For Aximmetry Software and XR Virtual Production, It's Time to Ditch Your Old Computer

Aximmetry software has high hardware requirements, especially in real-time rendering and virtual production, where performance is crucial. To achieve the best performance and a smooth experience, it is recommended to use a high-end computer configuration. Below are the optimal hardware configurations for Aximmetry, suitable for complex virtual studios, real-time compositing, and other graphics-intensive workflows.

Optimal Computer Configuration (Recommended Configuration)

Operating System:

• Windows 10/11 64-bit version

Processor (CPU):

• Intel Core i9 或 AMD Ryzen 9(Multi-core processor, at least 8 cores and 16 threads)
• Recommended Configuration: Intel Core i9-13900K or AMD Ryzen 9 7950X
• Processor performance is crucial for rendering speed, real-time compositing smoothness, and running multiple applications simultaneously. Higher core and thread counts help handle large data volumes and high-load tasks.

Graphics Card (GPU):

• NVIDIA RTX 3080, RTX 3090, RTX 4000 series 或 AMD Radeon RX 6900 XT(Supports CUDA acceleration)
• Recommended Configuration: NVIDIA RTX 4090 or RTX 4080
• The graphics card is the core of real-time rendering and graphics processing. Aximmetry requires a powerful GPU to support high-resolution real-time rendering, virtual scenes, and effects. GPU performance is critical when using virtual studios or AR/VR integration.

Memory (RAM):

• 32 GB DDR4 or higher(64 GB recommended)
• Sufficient memory is essential when handling large scenes, textures, and high-quality video streams. Aximmetry can optimize multitasking with more memory, especially during multi-layer compositing and high-resolution image processing.

Storage (Hard Drive):

• 1 TB NVMe SSD(2 TB or larger recommended)
• Storage speed is vital for loading and rendering large projects. SSDs provide faster read and write speeds, significantly improving project loading times and workflow smoothness.

Motherboard:

• Must support PCIe 4.0 or higher motherboard for connecting high-performance graphics cards and other expansion cards.
• Ensure the motherboard has enough slots and interfaces to support multi-GPU configurations and other hardware.

Power Supply (PSU):

• At least 850W or higher power supply to support high-performance GPU and CPU
• Using an efficient power supply ensures stable power delivery, especially under high load.

Monitor:

• Resolution: At least 1920x1080(Recommended 2560x1440 或 4K）
• If doing virtual production or needing to view multiple windows, consider using a large screen or multiple monitors to simultaneously monitor different windows and tool panels.

Peripheral Devices:

• High-speed network interface(e.g., 1GbE or higher) if using remote collaboration or network transmission.
• High-quality camera (important for virtual camera and real-time compositing).

Other Recommended Configurations

• Professional audio equipment(if audio processing is involved)
• Hardware acceleration card(e.g., NVIDIA NVLink or other GPU direct connection technology) can improve performance, especially in large virtual environments or high-efficiency rendering needs.

System Optimization and Software Requirements

• Graphics driver: Ensure the graphics card uses the latest driver to support Aximmetry's real-time rendering and efficient computation.
• Install the latest DirectX version, especially for graphics-intensive operations.
• Windows Performance Optimization: Close unnecessary background applications and system services to free up more resources for Aximmetry.

Summary

As a high-performance real-time graphics software, Aximmetry requires high-end hardware, especially graphics cards and processors. For a smooth experience and best results, it is recommended to use high-end graphics cards (e.g., NVIDIA RTX 4080/4090), multi-core processors (e.g., Intel Core i9 or AMD Ryzen 9), at least 32 GB of memory, and fast SSD storage. Such a configuration helps you better handle complex virtual scenes, real-time compositing, and high-resolution rendering.