: By default, Cinebench runs for a minimum of 10 minutes. This sustained load simulates the thermal conditions of real rendering tasks, helping users check if their cooling systems are sufficient or if the CPU is thermal throttling.
: The latest iteration, released in early 2026, expands support for cutting-edge hardware. Notable additions include compatibility with: NVIDIA Blackwell (5000 series) and AMD 9000 series GPUs. Apple M4 and M5 silicon-powered systems. Data center GPUs like NVIDIA Hopper . How Cinebench Works
: Long considered the "gold standard" for CPU benchmarking, R23 remains widely popular because its larger scoring layout allows for high-precision comparisons between high-core-count processors. cinebench
Over the decades, Cinebench has evolved alongside hardware advancements. While older versions like R15 and R20 are still used for legacy comparisons, recent iterations have shifted the focus toward modern rendering engines and diverse hardware compatibility.
: This edition reintroduced a dedicated GPU benchmark, utilizing Maxon's Redshift rendering engine to assess graphics performance alongside traditional CPU tests. : By default, Cinebench runs for a minimum of 10 minutes
: Interestingly, Cinebench is largely independent of RAM speed, as the data it processes is small enough to fit within the CPU's cache, focusing the stress almost entirely on the processor's calculation speed. Reddit·r/Amd
: In multi-core tests, the software allocates a "tile" to each available CPU thread to render the scene simultaneously. It tests both single-core (important for gaming and general responsiveness) and multi-core performance (critical for video editing and 3D rendering). How Cinebench Works : Long considered the "gold
Cinebench is the industry-standard benchmarking tool used to evaluate the performance of computer hardware, specifically the Central Processing Unit (CPU) and Graphics Processing Unit (GPU). Developed by Maxon , the same company behind the professional 3D modeling and animation software Cinema 4D, Cinebench provides a "real-world" test by using actual rendering tasks to stress-test components.
Unlike synthetic benchmarks that run abstract mathematical algorithms, Cinebench renders a complex 3D scene using professional-grade technology.