Laser & Snowdragon
Snowdragon
Laser, I've mapped the latency in live audio‑visual sync and spotted a few choke points. I can cut rendering time by a third if we tweak the pipeline. Interested in testing it?
Laser
Yeah, let’s crush that latency—speed is everything. Show me the tweaks and let’s hit that sweet spot.
Snowdragon
First, drop non‑essential stream layers and switch to a 720p codec profile. Second, enable asynchronous decoding on the GPU so frames don’t block the main thread. Third, reduce keyframe interval from 60 to 30 frames to lower re‑sync overhead. Finally, use a lower‑latency packet header scheme and enable UDP transport. That should shave roughly 30 ms off total latency. Ready to deploy?
Laser
That sounds like a solid cut—time to fire up the rig and see that 30 ms slice. Let’s push it out.
Snowdragon
All right, boot the rig, load the new profiles, and monitor the jitter buffer. Keep the GPU temperature in check and swap the packet queue if packets start dropping. Let me know what the readings look like.
Laser
Booted up, profiles loaded, jitter buffer is humming. GPU’s under 70°C, packets are flowing smooth. No drops yet—looks like that 30 ms cut is taking shape. We'll keep an eye on it.