they run inside the host app. Our Revit and V-Ray article and Revit and Enscape article walk through each case.

1.3. Check licences and GPU memory

On a remote machine, you need your own Autodesk licence, and your engine licence must work on a rented machine. iRender’s Enscape page says you activate your own Enscape licence and does not mention Autodesk, so confirm that part yourself. For large BIM models, GPU memory matters: iRender lists 24 GB on the RTX 4090 and 32 GB on the RTX 5090. Our articles on Enscape freezing on large BIM models and Twinmotion crashes with large Revit models show what goes wrong when memory runs out.

2. Which providers support Revit, and how?

The table copies what each page says. A blank is a gap in the page, not proof that a feature is missing. We could not open the Revit pages on Fox Renderfarm, RebusFarm or Super Renders Farm on November 7, 2026, so those rows rely on their homepage, software list or version matrix.

3. How do licences, billing and free credit compare?

Billing units differ, so the table shows what each page states and does not convert it to one price.

4. Managed farm or remote GPU machine for Revit?

4.1. Managed farms

Managed farms suit engines they install and test, such as V-Ray standalone. You export from Revit, upload and let the farm spread frames or tiles. The limit is coverage: the pages we read do not describe a ready Revit workflow, so you depend on an export that matches the farm’s engine version.

4.2. Remote GPU machine

With iRender you connect to a Windows workstation by remote desktop with full administrator access, so you can install Revit and the plugins you already use. This also covers real-time tools. The cost is that you manage the session yourself and bring your own licences. iRender’s pricing page lists a Tier III data centre, ISO 27001, 20000 and 9001 certifications and NDA documents. Those are provider statements.

4.3. Engine vendor cloud services

Chaos says Chaos Cloud offers cloud rendering, and that cloud rendering is included in the V-Ray Collection plan, priced at $100.90 per month billed annually on its Revit page. The V-Ray Solo and Premium plans are $45.00 and $64.90 per month billed annually, with a 30-day free trial. Check whether Chaos Cloud accepts your scene type before you rely on it.

5. How do you prepare a Revit project for cloud rendering?

• Choose the engine: confirm that the provider supports the engine and version you use.
• Lighten the model: purge unused families and link only the views you need to render.
• Check textures: keep material paths relative so assets travel with the file. See our cloud pipeline for Enscape and Revit.
• Check licences: confirm that your Revit and engine licences allow use on a rented machine.
• Test one view: render a single view and compare time, memory and cost before you queue the set.

6. FAQ: Revit render farm questions

What is the best render farm for Revit?

It depends on how you render. Revit itself is a BIM tool, and most farms accept the output of an engine such as V-Ray, not the Revit file. Farms that list Revit natively are rare, so many users rent a GPU machine and run Revit with Enscape or Twinmotion. Our Revit render farm article goes deeper on the arch-viz side.

Can I render a Revit file directly on a managed render farm?

Not on most of the ones we checked. Fox Renderfarm’s homepage and GarageFarm’s app list do not mention Revit, and Super Renders Farm’s version matrix has no Revit row. RebusFarm lists Revit in its software list without a dedicated page. GarageFarm’s supported-apps page does list a V-Ray .vrscene route that covers Revit. Ask each farm before you upload.

Does Enscape work on a render farm?

Enscape is a real-time viewer that runs inside the host app, so it needs a machine you can log in to. iRender lists Revit as a supported host for Enscape on its remote workstations, and you activate your own Enscape licence. For more detail, see our Enscape render farm guide and the Enscape and Revit article.

Can I use V-Ray for Revit in the cloud?

Yes, through two routes. You can rent a machine and run V-Ray for Revit there, or export a .vrscene file and render it with V-Ray standalone on a farm that supports it, such as the GarageFarm route listed on its supported-apps page. Chaos also offers Chaos Cloud, which it says is included in the V-Ray Collection plan. See our V-Ray render farm guide and the Revit and V-Ray article.

Do I need my own Revit licence in the cloud?

On a remote machine you install your own host app, so you need your own Autodesk licence. iRender’s Enscape page says you activate your own Enscape licence and does not mention Autodesk licensing, so confirm that point yourself before you start a paid job.

Sources

• Autodesk, Revit 2026 help: Raytracer settings on upgrade, read November 7, 2026.
• Chaos, V-Ray for Revit, read November 7, 2026.
• Fox Renderfarm, homepage, read November 7, 2026.
• RebusFarm, supported 3D software, read November 7, 2026.
• GarageFarm, homepage, read November 7, 2026.
• GarageFarm, supported apps and plugins, read November 7, 2026.
• Super Renders Farm, supported software and render engines, read November 7, 2026.
• iRender, Revit render farm, read November 7, 2026.
• iRender, Enscape cloud rendering service, read November 7, 2026.
• iRender, pricing, read November 7, 2026.

The post Revit Render Farms in 2026: V-Ray, Enscape, Licences and Cloud Routes appeared first on RadarRender.

A Houdini render farm has to match your Houdini build and renderer, and it has to fit how you handle simulations and licences. The farms we checked list Houdini 21 builds, and the pages vary a lot in how much they say about engines, hardware and licensing.

• Renderer first: Karma, Mantra and Redshift are the most common. Arnold, V-Ray and Octane are often on request.
• Licences: SideFX says bundled Karma licences work on your farm or cloud. Farm rules for the Houdini licence itself differ.
• Simulations: Some farms render only. Super Renders Farm says to pre-bake caches locally. iRender lets you run solves on a rented machine.
• Versions: Super Renders Farm manages Houdini 21.0.440. Fox Renderfarm lists Houdini 21 or later. Older builds need a check first.
• Free credit: Fox Renderfarm offers $25 in render coupons. Use any credit for a short test before queuing a full shot.

