Octane Render | Chip Render Farm | Cheapest CPU & GPU Cloud Render Farm https://chiprender.com " Simple and fast cloud rendering solution " Fri, 01 Mar 2024 07:01:57 +0000 en-US hourly 1 https://chiprender.com/wp-content/uploads/2024/02/cropped-Chip-Logo-Favicon-1-32x32.png Octane Render | Chip Render Farm | Cheapest CPU & GPU Cloud Render Farm https://chiprender.com 32 32 Best PC for Octane Render https://chiprender.com/best-pc-for-octane-render/ Fri, 09 Feb 2024 06:00:06 +0000 https://chiprender.com/?p=4584 OctaneRender is one of the fastest GPU render engines. Break down the Best PC for Octane Render – CPU, GPU, and RAM Recommendations.

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Discover the Best PC for Octane Render – CPU, GPU, and RAM Recommendations.

Octane Render is one of the fastest GPU render engines on the market. It delivers unparalleled speed and quality with cutting-edge technology. However, you will need a powerful workstation to harness the full potential of this renderer.

In this post, Chip Render will break down the Best PC for Octane Render – CPU, GPU, and RAM Recommendations.

Octane Render System Requirements

Octane Render seamlessly integrates with a wide range of 3D applications, including Cinema 4D, 3ds Max, Maya, Blender, Daz 3D, Houdini, Unreal Engine, and more.

Let’s take a look at Octane Render System Requirements taken from its official website.

Operating system:

  • Windows 7 or higher (64-bit).
  • Linux (64-bit).
  • macOS 10.13.6 High Sierra.

CPU (Processor):

Octane Render primarily relies on GPUs for rendering, therefore, it does not need a high-performance CPU. However, a fast multi-core CPU will considerably enhance scene-loading speeds.

GPU (Graphics card):

  • Octane Render needs CUDA-enabled NVIDIA video cards with support for compute capability 3.0 or higher.
  • Remember to keep your CUDA 10 drivers up-to-date for optimal functionality.

RAM (System memory):

A minimum of 8 GB RAM is required for Octane Render. However, the developer recommends 16 GB or more to ensure smoother operations.

Best PC for Octane Render 1

Image credit: Otoy

Best PC for Octane Render

As above, the official OTOY website provides essential information about Octane Render System Requirements in their FAQ section. However, it may not offer the most up-to-date hardware recommendations.

Therefore, Chip Render will come up with our own recommendation for the “Best PC for Octane Render”, covering three key components – CPU, GPU, and RAM.

Best CPU for Octane Render

When it comes to Octane Render (and other GPU-based render engines), the CPU does not directly participate in the rendering process. Yet, it plays a crucial role in preparatory tasks such as scene loading and inter-frame calculations in animations. OTOY also notes that a fast multi-core CPU significantly enhances scene loading speed.

The CPU’s clock speed takes precedence over its core count. This aligns with the performance needs of other software often used alongside OctaneRender, such as Maya, 3ds Max, and Cinema 4D.

In addition, consideration for PCI-Express lanes of a CPU is necessary. This is because PCI-Express lanes determine the number of supported GPUs which can impact the overall rendering performance.

Our recommendation

Best PC for Octane CPU Recommendation

Best GPU for Octane Render

Since Octane Render is a fully GPU-based render engine, its rendering speed is mainly influenced by the capabilities of the GPU rather than the CPU.

When considering graphics cards, two important factors come into play: the raw speed of the GPU and the amount of memory on the card. Video memory (VRAM) dictates the capacity to handle large and complex scenes.

While GeForce cards offer commendable raw performance with decent video memory, Quadro cards provide larger VRAM at a higher cost. Thus, for most Octane users, the GeForce series is recommended.

The best part? OctaneRender scales beautifully with multiple GPUs. In simpler terms, the more GPUs you use, the faster your renders will be completed. If you opt for two cards, expect renders to finish twice as fast, and with four cards, you can achieve a fourfold acceleration in rendering speed.

Our recommendation

Best PC for Octane GPU Recommendation

Best RAM for Octane Render

The actual amount of RAM required will vary depending on your specific projects. We normally recommend 32 GB or more.

