Canon is gearing up to begin shipping its new nanoimprint lithography chipmaking machines, possibly this year. The equipment — which uses a stamping process Canon says will be cheaper and more energy-efficient than ASML’s light-based extreme ultraviolet (EUV) technology — could be a disruptor in a market dominated by the Dutch company. Such machines, essential in manufacturing semiconductors, imprint circuitry onto silicon wafers in patterns that can be thousands of times thinner than the width of a human hair. Foundries TSMC, Samsung Semiconductor and Intel rely on ASML’s EUV machines in the manufacture of high-end chips. Continue reading Canon Could Begin Shipping Chip Stamping Machine in 2024

In Q2 2021, Samsung Electronics posted a 73 percent increase in net profit to about $8.37 billion (9.63 trillion won), and a revenue increase of 20 percent to 63.57 trillion won, both numbers surpassing analyst expectations. Although the South Korean company’s sales of smartphones was relatively weak, its semiconductors — used by Apple and Sony among others — were snapped up by Big Tech companies churning out PCs, servers and other devices requiring chipsets. Samsung’s chip division saw upticks in operating profit and revenue. Continue reading Samsung Profits, Revenues Climb with Semiconductor Sales

Intel agreed to sell its memory unit to SK Hynix — which makes flash memory components in South Korea — for 10.3 trillion won (about $9 billion). The sale, which includes Intel’s solid-state drive, NAND flash and wafer business and a production facility in the Chinese city of Dalian, will occur in stages through 2025. The deal is expected to improve Hynix’s position in the chip industry, which has boomed after COVID-19, and rids it of one competitor. SK Hynix’s primary rivals are Samsung Electronics and Micron Technology. Continue reading Intel Sells NAND Memory Business to SK Hynix for $9 Billion

Samsung Electronics, which currently dominates the market for memory chips used in smartphones and servers (among other devices), is now set on developing what they call “logic chips,” or advanced chip processors. The company stated its plans to invest 133 trillion won ($116 billion) over the next 10 years, putting it on a path to compete with Intel and Qualcomm. In doing so, Samsung is expected to create 15,000 jobs in production and research. The company already designed its own microprocessors for its Galaxy phones. Continue reading Samsung Invests in Logic Chips to Rival Intel and Qualcomm

Samsung Electronics reported an approximately 20 percent increase in operating profit for the latest quarter from a year earlier, resulting in a record high profit of about $15 billion. But that sudden lift may not last. According to industry experts, the higher numbers are due to increased demand for memory chips for use in data centers and smartphones. Samsung and other chipmakers invested to expand production, but now demand for smartphones (and other consumer electronics) is reaching a plateau. Continue reading Amid Record Profits, Samsung Faces a Slowing Chip Market

Toshiba announced that it is selling its memory-chip business, a major supplier to some of the world’s top CE manufacturers, and expects to reach an agreement by the end of the month. Leading the race is a group including private-equity firm Bain Capital and tech companies such as Apple, Dell, Seagate, SK Hynix and Innovation Network Corp. of Japan. Insiders indicate the bid values Toshiba’s chip business at $19 billion. Apple and Dell aim to keep the Toshiba unit as a viable supplier, while hoping it remains competitive with flash memory-chip leader Samsung. Continue reading Toshiba Is Accepting Bids for its Profitable Memory-Chip Unit

Samsung Electronics’ semiconductor unit posted Q2 sales of $15.7 billion and operating profit of $7.1 billion, surpassing Intel’s Q2 earnings of $14.8 billion and operating profit of $3.8 billion. This marks the first time in nearly 25 years that Intel has lost its No. 1 position in the chip-making market. Up until this quarter, Santa Clara, CA-based Intel has enjoyed a comfortable lead over Samsung’s chip unit, which got its start with a focus on mobile devices. The semiconductor industry is currently valued at $365 billion. Continue reading Intel Is Topped by Samsung After 25-Year Lead in Chip Sales

Intel is shipping its first products based on 3D XPoint, a technology it has been developing for more than ten years to bridge the gap between conventional memory, which holds data for immediate use, and longer-term storage. The company reports that 3D XPoint is 1,000 times faster than NAND flash often used in storage drives, but only 1 percent the speed of DRAM (dynamic random-access memory) temporary memory. Intel says it can speed up tasks in fraud detection, retail recommendations and autonomous vehicles. Continue reading Intel Debuts Memory Products Based on 3D XPoint Technology

The National Science Foundation just announced grants to build the $30 million Stampede 2 supercomputer which, outfitted with 18 petaflops, will offer twice the power of the Stampede, which debuted in March 2013. Its processing capacity puts it on a par with Cray’s Titan and IBM’s Sequoia (though not as powerful as China’s Tianhe-2). The supercomputer will be available to any researcher with a need for immense processing power, for such applications as atomic and atmospheric simulations. Continue reading National Science Foundation Funds Stampede Supercomputer

Intel just introduced the Xeon E5-2600 v4 chip family, which includes up to 22 calculating engines on each chip (up from a maximum of 18) and has built-in features to encrypt data more quickly, thus potentially improving security of cloud computing. Dell, HP and Cisco Systems will use the chips to make new servers. Intel also revealed its collaboration with CoreOS and Mirantis whose technologies are aimed to make it easier for companies to move data between different cloud services or their own data centers and the cloud. Continue reading Intel Debuts Chips, Partnerships for Next-Gen Cloud Computing

Intel and Micron Technology announced that they have developed a new memory chip technology that will increase performance up to 1,000 times faster than today’s technology. If proven true, the new chip technology, named 3D XPoint, could offer tremendous new capabilities for computers, smartphones and other electronics. 3D XPoint is not as fast as DRAM (dynamic random access memory), but stores 10 times more data and also, similar to current NAND flash memory, retains data even after devices are powered off. Continue reading New Intel, Micron Chips Said to Offer Big Performance Gains