Last updated: November 7, 2026. Details come from each provider’s own pages and from SideFX. We did not test these farms for this guide.

1. How do you choose a Houdini render farm?

Start with the renderer and the type of job, then check the Houdini build and licence rules. A lit shot with Karma or Redshift is a very different job from a heavy simulation, and farms handle the two differently.

1.1. Match the Houdini build and renderer

Super Renders Farm manages Houdini 21.0.440 and asks you to contact support for 20.x and earlier builds. Fox Renderfarm lists “Houdini 21 or later”. The SideFX site already refers to Houdini 22 material, so check the farm’s current build before you upgrade a production scene. Karma XPU runs on the GPU and CPU together and works only with MaterialX shaders, while Karma CPU also supports legacy VEX shaders, according to SideFX.

1.2. Check how licences work

SideFX states that bundled Karma licences, 5 for Houdini FX or Core workstation licences, can be used both locally and on your render farm or cloud. Extra Karma licences cost $195 per year, and the bundled tokens stay available only while your annual upgrade plan is active. Houdini Indie is limited to studios earning under $100K per year. For the Houdini licence itself, Super Renders Farm says your licence travels with the scene and that it is not a SideFX official partner, and iRender uses bring-your-own licence through the SideFX License Administrator. Ask in writing before you upload a commercial job.

1.3. Decide where simulations run

Super Renders Farm says sim solves run on your workstation and the farm does not run distributed solvers, so you pre-bake .vdb, .bgeo.sc and .abc caches first. iRender lets you run Pyro, FLIP and OpenVDB solves yourself on a rented machine with 2 TB of local NVMe. Fox Renderfarm says it handles scenes, caches and simulation data across many nodes. Our article on faster rendering in Houdini covers cache preparation.

2. Which farms list Houdini, and with which renderers?

Farm pages describe Houdini support in very different detail. The table copies what each page says. A blank is a gap in the page, not proof that a feature is missing. We could not read RebusFarm’s Houdini page on November 7, 2026 and GarageFarm’s dedicated Houdini page failed to load, so they are marked accordingly.

3. How do Houdini render farms handle licences, billing and free credit?

Billing units differ, so the table shows what each page states and does not convert it to one price.

4. Managed farm or remote GPU machine?

4.1. Managed farms

Fox Renderfarm and Super Renders Farm take your scene, check it and spread frames across nodes. This suits shots where every frame renders independently. You depend on the farm’s installed Houdini build, so match it before you save the scene. Super Renders Farm also runs a scene analysis before credits are charged and flags missing operators or cache paths.

4.2. Remote GPU machine

iRender rents you a machine that you connect to by browser, Parsec or Windows RDP and run your own Houdini install. Its page lists hython, PDG and TOPs, and Deadline workers as supported, so you control the build and the solve. iRender’s pricing page lists Tier III data centres with ISO 27001, 20000 and 9001 certifications, and NDA documents are available. Those are provider statements.

5. How do you prepare a Houdini scene for cloud rendering?

• Match the build: save the scene in the Houdini build the farm lists.
• Bake caches: write .bgeo.sc, .vdb or .abc caches to relative paths so they upload with the scene.
• Check the renderer: confirm the engine and version, and whether it needs a request.
• Check licence reachability: ask how the licence is checked before a long job.
• Run a test: render a few frames first and compare time, memory and cost. Our guide to the Redshift setup for Houdini and installing Redshift for Houdini help with the engine side.

6. FAQ: Houdini render farm questions

What is the best Houdini render farm?

There is no single answer. It depends on your Houdini build, your renderer, whether the job is a simulation or a lit shot, and how you handle licences. This page compares what each provider states on its own pages and does not rank them by speed. For a shorter shortlist, see our top Houdini render farms article.

Can I use my own Houdini licence on a render farm?

Mostly yes, but the rules differ. SideFX states that bundled Karma licences can be used both locally and on your render farm or cloud. Super Renders Farm says your Houdini licence travels with the scene and that it is not a SideFX official partner. iRender uses bring-your-own licence through the SideFX License Administrator. Ask any other farm in writing.

Does a render farm run my Houdini simulations?

Not necessarily. Super Renders Farm states that sim solves run on your workstation and that you should pre-bake caches locally. iRender lets you run the solve yourself on a rented machine, including Pyro, FLIP and OpenVDB. Fox Renderfarm says it handles scenes, caches and simulation data across many nodes. Confirm which workflow your farm supports.

Is Karma XPU available on render farms?

Some farms list it. Super Renders Farm lists Karma XPU on RTX 5090 GPU nodes with CPU fallback and marks it as something to confirm per scene. iRender lists Karma XPU in its site navigation. Fox Renderfarm names Karma in its FAQ. See our Karma XPU render farm article for the driver rules.

Which renderers work with Houdini on farms?

Karma, Mantra and Redshift are the most commonly listed. Arnold, V-Ray and Octane are usually provisioned on request. Our guides to Houdini Redshift farms and Houdini Octane farms cover those engines in more detail.

Sources

• SideFX, Houdini licensing, read November 7, 2026.
• SideFX, Karma, read November 7, 2026.
• Fox Renderfarm, Houdini render farm, read November 7, 2026.
• Super Renders Farm, Houdini cloud render farm, read November 7, 2026.
• Super Renders Farm, supported software and render engines, read November 7, 2026.
• GarageFarm, supported apps and plugins, read November 7, 2026.
• iRender, Houdini render farm, read November 7, 2026.

The post Houdini Render Farms in 2026: Karma, Redshift, Licences and Simulations appeared first on RadarRender.

