Product Feature
Search by MPN or IPN and put up to four parts in one structured view, comparing specs, lifecycle, compliance, pricing, and risk without rebuilding a spreadsheet.
Overview
Compare Parts replaces the manual work of pulling datasheets, distributor pages, and lifecycle reports into a spreadsheet by hand. Search a manufacturer or internal part number and Z2 lines components up across parametric data, price, lead time, lifecycle, and compliance, drawing on 1B+ tracked components. Engineering and procurement see the same view, so a part decision gets made once with the full picture in front of everyone.
Comparing components by hand means juggling datasheets, distributor portals, and obsolescence notices, then copying figures into a spreadsheet that goes stale the moment you save it. Compare Parts pulls it all into one structured table: search by MPN or IPN, add the candidates you are weighing, and Z2 aligns every attribute row by row so differences are obvious. Because the view lives inside Part Risk Manager, each column draws on live parametric specs, current pricing, real lead times, and up-to-date lifecycle status, not a static snapshot.
Engineers compare what determines fit and function: package type, technology, pin count, dimensions, timing type, voltage, MSL, and the rest of the parametric set that decides whether a substitute drops in cleanly. The comparison surfaces the parameters that actually differ, so an alternate is approved or rejected on spec data, not a hunch. Buyers compare the commercial side in the same table: availability, authorized-distributor prices, lead time, and the Part Risk Score, so when two parts meet the spec, the one with less long-term exposure is clear instead of being chosen blind.
Every component carries its Part Risk Score and lifecycle status, so the long-term picture sits next to the spec and price columns instead of in a separate report. A part that looks attractive on price can show a worse lifecycle forecast or higher risk score, and the delta is visible at a glance rather than discovered after the BOM ships. Z2's lifecycle forecasting is built on the CALCE methodology from the University of Maryland and runs at 90%+ accuracy, so each column's obsolescence outlook is defensible in a design review. Comparing candidates becomes a comparison of total exposure, not just unit cost.
A part comparison is only useful if the people who sign off can see it. Export it as PDF or CSV to attach to an engineering review or procurement approval, or send a shareable link so a teammate opens the exact same comparison without rebuilding it or logging in. That keeps the decision trail intact: the comparison a design engineer used to qualify an alternate is the one the supply chain manager and sourcing lead review, so nobody is reconciling three spreadsheets that tell slightly different stories.
A feature of
Compare Parts is one capability inside Z2 Part Risk Manager, the industry's largest component intelligence platform. Search and score 1B+ parts across obsolescence, compliance, sourcing, and supplier risk, all in one view.
Common Questions
You can compare the full parametric set, such as package type, technology, pin count, dimensions, timing type, voltage, and MSL, alongside commercial data like availability, authorized-distributor pricing, and lead time. Each part also shows its Part Risk Score and lifecycle status, all in one table so engineering and procurement evaluate the same candidates at once.
Up to four components side by side. Search each by MPN or IPN and Z2 aligns every attribute row by row, which is enough to weigh a primary part against its alternates without splitting the decision across multiple views.
Yes. Export it as PDF or CSV to attach to a review or approval, or send a shareable link so a teammate opens the exact same comparison without a login. The decision trail stays intact because everyone reviews the identical view instead of reconciling separate spreadsheets.