Rendering engines, such as Octane Render, are rarely operated on their own. Therefore you must consider the RAM requirements of any other programs that are running simultaneously. If you are using a 3D modeling program such as Cinema 4D, Maya, or 3ds Max, the complexity of your scene will affect how much system memory the software requires.

Wrap up

To sum up, Chip Render has covered key aspects such as CPU, GPU, and RAM recommendations for the Best PC for Octane Render.

Whether you are a seasoned professional or a passionate enthusiast, building a powerful workstation will elevate your Octane Render experience to new heights.

Chip Blog logoOr you can join Chip Render Farm now and cut your render times several times with just a small investment from $2.9. With Chip Render, you have your own Cloud Workstation and leverage 1/2/4 x GPU RTX 3090 servers for rendering Octane Render projects.

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]]> OctaneBench: A Popular GPU Rendering Benchmark https://chiprender.com/octanebench-gpu-rendering-benchmark/ Wed, 07 Feb 2024 06:00:26 +0000 https://chiprender.com/?p=4571 What is OctaneBench? How to use it, and which GPUs are dominating the OctaneBench Benchmark Results now? Let's discover!

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Discover OctaneBench, a popular GPU Rendering Benchmark.

OctaneBench is a GPU benchmarking marvel developed by Otoy. It serves as a robust tool to calculate the computational power of various graphics card configurations in a computer. Also, OctaneBench offers a comprehensive evaluation of your GPU performance, with seamless scalability across multiple GPUs and a suite of integrated rendering tests.

In this post, Chip Render will find out all about OctaneBench, how to use it, and which GPUs are dominating the Benchmark Results now.

What is OctaneBench?

OctaneBench (OB) is one of the go-to GPU Render Benchmarks, which is powered by Octane Render. It is designed to assess your hardware’s rendering capabilities. This benchmark undertakes the rendering of various pre-packaged scenes, assigning OctaneBench Points based on your overall rendering performance. For example, 100 OB Points indicate a rendering speed equivalent to that of an NVIDIA GTX 980.

Plus, OctaneBench Points scale linearly. It means that a GPU with 200 OB Points, like the Nvidia TitanXp, will render a given scene twice as fast as the GTX 980.

It is important to note that Octane Render exclusively supports CUDA GPUs, limiting compatibility to NVIDIA GPUs only.

When using OctaneBench, you have the flexibility to choose whether the benchmark should run on all your built-in graphics cards or a specific one or a selected number of GPUs. This feature is very helpful when you want to analyze your multi-GPU scaling, which is nearly 100% effective in Octane Render.

Throughout its evolution, OctaneBench has seen four versions: 2.17, 3.06.2, 4.00, and the latest version, 2020.1. These versions continue to refine the benchmarking process, providing users with an accurate and insightful measure of their rendering prowess.

OctaneBench GPU Rendering Benchmark 1

How to benchmark your PC using OctaneBench?

The hardware and software requirements for running OctaneBench are identical to those for OctaneRender Standalone. In particular, it does not demand a separate OctaneRender Standalone License to operate smoothly.

  • Check out Octane System Requirements.

You can download and run OctaneBench as a separate package, or you can simply download the resources and use them with your existing OctaneRender Standalone. The readme file accompanying the archives provides detailed instructions on running OctaneBench.

However, here is a quick overview of the essential steps:

Step 1:

Download OctaneBench for your operating system.

Step 2:

Open the downloaded folder.

  • Windows: Extract the downloaded archive to your preferred location, then open the “OctaneBench_2020_1_5_win” folder.
  • Linux: Extract the downloaded archive to your preferred location, then open the “OctaneBench_2020_1_5_linux” folder.
  • Mac OSX: Copy the application “OctaneBench 2020.1.5” to the application folder or any other location, or simply leave it in the .DMG image.

Step 3:

Run the GPU Benchmark.

  • Windows: Open Windows Explorer and double-click “octane.exe”.
  • Linux: Run the binary “octane”.
  • Mac OSX: Launch “OctaneBench 2020.1.5”.

Step 4:

Enable the GPUs you plan to benchmark.

Step 5:

Click “Run” and wait for the benchmark run to complete.

Step 6:

Review the statistics, which you may then upload or download as a text or CSV file.