OctaneRender only runs on NVIDIA GPUs, so an Octane render farm is a GPU farm. The deciding questions are which host app you use, which Octane build the farm installs and how the farm handles licences. As of November 2026 the current release is OctaneRender 2026.4, and most farm pages do not state which Octane version they run.

• Host app first: Cinema 4D has the widest farm support. Blender and Houdini are often “on request”.
• NVIDIA only: Octane on Windows and Linux needs a CUDA 10-capable NVIDIA GPU. AMD is not supported.
• Versions: Only Super Renders Farm names a build (Octane for Cinema 4D 1.9.3, core 2026.3). The other farms say “latest” or give no version.
• Licences: None of the Octane pages we read explains licence handling. Ask the farm in writing.
• Free credit: RebusFarm, Fox Renderfarm and GarageFarm offer trial credit. Use it for a three-to-five-frame test.

Last updated: November 7, 2026. Details come from each provider’s own pages. We did not test these farms for this guide.

1. How do you choose an Octane render farm?

Start with your host app and the Octane build, then check licences and GPU memory. OctaneRender 2026.4 was released on July 7, 2026 (CG Channel). Version 2026.3, covered by Digital Production, added virtual textures on network render nodes and lists NVIDIA driver R555 as the minimum, or R572 for GeForce RTX 50 series cards. Those driver numbers matter when a farm node runs an older driver.

1.1. Match the host plugin and the Octane build

Octane comes as a plugin for about 20 host apps, including Cinema 4D, Blender, 3ds Max, Maya and Houdini. A scene made with one plugin version may not open the same way in another, and Super Renders Farm warns that older Octane 3.x scenes for Cinema 4D may need a colour space check. Save your scene with the build the farm lists, or ask which build it installs.

1.2. Check the licence model

OTOY sells Octane as a Studio+ subscription, listed at 23.95 EUR per month billed monthly or 19.99 EUR per month billed yearly (OTOY purchase page; its checkout shows 23.99 EUR for the monthly plan, so confirm at checkout). Studio+ includes 10 or more render node licences, limited to 10 by default. That covers your own machines and OTOY’s network. How a commercial farm licenses its nodes is a separate question that the farm pages we read do not answer.

1.3. Plan for GPU memory

Octane renders on the GPU, and OTOY mentions out-of-core geometry support. Large textures and geometry still render best when they fit in memory. iRender and Super Renders Farm list RTX 5090 cards with 32 GB. Our Octane GPU render farm speed article looks at speed in more detail.

2. Which farms list Octane, and for which host apps?

Farm pages describe Octane support in very different detail. The table copies what each page says. A blank is a gap in the page, not a sign that the feature is missing.

3. How do Octane render farms bill and offer free credit?

Billing units are not stated on the Octane pages we read, so the table shows the free credit each farm advertises and where billing detail was available elsewhere. Do not compare these figures as prices.

4. Managed farm or remote GPU machine?

4.1. Managed farms

RebusFarm, Fox Renderfarm, GarageFarm and Super Renders Farm take your scene, check it and split frames across GPU nodes. This suits animations, where many frames render in parallel. The cost is less control: you depend on the farm’s installed Octane build and plugins.

4.2. Remote GPU machine

iRender rents you a machine, and you connect by remote desktop and run your own Octane install. Its Cinema 4D page lists up to 8x RTX 5090 with 32 GB of memory each and a video titled with a 300-frame run on 4x RTX 5090 in 1 hour 18 minutes (a provider figure, not a test we ran). You control the build and plugins, and you manage the session. iRender’s pricing page lists Tier III data centres with ISO 27001, 20000 and 9001 certifications, and NDA documents are available. Those are provider statements, and the Octane page does not say whether you bring your own licence.

5. How do you prepare an Octane scene for cloud rendering?

• Match the build: open the scene in the Octane and host versions the farm lists, and fix any material warnings.
• Check textures: use relative or packed paths so every texture travels with the file. See our guide to missing textures on a render farm if frames render grey.
• Bake what you can: cache simulations and particle systems before upload, because the farm renders frames, not your viewport state.
• Check GPU memory: watch VRAM use on a test frame. If it nears the limit, reduce texture sizes or split the scene.
• Run test frames: send 3 to 5 frames first and compare noise, memory and cost.

Cinema 4D users can also read our Cinema 4D Octane farm article and our guide on installing Octane for Cinema 4D.

6. FAQ: Octane render farm questions

What is the best Octane render farm?

There is no single answer. It depends on your host app, your Octane version, how the farm handles licences and your budget. This page compares what each provider states on its own pages, not benchmark results. For architecture work, see our Octane render farm review for arch-viz and the overview of Octane render farms.

Does OctaneRender work on AMD GPUs?

No. On Windows and Linux, Octane needs an NVIDIA GPU with CUDA 10 support, according to OTOY’s purchase page. Octane X runs on Apple Silicon Macs. A render farm has to offer NVIDIA nodes for Octane scenes.

Can I render Octane scenes from Blender or Houdini on a farm?

Super Renders Farm lists Octane for Blender and Houdini as provisioned on request, not as a standard install. Other farms we checked do not state Blender or Houdini support for Octane on the pages we read. Ask before you upload. Our guides to the Houdini Octane render farm cover that host.

Do I need my own Octane licence on a render farm?

The pages we read do not explain licence handling for Octane, so ask each farm in writing. OTOY’s Studio+ plan includes 10 or more render node licences for network rendering, but that is OTOY’s own allowance and does not tell you how a commercial farm licenses its nodes.

How much VRAM does an Octane scene need?

It depends on the scene. OTOY mentions out-of-core geometry support, but heavy textures and geometry still run best when they fit in GPU memory. iRender and Super Renders Farm list RTX 5090 cards with 32 GB. Run a short test and watch memory use before you queue a full animation.

