• Building stable earnings resilience with semiconductor substrates
• Expanding physical AI businesses to secure future growth engines

SEOUL, South Korea, Sept. 30, 2026 /PRNewswire/ -- LG Innotek is demonstrating tangible results from the transformation of its business portfolio, delivering a remarkable performance rebound in the first half of the year—traditionally an off-peak season for the company.

For the first half of the year, LG Innotek posted revenue of USD 8.22 billion and an operating profit of USD 401.96 million, representing year-over-year increases of 24 percent and 296 percent, respectively. This is the first time since 2022 (USD 480.79 million) that the company has delivered such an "earnings surprise" during the traditionally off-peak first half.

Building stable earnings resilience with semiconductor substrates

Since CEO Moon Hyuksoo took the reins in 2023, LG Innotek has focused on intensive business structure reform by reorganizing its business portfolio to establish a high-margin, high-value-added "High Performance Portfolio," aiming to build a resilient earnings structure capable of withstanding external variables and drive sustainable future growth.

Over its more than 50 years in the substrate business, LG Innotek has built unmatched technological competitiveness. Leveraging this expertise, the company has introduced market-leading products that have secured leading global market shares, successfully transforming its semiconductor substrate business into a highly profitable, high-value enterprise.

A major example is the company's RF-SiP (Radio Frequency-System in Package) substrate, which incorporates Cu-Post (Copper Post) technology. LG Innotek has maintained the top spot in terms of global market share of RF-SiP substrates among the top five global clients since 2016. The company differentiated itself from its competitors by becoming the world's first to implement Cu-Post technology, a key technology that enabled slimmer smartphones. As a result, LG Innotek's market share is projected to reach nearly 80 percent this year (among the top five clients).

Meanwhile, FC-CSP (Flip Chip-Chip Scale Package) substrates, which were primarily used in mobile application processors (APs), have recently expanded into the memory sector following the AI boom, emerging as a new cash cow for the company.

Following its mass production of FC-BGA for PC chipsets targeting big tech clients last year, LG Innotek initiated high-volume mass production of FC-BGA for PC CPUs in the third quarter of this year. Simultaneously, the company is rapidly boosting revenue by securing additional major clients. Starting next year, it plans to sequentially enter the AI accelerator and AI server markets.

Revenue from LG Innotek's package solution business has maintained an upward trajectory for three consecutive years. With the package solution business demonstrating tangible results alongside its optical solution business, the company has strengthened its capacity to generate stable earnings.

LG Innotek plans to rapidly expand its market share in the emerging semiconductor substrate market, aiming to grow its package solution business, including semiconductor substrates, into a business generating USD 743 million in operating profit by 2031.

Expanding physical AI businesses to secure future growth engines

LG Innotek is establishing a stable profit structure through its high-value camera module and semiconductor substrate businesses while actively driving its expansion into new future growth areas. Its physical AI solution business is a prime example.

Among these initiatives, the autonomous driving sensing solution business is progressing the most rapidly in terms of commercialization. This area is fertile ground for the company's rapid expansion and application of the unmatched optical capabilities it has gained through its mobile camera module business.

LG Innotek is recognized as one of the few companies in the industry equipped with comprehensive technology spanning not only conventional automotive cameras but also LiDAR (Light Detection And Ranging) and radar. Leveraging this robust portfolio as a key differentiator, the company is accelerating its efforts to capture market leadership.

In March this year, LG Innotek signed strategic partnerships with companies such as Applied Intuition, an autonomous driving software company in the United States, to jointly develop autonomous driving solutions, accelerating its efforts to strengthen business competitiveness.

In May last year, LG Innotek signed an agreement with Boston Dynamics, a global leader in robotics technology, to develop robotic components. This past July, the company signed a strategic partnership with Japan's TDK for the joint development of various sensing solutions for physical AI, including vision sensing modules and tactile sensing modules for robotic hands, boosting its competitiveness in the robotics component business.

LG Innotek's robotics component business generated revenue for the first time this year. The company is currently mass-producing camera modules for humanoid robot clients at its Paju factory in Korea. Once full-scale mass production commences, revenue is expected to increase significantly.

