Technology
Articles on GPU and CPU rendering technology — NVIDIA RTX, CUDA, VRAM, ray tracing, and cloud infrastructure powering Super Renders Farm.
Arnold vs Redshift in 2026: A Production Comparison for Maya, 3ds Max, and Cinema 4D
Arnold's production-realism path tracing versus Redshift's GPU-first speed — we break down both engines across workflow, DCC support, and render farm fit.
Top Render Engines for 3ds Max in 2026: V-Ray, Corona, Arnold, Redshift, Octane Compared
A practical comparison of the render engines that matter for 3ds Max in 2026 — V-Ray, Corona, Arnold, Redshift, Octane, and FStorm — across workflows, hardware, and cloud rendering.
CPU Render Farm: Why CPU Rendering Still Dominates Cloud Rendering in 2026
CPU rendering handles the majority of cloud render farm workloads in 2026. Here's why — and how to get the most from a CPU-based rendering pipeline.
Render Farm Hardware Benchmark: Cinebench Scores Explained for Cloud Rendering (2026)
RTX 4090 Cinebench scores explained for render farm selection: what the numbers mean, how cloud GPU hardware compares, and what benchmarks miss.
V-Ray GPU Render Farm: Speed Test & Real Cost (2026)
Real benchmark data from Super Renders Farm's RTX 5090 fleet: V-Ray GPU frame times, cost per frame, and a side-by-side with a local RTX 4090 workstation.
OctaneRender vs Redshift: A Practical Comparison for 3D Artists
Unbiased vs biased rendering, speed vs simplicity — we break down Octane and Redshift across every factor that matters for production GPU rendering.
Best GPU for 3D Rendering in 2026: A Practical Tier List for Artists
A practical GPU tier list for 3D rendering — covering VRAM requirements per use case, render engine compatibility, and how to choose the right card for your workflow in 2026.
GPU Rendering vs CPU Rendering: A Practical Guide for Cloud Render Farm Users
A practical comparison of GPU and CPU rendering for cloud render farm users — speed, cost, memory, and how to choose the right approach for your projects.
What Is Rendering? A Complete Guide to Computer Graphics Rendering
Rendering converts 3D scene data into 2D images. This guide covers how it works, the main techniques, popular render engines, and how to scale beyond a single machine.
What's New in Autodesk Maya 2027: Features, AI Tools, and Cloud Rendering
Maya 2027 brings MotionMaker AI animation, Smart Bevel, ngSkinTools integration, and MaterialX relative paths — with render farm compatibility notes.