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Cinebench 2026 Single-Thread
Single-core performance
Last updated:
Cinebench 2026 Single-Thread
Summary
The Cinebench 2026 Single Thread benchmark specifically measures the performance of a single CPU core under realistic workload conditions. It is based on Maxon’s modern Redshift rendering engine, using the latest Cinema 4D 2026 code and the Clang v19 compiler. The focus is not on raw parallelism, but on architectural efficiency, IPC (instructions per cycle), cache design, and boost behavior of modern processors.
Unlike previous versions, Cinebench 2026 allows users to run the Single-Core test directly by default, without manually enabling the Advanced Benchmark. This makes single-thread performance more accessible and transparent, especially for comparing gaming performance, UI responsiveness, and applications that rely heavily on single-core speed. A minimum runtime is enabled by default to reduce the impact of short boost spikes and deliver more realistic results.
Cinebench 2026 supports a wide range of platforms, including AMD and Intel x86/64 CPUs, Apple Silicon from M1 to M5, Snapdragon platforms, and Ampere Altra processors. Unsupported CPUs will not run the benchmark, ensuring result consistency. Depending on the configuration, Cinebench 2026 requires 6.5 to 8.5 GB of RAM, making 16 GB system memory the recommended minimum.
Due to major changes in code and compiler optimization, Cinebench 2026 scores use a completely new scale and cannot be compared to Cinebench R23 or earlier versions. Especially in single-thread testing, score shifts may occur without a proportional real-world performance change.
The Single Thread benchmark is well suited for comparing CPU architectures, generational IPC improvements, and boost strategies, provided background processes are minimized, as even small OS tasks can influence the results.
Unlike previous versions, Cinebench 2026 allows users to run the Single-Core test directly by default, without manually enabling the Advanced Benchmark. This makes single-thread performance more accessible and transparent, especially for comparing gaming performance, UI responsiveness, and applications that rely heavily on single-core speed. A minimum runtime is enabled by default to reduce the impact of short boost spikes and deliver more realistic results.
Cinebench 2026 supports a wide range of platforms, including AMD and Intel x86/64 CPUs, Apple Silicon from M1 to M5, Snapdragon platforms, and Ampere Altra processors. Unsupported CPUs will not run the benchmark, ensuring result consistency. Depending on the configuration, Cinebench 2026 requires 6.5 to 8.5 GB of RAM, making 16 GB system memory the recommended minimum.
Due to major changes in code and compiler optimization, Cinebench 2026 scores use a completely new scale and cannot be compared to Cinebench R23 or earlier versions. Especially in single-thread testing, score shifts may occur without a proportional real-world performance change.
The Single Thread benchmark is well suited for comparing CPU architectures, generational IPC improvements, and boost strategies, provided background processes are minimized, as even small OS tasks can influence the results.