Command Line

You can also integrate OctaneBench into some automated testing systems by running

it via the command line with the following syntax:

octane  –benchmark  [-g <GPU index>]*  [-a <file>]  [–no-gui]

  • -g <GPU index>: Defines the index of a GPU that should be used during the run (beginning with 0). You can define multiple GPUs by giving multiple -g arguments.
  • -a <file>: If set, the benchmark will start immediately. When finished, the result will be written into the specified file and OctaneBench will be closed.
  • –no-gui: If provided, no GUI will be created. If no file is specified with -a, then the results will be saved to octanebench-results.csv in the user home directory.

OctaneBench Benchmark Scores

OctaneBench enables you to benchmark your GPU with OctaneRender. Its idea is to provide a level playing field where everyone operates with the same version and the same scenes and settings. This standardized approach eliminates variations in benchmark results, enabling accurate and comparable performance scores.

Let’s see which GPUs are dominating the OctaneBench Benchmark Results now.

Multi RTX 4090s are occupying the first 2 pages of OctaneBench Benchmark Results.

OctaneBench GPU Rendering Benchmark RTX 3090

Multi RTX 3090s are still among the most powerful rendering systems.

Wrap up

In summary, Chip Render has explored OctaneBench, its utility, and the current champions dominating the Benchmark Results.

Which GPU are you using? How many OB Points does your local workstation benchmark? Feel free to share with us.

Chip Blog logoJoin Chip Render Farm now and cut your render times several times with just a small investment from $2.9. With Chip Render, you have your own Cloud Workstation and leverage 1/2/4 x GPU RTX 3090 servers for rendering Octane Render projects.

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]]> Octane 2024.1: Great Enhancements and The Upcoming https://chiprender.com/whats-new-in-octane-2024-1/ Fri, 02 Feb 2024 06:00:26 +0000 https://chiprender.com/?p=4554 In November 2023, Otoy presented a sneak peek into Octane 2024 across all platforms. What's New in Octane 2024.1?

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Discover what’s new in Octane 2024.1.

In November 2023, Otoy presented a sneak peek into Octane 2024 across all platforms. This early release showcased exciting features such as per-light denoising, custom OSL AOV post and comp shaders, network rendering between Metal and CUDA devices, and hardware acceleration ray tracing tailored for M3 GPUs. The preview hinted at a dozen of significant features for the 2024 release cycle, including meshlets, neural rendering, temporal real-time denoising, light field baking, and Material X support.

In this post, Chip Render takes a closer look at What’s new in Octane 2024.1, and what you can expect from Octane 2024.x version this year.

What's New in Octane 2024.1?

In November 2023, Otoy released the first public preview of Octane 2024.1, with a lot of new features, including:

  • New Post FX Shader Graphs: The AOV compositor fully supports Texture Nodes and OSLshader nodes.
  • Powerful Denoiser AOV Nodes and filter graphs (GPU and CPU).
  • New Geometry Pipeline: Less memory, more performance.
  • Significant hardware ray-tracing improvements on both CUDA and Metal.
  • A smaller geometry memory footprint.
  • The mixed platform network rendering between CUDA and Metal GPUs.

Powerful Denoiser AOV Nodes and filter graphs (GPU and CPU)

Octane introduces powerful Denoise AOV Nodes and filter graphs that seamlessly operate on both GPU and CPU. Adapted from the Open Image Denoise framework, these new nodes are equipped to denoise any Render AOV pass, providing you with the flexibility to craft robust and detailed denoising filters within any composition AOV output graph. This functionality extends to various applications, including per light, per beauty pass denoising, and OSL-driven denoising effects.

Whether you’re utilizing the PMC and Info kernels or working with different AOV outputs, Octane’s Denoise AOV Nodes offer comprehensive support.

What's New in Octane 2024.1 - Denoiser AOV Nodes

New Post FX Shader Graphs

Octane 2024.1 introduces an exciting feature “Post FX Shader Graphs”. This update brings full support for Textures and OSL shader nodes in the AOV compositor.

Now, you can seamlessly integrate any texture into your output AOVs using the innovative “Texture” output AOV layer node. This feature supports a spectrum of options, from individual image files to intricately designed node trees, allowing for unparalleled flexibility. Embrace the power of OSL textures to create custom effect layers and leverage image generators for dynamic compositing. The addition of the “Output AOV parameter” texture node further enriches your toolkit, enabling the construction of effect layers.

