Dual EU–US chip compliance on a single platform. ITAR, Chips Act and AEC-Q100 in 3 seconds.

EU Regulation 2023/1781 (EU Chips Act) Article 24 defines the criteria for designation as a “First-of-a-Kind Facility” or “Chips Production Facility of Strategic Interest.” To qualify, a facility must contribute to the security of supply for the Union, involve technology generations at or beyond the state of the art (currently below 5nm for leading-edge logic), commit to a minimum capital expenditure threshold (indicatively above €300 million), and demonstrate additionality — investment that would not occur without public support. Designated facilities benefit from accelerated permitting procedures under Article 26 (target: 18 months for permit decisions), access to coordinated public support from Member States, and eligibility for Important Projects of Common European Interest (IPCEI) status. Applicant entities must submit a detailed investment plan, supply chain risk assessment, workforce development commitment, and a security of supply undertaking covering at least five years post-commissioning. IgeraIndustria maps Article 24 criteria against applicant facility data and identifies documentary gaps prior to submission.

AEC-Q100 (Stress Test Qualification for Automotive Integrated Circuits, issued by the Automotive Electronics Council) classifies components into temperature grades that determine which stress tests must be passed. Grade 0 covers junction operating temperatures from −40°C to +150°C, required for engine compartment, transmission and exhaust proximity applications. Grade 1 covers −40°C to +125°C, standard for most automotive ECUs. Grade 2 covers −40°C to +105°C, applicable to passenger compartment and dashboard electronics. Grade 3 covers −40°C to +85°C for interior applications with controlled thermal environments. The qualification test battery includes: High Temperature Operating Life (HTOL) at 125°C or 150°C depending on grade; Temperature Cycling (TC) per JESD22-A104; Autoclave/Pressure Cooker Test (PCT); Electromigration (EM); and Latch-Up (LU) testing per JESD78. AEC-Q101 applies the same grade structure to discrete semiconductors (diodes, transistors, MOSFETs). IgeraIndustria identifies the applicable AEC-Q100 grade for a given application, lists the mandatory stress tests and sample sizes, and flags whether existing qualification data covers the target grade.

The International Traffic in Arms Regulations (ITAR, 22 CFR Parts 120-130) and the Export Administration Regulations (EAR, 15 CFR Parts 730-774) establish two parallel US export control regimes affecting semiconductor technology. ITAR Category XV covers space vehicles, satellites and certain military electronics — chips designed or radiation-hardened for military satellites require a State Department license for export to most non-Five-Eyes countries. EAR controls advanced commercial semiconductors under ECCN 3A090 (introduced October 2022) for chips exceeding 300 gigaflops at 16-bit mixed-precision, and ECCN 3E001 for chip design technology. The BIS Entity List imposes additional licensing requirements for transactions with listed companies regardless of ECCN. The October 2023 update expanded controls to include chips used in AI training above defined performance thresholds and extended to 21 additional countries. Companies manufacturing or distributing chips falling under 3A090 must implement an Export Management and Compliance Program (EMCP), screen customers against the Consolidated Screening List, and file Electronic Export Information (EEI) for shipments above $2,500. IgeraIndustria cross-references chip specifications against current ECCN thresholds and flags Entity List matches.

Per- and polyfluoroalkyl substances (PFAS) are used extensively in semiconductor manufacturing: as etch gases (C4F6, C4F8, NF3), in photolithography chemicals, wet cleaning acids, and anti-stiction coatings. The European Chemicals Agency (ECHA) universal PFAS restriction proposal, submitted under REACH Annex XVII, entered its consultation phase in 2023. The proposed timeline includes a transition period of 5 years for most industrial uses, with a potential derogation of up to 12 years for uses where no technically feasible alternatives exist at the time of restriction entry into force — semiconductor manufacturing qualifies as a use class likely to require extended derogation. The indicative restriction entry into force, assuming European Commission adoption by end 2025, would be approximately 2027 for general uses and up to 2036 for derogated semiconductor uses. Separately, the EU PFAS Action Plan under the EU Chemicals Strategy for Sustainability targets progressive elimination. Fabs must document PFAS use inventories, initiate substitution feasibility studies, and engage with ECHA derogation processes. IgeraIndustria provides the current PFAS restriction timeline, lists which semiconductor process chemicals are within restriction scope, and identifies applicable derogation criteria.

EU Directive 2011/65/EU (RoHS 2) restricts lead, mercury, cadmium, hexavalent chromium, PBBs and PBDEs in electrical and electronic equipment. Annex III grants time-limited exemptions for applications where substitution is technically or scientifically impracticable. Key semiconductor-related exemptions include: Exemption 7(a) — lead in high-melting-point solder (exceeding 85% lead), applicable in certain power semiconductors, reviewed every 5 years; Exemption 15 — lead in solders for servers, storage and storage array systems (currently extended to 21 July 2028); Exemption 7(c)-I — lead in glass of electronic components such as piezoelectric devices; and exemptions covering lead in C-press pin connector systems. Exemption renewal applications must be submitted to the European Commission at least 18 months before expiry. The Commission evaluates substitutability based on SHDB (Substance in Homogeneous materials Database) data. Manufacturers whose products rely on exemptions expiring within the next three years face supply chain redesign risk. IgeraIndustria tracks current exemption expiry dates, identifies which component categories in a bill of materials rely on exemptions, and generates renewal application timelines.

When a semiconductor shortage forces consideration of a functionally equivalent alternate part, automotive supply chain requirements mandate a structured qualification process before production approval. The process involves: (1) Form, Fit and Function (FFF) assessment — verifying that the alternate part has identical pin-out, package, electrical characteristics and operating range; (2) Source Change Qualification (SCQ) under AIAG standards, which requires review of process FMEA updates, process flow diagram comparison, control plan revision and PPAP submission to the OEM; (3) AEC-Q100 qualification data review — confirming the alternate supplier’s qualification covers the required temperature grade and that lot traceability is maintained; (4) Customer notification and deviation/waiver process under IATF 16949 cl.8.3.6 — engineering change requests (ECR) must be submitted and approved by each affected OEM before production launch of the alternate part; (5) SPC and initial samples submission (typically 300 ppm target). IgeraIndustria identifies the applicable qualification steps for a given alternate part scenario, generates an SCQ checklist, and maps PPAP documentation requirements by OEM (GM, Ford, Stellantis, BMW, VW) based on indexed supplier manuals.