Google confirmed on Thursday that it had added 1,023 more IBM patents to its technology arsenal to fend off legal attacks by rivals such as Apple Inc and Microsoft Corp.
The purchases added to the 1,000 or so patents the California-based Internet firm bought from IBM in July and reportedly ranged from mobile software to computer hardware and processes.
Google spokesman Jim Prosser said that the patent transfers had taken place but would not disclose financial terms of the deal or specifics regarding the intellectual property.
The push by Google to strengthen its patent portfolio comes as the fight for dominance in the booming smartphone market increasingly involves lawsuits claiming infringement of patented technology.
Smartphone titan HTC Corp (宏達電) this month ramped up its patent war with Apple with the help of ammunition provided by Google, the force behind Android mobile software.
Technology giants have taken to routinely pounding one another with patent lawsuits. Apple has accused HTC and other smartphone makers using Google’s Android mobile operating system of infringing on Apple-held patents.
Some of the nine patents that HTC got from Google had belonged to Motorola Mobility, which Google is buying for US$12.5 billion in cash.
Motorola Mobility’s trove of patents was a key motivation for Google to defend Android. The US maker of smartphones and touchscreen tablet computers has more than 17,000 issued patents and another 7,500 pending.
The New Taiwan dollar is on the verge of overtaking the yuan as Asia’s best carry-trade target given its lower risk of interest-rate and currency volatility. A strategy of borrowing the New Taiwan dollar to invest in higher-yielding alternatives has generated the second-highest return over the past month among Asian currencies behind the yuan, based on the Sharpe ratio that measures risk-adjusted relative returns. The New Taiwan dollar may soon replace its Chinese peer as the region’s favored carry trade tool, analysts say, citing Beijing’s efforts to support the yuan that can create wild swings in borrowing costs. In contrast,
Nvidia Corp’s demand for advanced packaging from Taiwan Semiconductor Manufacturing Co (TSMC, 台積電) remains strong though the kind of technology it needs is changing, Nvidia CEO Jensen Huang (黃仁勳) said yesterday, after he was asked whether the company was cutting orders. Nvidia’s most advanced artificial intelligence (AI) chip, Blackwell, consists of multiple chips glued together using a complex chip-on-wafer-on-substrate (CoWoS) advanced packaging technology offered by TSMC, Nvidia’s main contract chipmaker. “As we move into Blackwell, we will use largely CoWoS-L. Of course, we’re still manufacturing Hopper, and Hopper will use CowoS-S. We will also transition the CoWoS-S capacity to CoWos-L,” Huang said
Nvidia Corp CEO Jensen Huang (黃仁勳) is expected to miss the inauguration of US president-elect Donald Trump on Monday, bucking a trend among high-profile US technology leaders. Huang is visiting East Asia this week, as he typically does around the time of the Lunar New Year, a person familiar with the situation said. He has never previously attended a US presidential inauguration, said the person, who asked not to be identified, because the plans have not been announced. That makes Nvidia an exception among the most valuable technology companies, most of which are sending cofounders or CEOs to the event. That includes
INDUSTRY LEADER: TSMC aims to continue outperforming the industry’s growth and makes 2025 another strong growth year, chairman and CEO C.C. Wei says Taiwan Semiconductor Manufacturing Co (TSMC, 台積電), a major chip supplier to Nvidia Corp and Apple Inc, yesterday said it aims to grow revenue by about 25 percent this year, driven by robust demand for artificial intelligence (AI) chips. That means TSMC would continue to outpace the foundry industry’s 10 percent annual growth this year based on the chipmaker’s estimate. The chipmaker expects revenue from AI-related chips to double this year, extending a three-fold increase last year. The growth would quicken over the next five years at a compound annual growth rate of 45 percent, fueled by strong demand for the high-performance computing
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