Sources

• OTOY, OctaneRender purchase page, read November 7, 2026.
• CG Channel, OctaneRender 2026.4 report, read November 7, 2026.
• Digital Production, OctaneRender 2026.3, read November 7, 2026.
• RebusFarm, Octane render farm page, read November 7, 2026.
• Fox Renderfarm, Cinema 4D render farm page, read November 7, 2026.
• GarageFarm, Cinema 4D page, read November 7, 2026.
• Super Renders Farm, supported software and render engines, read November 7, 2026.
• Super Renders Farm, Blender render farm page, read November 7, 2026.
• iRender, Octane render farm page, read November 7, 2026.
• iRender, Blender render farm page, read November 7, 2026.

The post Octane Render Farms in 2026: NVIDIA GPU Nodes, Licences and Host Apps appeared first on RadarRender.

The right Blender render farm depends on your Blender version and render engine before anything else. As of November 2026 the current release is Blender 5.2 LTS, and farms do not all list it yet. Cycles can render on CPU or GPU, EEVEE needs a GPU, and add-ons and simulations usually have to be prepared before upload. Prices are quoted in different units, so a fair cost comparison needs the same scene on every farm.

• Version first: Super Renders Farm lists Blender 2.79 to 5.2, RebusFarm lists 2.79b to 5.1, and GarageFarm says it supports all official releases.
• Engine next: Cycles runs on CPU or GPU. EEVEE uses one GPU, so more GPUs do not speed it up.
• Add-ons: Farms install common add-ons on request. Bake simulations and Geometry Nodes results locally before upload.
• Billing: Units differ: OctaneBench-hours, GHz-hours, machine-hours or points. None of them can be compared without a test scene.
• Free option: SheepIt is free but runs frames on volunteers’ computers, with a 2,048 MB project limit.

Last updated: November 7, 2026. Details come from each provider’s own pages. We did not test these farms for this guide.

1. How do you choose a Blender render farm?

Start with the Blender version and the render engine, then look at add-ons and price. Blender 5.2 LTS was first released on July 14, 2026 and is supported until July 2028; the latest point release is 5.2.3 from October 22, 2026 (blender.org). Blender 4.5 LTS still receives fixes too. Farms do not follow new releases at the same speed, so a scene saved in 5.2 may have nowhere to render on a farm that stops at 5.1.

1.1. Start from the Blender version

Render with the same version you built the scene in. Blender 5.2 added a Cycles texture cache, a Thin Wall mode for the Principled BSDF and a roughly 2x speed-up for instance-heavy EEVEE scenes. If your scene uses any of these, confirm that the farm runs 5.2 before you upload. Blender 5.0 and later also need Apple Silicon on macOS, which matters if you plan to test locally on a Mac.

1.2. Cycles or EEVEE

Cycles renders on CPU or GPU and, according to iRender, scales across several GPUs through CUDA or OptiX. EEVEE renders on the GPU and uses a single card, which is why iRender says cloud rendering is rarely needed for it. For a side-by-side look at both engines, read our EEVEE vs Cycles comparison and the Cycles render settings guide.

1.3. Check GPU memory before you pick hardware

Blender lists 8 GB of VRAM and 32 GB of RAM as recommended, with 2 GB and 8 GB as the minimum. Production scenes often need more. Super Renders Farm lists RTX 5090 nodes with 32 GB of VRAM, and iRender lists machines with up to 8x RTX 5090. If a scene crashes with an out-of-memory error, our guide to CUDA and OptiX out-of-memory crashes in Blender Cycles explains what to change. Our Blender system requirements article covers the local side.

2. Which Blender versions and engines do farms list?

Each farm describes version support differently, so the table below copies what the Blender pages say. A range is a provider statement and not a test result.

3. Do add-ons and simulations render on a farm?

Usually yes, with conditions. Farms install popular add-ons themselves and ask you to bake anything that depends on a local cache. The statements differ in detail, so check the table for your add-on. Our list of Blender plugins for 2026 shows which add-ons are worth planning around.

4. Managed farm, remote GPU machine or free community farm?

4.1. Managed farms

RebusFarm, Fox Renderfarm, GarageFarm and Super Renders Farm take a scene, check it and render it across many nodes. RebusFarm submits from its Farminizer plugin inside Blender. GarageFarm offers a Blender add-on and the renderBeamer download app. Super Renders Farm accepts web upload, a client app or S3 access, and says it validates the scene before credits are spent. This route suits animations, where many frames render in parallel.

4.2. Remote GPU machine

iRender rents you a machine and you connect by remote desktop (its page recommends Parsec for low latency). You install and run Blender yourself, so custom builds, unusual add-ons and in-session baking are possible. You pay for the time the machine runs and you manage the session. Its Blender page lists a Windows app, with macOS and Ubuntu apps marked “coming soon”. On security, iRender’s pricing page lists Tier III data centres with ISO 27001, 20000 and 9001 certifications, and NDA documents are available. Those are provider statements.

4.3. Free community farm

SheepIt costs no money. Points set your place in the queue: you earn them by rendering frames for others and spend them when others render yours. Limits from its FAQ include 2,048 MB per project, three concurrent projects per user, and no AMD GPU support. It is funded by donations and ads. Because the frames run on other users’ computers, we would keep client work out of it (editorial view).

5. How do Blender render farms bill and support you?

Billing units differ, so the numbers below describe each pricing model and do not rank cost. iRender’s own Blender 4.2 example renders 200 frames at 1920×1080 in about 80 minutes on one RTX 4090 for $10.90, or about 12 minutes on eight RTX 4090 for $13.10. Super Renders Farm lists a typical Cycles animation at $2.50 to $11. Both are provider figures from different scenes and cannot be compared with each other.

