Re: New project
nervoso <[email protected]>
| Newsgroups | gmane.os.netbsd.ports.mips.devel |
|---|---|
| Message-ID | <[email protected]> |
Em dom, 2022-07-24 às 21:34 +0800, Mike Yang escreveu: > On 7/24/22 07:08, nervoso wrote: > > Hello > > A group here in Brazil is starting a new project, the idea is > > to build a small computer that looks like a notebook as Pine64 notebook > > https://s2.glbimg.com/NR0vR3P0x5ZasZ3BjXcIhXn3X0Q=/0x0:1006x616/984x0/smart/filters:strip_icc()/i.s3.glbimg.com/v1/AUTH_08fbf48bc0524877943fe86e43087e7a/internal_photos/bs/2020/K/h/zi2gU3TgWFS91YR4KaIQ/slide-pinebook-14inch.jpg > > > > The idea is to give to 2nd grades students a platform that is cheap > > powerfull and not tied to anything big techs have, so > > NO google, NO microsoft, No apple... No high speed internet > > Linux is out too because of copyright code... > > What's wrong with Linux from the perspective of school and/or the students? > The students may feel frustrated when they're submitting patches to Linux, but that doesn't involve copyright stuff. all linux port are from known distribution => Debian, mostly, and as it is a Govern project and will eventually go against some "interests"... Remember that China was blocked from using the ARM ships and Android... Imagine that after you build 10,000,000 kits, USA blocks Brasil from using the EULA... so even Linux is not an option... the Only options available are those that use BSD licence. FreeBSD, NetBSD... being NetBSD the lightest of all... the Raspberry PI is ARM based... we are thinking inclusive to put a price tag to some computer project companies to project a MIPS compatible chip... (remember Loongoon??) 4gb of memory, with some usb/wifi + small GPU and a that understand OPENGL if one intend to build lets say: 10.000 chips...probably is not feaseable but we are talking about 1-2 million computers/year... if the the project costs 1,000,000 dollars, and takes one year... that is fine...as even China can product 1,000,000/year SOC It would take at least 4 years to supply 10% of the need... for you to have an ideia if only 0.01% of the money allocated to education in Brasil (32 billions dollar/year) is spend in this project ... make the math building such a computer (that is for educational only, so cannot be sold, nor will run any "commercial" software...so it is useless to be stolen). and it is given for free to 2nd grade students... this is the only way to rescue students from marxism indrocrination, besides it costs less than normal set of books... that contains gender ideology, indocrination.... we need to save the 10+ yo children because those 19+yo are doomed.. > And what's wrong with high speed internet? There are NO high speed internet available to students in 80% of Brasil... if you count on big cities like Sao Paulo, a poor family that send the children to school, they either EAT of use internet... 95% of the population uses public schools, and from them, less than 10% have full internet access... with a MEDIUM salary of just 340 dollars/month...how do you expect to give a decent computer access for 2 children??? a basic desktop computer costs no less than 800 dollars (that is 2X+ the mean salary) the basic saralry of a FAMILY in Sao Paulo, is about 600 dollars/month rent, transport, is expensive, so food too... and with internet access costing 20 dollars/month??? The schools have about 1000+ students, and less than 10 computers available... Only in the Amazon part of Brasil, there are 39,000 schools less than 1000 have SOME internet access... there are 25,000,000 students... the situation is catastrophic... The ony way out is technology that can make knowledge to the children... if we succeed in give technology to only 10% of them we can make things change in 10 years... > > > We are looking something like the > > Ci20 https://www.mips.com/platform/mips-creator-ci20 > > The JZ4780 used in the CI20 is already EOL and no longer produced. may be they can sell the the "blue prints??" > > If you're still interested in using Ingenic SoCs, the JZ4775 is still producing, however it's single core. > The alternative would be the X2000. It has 28nm process and newer MIPS32r5 cores. But the DRAM is built-in, and the biggest model has 512MiB. > > > of course we will need to hire NetBSD porters to and buy some chips to > > make it > > happen... We are thinking in RiscV too but a real computer with riscV > > is too far away, ARM is not > > an option too because of copyright... and licences > > the project is expect to produce about 1mln (1,000,000) computers/year > > What's the exact meaning of the word "copyright" here? means that if the sofware of chip used have some kind of user licence, that licence can be voided that happen with China in during the Trump govern... the licence to china producce smartphones using ARM and Android was removed by USA, forcing China to its knees.. it is all business and money.... Raspberry py started its production with only 20,000 dollars... now they have some millions of RPI but it became too expensive besides, there is Rockchip too... but I do not know how it is licenced from ARM too... I bought some rockcchip but but is is buggy... perhaps the one used in Pinebook 64 pro works.... I have not tested yet... Regards, Sergio > > > > > We are in the initial phase of the project, so we need some support on > > how to make it happen > > we accept ANY suggestions > > > > Sergio > > > > Regards, > Mike Yang