Apple M6 Benchmarks: How Does It Compare With M4 and M5?
Community-submitted benchmark results compiled by ComputerBase provide an early look at where Apple’s 12-core M6 sits within the broader Apple Silicon lineup.
Based on Cinebench 2026.1 and 3DMark results, the tested M6 currently records the highest single-core performance among the Apple Silicon samples in the dataset. Its multi-core performance also represents a substantial improvement over the base M4 and M5, while its 12-core GPU delivers a significant graphics uplift compared with the M4.
However, these results should be treated as an early performance reference rather than a controlled generation-to-generation benchmark. The dataset contains different memory configurations, macOS versions, hardware tiers, and sample sizes, with the M6 represented by only one valid result.
📊 Community Benchmark Methodology #
ComputerBase compiled Cinebench 2026.1 and 3DMark results submitted by community users across multiple Apple Silicon generations, ranging from M1 through M6.
Because the results come from different systems and users, several variables are not controlled. Memory configurations can differ, operating-system versions can affect benchmark behavior, and the number of submitted results varies substantially between models.
The dataset is therefore more useful for identifying broad performance trends than for establishing precise product rankings.
The M6 sample used in the current comparison has the following configuration:
- CPU: 12-core Apple M6
- GPU: 12-core GPU
- Memory: 32GB LPDDR5X-10667
- Operating system: macOS 27 Golden Gate
- Valid samples: 1
The single-sample limitation is particularly important when comparing the M6 against models represented by multiple submissions.
🚀 M6 Leads the Recorded Apple Silicon in Single-Core Performance #
In Cinebench 2026.1’s single-threaded test, the 12-core M6 recorded 823 points, making it the highest-scoring Apple Silicon sample currently represented in the dataset.
For comparison:
| Apple Silicon model | Cinebench 2026.1 single-core | Samples |
|---|---|---|
| M6, 12-core | 823 | 1 |
| M5 Pro, 18-core | 744 average | 2 |
| M5, 10-core | 733 average | 3 |
| M4, 10-core | 644 average | 7 |
The result indicates a substantial single-threaded improvement over the base M4.
The 10-core M4 averaged 644 points, while the 10-core M5 averaged 733 points. The 12-core M6’s 823-point result is therefore approximately 28% higher than the M4 average and about 12% higher than the M5 average in this community dataset.
Because the M6 has only one valid submission, these percentages should not be interpreted as definitive architectural performance gains. They instead describe the difference between the currently recorded samples.
🧮 Multi-Core Performance Moves the M6 Closer to Pro-Class Chips #
The M6 also demonstrates a significant increase in multi-threaded performance.
The 12-core M6 scored 5,674 points in Cinebench 2026.1 multi-thread testing.
Previous base-generation results were considerably lower:
- M4, 10-core: 3,600-point average across 8 samples
- M5, 10-core: 3,957-point average across 4 samples
- M6, 12-core: 5,674 points from 1 sample
Against the recorded M4 average, the M6 result is approximately 58% higher. Compared with the M5 average, the difference is approximately 43%.
The M6 result is also close to the M4 Pro with 14 cores, which averaged 5,777 points.
However, higher-end Pro and Max configurations remain substantially ahead because they provide more CPU cores.
| Apple Silicon model | Cinebench 2026.1 multi-core |
|---|---|
| M6, 12-core | 5,674 |
| M4 Pro, 14-core | 5,777 average |
| M5 Pro, 18-core | 8,976 average |
| M5 Max, 18-core | 8,482 |
| M4 Max, 16-core | 7,931 |
This places the tested M6 well above the base M4 and M5 configurations while still below the multi-core performance of Apple’s higher-tier Pro and Max chips.
The distinction is important: the M6’s performance does not eliminate the advantage of higher core counts. Instead, the community data suggests that the base M6 is moving closer to previous-generation Pro-class multi-core performance.
🎮 M6 GPU Shows a Major Graphics Uplift #
The graphics results provide another indication of the M6’s generational improvement.
