Cinema 4D

Our custom-built Cinema 4D workstations are optimized for modeling, animation, simulation, and rendering, ensuring seamless performance without slowdowns. With high-clock-speed CPUs for modeling and multi-core processors for rendering, our systems handle even the most complex scenes with ease. Whether you're working in Physical, Redshift, or Octane, our Cinema 4D-optimized workstations deliver the speed and stability needed for professional workflows.

Cinema 4D Workstation

$2,999.00
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Optimized for the single-threaded nature of most 3D design tasks in Cinema 4D, this compact workstation is built around Intel’s Core™ Ultra processors for top-tier single-core performance. With enough cores for multitasking and basic rendering, it delivers a smooth and responsive experience for modeling, animating, and modifying 3D assets.

Despite its small footprint, this system supports up to 96GB of RAM, both consumer and professional NVIDIA GPUs, and multiple storage configurations. For connectivity, it includes numerous USB ports (including Type-C), Thunderbolt 4, 2.5Gb Ethernet, and WiFi—ensuring seamless integration into any workflow.
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Cinema 4D Pro Workstation

$9,849.00
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For artists who need faster rendering, this workstation offers high core counts and multi-GPU support—making it ideal for both CPU- and GPU-based rendering engines.

For CPU rendering, AMD’s Threadripper processors provide up to 64 cores, dramatically reducing render times while still maintaining solid per-core performance for modeling and animation. If you rely on GPU rendering with Maxon Redshift or similar plugins, this system can support multiple high-end GPUs, significantly improving render speeds. Plus, GPUs with larger VRAM allow for more complex scenes, and powerful video cards also enhance features like Cinema 4D’s Unified Simulation System for physics simulations.
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Cinema 4D

Cinema 4D is a powerful and versatile 3D modeling, animation, simulation, and rendering software widely used in motion graphics, VFX, game development, and product visualization. With support for both CPU and GPU rendering, Cinema 4D requires a high-performance workstation to ensure fluid viewport interaction, fast simulations, and efficient rendering. A well-optimized Cinema 4D workstation should include a high-clock-speed CPU for modeling and animation, a multi-core processor for rendering, and a powerful GPU for real-time previews. Whether you're working with Physical, Redshift, or Octane, our custom-built workstations deliver the speed, stability, and efficiency needed to tackle complex scenes and high-resolution renders without bottlenecks.

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Workstation Hardware Guide

Cinema 4D Workstation Guide: Performance & Recommendations

Optimizing Workstation PCs for Cinema 4D

Maxon provides a list of system requirements for Cinema 4D, but like most software developers, these specs only cover the basics—not the hardware that delivers the best performance. At Workstation PC, we go beyond standard requirements, running real-world benchmarks to determine the optimal hardware configurations for modeling, animation, simulation, and rendering. Our custom-built Cinema 4D workstations are designed for seamless viewport performance, faster simulations, and high-efficiency rendering, ensuring you can focus on creativity without hardware limitations.

Choosing the Right CPU for Cinema 4D

Cinema 4D’s CPU needs depend on your workflow:

  • Modeling and animation are single-threaded, making high clock speeds more important than core count. Intel’s Core Ultra 9 285K or AMD Ryzen 9 9950X are excellent choices for fast, responsive performance.
  • CPU-based rendering benefits from multi-core performance, making AMD Threadripper 7980X or 7995WX ideal for handling complex, high-resolution renders.
  • Hybrid workflows benefit from Intel’s Turbo Boost or AMD’s Precision Boost, which automatically adjusts clock speeds based on workload demands.

Optimizing GPU Performance for Cinema 4D

Cinema 4D relies on the GPU for viewport performance and can leverage it for GPU rendering with Redshift or OctaneRender. We recommend:

  • NVIDIA RTX 5090 – The most powerful option for real-time rendering and high-poly scenes.
  • NVIDIA RTX 5080 or 4080 – A cost-effective choice for artists using GPU-accelerated render engines.
  • Multi-GPU setups – Ideal for users working in GPU-based rendering engines, offering massive speed gains for Redshift and OctaneRender.

How Much RAM Does Cinema 4D Need?

RAM requirements vary based on project complexity:

  • 16GB-32GB – Suitable for general modeling and animation.
  • 64GB+ – Ideal for high-resolution renders, physics simulations, and large-scale projects.
  • 128GB+ – Necessary for intensive rendering pipelines and multi-application workflows.

Storage Considerations for Cinema 4D Workstations

A high-speed storage setup improves scene loading, caching, and rendering performance. We recommend:

  1. Primary Drive (500GB+ NVMe SSD) – For OS and applications.
  2. Project Drive (1-2TB NVMe SSD) – For active Cinema 4D files and cache.
  3. Long-Term Storage (HDD or NAS) – For archived projects and backups.

For studios and teams, network-attached storage (NAS) solutions ensure data redundancy and shared project access.

Build the Ultimate Cinema 4D Workstation

Our custom-built Cinema 4D workstations are engineered for speed, reliability, and efficiency, allowing you to work without bottlenecks. Whether you're working in Physical, Redshift, or Octane, our systems provide the power and stability needed for professional-grade 3D production.

Need expert guidance? Our team can help configure the perfect Cinema 4D workstation PC for your workflow. Get in touch today and unlock Cinema 4D’s full potential!