The canal is the better idea.
They would dig two canals, one for ships going east and one for ships going west. Then they can build a road and rail by the side of it.
Is that article by SCMP or Bloomberg? Either way, sounds like propaganda.
News on China's scientific and technological development.
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They would dig two canals, one for ships going east and one for ships going west. Then they can build a road and rail by the side of it.
Is that article by SCMP or Bloomberg? Either way, sounds like propaganda.
Initial story from twitter,
"Thailand has abandoned considerations of the Kra Canal due to environmental reasons, but still seeks to bypass the Strait of Malacca in shipping with a road-and-rail link between seaports in southern Thailand cutting 2 days of shipping,
reports:
o-ran isn't so easy,This O-Ran is impractical to the point of being silly.
China is building and has built stand alone 5G networks today.
The bureaucrats touting O-Ran should give an indication when a manufacturer will produce such a product for that 5G network.
At this point, we hear radio silence!
The hole in the Trump administration’s emerging anti-Huawei strategy
Software-based wireless technology can overcome China's edge in 5G hardware, top U.S. officials hope. But the White House may need to nudge the chipmakers first.
it seems you are never tired to preach this “Grand Anti-China Alliance". ask america to form an anti Iran alliance first.
This canal needs to be guarded against the Indians.
btw, huawei's networks operations/monitoring center (worldwide) is located in India, right? They built it like 5+ or even 10 yrs ago? It's easy to assume both Chinese and Indian engineers/technicians manage the site,, so it would be interesting how both ppl adapt to current political relations.
Yes....Huawei is building a 28nm FAB with Localised Equipment which should be ready next year.
I have heard that Huawei is looking into using FPGAs in its 5G Base Stations. These FPGAs can be made using the 28nm process with no problems. A FPGA made by Huawei itself, should be cheaper.
If Huawei wants to use SOCs in its Base Stations it will probably have to redesign to use 14nm Chips. There is currently a Project to develop a fully localised 14nm Chip Manufacturing line which will be ready in 1-2yrs time.
Hopefully Samsung can provide 7nm Chips for Huawei Mobiles and 5g Base stations in the interim.
Huawei will be able to make its own 5/7nm Chips using the SMEE 28nm DUV, as soon as a Localised 7nm Manufacturing Line is developed. The Government should prioritise the development of this localised 7nm Production line as soon as possible.
Hi WTAN,
Question, will SMIC lent its personnel and expertise to Huawei? will it adverse affect SMIC expansion plan and resources? And how about the 45nm fab Huawei had build for this year? is this fab use in producing FPGA? sorry again for being a nuisance.
Question, will SMIC lent its personnel and expertise to Huawei? will it adverse affect SMIC expansion plan and resources? And how about the 45nm fab Huawei had build for this year? is this fab use in producing FPGA? sorry again for being a nuisance.
Thank you, WTAN, for the excellent info and explanation. Huawei then should be able to fill all 5G base station orders:
for China, each year from 2021-25 Huawei must build 500K/year 5G base stations..then also tens/hundreds thousands more per year for other countries.
The Government will certainly get SMIC or Huahong to lend its expertise to Huawei as they are no longer able to do business with Huawei in any case. National Service for SMIC/Huahong. This is probably a one off thing to get Huawei established in the Semiconductor business.
Building the 45nm FAB is probably to get experience in manufacturing semiconductors for Huawei. A learning process. Huawei probably got a 65nm DUV machine from SMEE. Huawei will probably sell these Chips to Industries and manufacturers which still require 45nm Chips.
The FPGA will use the 28nm process. American company Xilinx built its 28nm FPGAs for many years sucessfully.