Recent #Technology Development news in the semiconductor industry

11 months ago

➀ The domestic CPU industry is entering a new stage with the expanding market demand for domestic processors, marked by three major routes: x86 architecture, ARM architecture, and LoongArch architecture;

➁ The core of evaluating domestic processors today should be how to find a balance between the two routes and let some routes develop first, with x86 and ARM showing significant potential while LoongArch carries the initial vision of independent development;

➂ The three routes complement each other, with x86 and ARM leading the market and LoongArch focusing on ecosystem development and performance improvement.

Technology Development
11 months ago
➀ The RAN market is facing a second consecutive year of steep declines after a 40 to 50 percent revenue growth between 2017 and 2021; ➁ The downward pressure is expected to persist until 6G becomes a reality; ➂ Operators will need to optimize their spectrum roadmaps to address various data traffic scenarios, and the RAN market may see further downward pressure due to the slowing growth of mobile data traffic.
5GMarket TrendsRANTechnology Developmentinvestmentrevenue growthtelecommunications
12 months ago
➀ The Cyberagentur has signed contracts with three international tech companies for the development of mobile quantum computers; ➁ The project, with an investment of over 35 million euros, aims to enable mobile use in security, defense, and civilian applications; ➂ The research will focus on miniaturizing quantum computers while maintaining high performance for mobile use in security and defense scenarios.
CyberagenturGermanyMobile Quantum TechnologyNational Security StrategyQuantum ComputingQuantum Technology ResearchTechnology Developmentcybersecurityinnovation
12 months ago
➀ The Cyberagentur has signed contracts with three international technology companies for the development of mobile quantum computers. The project marks a milestone in quantum research and paves the way for new applications of quantum computers. The goal is to enable mobile use in security and defense scenarios as well as in civil applications. ➁ The research project aims to advance the miniaturization of quantum computers while maintaining high performance and necessary peripherals. The construction and functional demonstration of a reproducible and programmable mobile quantum computer are recorded as project results. ➂ The project is expected to bring Germany to the forefront of mobile quantum computing technology, securing its leading position in quantum technology research and strengthening the country's digital sovereignty.
CyberagenturGermanyMobile Quantum TechnologyQuantum ComputingQuantum TechnologyResearch ProjectSachsen-AnhaltTechnology Developmentcybersecurityinnovation
12 months ago
The Fraunhofer IDMT Institute for Digital Media Technology in Oldenburg, as a subcontractor, developed a special acoustic sensor for the Shuttle. Algorithms were also programmed to detect emergency vehicles using the sensor. The project focuses on the comprehensive automation of mobility processes using AI, with autonomous shuttles operating in defined environments. The closing event will showcase the project results and allow participants to interact with the partners.
AIAcoustic DetectionAutonomous VehiclesDigitalizationEventProject CompletionResearch projectsSensor TechnologySmart CitiesTechnology DevelopmentTransportation
about 1 year ago
1. A study by Fraunhofer ISI and the University of Saarland analyzed three generations of quantum communication technologies, focusing on their market readiness and technological advancements. 2. The study highlights the importance of quantum communication in ensuring secure communication and the potential threat posed by quantum computers to current encryption methods. 3. The study forecasts annual growth rates between 15 and 25 percent for quantum communication technologies, with significant patent activities from the EU, USA, and China.
Quantum CommunicationResearch StudyTechnology Development