Explore a Reproducible Apple Silicon Benchmark Lab
Try the interactive matrix with clearly labeled sample data. Original results will require documented workloads, repeated runs, and published raw measurements.
Silicon Workload Matrix & Thermal Saturation
Interactive design sample — duration, energy, and memory bandwidth. No measured results.
Engineered Around Production Bottlenecks
Each suite replicates a distinct hardware choke point: memory bandwidth, branch prediction, vector engines, or sustained thermals.
Swift 6 & Xcode 16.2 Clang Suite
A clean compile of a production client workspace: 14 external Swift Packages, 120,480 Swift & C++ lines of code, and SwiftUI asset catalog cataloging. Evaluates multicore scheduler latency and L2 cache saturation.
MLX Engine & Neural Core Inference
Local Llama-3.3 70B Instruct running on MLX v0.22 with Q4_K_M 4-bit and 8-bit quantization. We log Time-to-First-Token (TTFT) across 4k context and sustained generation throughput (tokens/second) at batch size 1.
DaVinci Resolve Studio 19 Dual Engine
A standardized 10-minute 8K (8192x4320) ProRes 422 HQ multi-cam timeline with 3 complex color grading nodes and spatial noise reduction. Exported directly to 10-bit AV1 and HEVC to stress dedicated hardware encoders.
Unified Memory Saturation & Swap
Iteratively allocating 85%, 95%, and 115% of physical unified memory with concurrent 16-thread random reads. Measures internal PCIe SSD swap write-rate penalties and macOS compressed memory kernel impact.
The 6-Stage Lab Testing Protocol
Our planned protocol records conditions, repeated runs, and limitations. No physical lab measurements have been published yet.
Document power mode, ambient conditions, connected peripherals, and background activity. Keep conditions consistent across comparisons.
Record indexing, downloads, and other workloads. Do not disable security protections or system services to improve a score.
Use the downloadable script to record basic hardware and OS context. Review files before sharing them.
Select tools appropriate to the workload. Document sample intervals, permissions, limitations, and the exact commands used.
Warm up where relevant, then record at least five measured runs. Publish all runs, median, range, and any explained exclusions.
Include workload versions, raw data, commands, and checksums when original results are available. No public test repository is claimed.
| Device Model | SoC Spec | Unified Memory | Bandwidth | Cooling Setup | macOS Version |
|---|---|---|---|---|---|
| MacBook Pro 16" (2024) | M4 Max (16C CPU / 40C GPU) | 128 GB LPDDR5X | 546 GB/s | Dual High-Efficiency Fans | 15.2 (24C101) |
| MacBook Pro 14" (2024) | M4 Pro (14C CPU / 20C GPU) | 48 GB LPDDR5X | 273 GB/s | Dual Fans (Compact) | 15.2 (24C101) |
| Mac Studio (2023) | M2 Ultra (24C CPU / 76C GPU) | 192 GB Unified | 800 GB/s | Copper Thermal Blower | 15.2 (24C101) |
| Mac mini (2024) | M4 (10C CPU / 10C GPU) | 24 GB LPDDR5X | 120 GB/s | Bottom Intaking Blower | 15.2 (24C101) |
Download clearly labeled design sample data or record your own environment. No original hardware test logs have been published.
sh record-environment.sh > environment.txt # Environment context only — not a benchmark runner.
Laboratory Telemetry Files
Download clearly labeled design sample data or record your own environment. No original hardware test logs have been published.
Run an Apple Silicon Configuration Not Listed?
No thermal observations or community measurements have been collected. See the methodology for the planned process.