Chinese semiconductor thread II

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AMEC Welcomes the Successful Delivery of the World's First Primo Menova™ 12-inch Metal Etching Equipment​

Recently, Shanghai Advanced Micro-Electronics Equipment Co., Ltd. (hereinafter referred to as "AMEC", stock code: 688012) announced that its etching equipment series has reached another milestone: the world's first Primo Menova™ 12-inch metal etching equipment has been successfully delivered to a major domestic integrated circuit R&D, design and manufacturing service provider. This milestone not only marks another independent innovation of AMEC in the field of plasma etching, but also demonstrates the company's continuous R&D technical capabilities and steady development of comprehensive strength.

AMEC's 12-inch ICP single-chamber etching equipment Primo Menova™ focuses on metal etching, especially good at etching metal Al wires and Al blocks. It can be widely used in the manufacture of power semiconductors, memory devices and advanced logic chips, and is one of the main equipment for wafer fab metallization processes. Primo Menova™ is developed and manufactured based on AMEC's mass-produced ICP etching product Primo Nanova®. It adheres to the excellent etching uniformity control and can achieve etching performance such as high rate, high selectivity and low bottom dielectric damage. Primo Menova™ is equipped with a high-efficiency chamber cleaning process to reduce chamber contamination and extend the continuous operation time of the chamber. The Primo Menova™ system also integrates a strip chamber equipped with high-temperature water vapor to efficiently remove residual photoresist and by-products on the wafer surface after metal etching. Primo Menova™ and the strip chamber can be flexibly matched according to customer process requirements to meet customers' requirements for high production efficiency to the greatest extent, ensuring the stability and yield of the machine in high-load production.
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AMEC has always been at the forefront of the development of advanced process technology, moving forward in sync with the world's leading semiconductor customer companies. The company's plasma etching equipment has been used in international first-tier customers from 65 nanometers to 14 nanometers, 7 nanometers and 5 nanometers and other advanced integrated circuit processing and manufacturing production lines and advanced storage and advanced packaging production lines. The company's CCP capacitive high-energy plasma etcher and ICP inductive low-energy plasma etcher can cover more than 95% of domestic etching application needs, and meet the various stringent requirements of customers in advanced processes in terms of excellent performance and high stability. By the end of 2024, the company has accumulated more than 6,000 plasma etching and chemical thin film equipment reaction tables, and has achieved mass production and large-scale repetitive sales in 137 production lines at home and abroad.

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Xinhenghe Semiconductor Equipment Industrial Park project started​


According to the "Jingjiang Release" public account, the Xinhenghe Semiconductor Equipment Industrial Park project started construction recently.
It is reported that the Xinhenghe Semiconductor Equipment Industrial Park project is a strategic choice of Jingjiang Xinhenghe Semiconductor Technology Co., Ltd. to follow Pioneer Precision to achieve leapfrog development. The total planned investment is 700 million yuan, focusing on the research and development and intelligent manufacturing of high-end semiconductor equipment components, providing domestic leading semiconductor companies with more precise and stable core components.

The project will be implemented in two phases, with plans to build functional areas such as R&D and testing areas, precision processing areas, metal surface treatment production areas, and ceramic parts processing areas to create a benchmark project in the semiconductor equipment field in the Yangtze River Delta and further drive upstream and downstream companies to gather in Jingjiang.

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The first equipment of Yuehai Integrated 12-inch intelligent microfluidic chip production line enters the factory.​


According to Yuehai Integration, on June 20, the first batch of MEMS manufacturing equipment of Guangdong Yuehai Integration Technology Co., Ltd. officially moved into the factory, which marked the full launch of the construction of Yuehai Integration's first 12-inch CMOS-MEMS intelligent microfluidic chip mass production line in China. The first phase will reach a monthly output of 1,500 inkjet printed chips.

Yuehai Integrated said that intelligent microfluidic chips (semiconductor microfluidics) are the "core engine" of liquid digitization, which can manipulate liquids with picoliter precision and high throughput. They are widely used in inkjet printing, biomedicine and ultra-precision machining. However, this field has long been monopolized by international giants such as STMicroelectronics, HP, and Canon, and the localization rate is almost zero! According to the Yole report, the global MEMS wafer shipments will be 4 million pieces in 2023, of which intelligent microfluidics will account for 1.5 million pieces, but the Chinese market is basically dependent on imports. The construction of the production line is precisely to break this situation and achieve independent control of core technologies.
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According to the information, Yuehai Integration is a smart sensor developer that focuses on wafer-level advanced packaging business. The company has mastered TSV technology, rewiring technology, micro-bump technology, and wafer stacking technology, and at the same time, relying on the existing 2.5D & 3D packaging capabilities, it focuses on developing heterogeneous heterogeneous integration technology.

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To expand the high-end wearable market, GalaxyCore successfully delivered its first OLED DDIC GC3A71!​


GalaxyCore officially announced that the first AMOLED display driver chip GC3A71 has been successfully delivered to smartwatch customers. With 400*400 high resolution, flexible packaging adaptability, low power design and wide color gamut display effect, GC3A71 accurately meets the core demands of smartwatch display design and has been highly recognized by customers. This marks that GalaxyCore has completed the key accumulation of OLED display technology and algorithms, successfully entered the fast-growing OLED display market, and broadened the growth space of the display driver business.

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In the display industry, OLED display has become a major growth point in the medium and long term due to its advantages such as thinness, high contrast, and low power consumption. According to Sigmaintell data, the revenue of the OLED display driver chip market will maintain an annual compound growth rate of about 9.1% between 2024 and 2030. Among them, smartphones, wearable devices, etc. will become an important force driving the growth of this market. As an important implementation result of GalaxyCore's entry into the OLED market, GC3A71 provides a competitive display driver solution for smart watches with high performance and high adaptability.

GC3A71 supports GalaxyCore's unique COG packaging, which can significantly reduce the module border, improve the device screen-to-body ratio and integrated visual aesthetics, and free up more space for smart watch design. The product integrates SRAM and is equipped with dynamic refresh technology, supporting a refresh rate of 1-60Hz. While ensuring smooth display, it effectively reduces power consumption and meets the needs of long-term use of wearable devices. In terms of display effect, GC3A71 supports 11-bit digital GMA output, achieving richer grayscale performance and providing a wider color gamut range, making the picture more delicate and the colors more realistic.

GC3A71 has design flexibility to meet customers' diverse design needs. The product is compatible with COG and COF packaging, and is flexibly adapted to hard screens and flexible AMOLED screens; it also supports 1-wire, 2-wire, and 4-wire SPI communication interfaces, allowing customers to flexibly configure according to system resources; GC3A71 also has industrial-grade reliability and can work stably in a wide temperature range of -40°C to 85°C. Based on the mature and stable 55nm process, GC3A71 takes into account both performance and cost, effectively supporting customers to achieve product commercialization.

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