The Blender pages we read do not state support hours or response times. Treat any round-the-clock support claim as unverified until you have sent a test ticket. Our Cycles render farm article and GPU render farm guide go deeper on speed.

6. How do you prepare a Blender scene for cloud rendering?

• Match versions: save a copy in the Blender version the farm lists, open it once and fix any warnings.
• Pack or relink assets: use File, External Data, Pack Resources, or make paths relative so textures travel with the file. Missing textures are a common failure; see how to stop missing textures on a render farm.
• Bake simulations: fluids, cloth, particles and Geometry Nodes caches should be baked and included.
• Check the compute device: on a GPU node use OptiX or CUDA. Our guide on enabling GPU rendering in Blender Cycles shows the setting.
• Render test frames: send 3 to 5 frames first, as Super Renders Farm recommends, and check noise, memory use and cost.
• Check memory: if a frame fails with an out-of-memory error, reduce texture sizes or split the scene before you scale up.

7. FAQ: Blender render farm questions

What is the best Blender render farm?

There is no single answer, because the right farm depends on your Blender version, render engine, add-ons and budget. This page compares what each provider states on its own pages, not benchmark results. For architecture work on Cycles, see our Blender render farm for architecture review and our Cycles render farm overview.

Can a render farm render Blender EEVEE?

Yes. RebusFarm, Fox Renderfarm, GarageFarm and Super Renders Farm all list EEVEE. EEVEE runs on the GPU, and iRender states it uses a single GPU only, so extra GPUs do not shorten a frame. Our EEVEE render farm guide covers the trade-offs.

Does a Blender render farm support Blender 5.2?

As of November 7, 2026, Super Renders Farm lists versions up to 5.2, RebusFarm lists up to 5.1, GarageFarm says it supports all official releases, and Fox Renderfarm names no version newer than “2.63 or later”. Confirm your exact build with the farm before you upload.

Is there a free Blender render farm?

SheepIt Render Farm is free. You earn points by rendering frames for other users and spend them when others render yours. Frames render on other people’s computers, so we would not use it for client work under NDA. That is our editorial view, not a statement from SheepIt.

Do I need to bake simulations before sending a scene?

Super Renders Farm and GarageFarm both describe simulations such as fluids, cloth and particles as supported when baked locally and packed with the scene. On a remote GPU machine such as iRender you run Blender yourself, so you can bake there, but the machine time is billed.

Sources

• Blender 5.2 LTS release page, read November 7, 2026.
• Blender 5.2 release notes, read November 7, 2026.
• Blender system requirements, read November 7, 2026.
• Blender LTS releases, read November 7, 2026.
• RebusFarm, Blender render farm page, read November 7, 2026.
• Fox Renderfarm, Blender render farm page, read November 7, 2026.
• GarageFarm, Blender render farm page, read November 7, 2026.
• Super Renders Farm, Blender render farm page, read November 7, 2026.
• iRender, Blender render farm page, read November 7, 2026.
• SheepIt Render Farm, FAQ, read November 7, 2026.

The post Blender Render Farms in 2026: Versions, Cycles, EEVEE and Add-ons appeared first on RadarRender.

An Enscape render farm in the upload-and-render sense does not match how Enscape works. Enscape is a real-time plugin for hosts such as SketchUp, Revit, Rhino, Archicad and Vectorworks, and it draws on the graphics card of the machine it runs on. Cloud use therefore means renting a Windows GPU desktop, installing your host app and Enscape, and working as on a local PC. Chaos states that it cannot officially support Enscape on virtual machines, so that route is at your own risk. Enscape also uses a single GPU, so multi-GPU rentals add cost without a documented speed gain.

• Plugin, not a farm job: Enscape renders in the viewport of the CAD host, and the host app needs its own license on the rented machine.
• Official stance: Enscape’s knowledge base says it might work in some virtual environments but is not officially supported there.
• Hardware floor: Windows 10 or higher and a dedicated NVIDIA or AMD GPU with 4 GB of VRAM that supports Vulkan 1.1. Intel integrated graphics and SLI are unsupported.
• One GPU: with several GPUs installed, Enscape uses only one of them.
• License and price: Enscape 4.1 and later needs a Chaos license. Chaos lists Solo at $574.80 per year, billed annually, as a named license.

Last updated: November 6, 2026. This Enscape render farm guide uses Chaos and provider details read from official pages on that date. RadarRender did not benchmark Enscape on any service named here.

1. Does an Enscape render farm exist?

Enscape does not work like an upload-based farm job. It loads inside the CAD host, reads the live model and renders in the viewport on the local graphics card. Chaos Cloud, the company’s own online service, is described on the latest version page as a place for design review, AI upscaling and 3D streaming of Enscape walkthroughs. It is not presented as a place that hosts Enscape sessions for you.

That leaves a rented Windows computer with a GPU. Enscape’s virtual machine and VDI article says Enscape might work in some virtual environments but that Chaos cannot officially support it there, and recommends a PC that meets the system requirements. A cloud desktop can still be a sensible workaround for a weak laptop, as long as you accept that Chaos support will not troubleshoot the cloud side.

1.1. What a rented desktop has to provide

The machine needs a dedicated GPU that Enscape can see, the CAD host installed in a version Enscape supports, and an Enscape license tied to your Chaos login. Enscape’s multi-GPU article warns that on systems with an integrated and a dedicated GPU, you must make sure Enscape uses the dedicated NVIDIA or AMD card and not the onboard Intel chip.

2. What does Enscape need on a cloud machine?

The table collects what Chaos and Enscape publish. Enscape does not score cards with benchmark points the way some other tools do, so the hardware floor is expressed as a feature level and a VRAM amount.