In 3DMark, the M6’s 12-core GPU scored:
- Steel Nomad Light: 7,124
- Steel Nomad: 1,513
For comparison, the 10-core GPU in the M4 recorded:
- Steel Nomad Light: 4,159
- Steel Nomad: 908
The M2 Pro with a 19-core GPU reached:
- Steel Nomad Light: 5,198
- Steel Nomad: 1,168
The M4 Max remains substantially faster thanks to its 40-core GPU:
- Steel Nomad Light: 15,109
- Steel Nomad: 3,753
The M6 therefore occupies an interesting position in the available community results. Its 12-core GPU substantially outperforms the tested base M4 configuration and also exceeds the recorded M2 Pro result in both 3DMark tests.
At the same time, Apple’s higher-end Max-class hardware retains a large graphics advantage because of its significantly larger GPU configuration.
🔬 What the Results Suggest About M6 Performance #
The available results point to improvements across both CPU and GPU workloads.
For CPU performance, the M6’s biggest visible change is single-core performance. The 823-point Cinebench result places the tested chip above every other Apple Silicon sample currently represented in the dataset.
Multi-core performance also improves substantially compared with the base M4 and M5. The 5,674-point result brings the 12-core M6 close to the recorded average of the 14-core M4 Pro.
On the GPU side, the 12-core M6 reaches 7,124 points in Steel Nomad Light, compared with 4,159 points for the 10-core M4 GPU in the same dataset.
These results suggest that the M6 is not simply increasing CPU core counts. The community measurements indicate meaningful improvements in both single-threaded CPU performance and integrated GPU throughput.
However, the available data cannot by itself determine how much of the difference comes from architectural changes, clock speeds, memory configuration, software versions, thermal behavior, or other platform-level factors.
⚠️ Community Data Has Significant Limitations #
The benchmark collection is useful for identifying trends, but several limitations prevent it from being treated as a controlled performance study.
Uneven Sample Sizes #
The number of results varies considerably between models.
Some chips are represented by multiple submissions, while the M6 currently has only one valid record. A single benchmark result cannot provide a meaningful estimate of normal sample-to-sample variation.
Different System Configurations #
Apple Silicon systems can differ in memory capacity and memory configuration. These differences can affect benchmark performance, particularly in workloads sensitive to memory bandwidth and capacity.
Operating-system versions also vary across the submitted results, adding another source of variability.
Incomplete Apple Silicon Coverage #
The dataset does not contain complete benchmark coverage for every Apple Silicon generation and tier.
For example, Cinebench results for the M2 Ultra and M3 Ultra are currently missing. Some lower-tier SoCs also lack corresponding 3DMark results.
Consequently, the current dataset cannot be interpreted as a complete ranking of every Apple Silicon chip.
📈 M6’s Position Within the Current Data #
The community results nevertheless provide a useful snapshot of the M6’s apparent position.
The 12-core M6 leads the recorded Apple Silicon samples in Cinebench 2026.1 single-core performance. Its multi-core result is substantially higher than the base M4 and M5 averages and approaches the recorded M4 Pro level.
Its 12-core GPU also delivers a sizeable improvement over the 10-core M4 GPU in both Steel Nomad tests.
At the same time, the higher-core-count Pro and Max chips continue to dominate multi-core CPU and GPU workloads where additional compute resources are available.
The practical interpretation therefore depends heavily on workload. Single-threaded applications may benefit more directly from the M6’s higher per-core performance, while heavily parallel workloads can still favor higher-tier Pro and Max configurations.
📝 Final Takeaways #
The current community benchmark data places the tested 12-core M6 in a strong position within the recorded Apple Silicon results, particularly for single-core CPU performance.
The key results are:
- 823 Cinebench 2026.1 single-core points, currently the highest recorded Apple Silicon result in the dataset.
- 5,674 multi-core points, substantially above the community averages for the base M4 and M5.
- 7,124 Steel Nomad Light points from the 12-core GPU.
- 1,513 Steel Nomad points, significantly above the tested M4 configuration.
- Multi-core performance remains below higher-core-count Pro and Max chips.
- The M6 dataset currently contains only one valid sample, limiting statistical confidence.
Overall, the available data suggests that the M6 delivers a meaningful generational uplift over the base M4 in both CPU and GPU performance, while its multi-core performance approaches some previous-generation Pro-class results.
More importantly, these numbers should be viewed as an early indication of M6 positioning rather than a definitive Apple Silicon performance ranking. As additional M6 samples and more complete benchmark coverage become available, the performance picture should become considerably clearer.