Ase Technology to Report Q2 Earnings: What's in Store for the Stock?

• ATM revenues expected to grow 9-11% quarter-over-quarter, driven by AI peripheral chips (power management, connectivity, sensors) offsetting weakness in smartphone and PC markets
• Gross margin projected to improve sequentially by 20-100 basis points, with ATM gross margin expected at 26-27% versus 26% in Q1, supported by favorable pricing
• EMS business revenues forecast to grow at least 10% year-over-year, boosted by stronger demand for AI accelerator products and improved product mix

Summary: ASE Technology Q2 Earnings Preview

Key Facts:

• ASE Technology (ASX) is scheduled to report Q2 2026 earnings on July 30
• Zacks Consensus Estimate: 17 cents per share earnings, $5.99 billion in revenue
• Projected year-over-year revenue increase of 22.22%
• Quarter-over-quarter revenue growth expected at 7-9%

Company and Sector:

ASE Technology operates in advanced semiconductor packaging and assembly, test, and material (ATM) services, plus Electronics Manufacturing Services (EMS). The company specializes in LEAP advanced packaging services and traditional ATM business.

Performance Drivers:

• Strong AI-related product demand driving growth across all business segments
• ATM revenues projected to grow 9-11% quarter-over-quarter
• AI peripheral chips (power management, connectivity, sensors, edge devices) offsetting weakness in smartphones and PCs
• EMS business expected to grow at least 10% year-over-year, supported by AI accelerator products
• Improving automotive and industrial semiconductor demand

Margin Outlook:

• ATM gross margin projected at 26-27% (vs. 26% in Q1)
• Sequential improvement expected: gross margin up 20-100 basis points, operating margin up 50-120 basis points
• Favorable pricing environment supporting profitability, though partially offset by LEAP capacity expansion costs

Market Implications:

Zacks' model predicts an earnings beat with a +21.21% Earnings ESP and a #2 (Buy) rank. The company's exposure to AI infrastructure and improving margins position it favorably in the current semiconductor cycle.