Chaos also publishes a Recommended tier. The page text read for this guide showed the Minimum tier, so confirm the Recommended row on Chaos’s page before you pick a GPU. The knowledge base also states that hardware ray tracing is disabled on GTX 1660, T1000 and T2000 cards from version 4.0, so those cards are a poor match for ray-traced scenes. See Enscape’s Windows requirements article for the wording.

3. Which cloud desktops mention Enscape?

Neither Chaos nor Enscape names a recommended cloud provider on the pages read. The table lists services that publish their own Enscape content or serve architecture workflows. A provider’s Enscape page is a statement by that provider, not a Chaos endorsement. The table is alphabetical and is not a ranking.

Shadow, which Lumion names for its own software, was not checked for Enscape. iRender prices come from its price page, Vagon prices from its pricing page and Designair figures from its home page, all read on November 6, 2026. Confirm them before you book.

4. How does Enscape licensing work on a rented machine?

Chaos sells Enscape as subscription plans on its plans page. The plan cards describe a dedicated personal named license that you can use on any device with your Chaos login. Enscape’s activation article states that all versions from 4.1 onward must be connected to a Chaos license and documents a cloud-based floating license for teams. The plan cards I read showed named licenses only, so ask Chaos about floating seats if you need to share one across a team.

The host application is a separate license. SketchUp, Revit, Rhino, Archicad and Vectorworks each have their own terms for use on remote or rented machines, so check the host vendor before you install it on a cloud desktop. This section summarizes published pages and is not legal advice.

5. How much does Enscape in the cloud cost?

Two bills apply: the Chaos plan and the hourly rental. The host app license is a third cost if you do not already own it. Figures below are US dollars from each provider’s page on November 6, 2026, before taxes.

To estimate a session, add install time, project setup and working time, then multiply by the hourly rate. At the published $8.20 per hour for one RTX 4090, 10 hours cost $82 before taxes. At $3.57 per hour on a Vagon A10G desktop, 10 hours cost $35.70 plus the monthly storage fee. These are arithmetic examples from list prices and do not show which machine feels smoother in Enscape.

5.1. Why a multi-GPU rental rarely helps Enscape

Enscape’s documentation states that with multiple GPUs it uses only one of them, and it lists SLI as unsupported hardware. On iRender’s price list, the 2x, 4x and 8x packs therefore add cost without a documented gain for one Enscape session. The 24 GB of an RTX 4090 and the 32 GB of an RTX 5090 are per card and are not added together, so choose between the single-card options by how much VRAM your scene needs.

6. How do you set up Enscape on a rented desktop?

• Confirm the GPU: make sure Enscape runs on the dedicated NVIDIA or AMD card. Enscape’s multi-GPU article explains how to assign the graphics card in Windows Graphics Settings.
• Match the host version: Chaos’s latest version page lists support for SketchUp 2026, Archicad 29 and Vectorworks 2026 in Enscape 4.11. Check your host version against the Enscape release notes before you install.
• Plan the install: you install the host app and Enscape yourself, and install time bills on hourly desktops.
• Test the streaming feel: Enscape is a real-time viewport, so delay in the remote connection affects navigation. This is RadarRender’s reasoning, and the trial is the way to check it from your location.
• Count transfers: Vagon charges for outbound data above 10 GB a month, so check transfer terms before you download large video exports.
• Stop the machine: desktops billed by the hour or minute keep charging while the session runs, so shut it down when you finish.

For deeper reading, see why Enscape needs so much GPU power, the fixes for Enscape and Revit freezing on large BIM models, and the cloud workflow for slow batch rendering. If you compare tools, our Lumion render farm guide covers how Lumion treats cloud desktops, and the SketchUp and Rhino guides cover host-side options.

7. FAQ: Enscape render farm questions

Can I use a normal render farm for Enscape?

In practice, no. Enscape runs as a real-time plugin inside the CAD host and renders on the local graphics card. Chaos Cloud is described by Chaos as a service for design review, AI upscaling and 3D streaming. Cloud use for Enscape generally means renting a Windows GPU desktop, which Chaos does not officially support.

Does Chaos support Enscape on virtual machines?

No. Enscape’s knowledge base says Enscape might work in some virtual environments but that Chaos cannot officially support it on virtual machines, and it recommends a PC that meets the system requirements.

Does Enscape use more than one GPU?

No. Enscape’s documentation states that with multiple GPUs installed, Enscape uses only one of them, and it lists SLI as unsupported hardware.

How much does Enscape cost?

Chaos lists Enscape Solo at $574.80 per year, Premium at $670.80 and Collection at $730.80, each billed annually as a named license and before taxes. A 14-day free trial is available. Educational plans are priced separately.

Which GPU should I rent for Enscape?

Enscape’s published floor is a dedicated NVIDIA or AMD GPU with 4 GB of VRAM that supports Vulkan 1.1. Because only one GPU is used and VRAM is per card, pick the single-card option whose VRAM fits your scene. RadarRender has not benchmarked Enscape on cloud GPUs.

Related guides

• Best cloud rendering for Enscape 2026: step-by-step cloud GPU setup
• Enscape vs Lumion for slow PCs
• Why Enscape looks different on every machine

Sources

• Enscape, system requirements, read Nov 6, 2026
• Enscape Knowledge Base, virtual machine and VDI, read Nov 6, 2026
• Enscape Knowledge Base, system requirements for Windows, read Nov 6, 2026
• Enscape Knowledge Base, multi GPU issues, read Nov 6, 2026
• Enscape Knowledge Base, license activation, read Nov 6, 2026
• Chaos, Enscape plans and pricing, read Nov 6, 2026
• Chaos, what is new in Enscape, read Nov 6, 2026
• iRender, Enscape cloud rendering page, read Nov 6, 2026
• iRender, price page, read Nov 6, 2026
• Vagon, cloud computer pricing, read Nov 6, 2026
• Vagon, Enscape GPU guide
• Designair, home page, read Nov 6, 2026

The Enscape virtual machine and multi-GPU statements were read through Enscape’s knowledge base excerpts, so check the current wording on Chaos’s documentation site. Shadow was not checked for Enscape, and RadarRender did not benchmark Enscape on any service named in this guide.

