Evaluating high-frequency (1,280 Hz) telemetry ingestion pipelines under intense processing engine drops.
1. Your 3-Slot Asynchronous
Lock-free A-B-C circular configuration. The kernel overwrites the oldest inactive register via atomic pointers. Completely non-blocking.
THREAD ISOLATED (ALIVE)
| Real Input Age | 0.00 ms |
| Session Average | 0.00 ms |
| Peak Hitch Spike | 0.00 ms |
2. Blocking Double-Buffer
Classic Mutex-locked dual exchange. When the renderer is busy or stalls, it holds the lock. The 1,280 Hz kernel thread physically stalls waiting to write.
⚠️ KERNEL STALLED
| Real Input Age | 0.00 ms |
| Session Average | 0.00 ms |
| Peak Hitch Spike | 0.00 ms |
3. FIFO Accumulation Queue
Linear event array queue. Captures all ticks sequentially. When a frame drops, messages pile up; the engine experiences cascading catch-up lag.
⚠️ QUEUE BACKLOGGING
| Real Input Age | 0.00 ms |
| Session Average | 0.00 ms |
| Peak Hitch Spike | 0.00 ms |