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Showing posts with the label ic architecture

Has 6G Been Launched?

During the development process from 1G to 5G, 1G defined voice; 2G realized mobile communication voice services as well as some digital messaging services; 3G defined mobile Internet; 4G developed the best solution for mobile Internet; and the arrival of 5G began to promote the development of smart home, telemedicine and other applications. With the commercialization of 5G on a large scale entering the fast track, major countries and regions around the world have started 6G research. Increase 6G technology research and development support, and actively participate in promoting 6G international standardization work." The continuous promotion of 6G will bring more markets and opportunities to the chip industry.   1.  6G will open up the smart connection of all things   Compared with 5G, 6G is not only to improve the communication transmission speed so simple, if 5G is to open up the plane world of "everything connected", then 6G is about to create a three-dimensional world

Toxic gas leak in Ohio, USA! Intel, Foxconn and other semiconductor factories may be affected

 According to news reports, a train carrying toxic chemicals derailed in eastern Ohio on the night of Feb. 3, sparking a fire. The local emergency department carried out a "controlled release" of toxic gas on board the train on the 6th, resulting in the emergency evacuation of residents within a few kilometers due to the threat of deadly gas. Due to the serious toxic gas pollution in the area, may have a significant impact on the local Intel, Honghai Foxconn, LG Energy, and other factories. U.S. train derailment caused the spread of toxic gases Australia News 13 reported that this incident has caused the problem of toxic gas diffusion has led to coughing, diarrhea, tears, no appetite, and other symptoms of poisoning in nearby animals. The freight train in question, with about 50 cars, derailed in the eastern Ohio town of East Palestine, adjacent to Pennsylvania, on the night of the 3rd, sparking a fire. According to the operator Norfolk Southern Corporation, there are 10 cars

What kind of chip does ChatGPT USE?

Recently, the ChatGPT-led generative model has become a new hot spot in AI, with Microsoft and Google in Silicon Valley investing heavily in such technologies (Microsoft has a $10 billion stake in OpenAI, the company behind ChatGPT, and Google has recently released its own BARD model), while Internet technology companies in China, represented by Baidu and others, have also indicated that they are developing such technologies and will go live in the near future. In China, Baidu and other Internet technology companies have also indicated that they are developing such technologies and will go live in the near future.   The generative models represented by ChatGPT have a common feature, that is, they use massive data for pre-training, and are often paired with a more powerful language model. The main function of the language model is to learn from the massive existing corpus, and after learning, it can understand the user's linguistic instructions, or furthermore, generate relevant tex

What are the three main types of chip architecture?

  ARM is short for Advanced RISC Machine , which is a 32-bit lean instruction set architecture, but is also equipped with a 16-bit instruction set, generally saving up to 35% over the equivalent 32-bit code, while retaining all the advantages of a 32-bit system.   The main features of ARM processors are.   (1) Small size, low power consumption, low cost, high performance - the most important reason why ARM is widely used in embedded systems Support for Thumb (16-bit)/ARM (32-bit) dual instruction set, which is well compatible with 8-bit/16-bit devices.   (2) Extensive use of registers for faster instruction execution.   (3) Most data operations are done in registers.   (4) Flexible and simple addressing methods and high execution efficiency.   (5) Instruction length is fixed.   (6) Load_store structure: In RISC, all calculations are required to be done in the registers. And the communication between registers and memory is done by separate instructions. And in CSIC, the CPU is able to