The post Enscape Render Farm Guide 2026: Cloud Desktops, Licensing and Costs appeared first on RadarRender.

The right 3ds Max render farm depends on your render engine before anything else. Corona renders on the CPU, so it fits CPU nodes. V-Ray GPU needs enough VRAM on each card, so it fits GPU nodes or a remote GPU workstation. Version support also differs. As of November 2026, RebusFarm and Super Renders Farm list 3ds Max 2027, while Fox Renderfarm and GarageFarm state open-ended ranges. Plugins such as Forest Pack and RailClone need a check on every farm before a deadline job.

• Engine first: Corona renders on the CPU. V-Ray runs on CPU or GPU, so the mode saved in the scene decides which nodes can run it.
• Version check: Autodesk released 3ds Max 2027 on March 25, 2026, and 2027.1 followed in May 2026. Ask each farm about your exact build.
• Plugin check: Super Renders Farm lists Forest Pack 9.2.4 for 3ds Max 2024 to 2026 and RailClone 6.3.2 for 2024 to 2025. The plugin year matters as much as the Max year.
• Cost units: RebusFarm lists 1.4 cents per GHzh for CPU and 0.5 cents per OBh for GPU. iRender lists machine hours from $8.20. Chaos Cloud sells credit packs from $625 per year.
• Next step: Render the same five frames on two providers, then compare cost per frame, failed-frame handling and support response.

Last updated: November 6, 2026. Provider details were read from each company’s own pages on that date.

Frame 212 crashed again, and the client review starts tomorrow morning. A 3ds Max render farm can recover that time, but only if the farm matches your scene. This guide compares what the main providers state about 3ds Max versions, render engines and plugins. It also explains when a remote GPU workstation fits better than a managed farm.

1. How do you choose a 3ds Max render farm?

Choosing a 3ds Max render farm starts with the render engine, then the 3ds Max version, then the plugins. The engine decides the hardware. Corona renders on the CPU, V-Ray runs on CPU or GPU, and Redshift and Octane run on GPUs. Most failed jobs come from a version or plugin mismatch, not from a lack of power.

1.1. Start from the render engine

Corona is a CPU renderer, so GPU nodes add nothing for it. CPU nodes are the natural fit, and iRender’s own June 2026 3ds Max post reaches the same conclusion. V-Ray offers both modes. The mode saved in the scene decides which nodes can run it. For more detail, read our V-Ray render farm guide and our Corona render farm guide.

V-Ray GPU needs enough VRAM on each card, because VRAM does not add up across cards. For example, a machine with four RTX 4090 cards renders faster than one card. However, each card still holds the whole scene in its own 24GB.

1.2. Check the exact 3ds Max build

Autodesk released 3ds Max 2027 on March 25, 2026, and 2027.1 followed in May 2026, according to CG Channel. Farms add a new release at different speeds. For example, Super Renders Farm states that its Chaos Scatter build is not yet on 2027. It also states that Forest Pack support for 2027 is pending a vendor build. Therefore, ask each farm about your exact 3ds Max, V-Ray and plugin builds before a deadline job. Check the 3ds Max system requirements for your own workstation too.

2. Which 3ds Max versions and render engines do farms list?

Providers list different version ranges and engine builds, and the ranges are not interchangeable. The table shows what each provider states for 3ds Max as of November 6, 2026. A listed range means the provider states support, not that RadarRender has tested it.

Two details matter in practice. RebusFarm lists V-Ray 7 as 7.0, while Super Renders Farm lists a current 7.10 build. A scene saved in a newer V-Ray update may therefore need a check. Super Renders Farm also states that Redshift is not offered for 3ds Max on its farm. In contrast, RebusFarm lists Redshift builds through 2026 for 3ds Max.

Chaos Cloud sits outside the table because it is a V-Ray feature, not a general farm. Its page lists V-Ray for 3ds Max and many other hosts. However, the page does not list Corona.

3. Do Forest Pack, RailClone and other plugins render on a farm?

Usually yes, but each provider documents plugins differently, and version coverage varies. Some publish named lists, and others state a count. The table records what each provider names for four common arch-viz plugins. Treat a missing name as unverified, not as unsupported.

Super Renders Farm gives the most specific answer. It lists Forest Pack 9.2.4 for 3ds Max 2024 to 2026 and RailClone 6.3.2 for 2024 to 2025. It also notes that newer RailClone builds are needed for 2026 and 2027. RebusFarm states support for over 40 plugins and describes a SmartCheck that flags unsupported ones before upload.

Meanwhile, Chaos Cloud rendered through V-Ray Standalone at its 2019 launch. According to CG Channel, third-party plugins that did not work there were unsupported. That report said the limit mainly affected 3ds Max users. Check Chaos’s current documentation for your plugin. Our Forest Pack and RailClone cloud rendering guide covers the packaging steps.

4. Managed 3ds Max render farm or remote GPU workstation?

A managed farm runs your job with its own installed software and licenses. A remote GPU workstation gives you a full machine to operate yourself. The first suits batches and animations. The second suits scenes that need exact versions, unusual plugins or interactive work.

