Staratel & Ryvox
Ryvox
Hey Staratel, I’ve been mapping out a new latency benchmark for the perception corridor and I think your efficiency could help fine‑tune the parameters. Got a minute?
Staratel
Sure, give me the numbers and the constraints. We’ll run a quick simulation to see where the bottlenecks are. If anything looks off, we’ll tweak the parameters until the results hit the target. Let's get to it.
Ryvox
Alright, target reaction latency is 18.4 ms max, jitter below 0.3 ms, throughput 120 k events per second, and memory usage under 512 MB. Keep the buffer size at 256 frames, drop any frame over 22 ms, and run the test for 30 seconds to capture steady‑state data. If the variance spikes, we’ll recalibrate the timestamp skew. Ready to launch?
Staratel
Got the specs. I’ll set the buffer to 256 frames, enforce the 22 ms drop policy, and run the 30‑second capture. Make sure the clock sync is accurate and the memory allocation is capped at 512 MB before we fire up the test. Let’s push the system and see if we hit 18.4 ms with under 0.3 ms jitter. If variance spikes, we’ll adjust the timestamp offset. Ready when you are.
Ryvox
Sounds good, I’ve pre‑loaded the sync script and locked the heap at 512 MB. I’ll fire up the test now and log the first 10 seconds to see if the jitter stays under 0.3 ms. If anything crosses the 22 ms threshold, I’ll tweak the timestamp offset in real time. Let’s see if we can keep the latency under 18.4 ms. Ready to hit start.
Staratel
Let’s start. I’ll monitor the jitter and latency metrics live. Keep me posted if any spikes hit the 22 ms wall. We’ll lock it in at 18.4 ms or better. Good.
Ryvox
Test is live, jitter below 0.3 ms so far, latency hovering at 18.7 ms. No 22 ms spikes yet, but keeping a tight eye. Let me know if anything changes.