In 1984, Intel decided to exit the DRAM business, which marked the start of technology diversion between memories and logic IC. In hindsight, Intel's decision made sense. Memories and logic IC are very different in terms of design, manufacturing processes, equipment deployment, and market characteristics. It is common sense that a company should focus on pursuing excellence in one specific direction.
In 2014, 3D NAND flash was introduced to the industry with 24 layers, and it co-existed with 2D NAND flash until 2017. 3D NAND flash gradually came to dominate the market with its high-density storage capacity and technologies, and its manufacturing process completely diverged from that of DRAM. The synergy of utilizing the same processes and equipment for the two memory types - DRAM and NAND - was completely gone, and the core of competitive strategies in the memory industry changed.
India wants to transition to electric vehicles quickly. The government has made its intentions clear with subsidies and incentives, while major car OEMs like Tata Motors are gearing up to launch several new electric vehicles.
Let's take a moment to review the rise and fall of Taiwan's DRAM industry. Taiwan's DRAM industry came into being in the mid-1990s. In the beginning, although some companies wanted to self-develop related technologies, most companies chose to become competitive by exchanging production capacity for technology licensing with partners. This method certainly had some drawbacks, including that companies obtaining the licensed technologies could be controlled by their partners.
Jakarta-based SWAP Energi co-founder Kevin Phang aspired to advance battery-swapping technologies for electric scooters while he was studying abroad. SWAP Energi and its affiliate e-scooter maker and distributor SMOOT have set up 400 battery swapping stations in Greater Jakarta and Bali, Indonesia, the highest among the top e-scooter brands in the country.
NAND flash was invented by Toshiba in 1989 and entered commercial mass production in the early 2000s. Since NAND flash has much faster access speed than mechanical hard drives, and since small-storage persistent memory products were gaining popularity, memory companies began placing increased focus on NAND flash.
Semiconductor is a high-tech industry that requires continuous investment in the development of cutting-edge technologies to create new economic value. With the advantage of entering the market early, leading semiconductor companies can generate significant profit and use that profit to develop more advanced manufacturing processes to extend their lead. By increasing their capital spending, they can build up stronger economies of scale. This virtuous circle is the winning formula for businesses competing in high-tech industries.
ProLogium is ready to produce the world's first batch of high-performance solid-state batteries for electric vehicles (EV) soon. The Gigafactory in Taoyuan, Taiwan is planning to start mass-producing within the next three to four years.
Canadian startup Kat Innovation aims to develop a medical device to help hip surgery patients recover faster by stimulating their bone formation. It seeks to work with hospitals in different countries for in-vitro and clinical studies.
The capital market and investor relations have been impacted by the regulations of MiFID II beginning in January 2018. What is MiFID II and why will it continue to have an impact on all the market participants? In this article, we will discuss what MiFID II is, and what you need to know.
The massive new nodes created inside and outside self-driving cars will bring new business opportunities for AI solutions, and the entire creation process can be seen as a combination of "kitchen wastes" and "indestructible cockroaches," according to Wei-Bin Lee, CEO of Hon Hai Research Institute under the Foxconn Technology Group.
Indian Transport as a Solution (TaaS) startup aims to expand to Southeast Asia and MENA as these regions have conditions similar to India. Speaking to DIGITIMES Asia recently, Avinash Bagri, co-founder & CTO of gogoBus, explained that finding the right partners in these regions is important to the company.
We all live in a connected world with ubiquitous sensors and connected devices. These connected devices are often powered by batteries without direct access to a power supply, which makes power consumption a top concern when choosing the appropriate wireless communication technology for IoT devices.
Before commenting on the intrinsic strength of China's semiconductor industry, we must have an elaborate study on China's semiconductor market and industrial structure. According to Semiconductor Industry Association (SIA), the total output of the global semiconductor market in 2021 was US$555.9 billion, up 26.2% from 2022, of which US$192.5 billion was generated from the Chinese market, accounting for 34.6% of the global total. However, this figure refers to the sales to local Chinese companies plus sales into China's domestic market, excluding the demand brought by foreign companies assembling diver products such as notebooks and mobile phones in China.