4.1. What a managed farm handles

Fox Renderfarm, GarageFarm and RebusFarm install a plugin or client that checks the scene and uploads it. GarageFarm and RebusFarm state that they scan for missing assets before upload. Fox states that it runs pre-render checks. Frames then return to your folder automatically. Super Renders Farm states that V-Ray and Corona licenses are included, so you do not buy a second license for the farm.

4.2. What a remote GPU workstation changes

iRender rents remote machines with 1, 2, 4 or 8 RTX 4090 or RTX 5090 cards. You install and license 3ds Max, V-Ray and your plugins yourself, as its pricing page describes. That gives control over exact versions. However, setup takes time, and billing runs while the machine is on. Forgetting to shut it down costs money.

In a test it published in June 2026, iRender reported that V-Ray 6 GPU on four RTX 4090 cards rendered a 150-frame interior animation in about 35 minutes. The same scene in Corona took about 4 hours 20 minutes on that server. These are iRender’s own results, not RadarRender measurements. iRender’s pricing page lists its data center as Uptime Tier III with ISO 27001, ISO 20000 and ISO 9001 certifications, and the company provides an NDA document for projects that need one (checked November 2026).

4.3. Where Chaos Cloud fits

Chaos Cloud is built into V-Ray for 3ds Max and submits with one click. Chaos lists 30,000 credits for $625 per year and 60,000 credits for $1,050 per year. It also states that pricing includes licensing, uploading, downloading, transferring and storing projects. The packs include AI credits as well, so check how many credits a typical render uses on Chaos’s sample scenes.

5. How do 3ds Max render farms bill and support you?

Billing units differ, so an hourly price is not comparable across providers without conversion. The table records the unit, trial, support hours and security statements each provider publishes. Where a field says not verified, that page was not read for this guide.

Because the units differ, compare providers with the same scene. Render five frames on each one and divide the cost by the frame count. That gives a cost per frame. It is the only comparison that holds across GHz hours, OctaneBench hours and machine hours.

6. How do you prepare a 3ds Max scene for cloud rendering?

Fix assets and versions before you upload. Run the farm’s scene checker, collect textures and proxies, and render a few test frames. These steps catch the usual causes of failed jobs.

• Match versions: save a copy of the scene in the 3ds Max and V-Ray build the farm lists.
• Collect assets: use the farm plugin to pack textures, proxies and caches.
• Bake what you can: RebusFarm states that it supports your own precalculated GI (Irradiance Map, Light Cache and UHD Cache).
• Split large stills: GarageFarm and RebusFarm state that they support strip or distributed rendering for high-resolution stills.
• Test first: GarageFarm states that test jobs are set by default, so run a few frames before the full batch.
• Know the refund terms: Fox states that failed frames are not charged, and GarageFarm states a refund for server errors. Check each provider’s terms for failures caused by the scene itself.

If V-Ray GPU is your plan, read how to enable V-Ray GPU rendering in 3ds Max first. See more: our 3ds Max render farm roundup and the arch-viz guide for V-Ray and Corona on the cloud.

7. FAQ: 3ds Max render farm questions

Which 3ds Max render farm supports Corona?

Corona renders on the CPU, so look for CPU nodes. As of November 2026, GarageFarm lists Corona 0.6 to 12+, RebusFarm lists v6 to v15, Super Renders Farm lists 14.10, and Fox Renderfarm lists Corona without versions. Match your Corona build to the farm before you upload. iRender’s own June 2026 3ds Max post also points Corona users to CPU farms.

Does a 3ds Max render farm support 3ds Max 2027?

Some do. RebusFarm lists 2013 to 2027, and Super Renders Farm lists 2013 to 2027 with 2024 to 2026 pre-installed. Fox Renderfarm states 2010 or later, and GarageFarm states 2016 up to the latest releases. Plugins can lag the host. Super Renders Farm says Chaos Scatter is not yet on 2027 and Forest Pack 2027 support is pending a vendor build.

Can I render V-Ray GPU on a 3ds Max render farm?

Yes, on providers that offer GPU hardware. GarageFarm states it offers multi-GPU systems, Super Renders Farm states RTX 5090 nodes with 32 GB VRAM, and iRender rents machines with RTX 4090 (24GB) or RTX 5090 (32GB) cards. VRAM does not add up across cards, so each card must hold the whole scene.

How much does 3ds Max cloud rendering cost?

The unit changes by provider. RebusFarm lists 1.4 cents per GHzh for CPU and 0.5 cents per OBh for GPU. Chaos lists credit packs from $625 per year. iRender lists machine hours from $8.20. Fox Renderfarm bases pricing on configuration, time per frame, frame count and node usage. Cost per frame on a five-frame test is the fairest comparison.

Do I need my own license on a 3ds Max render farm?

Managed farms state they handle rendering licenses. For example, Super Renders Farm states that V-Ray and Corona licenses are included on its nodes. On a remote GPU workstation such as iRender, you install and license your own software. Chaos states that Chaos Cloud pricing includes licensing. Check each provider’s terms for your plan.

Sources

• GarageFarm, 3ds Max render farm page, read November 6, 2026.
• RebusFarm, 3ds Max render farm page, read November 6, 2026.
• Fox Renderfarm, 3ds Max render farm page, read November 6, 2026.
• Super Renders Farm, supported software documentation, read November 6, 2026.
• iRender, pricing page, read November 6, 2026.
• Chaos, Chaos Cloud page, read November 6, 2026.
• CG Channel, Autodesk releases 3ds Max 2027, March 25, 2026.

Ranch Computing was not read for this guide, so it is not rated here.

The post 3ds Max Render Farm Guide 2026: Engines, Versions and Cloud Options appeared first on RadarRender.