The key differentiator LG Innotek leverages in the competition for robotic component orders is its capability as a so-called "physical AI total solution provider." Humanoid robots require various components, including sensing modules, connectivity communication modules, and semiconductor substrates. Possessing a wide range of relevant core technologies, LG Innotek is evaluated as having an overwhelming competitive edge in swiftly securing a leadership position in the robotics component market.

In the future, LG Innotek plans to grow its future businesses, including semiconductor substrates and physical AI solutions, to USD 5.94 billion by 2030. The company aims to have such future new businesses account for 25 percent of total revenue, thereby completing a well-balanced business portfolio.

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Die Exzellenzstrategie von Bund und Ländern stellt die Weichen für die nächste Förderperiode – und verschiebt die Gewichte im deutschen Wissenschaftssystem. Zu den bundesweit fünf neuen Exzellenzstandorten gehören die Technische Universität Darmstadt, die Goethe-Universität Frankfurt und die Johannes Gutenberg-Universität Mainz, die sich als Allianz der Rhein-Main-Universitäten (RMU) durchgesetzt haben. Ebenfalls erfolgreich waren in Nordrhein-Westfalen die Universität zu Köln sowie der Verbund Ruhr Innovation Lab aus TU Dortmund und Ruhr-Universität Bochum.

Für Hessen ist die Entscheidung ein Durchbruch: Erstmals tragen Universitäten des Landes ab 2027 den Titel „Exzellenzuniversität“. Die RMU-Allianz erhält nach Angaben des hessischen Wissenschaftsministeriums über sieben Jahre eine Förderung von insgesamt bis zu 155 Millionen Euro, finanziert zu 75 Prozent vom Bund. Wissenschaftsminister Timon Gremmels spricht von den ersten Exzellenzunis in Hessen und zugleich vom ersten länderübergreifenden Verbund in der Exzellenzstrategie. Ministerpräsident Boris Rhein bezeichnet den Titel als Meilenstein für die Forschungslandschaft des Landes. Ein mittelhessischer Verbund aus den Universitäten Gießen und Marburg blieb im Wettbewerb dagegen ohne Erfolg.

Auch Nordrhein-Westfalen stärkt seine Rolle als Hochburg der Spitzenforschung. Neben der Universität Köln, die den begehrten Status nach einer früheren Förderphase von 2012 bis 2019 zurückerhält, steigt der Verbund aus TU Dortmund und Ruhr-Uni Bochum als Ruhr Innovation Lab in den Kreis der Exzellenzuniversitäten auf. Nach Angaben des Düsseldorfer Wissenschaftsministeriums baut das Land damit seine Führungsposition aus. Die Universität Bonn und die RWTH Aachen hatten ihren Exzellenzstatus bereits im Frühjahr verteidigt, sodass NRW künftig mit vier Standorten vertreten ist. Ministerpräsident Hendrik Wüst wertet dies insbesondere als Signal für die internationale Sichtbarkeit des Ruhrgebiets als Wissenschafts- und Innovationsstandort.

In Bonn gaben Bundesforschungsministerin Dorothee Bär und der niedersächsische Wissenschaftsminister Falko Mohrs als Vize-Vorsitzender der Gemeinsamen Wissenschaftskonferenz (GWK) neben den Standorten in Hessen und NRW auch die Universitäten Freiburg und Jena als neue Exzellenzunis bekannt. Für Einzeluniversitäten sieht das Programm Fördermittel von bis zu 15 Millionen Euro pro Jahr vor, bei Verbünden wie der Rhein-Main-Allianz oder dem Ruhr Innovation Lab können es bis zu 28 Millionen Euro sein. Damit wächst die Riege der Exzellenzuniversitäten, deren bisher neun Standorte – darunter Aachen, Bonn, Dresden, Hamburg, Heidelberg, Karlsruhe, München, Tübingen sowie die Berlin University Alliance – ihre Förderung bereits im Frühjahr um weitere sieben Jahre verlängert hatten. Der Titel ist jeweils an regelmäßige Überprüfungen der Fördervoraussetzungen geknüpft.