Public data onlyHow every answer is sourced

The qualification system for automotive microcontrollers

From a customer RFQ to a defensible AURIX pick, across all 77 public devices. Every recommendation explained, every claim sourced.

RFQ Qualification — Zonal controller for a software-defined EV platform

Customer requirement

“We're architecting a zonal controller for our next-gen EV platform. Need serious compute headroom for sensor fusion and some on-device inference, CAN-XL support, full ASIL-D, viable for a ~10 year platform. SOP Q3 2027.”

Routed to TC4x

  • AI/PPU acceleration requested → TC4x is the AI-capable generation.
  • CAN-XL required → introduced with the TC4x generation.
  • High compute + zonal/SDV context → TC4x is built for this architecture.

Shortlist · 2 of 4 pass the hard gates

  • TC4DxPICK0.81
  • TC49x0.70

Disqualified, at any score

  • TC48xNo AI accelerator (PPU) listed, but on-device AI acceleration is required
  • TC45xMax ASIL-B below required ASIL-D
Real output, not a mock: a golden test scenario run through the same scoring core as RFQ Qualification.

Built only from public sources: the AURIX product brochure and series pages, 5 competitors’ own product pages, and 12 regulatory texts. Where they are silent, it says so.

1.0 Qualify

Answer an RFQ in one pass. Requirements, hard gates and a scored shortlist you can question in chat.

Paste or upload the customer's document. It becomes numbered requirements, each quoting the customer and carrying a must, should or nice priority, then a line-by-line compliance matrix you can export.

RFQ Qualification For field application & sales engineers
Seven stages, one decision
  1. 01Where it sitsWhich vehicle function are we qualifying for?Architecture
  2. 02What was askedWhat exactly did the customer require?Qualification
  3. 03What disqualifiesWhich candidates fail a hard constraint?Qualification
  4. 04What fits bestAmong the survivors, which scores highest, and why?Qualification
  5. 05What proves itWhat public source backs each claim?Qualification
  6. 06The decisionWhat do we recommend, and what do we refuse to answer?Qualification
  7. 07What it's worthWhy does the customer care, and who else is bidding?Market & GTM

2.0 Defend

A pick you can sign. Every factor shows its weight, every claim links its source.

A missing must-have disqualifies outright; it is never averaged away. Where the public data is silent the answer is “verify”, not a number, and out-of-scope requests are escalated rather than guessed.

Methodology For anyone who has to sign the answer
Why TC4Dx · fit 0.81
  • Spec fit25%
  • Application fit15%
  • Requirement coverage20%
  • Costproxy15%
  • Lead time / supplyproxy10%
  • Integration complexityproxy5%
  • Lifecycle / longevityproxy10%

Bar = fit on that factor; right = its weight. Proxy factors are derived by this tool, not published, and say so.

3.0 Win

Know where the portfolio wins. 22 applications, scored against every device.

Megatrends and regulation decide which sockets open next. Each application is placed on the car and scored against all 77 devices, with 12 regulatory clocks, so it shows where AURIX leads, where it contends, and where there is a gap to close.

Leading device by fit
ApplicationLeadsClock
Traction inverterElectrification (xEV)TC297TX2021
Battery management systemElectrification (xEV)TC297TP2026
Central gatewayZonal E/E architecture & software-defined vehicleTC3E7QX2022
Corner / front radarADAS & mandated safety systemsTC336DA2022
ADAS domain safety controllerADAS & mandated safety systemsTC397QA2022
In-cabin / occupant radarADAS & mandated safety systemsTC336DA2022

Best technical fit among eligible AURIX devices in this project's own scoring against public product pages — not market share.

4.0 Compete

See who else is bidding. Rival families, read from their own product pages.

Each AURIX device set against 7 competitor families from 5 vendors on 13 dimensions, with every figure read from the vendor’s own page.

Competitive Landscape For business development & executives
Who contests the socket
  • NXPS32K3 · S32G
  • RenesasRH850/U2B
  • STStellar P6 (SR6 P6) · Stellar G6 (SR6 G6)
  • TIAM263x (AM2634)
  • SemiDriveE3

5 of the 13 dimensions (price, power, availability, customer base, time-to-market) are published by no vendor, AURIX included. They are listed as gaps, never estimated.

Start with a requirement.