Objective
Document the performance, latency, and accuracy tradeoffs when running AI coding tasks on each hardware tier.
What This Outcome Produces
USE-CASE-MATRIX.md (second section): Performance tradeoff data showing latency, throughput, accuracy, and practical viability for each task-tier pairing.
How It Builds
Participants contribute performance observations directly to findings/USE-CASE-MATRIX.md via PRs throughout Weeks 1–3. Each contribution is grounded in their actual benchmarking and real-world testing experience.
- Create performance tradeoff sections in USE-CASE-MATRIX.md (latency, throughput, accuracy)
- Participants add performance data via PR: "On 16GB tier, Tetris generation takes X seconds vs Y seconds on cloud"
- Review PRs: ensure data is specific and quantified where possible
- Merge and organize by task-tier pairing
Complete When
- Performance data captured for each meaningful task-tier pairing
- Tradeoffs are explicit (e.g., "slower but acceptable" vs "too slow to use")
- Data is quantified where possible (latency, accuracy degradation)
- Section marked ✅ when complete
Timeline
Active: Weeks 1–3 (participants add performance findings as they benchmark)
Due: July 16, 2026 (end of Week 3)
Resources
Objective
Document the performance, latency, and accuracy tradeoffs when running AI coding tasks on each hardware tier.
What This Outcome Produces
USE-CASE-MATRIX.md (second section): Performance tradeoff data showing latency, throughput, accuracy, and practical viability for each task-tier pairing.
How It Builds
Participants contribute performance observations directly to findings/USE-CASE-MATRIX.md via PRs throughout Weeks 1–3. Each contribution is grounded in their actual benchmarking and real-world testing experience.
Complete When
Timeline
Active: Weeks 1–3 (participants add performance findings as they benchmark)
Due: July 16, 2026 (end of Week 3)
Resources