MediaTek Inc (聯發科) yesterday unveiled the world’s first ultra-high-resolution 8K TV system-on-chip made with Taiwan Semiconductor Manufacturing Co’s (TSMC, 台積電) 7-nanometer technology, as the next-generation TVs are excepted to hit the global market in the second quarter of next year, it said.
The Pentonic 2000 chip offers artificial intelligence engines, motion estimation and motion compensation, versatile video coding and picture-in-picture technologies, the company said in a release.
Compared with TSMC’s 16-nanometer process used to make chips for consumer electronics, the 7-nanometer process provides a 30 percent improvement in speed and 55 percent power reduction, as well as more than three times the logic density, it said.
In addition, the new chip has an ultra-wide memory bus, uses universal flash storage 3.1 and supports wireless connectivity for Wi-Fi 6E or 5G modems, it added.
MediaTek’s chips are used in nearly 2 billion TVs per year with customers such as China’s Oppo Mobile Telecommunications Corp (歐珀), South Korea’s LG Electronics Inc and Samsung Electronics Co, as well as Vizio Inc in North America.
TV-related chips contributed about 14 percent to MediaTek’s revenue of NT$131.07 billion (US$4.72 billion) last quarter, while mobile phone chips accounted for 56 percent, company data showed.
UNPRECEDENTED PACE: Micron Technology has announced plans to expand manufacturing capabilities with the acquisition of a new chip plant in Miaoli Micron Technology Inc unveiled a newly acquired chip plant in Miaoli County yesterday, as the company expands capacity to meet growing demand for advanced DRAM chips, including high-bandwidth memory chips amid the artificial intelligence boom. The plant in Miaoli County’s Tongluo Township (銅鑼), which Micron acquired from Powerchip Semiconductor Manufacturing Corp (力積電) for US$1.8 billion, is expected to make a sizeable capacity contribution to the company from fiscal 2028, the company said in a statement. It would be an extended production site of Micron’s large-scale manufacturing hub in Taichung, the company said. As the global semiconductor industry is racing to reach US$1 trillion
Singapore-based ride-hailing and delivery giant Grab Holdings Ltd has applied for regulatory approval to acquire the Taiwan operations of Germany-based Delivery Hero SE's Foodpanda in a deal valued at about US$600 million. Grab submitted the filing to the Fair Trade Commission on Friday last week, with the transaction subject to regulatory review and approval, the company said in a statement yesterday. Its independent governance structure would help foster a healthy and competitive market in Taiwan if the deal is approved, Grab said. Grab, which is listed on the NASDAQ, said in the filing that US-based Uber Technologies Inc holds about 13 percent of
Taiwan’s food delivery market could undergo a major shift if Singapore-based Grab Holdings Ltd completes its planned acquisition of Delivery Hero SE’s Foodpanda business in Taiwan, industry experts said. Grab on Monday last week announced it would acquire Foodpanda’s Taiwan operations for US$600 million. The deal is expected to be finalized in the second half of this year, with Grab aiming to complete user migration to its platform by the first half of next year. A duopoly between Uber Eats and Foodpanda dominates Taiwan’s delivery market, a structure that has remained intact since the Fair Trade Commission (FTC) blocked Uber Technologies Inc’s
Memory chip stocks extended their losses yesterday after Alphabet Inc’s Google publicized research that could allow more efficient use of the storage needed for artificial intelligence (AI) development. SK Hynix Inc and Samsung Electronics Co, South Korean leaders in the market, fell more than 6 percent and about 5 percent respectively in Seoul. In the US, Micron Technology Inc, Western Digital Corp and Sandisk Corp slid more than 2 percent in pre-market trading, after they all closed lower on Wednesday. Memory companies have been on a tear in recent months as the rapid development of AI infrastructure triggered a spike in chip
RSS