Tech News
Back to home
Technology

U.S. Supreme Court shoots down President Trump’s tariffs — Consumer Technology Association hails 'victory for all Americans,' calls for swift refunds to retailers (update)

Source

Tom's Hardware

Published

TL;DR

AI Generated

The U.S. Supreme Court has ruled against President Trump's tariffs, stating that the International Emergency Economic Powers Act does not grant him unilateral power to impose import duties without Congress's approval. This decision nullifies most of the tariffs imposed by Trump on other countries, with potential implications for consumer electronics prices. The Consumer Technology Association celebrates the ruling as a victory for Americans and calls for swift refunds to retailers affected by the tariffs. While immediate price changes are unlikely, the ruling could lead to reduced prices for products like computers and semiconductors sourced from Asia.

Read Full Article

Similar Articles

US stops exports of tools to China’s number two chip maker — Hua Hong and Huali Microelectronics reportedly on the cusp of starting a 7-nm fab in Shanghai

US stops exports of tools to China’s number two chip maker — Hua Hong and Huali Microelectronics reportedly on the cusp of starting a 7-nm fab in Shanghai

The US Department of Commerce has instructed toolmakers to cease exports to Hua Hong, China's second-largest chipmaker, which is gearing up to establish a 7-nm production line in Shanghai. This move is part of the US strategy to impede China's semiconductor self-sufficiency efforts. Companies like TSMC and ASML have also faced restrictions in providing advanced services to Chinese tech firms. The ban on exports could strain US-China relations, impacting both Chinese companies' progress and potential losses for American toolmakers.

Tom's Hardware•
New 3D device computes using living brain cells — bioelectronic device uses 3D electronic mesh design paired with living tissue

New 3D device computes using living brain cells — bioelectronic device uses 3D electronic mesh design paired with living tissue

Researchers at Princeton University have developed a 3D bioelectronic device that merges living brain cells with advanced embedded electronics to create a neural network capable of computational tasks. The device features a 3D mesh design with living tissue that can differentiate patterns using computational techniques. Unlike previous methods using brain cells for computation, this device allows for recording and stimulating neurons' electrical activity at a finer scale. The team successfully trained the device to identify recurring pulse patterns and differentiate between distinct patterns, aiming to scale it for more complex tasks. This technology not only delves into brain computing secrets but also holds potential for understanding and treating neurological diseases while addressing AI's energy consumption challenges.

Tom's Hardware•
U.S. Commerce Secretary says Nvidia still hasn't sold any H200 AI GPUs to China — Chinese government is blocking imports in an attempt to push domestic semiconductor industry

U.S. Commerce Secretary says Nvidia still hasn't sold any H200 AI GPUs to China — Chinese government is blocking imports in an attempt to push domestic semiconductor industry

Despite the U.S. lifting the ban on Nvidia selling H200 AI chips to China, Commerce Secretary Howard Lutnick states that no sales have been made to Chinese companies due to Chinese government restrictions. Beijing aims to boost its domestic semiconductor industry by blocking chip imports. Conflicting reports exist, with Nvidia claiming orders and export licenses for Chinese customers while facing challenges with approvals. The Chinese government's restrictions have led to a decline in Nvidia's market share in China, prompting considerations of black market purchases for H200 chips.

Tom's Hardware•
Samsung engineer sentenced to 7 years in prison for selling chipmaking trade secrets to Chinese chipmaker — ex-employee supplied 10nm DRAM data to CXMT for $2 million

Samsung engineer sentenced to 7 years in prison for selling chipmaking trade secrets to Chinese chipmaker — ex-employee supplied 10nm DRAM data to CXMT for $2 million

A Samsung engineer has been sentenced to seven years in prison for selling chipmaking trade secrets to Chinese chipmaker CXMT. The engineer, known as "Jeon," supplied detailed steps on DRAM manufacturing to CXMT for $2 million, causing potential trillions in losses for South Korea. Jeon's low compensation at Samsung was considered a mitigating factor in the sentencing. The stolen information allegedly helped CXMT advance its technology, leading to concerns about lost sales for Samsung and potential national security implications. The incident highlights the ongoing challenges of protecting intellectual property in the tech industry.

Tom's Hardware•

We use cookies

We use cookies to ensure you get the best experience on our website. For more information on how we use cookies, please see our cookie policy.