The test results from this architecture are pretty impressive.
Their production workload measurements showed approximately 50% throughput gains when using disaggregated inference compared to traditional setups. Even more interesting: latency dropped by 20-40% thanks to KV-cache-aware routing optimization.
These aren't synthetic benchmarks either — all metrics came from actual production environments running real user requests.
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WalletAnxietyPatient
· 4h ago
50% increase in throughput? It's really fake, how can this data feel too fierce
KV cache optimization has been said for a long time, and few can really be implemented
The data from the production environment is reliable, which is better than those on paper
If this is true, I feel like it can save a lot of costs
The delay is more than 20 pips less, which is really interesting for high-frequency trading
But what is the stability of split inference, this is the key
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BoredWatcher
· 4h ago
50% increase in throughput? If this is true, the production environment can save a lot of gas
KV cache optimization is really ruthless, with a delay of 20-40%, which is real data
The real request data run in the production environment is much more credible than those benchmarks
So this is the new direction for LLM optimization? I feel like it's time for the big factories to roll up
This architecture is cleverly designed to avoid bottlenecks
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ConsensusBot
· 4h ago
The 50% throughput increase sounds good, but has it been verified under real production and environmental protection, I believe this
KV cache routing optimization is indeed a detail, and the 20-40% latency reduction is not an exaggeration
Wait, how does this architecture deal with cold starts...
Real production data speaks better than anything else
The test results from this architecture are pretty impressive.
Their production workload measurements showed approximately 50% throughput gains when using disaggregated inference compared to traditional setups. Even more interesting: latency dropped by 20-40% thanks to KV-cache-aware routing optimization.
These aren't synthetic benchmarks either — all metrics came from actual production environments running real user requests.