Produktfunktion

Manage Risk at the Component Family Level

Track lifecycle status across a whole component family, not one MPN at a time, so you can plan redesigns before a discontinued family threatens your product line.

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Überblick

Family Lifecycle, part of Z2 Part Risk Manager, rolls lifecycle status up from individual part numbers to the component family they belong to. When a manufacturer winds down a silicon generation, the warning shows at the family level months before the formal end-of-life notice lands on any single MPN, turning a last-minute scramble into a planned redesign on your schedule. Z2 forecasts family lifecycle from historical change patterns, market availability, and 1B+ tracked components, with 90%+ accuracy validated against the CALCE methodology at the University of Maryland.

Catch a generation winding down months early

Why Family-Level Signals Matter

Obsolescence rarely arrives one part number at a time. Manufacturers retire whole families and silicon generations together, so the MPN you designed in is often the first of many variants headed for discontinuation, and watching one MPN at a time means reacting after each notice, when options are thinning and prices are climbing. Family Lifecycle aggregates status across every MPN variant and reports the family's trajectory as a whole, reading its direction before any single part carries a formal end-of-life date, so you move on your own terms instead of starting a panicked search after the family is already gone.

FAMILY VS MPN STATUS
MPN variantMPN statusFamily signal
XC7Z020-2CLG400IActiveDecline
XC7Z010-1CLG400CActiveDecline
XC7Z030-3FBG676ENRNDEOL near
XC7Z007S-1CLG225CActiveDecline

Forecasting a Family's Trajectory

Z2 determines family lifecycle by analyzing historical status changes, market availability, distributor inventory depth, and other signals across the family's components. The forecast runs on the same data engine that tracks 1B+ components and ingests 10K+ change notifications a year from 3,200+ manufacturers, and it carries 90%+ accuracy under the CALCE / University of Maryland methodology. Every status change is recorded, so you can review how a family moved through its lifecycle over time, see the trend behind the warning, and judge how urgent the redesign is.

AUDITABLE STATUS HISTORY
Zynq-7000 SoC family
Forecast · 90%+ accuracy (CALCE / Univ. of Maryland)
2023 Q1 · Full availability
Active
2024 Q4 · Inventory depth thinning
Early signal
2025 Q3 · 3 variants to NRND
Decline
2026 Q4 · Last-time-buy projected
EOL

Turning the Signal Into a Plan

An early warning only helps if it connects to the rest of your risk picture. Family Lifecycle ties into the cross-reference and replacement tools in Part Risk Manager, so when a family heads toward end-of-life you find alternates and form-fit-function equivalents in the same workflow. Because the signal arrives early, one redesign can cover every product that shares the affected family or silicon generation, and mapping which BOM parts draw on a common family lets engineering and sourcing qualify replacements once and protect multiple product lines in a single effort instead of firefighting each board separately.

FAMILY-WIDE REPLACEMENT SCOPE
Affected BOMParts in familyDrop-in found
Motor controller v34Yes
Gateway board A23Yes
Vision module R12Review

Eine Funktion von

Part Risk Manager

Family Lifecycle ist eine Funktion innerhalb von Z2Data 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.

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Lifecycle Status & History Part Lifecycle Forecast PCNs & PDNs Technology Roadmap Last-Time-Buy Window Tracker NRND Detection & Alerts

Häufige Fragen

How is Family Lifecycle different from MPN-level lifecycle status?

MPN-level status tracks one part number at a time. Family Lifecycle rolls status up across every variant and reports the family's overall trajectory, typically signaling an approaching end-of-life months before any individual MPN carries a formal notice, so you can plan rather than react.

How accurate is the family lifecycle forecast?

Z2 forecasts family lifecycle from historical status changes, market availability, and inventory data across 1B+ tracked components, achieving 90%+ accuracy under the CALCE methodology from the University of Maryland. Every status change is recorded, so you can inspect the trend behind any forecast.

What should I do when a component family is forecast to go end-of-life?

Use the early signal to plan a redesign on your schedule instead of waiting for individual discontinuations. Family Lifecycle connects to the cross-reference and replacement tools so you can identify alternates immediately, and it shows which BOM parts share the family so one redesign can protect every affected product line.

See a chip family retire before any single part does.