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J.P. Morgan International FTM 25 Jun 26: Infineon Technologies; First Principles - AI Power Infrastructure; Domino's Pizza Group PLC; Korea Equity Strategy; India IT Services; Memory Market Update and More. Thu Jun 25 2026

Published: 2026-06-25Institution: JPMorganPages: 16Original language: EnglishEvidence page: 1

Research evidence excerpt

J.P. Morgan International FTM 25 Jun 26: Infineon Technologies; First Principles - AI Power Infrastructure; Domino's Pizza Group PLC; Korea Equity Strategy; India IT Services; Memory Market Update and More. Thu Jun 25 2026

Global Equity Research

International First to Market 25 June 2026

Top Stories

Infineon Technologies (Sandeep Deshpande) (IFX GR, OW, PT €96.00), Germany

Market leader in AI power. Deserves a premium multiple. Maintaining OW, raising TP to €96

AI power market leader. Segment should provide substantial growth for company: Our analysis suggests Infineon is

likely to be the market leader in AI power. The company’s advantage is that it has products in every segment of the power

supply chain from the grid to the processor. It is also the leader in the different segments of the market including Silicon

MOSFETs, Gallium Nitride FETs and Silicon Carbide transistors. We estimate that the AI power market (see First Principles

here) could be ~€14bn in 2028 and Infineon could have revenue in this market of as much as €4.2bn – more if its share in 2028

remains where it is today. (Our new forecast has the company reporting €4bn in sales, i.e. we are more conservative vs. current

trends). Thus, we estimate this business should expand at a 4-year CAGR of 100% from ’24-’28.

First Principles - AI Power Infrastructure (Sandeep Deshpande), Germany, France

Following the Power

AI is creating a structural, multi-year demand cycle for power semiconductors driven by 1) massive grid/ micro-grid investments

to feed AI data centers, and 2) the need for more efficient power conversion inside the data center, from AC-DC front-end

conversion to point-of-load at the GPU. Both vectors demand advanced power semiconductor content such as silicon carbide

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