Ejer Tech.(China) is a technology-driven enterprise, engaged in the R&D, production and sales of the dry cabinets, precision laboratory equipment and other electric equipment. The headquarters is in Hangzhou, sits adjacent to Alibaba's global headquarters. There are branches all over the country. Our products have been sold to more than 100 countries and regions. Our main products are widely used in the fields of electronics industries, research institutions, government agencies, chemical industries, pharmaceutical industries and etc. The quality of our products is stable and reliable, thus are trusted by the customers worldwide.
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EJER

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Electronics, 5G IoT

Electronic chips, semiconductors, IC circuits, 5G IOT, AI, Electric Vehicles (EVs),wafers, optical components, photovoltaics, camera lenses.

Laboratories

Precision instruments, important documents, preservation of cultural relics, pharmaceutical reagents, teaching use.

Photovoltaic and new energy

Precision instruments, new energy chips, optical lenses, batteries, communication modules, sensors, IC patches.

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News Center
EU Faces Challenges in Achieving 2030 Semiconductor Production Goals; Push for Chips Act 2.0

Friday, May 9, 2025 — Europe
Recent reports highlight that European lawmakers and industry groups are advocating for a "Chips Act 2.0", aiming to further bolster the region's semiconductor development. This push comes amidst concerns that the original objectives set by the EU's formal chip strategy in 2022 may not be met, necessitating significant reforms and upgrades.
The EU's ambition to achieve 20% of global chip production by 2030 appears increasingly out of reach, according to the latest assessments. The EU Chips Act, enacted in 2022 and effective from 2023, ambitiously targeted raising the EU’s share of the global semiconductor market from 10% to 20% by the end of this decade, including the domestic production of advanced chips at 2 nanometers and below. To accomplish these goals, the act planned to mobilize €43 billion in public and private investments, with €33 billion coming from the EU budget and the remainder from member states and the private sector.
Despite these initiatives, which have already attracted major semiconductor manufacturing projects such as Intel’s €33 billion investment in two new wafer fabs and a joint venture between TSMC and Bosch focusing on mature 28nm technology, several challenges persist. These include funding shortfalls, technological gaps, heavy reliance on imported raw materials, and high energy costs. Consequently, some projects have been delayed or even canceled.
Adding to these concerns, the European Court of Auditors (ECA) has projected that, at the current pace, the EU might only reach 11.7% of the global semiconductor market by 2030. In response, discussions around the Chips Act 2.0 are underway, with proposals suggesting a need for €20 billion in grants across the entire semiconductor supply chain, alongside strategic adjustments to support innovation in high-performance computing, AI, and quantum technologies.
Industry experts argue for a renewed semiconductor strategy with clear, achievable, and time-bound goals, backed by appropriate funding measures and regulatory adjustments when necessary. There is also an emphasis on leveraging Europe’s strengths, like ASML’s leadership in EUV lithography and Zeiss’s advancements in optical systems, to enhance its position in the global semiconductor landscape.
Furthermore, the trend towards collaborative efforts within the EU is becoming more pronounced, with nine countries forming the "Semicon Coalition" to boost self-sufficiency in chip production and strengthen their global standing. This coalition focuses on advancing technology sovereignty, enhancing supply chain resilience, and fostering innovation competitiveness.
Despite the hurdles, through legislative enhancements, innovative approaches, and increased cooperation, Europe aims to build a resilient ecosystem that supports the sustainable growth of its semiconductor industry.
 It is important to note that the perspectives presented in this news article are for reference only and represent personal opinions.

AI server growth momentum continues until 2025, with output value estimated to reach US$298 billion

According to the latest survey by TrendForce, the overall server output value is estimated to reach US$306 billion in 2024, among which AI Server has better growth momentum than general servers, with an output value of approximately US$205 billion. As AI Server demand continues to grow in 2025 and the average selling price (ASP) contributes more, the output value has the opportunity to increase to nearly US$298 billion, and the proportion of overall server output value will further increase to more than 70%.
Chinese and American CSPs and Server OEM customers have increased their momentum to purchase Hopper series models, which will drive the total AI Server shipments in 2024 to increase by 46% year-on-year. Looking ahead to 2025, TrendForce estimates that AI Server annual shipments will increase by nearly 28% year-on-year, and the proportion of overall Server shipments will further increase to more than 15%.

As for the performance of major AI chip suppliers, the new Blackwell platform is expected to become the mainstream of NVIDIA's high-end GPU in 2025. However, the GB Rack series has a more complex design verification, and the supply chain still needs time to prepare. In addition, there are fewer working days in the first quarter due to seasonal factors. It is estimated that shipments will increase significantly after the second quarter. In addition, it is estimated that NVIDIA will launch solutions such as B300 and GB300 in the third quarter of 2025, which is expected to further boost the shipment momentum of HGX and GB Rack equipped with Blackwell.
In addition to NVIDIA, it is also worth noting that large CSPs are more actively investing in self-developed ASICs. In 2024, Google will still be the main shipper, but AWS's shipment growth will be stronger, with an annual growth rate of more than 200%. It is expected that AWS shipments will grow by more than 70% in 2025, and it will focus more on the development of Trainium chips and invest in AI applications such as AWS public cloud infrastructure and e-commerce platforms.
Reposted from: International Electronic Commerce, automatically translated by Google

Silicon demand to grow by double digits by 2025

In 2024, the semiconductor industry has already differentiated, with consumer electronics, automotive and industrial markets continuing to weaken, while developments in the field of artificial intelligence continue to drive the growth of GPUs and high-bandwidth memory (HBM).
Due to the high cost of semiconductors used in the field of artificial intelligence and the limited procurement volume in the IT budget, the impact on wafer demand is not significant. However, the recent trend toward larger chip sizes has increased the amount of silicon used per package. This is illustrated by the fact that wafer demand exceeds unit shipments this year and next.
As we move into 2025, we are less optimistic about a broad-based recovery at the beginning of the year. TechInsights expects semiconductor sales to remain flat in the first half, followed by stronger growth in the second half. Discrete, analog, and optoelectronic device manufacturers continue to face inventory challenges, and these inventories need to be absorbed before we can expect a return to broad-based growth.
On the positive side, we expect consumer confidence to improve as interest rates trend downward throughout the year. After consumers regain confidence, they may prioritize the purchase of high-value goods, which will boost the consumer electronics market and bring good support to the automotive industry.
Reposted from: International Electronic Commerce, automatically translated by Google