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Maxon R23 Processor Performance Metrics
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About
Provides CPU performance metrics derived from Maxon’s Cinebench R23 benchmarking software. This benchmark utilizes the specialized render engine built into Cinema 4D, a professional 3D-Digital Content Creation package. The collected data reflects the performance of popular processors available in 2022, capturing scores for both single-core and multi-core workloads. This specific version of the benchmark supports modern technologies such as the AVX instruction-set and Apple’s M1 CPUs, and can test processors supporting up to 256 Threads.
Columns
- manufacturer: The entity that produced the processor, predominantly listing Intel and AMD.
- cpuName: The specific model designation of the CPU.
- singleScore: The measured performance score for single-core tasks (scores range from 903 to 2082 points).
- multiScore: The measured performance score for multi-core tasks (scores range from 5423 to 75.7k points).
- cores: The total physical count of cores present in the CPU (minimum 4, maximum 64).
- threads: The total number of processing threads supported by the CPU (minimum 6, maximum 128).
- baseClock: The baseline operating frequency of the CPU, measured in GHz (mean 3.05 GHz).
- turboClock: The maximum achievable boost frequency of the CPU, measured in GHz (mean 4.51 GHz).
- type: Specifies whether the processor is intended for Desktop or Laptop systems.
Distribution
The dataset is structured as tabular data, provided in a CSV file titled
CPU_r23_v2.csv, which is approximately 11.2 kB in size. The structure contains 9 columns and 215 valid records. All entries are valid across the columns, with no missing or mismatched values.Usage
Ideal applications include evaluating processor suitability for specific digital workloads and performing detailed hardware comparisons.
- 3D Rendering Analysis: Users can identify high-performance processors; a multi-core score exceeding 20,000 points is noted as allowing complex scenes to be rendered swiftly.
- Gaming Performance Evaluation: Assess single-core capabilities, noting that scores above 1,000 points generally ensure decent gaming speeds.
- Hardware Enthusiast Benchmarking: Utilizing the data for model comparison studies and performance ranking.
- Technology Research: Analyzing the correlation between physical specifications (cores, clocks) and synthetic benchmark scores.
Coverage
The performance metrics captured are the newest data available as of May 2022. The dataset features processors from major manufacturers, with Intel accounting for 58% of the entries and AMD for 40%. The processors are categorized by form factor: Desktop (67%) and Laptop (33%). Updates to this data product are expected on an annual basis.
License
CC0: Public Domain
Who Can Use It
- Technology Journalists and Reviewers: For generating quantitative analysis, articles, and product reviews detailing CPU performance rankings.
- PC Builders and Consumers: To inform purchasing decisions, especially when prioritizing specific workloads like video editing or gaming.
- Computer Science Students: To study model comparison techniques and the architecture impact on rendering speed.
Dataset Name Suggestions
- Cinebench R23 CPU Benchmark Scores 2022
- Maxon R23 Processor Performance Metrics
- Desktop and Laptop Processor Performance Ranking
- CPU Rendering Speed Data
Attributes
Original Data Source: Maxon R23 Processor Performance Metrics
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