Dense vs Mixture-of-Experts: Which You Can Actually Run
MoE models are cheap to compute and expensive to hold. Dense models are the reverse. The architecture decides your deployment more than your benchmark scores.
ReadPractical writing for developers building with large language models — how they work, how to pick one, and how to keep the bill predictable.
MoE models are cheap to compute and expensive to hold. Dense models are the reverse. The architecture decides your deployment more than your benchmark scores.
ReadMost agent plans are flat lists executed top to bottom. Modelling dependencies instead unlocks parallelism, better retries and honest progress reporting.
ReadMost LLM cost dashboards show token counts nobody acts on. The four or five panels worth keeping, why unit cost beats totals, and how to avoid vanity metrics.
ReadA stuck agent repeats the same failing action until something stops it. How to detect repetition cheaply and what to do once you have.
ReadStreaming changes when tokens arrive, not how many are billed. Where it does affect spend, and the abandonment case that genuinely wastes money.
ReadDirect preference optimisation drops the reward model and the RL loop. What that simplification buys, what it costs, and why open-weight work leans on it.
ReadWire an OpenAI-compatible endpoint into Emacs — package choices, auth-source instead of hardcoded keys, buffer versus region workflows, streaming and keybindings.
ReadThe share of tasks your cheap model cannot finish decides whether a two-tier setup saves money or quietly doubles it. How to measure and act on it.
ReadPublic benchmarks rank a sample that is not your repository. How to choose tasks, source ground truth and size a set that actually predicts your work.
ReadYou edited a prompt and the output looks better. Here is how to find out whether it actually is, with paired runs, enough samples and judges you can trust.
ReadFive open-weight models now advertise 1M tokens. Advertised context and usable context are different things. How to tell which window actually holds up.
ReadThe router decides which experts see each token, and that one small network shapes quality, throughput and why identical prompts can behave differently.
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