The x86 wish list: Complexities of an imaginary Intel takeover
Editor's take: We are frequently asked some version of the question, "Will someone acquire Intel?" At this point, we think it is highly unlikely, but these are unpredictable times. Setting aside all the principal considerations – like money, strategy, and regulatory approval – there are a few other hurdles. Chief among these is Intel's license for x86.
Can Intel's first 2nm-class process node save the day?
Why it matters: As Intel's chip design and foundry businesses face mounting pressure that could jeopardize the company's future, much is riding on the success of its upcoming 18A node. As Intel finalizes its latest semiconductor process, 2025 will be a decisive year for its efforts to legitimize its foundry division and regain competitiveness against TSMC and Samsung.
After backlash, HP said it was just trying to raise awareness of its online support options
Facepalm: In what might be one of the biggest gaffs of the year, HP is trying to dislodge its foot from its mouth after getting caught intentionally forcing customers to wait for 15 minutes on technical support calls. Even HP's customer service staff criticized the bafflingly dumb move.
A hot potato: Meta boss Mark Zuckerberg has described 2025 as "an intense year" as the company looks to streamline its business. Part of that involves laying off 5% of its workforce, close to 4,000 people. The company is also giving its executives more money, having just approved a plan giving them bigger bonuses – up to 200% of their base salary.
In context: Once the undisputed leader in semiconductor manufacturing, Intel now finds itself at a critical juncture as its foundry operations face significant financial challenges. It remains uncertain whether a deal with TSMC can rescue Intel's foundry business, but without it the company – better known in its heyday as "Chipzilla" – must find a way to address its manufacturing challenges and financial losses.
Bottom line: Intel and TSMC are both gearing up to launch their respective 18A and N2 process nodes, each offering significant advancements. On one side, Intel claims 18A will deliver much higher generational performance gains. On the other, TSMC is emphasizing N2's impressive transistor density. But which one is truly superior? As it turns out, the answer isn't so straightforward.