True, I may have gotten heated up. Regardless of whether China does this or not, it still doesn't change the dismal future that the USA has set itself up for. Still it is an option is things go completely to shit but for China and there long term planning, I doubt it. For the USA on the other hand, it most certainly will. Also, it does show how little loyalty these corporations have towards the US as a whole. If the situation in the US gets worse, these corporations will almost certainly make a large number of workers in the US redundant, which obviously is going to harm the economy even more and... oh boy I have seen what you did there.
News on China's scientific and technological development.
- Thread starter Quickie
- Start date
Good thing is that an M&A will probably take a few months, regulatory approvals will take at least a year, and for Nvidia to actually start integrating operations and restriction of sales under US bootlickers would take another half a year. Implication -> Huawei has a good 2 years to deal with the outcome of this shit -> should start working now.
Chinese regulator can block that acquisition.
from cnTechPost
Chinese chip designer Phytium announces server CPUs based on 16nm process
2020-07-23 12:59:34 GMT+8 | cnTechPost
0
Chinese chip designer Phytium Technology today unveiled the Tengyun S2500, the next generation of highly scalable multi-server chip.
The chip inherits the superior performance of its predecessor, the FT-2000+, while adding four direct connections for a total bandwidth of 800Gbps.
It can form a 128- to 512-core computer system, the company said.
Phytium's eco-partners have started the development of servers based on the Tengyun S2500, which is expected to be available for mass production in the fourth quarter of this year.
Tengyun S2500 key specifications:
Based on 16nm process
Main frequency 2.0~2.2Ghz
64 FTC663 cores
Extended support for 2-way to 8-way direct connection
Integrated 64MB Level 3 Cache
8 DDR4-3200 memory channels
Power consumption is 150W
According to Phytium's test data, in terms of overall performance, the dual-channel SPECint score is 1000+, increasing to twice the original score.
Tengyun S2500 continues Phytium's high-end chips before the on-chip parallel system-on-chip (PSoC) architecture, data-friendly massively coherent storage architecture, hierarchical two-dimensional Mesh interconnect network of the three advantages of the structure.
It adds high-capacity shared L3 Cache, multi-port high-speed low-latency direct paths, and enhanced reliability for memory-mirrored storage.
Phytium also announced its future CPU roadmap, with the embedded Tenglong E-series next in line for 14nm.
The Tengrui D series of desktop CPUs will be available in 14nm by the end of this year with the Tengrui D2000, and by the end of next year with the Tengrui D3000 series, which doubles the performance of a single core.
As for the Tengyun S series in the server space, the next-generation Tengyun S5000 series will be upgraded to 7nm and will come out in Q3 2021.
In 2022 it will release the 5nm Tengyun S6000 series, doubling the overall performance.
Chinese chip designer Phytium announces server CPUs based on 16nm process
2020-07-23 12:59:34 GMT+8 | cnTechPost
0
Chinese chip designer Phytium Technology today unveiled the Tengyun S2500, the next generation of highly scalable multi-server chip.
The chip inherits the superior performance of its predecessor, the FT-2000+, while adding four direct connections for a total bandwidth of 800Gbps.
It can form a 128- to 512-core computer system, the company said.
Phytium's eco-partners have started the development of servers based on the Tengyun S2500, which is expected to be available for mass production in the fourth quarter of this year.
Tengyun S2500 key specifications:
Based on 16nm process
Main frequency 2.0~2.2Ghz
64 FTC663 cores
Extended support for 2-way to 8-way direct connection
Integrated 64MB Level 3 Cache
8 DDR4-3200 memory channels
Power consumption is 150W
According to Phytium's test data, in terms of overall performance, the dual-channel SPECint score is 1000+, increasing to twice the original score.
Tengyun S2500 continues Phytium's high-end chips before the on-chip parallel system-on-chip (PSoC) architecture, data-friendly massively coherent storage architecture, hierarchical two-dimensional Mesh interconnect network of the three advantages of the structure.
It adds high-capacity shared L3 Cache, multi-port high-speed low-latency direct paths, and enhanced reliability for memory-mirrored storage.
Phytium also announced its future CPU roadmap, with the embedded Tenglong E-series next in line for 14nm.
The Tengrui D series of desktop CPUs will be available in 14nm by the end of this year with the Tengrui D2000, and by the end of next year with the Tengrui D3000 series, which doubles the performance of a single core.
As for the Tengyun S series in the server space, the next-generation Tengyun S5000 series will be upgraded to 7nm and will come out in Q3 2021.
In 2022 it will release the 5nm Tengyun S6000 series, doubling the overall performance.
antiterror13
Brigadier
How?
China has jurisdiction for most merger as most companies have business with China or Chinese companies. ARM has license agreement with many Chinese firms and Nvidva does a lot of business with Chinese companies. Under antitrust law of merger control China has jurisdiction over them unless they abandon all businesses with China.
Yes.....Huawei has developed its own EDA Software for designing 7nm Chips. This EDA is obviously to be used in conjunction with the SMEE 22/28nm Lithography Equipment. Huawei certainly has some research collaboration with SMEE as Huawei will be a major client of SMEE. The patents would relate to cooperation with SMEE on Lithography.
I believe Huawei has planned to maufacture its own Chips for a long time and was part of the Research team in the Advanced lithography Machine Requirement 2016-2020 5 Year Plan.
It developed the EDA as part of the joint research.
