SEMICONDUCTOR PRODUCT DATA

EXTRACTED, NORMALISED, ACCESSIBLE AT SCALE

250,000+ DEVICES ACROSS 100+ MANUFACTURERS

Analyse semiconductor market trends, product release cycles, whitespots and more

SOLUTIONS

BUILT FOR EVERY ROLE THAT TOUCHES A PART NUMBER

/01

DISTRIBUTION

Move parts. Win quotes. Satisfy customers.

/02

MANUFACTURERS

From silicon to socket. The full signal.

/03

OEMs

Design with certainty.

TOOLS

OUR SCALE IS YOUR EDGE

Structured component data, built for engineers, analysts, and the systems you run

AI READY

TALK TO YOUR PART DATA

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Ground your AI in real electronics data

Language models are built to reason, not to calculate. We supply the values they reason about, taken from the manufacturer's own datasheets.

GROUND THE AI

LLMS ARE STATISTICAL MACHINES

Language models produce the most statistically likely answer, which is not the same as the correct one. A datasheet parameter has one right value, and it exists in a specific document on a specific page. We extract those values the same way every time, normalize them, version them, and keep the link back to the source PDF, so the model reasons over known values instead of approximating them.

RIGHT TOOL FOR THE JOB

Let AI do the reasoning, and tooling handle the scale

Access the data and tooling through the Partlake MCP server. An MCP server is an industry-standard bridge that lets AI models call outside tools and data directly, grounding the model in verifiable facts instead of probabilities. Our lookups are deterministic and resolve in milliseconds, with dedicated tooling for cross-referencing, device comparison and more across the full catalogue of every manufacturer in the world. Your model does not have to approximate anymore.

AI AND MATHS

LLM GENERATION IS NOT CALCULATION

Numbers reach an AI language model as text fragments rather than quantities. An AI tokenizer can split the number 380 into a single token and the number 381 into two tokens, so the relationship between digits is gone before the model ever sees them, and comparing two values becomes pattern-matching rather than arithmetic.

Everything it reasons about, such as the parametric rows, must also be placed into its context, and that context window sets a further ceiling: doubling the data quadruples the work, and accuracy falls for anything sitting in the middle of a long context. Give a model results that are already computed and compared and it reasons over them well. Ask it to do the calculations and it approximates a confident-sounding answer.

EVALUATE STRATEGIC FIT FOR YOUR ORGANISATION

Contact us to get a tailored overview of our data and its capabilities, API and AI integration possibilities, and implementation approach.