Engineering, competitive, and supply intelligence — reasoned over verified, normalized performance data, in plain English. Not a lookup tool. A system that works with you from spec to sourcing.
Curated & maintained in-house · comparable across vendors and datasheets
The people who make components and the people who design them into systems work from the same normalized data — that shared source of truth is the whole point.
Benchmark your portfolio against every rival on normalized specs. See where coverage overlaps, where the whitespace is, and how a segment is priced — so positioning and roadmap decisions run on data, not spreadsheets.
Ask for parts the way you actually think about them — by spec, by equivalence, by who makes what. InfinityOne reasons over verified data to surface true drop-in alternates and second sources against obsolescence in seconds.
Every job runs in plain English — one engine that serves the designer speccing a part and the product team sizing a segment.
Find RF parts by performance — frequency, gain, NF, power, VSWR — without touching a filter grid.
Designer · “LNAs with noise figure below 2 dB from 2 to 18 GHz”
PMM · The same query scopes the competitive field for a segment.
Put candidate parts side by side on normalized specs — no unit juggling, no datasheet tabs.
Designer · Compare gain, NF, P1dB & OIP3 of two parts instantly.
PMM · Spec-for-spec positioning of your part against a rival’s.
Find true drop-in equivalents and alternates — second sources against obsolescence and supply risk.
Designer · “Closest equivalent to this obsolete amplifier.”
PMM · See which of your parts cross-reference to theirs.
Cost and stock across distributors, alongside performance — so price is one input, not the whole picture.
Designer · BOM costing across Mouser, DigiKey & Richardson.
PMM · Street-price monitoring and history by manufacturer.
Gain, noise figure and more over frequency and temperature — pulled and plotted, no datasheet hunting.
Designer · “Plot NF vs. frequency for three LNAs at 25 & 85 °C.”
PMM · Chart a class’s performance envelope in one view.
Identify every manufacturer that fields a part class in your band — before you commit to a vendor.
Designer · “Which makers carry MMIC LNAs above 18 GHz?”
PMM · A live competitor census for the class.
Availability tools list what's in stock and what it costs — table stakes, and we surface it too. What they can't tell you is how a part actually performs. General AI can talk RF, but it guesses — hallucinating specs and inventing part numbers. InfinityOne reasons over data we've verified for accuracy and completeness.
RF and microwave is the common thread. The same engine reskins to the parts, constraints, and language of your field — from flight hardware to qubit control.
Second-source flight hardware, screen for rad-hard and hi-rel parts, and cut BOM risk before a build.
Spec radar and EW chains, manage obsolescence, and find qualified equivalents across the supply base.
Build qubit control electronics, cryogenic RF readout, and microwave drive/readout chains from comparable parts.
Select LNAs, PAs, mixers, and filters for 5G/6G base stations against normalized performance.
Start with a low-risk pilot on the parts you actually spec — or the competitors you actually track. No long-term contract until it has earned its place in the workflow.
See it run on the parts you spec or the competitors you track.
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