What's New in Octane 2024.1 - Post FX Shader Graphs

Hardware Accelerated Ray Tracing for Apple M3 GPUs

Experience a significant boost in rendering performance with Octane X 2024.1’s optimized support for ray tracing hardware acceleration on Apple M3 GPUs. This enhancement translates to remarkable speedups, with performance gains ranging from 2x to an impressive 12x in heavily instanced scenes.

What's New in Octane 2024.1 - Apple M3 GPU speedup

New Geometry Pipeline

Explore an enhanced rendering experience with Octane 2024’s new and improved Geometry Pipeline. This overhaul brings a host of benefits, including boosted rendering speeds, reduced memory usage, and the unification of geometry data across CUDA and Metal platforms. Witness a seamless integration of RT ray tracing with ‘RT core-only’ rendering, ensuring optimal utilization of resources for improved performance.

Mixed Platform Network Rendering

Step into network rendering with Octane 2024.1’s revolutionary Mixed Platform Network Rendering feature. This update introduces a unified memory layout, enabling network rendering across both Metal (macOS) and CUDA. For the first time, studios leveraging Octane X for Metal can seamlessly harness the power of near-limitless Windows GPUs as render nodes.

What's New in Octane 2024.1 - Mixed Platform Network Rendering

Full Utilization of Ray-Tracing hardware

Octane 2024.1 brings you full usage of ray-tracing hardware. This latest update ensures that all mesh primitives and geometry, from hair to spheres and displacement triangles, fully capitalize on modern hardware’s potential for maximum acceleration. ‘RT core-only’ rendering takes center stage, enhancing speed, stability, and efficiency by minimizing dependencies on system memory and out-of-core geometry. This maximizes the utilization of RT core hardware, streamlining the rendering process and navigating the intricacies of various ray-tracing types with finesse.

What's New in Octane 2024.1 - RT cores

Smaller Memory Footprint for Geometry

Experience the efficiency boost in Octane 2024.1 with a smaller memory footprint for geometry. The introduction of ‘RT core-only’ rendering results in remarkable memory reductions across Windows and Linux platforms. It enhances efficiency and stability not only in Octane Standalone but also in DCC plugin integrations, relieving memory pressure on the host DCC applications.

Other Features in Development for Octane 2024.1

In addition, there is an exciting array of features in development for Octane 2024.1.

  • Light Field Baking.
  • Brigade Temporal Denoiser.
  • Meshlet Texture Streaming.
  • Native MaterialX support.
  • OctaneGPT: A groundbreaking Language Model service that provides comprehensive assistance within Octane – documentation, tutorials, and even code. For example, OctaneGPT can generate nodes, scripts, and shaders and create interactive scenes and assets from text, voice, and even screen sharing.
  • Localized Language support.
  • Unreal Engine style decal support in core.
  • Rest Position Nodes.

What you can expect in the Octane 2024.x release?

The upcoming Octane 2024.x release is packed with cutting-edge features that elevate your rendering experience. Here is a sneak peek at what you can expect:

  • Headless rendering live linking across multiple renderers and engines (Blender, Unreal Engine, Cinema 4D, and standalone).
  • Neural Rendering including NeRF, Splats, and generative AI scene nodes.
  • Meshlet Geometry Streaming.
  • New Render Network Manager for both live and offline GPU workloads.
  • Volumetric Live Compositor for Virtual Production and Mixed Reality and Light Field displays.
  • Improved BRDF and shader support allows for faster single-sample quality output.
  • Improved LensFX system, based on the 2023 framework and 2024 shader graph system for post-processing.

Wrap up

In summary, Chip Render has explored all new features of Octane 2024.1 and other features in development for upcoming versions throughout the year. These updates continue to push boundaries and redefine the landscape of rendering technology. Stay tuned for these upcoming features that promise to enhance your creative journey.

Chip Blog logoThe best part: You can use render with Octane 2024 with ease on Chip Render Farm.

Join us now and cut your render times several times with just a small investment from $2.9. With Chip Render, you have your own Cloud Workstation and leverage 1/2/4 x GPU RTX 3090 servers for rendering Octane Render projects.

Empower your creativity!
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