20Does multi-node inference need the same fabric as training, or can it run on ordinary networking?▼mediumNewTogether AIBaseten4 replies○ sign inIt depends entirely on which dimension you split the model along, and the three choices differ by two orders of magnitude in what they demand. The per-token traffic for each, the arithmetic that puts tensor parallelism on the fast link and pipeline parallelism anywhere, and where disaggregated serving lands.Open full answer →
13One fleet: training that wants every idle GPU, and inference with a p99 SLO. Separate pools, or one pool with preemption? Show the numbers.▼hard★ EssentialNewAnthropicNebiusCoreWeave4 replies○ sign inA shared pool recovers the GPUs inference holds for its peaks, but a preempted training gang takes minutes to give them back and an SLO breaks in seconds. The utilization of each design, the reclaim-time arithmetic against the traffic ramp, and the floor-plus-borrow split most fleets land on.Open full answer →
23We want to run LLM inference on Kubernetes. What does the deployment actually need beyond a Deployment with a GPU limit?▼mediumNewBasetenRed Hat4 replies◆ premiumA plain Deployment reports ready before it can serve and scales on a signal that never moves. What an inference operator adds: weight delivery, readiness tied to warm-up, scaling on queue depth with cold starts accounted for, a prefix-aware router, and rollouts that keep streams alive. KServe and llm-d as of 2026.Open full answer →