Intel Seeks $624 Mln in Interest from EU after Antitrust Fine Win

The Intel Corporation logo is seen at a temporary office during the World Economic Forum 2022 (WEF) in the Alpine resort of Davos, Switzerland May 25, 2022. (Reuters)
The Intel Corporation logo is seen at a temporary office during the World Economic Forum 2022 (WEF) in the Alpine resort of Davos, Switzerland May 25, 2022. (Reuters)
TT
20

Intel Seeks $624 Mln in Interest from EU after Antitrust Fine Win

The Intel Corporation logo is seen at a temporary office during the World Economic Forum 2022 (WEF) in the Alpine resort of Davos, Switzerland May 25, 2022. (Reuters)
The Intel Corporation logo is seen at a temporary office during the World Economic Forum 2022 (WEF) in the Alpine resort of Davos, Switzerland May 25, 2022. (Reuters)

US chipmaker Intel has filed a claim for 593 million euros ($624 million) in interest from the European Commission, five months after it convinced Europe's second-top court to scrap a 1.06-billion-euro EU antitrust fine, an EU filing showed on Monday.

Europe's top court paved the way for such damage demands last year in a landmark ruling which ordered the EU executive to pay default interest on reimbursed fines in annulled antitrust cases.

Judges said late payment of interest will itself incur interest as well.

Intel in its application to the Luxembourg-based General Court said the Commission, which acts as the competition watchdog in the 27-country European Union, had refused to reimburse the company the default interest.

The Commission returned $1.2 billion to Intel after its court defeat in January this year.

Intel said its claim is based on an interest rate equivalent to the European Central Bank's refinancing rate of 1.25% beginning from May 2009, and that this should be increased to 3.5% from August 2009 to February this year when the EU repaid the company fine, minus 38 million euros in an interest amount paid to Intel by the Commission.



KACST Manufactures 25 Advanced Electronic Chips by Saudi Talents

The chip design process involved researchers from the National Laboratory, alongside students from four Saudi universities. (SPA)
The chip design process involved researchers from the National Laboratory, alongside students from four Saudi universities. (SPA)
TT
20

KACST Manufactures 25 Advanced Electronic Chips by Saudi Talents

The chip design process involved researchers from the National Laboratory, alongside students from four Saudi universities. (SPA)
The chip design process involved researchers from the National Laboratory, alongside students from four Saudi universities. (SPA)

Saudi Arabia’s King Abdulaziz City for Science and Technology (KACST) announced on Thursday its successful design and fabrication of 25 advanced electronic chips, developed by Saudi talents in its cleanroom laboratories for purposes of training, research, and development.

The achievement is part of KACST’s ongoing efforts to support and enable the semiconductor ecosystem in the Kingdom.

These chips are distinguished by their versatility and can be used in a range of applications, including electronics, wireless and high-frequency communications, integrated circuits, energy-efficient lighting, micro-sensor systems, as well as industrial and research applications in measurement and testing.

The chip design process involved researchers from the National Laboratory, alongside students from four Saudi universities. This effort was conducted under the initiatives of the Saudi Semiconductors Program (SSP), which aims to build national expertise in this critical field.

The chips can be used in a range of applications. (SPA)

This milestone is part of a series of strategic initiatives led by KACST to support the semiconductor sector in the Kingdom, including the Saudi Semiconductors Program to boost research and development and qualify human talent and the "Ignition" semiconductor incubator program to support startups and entrepreneurs.

Through these initiatives, KACST underscored its commitment to the ambitious goals of Saudi Vision 2030 by localizing strategic technologies, empowering national talent, and achieving technological self-sufficiency in advanced domains.