EOM

https://f6ffb3fa-34ce-43c1-939d-77e64deb3c0c.atarimworker.io/comments....

I ran the numbers years ago. Best case from geosync, 185db of path loss.

Why do people continue to want to do this? The physics are simple and the results suck.

185db of path loss from geosync. (at 1GHz) Good luck with that!

You can take my Diet Coke from my cold dead hands. I swapped over to diet about 15 years ago. I dropped 70 pounds and it never returned. No, I am keeping my artificial sweetener.

So many shortages for other types of chips.

I like this idea, but I like the idea of just ending the government program and writing off everyone's loans better. Getting people into debt is not "helping" them.

I have made that mistake, and most likely will again.

Sophie Wilson, the architect of the first ARM processor, was inspired by the engineers working on the successor to the 6502 at the Western Design Center. They proved that a small team can build a simple microprocessor which is competitive with a microprocessor (like the x86 processors) built by an army of H-1B-visa engineers with a budget of billions of dollars.

So, Wilson and the other 2 engineers (Steve Furber and Hermann Hauser) on her team designed, built, and tested the first ARM processor. Its simplicity gave it 2 additional characteristics: low power consumption and ease of testing. These 2 characteristics would, decades later, pave the way for ARM to enter the market for laptops, desktops, and supercomputers.

ARM will appear in Apple laptops and desktops in late 2020.

As of today, Fugaku, a supercomputer built by Fujitsu, is powered by ARM processors and is the fastest supercomputer in the world.

Wilson and her 2 British colleagues, Steve Furber and Hermann Hauser, deserve the Charles Stark Draper Prize for Engineering. This prize is the engineering equivalent of the Nobel Prize. These engineers have done for computing systems what Claude Shannon did for communication systems.

In an opinion piece published by the New York Times, an economics professor at Yamanashi Gakuin University (in Japan) confirms what American intelligence officers already know. Specifically, the Chinese habitually conceal the truth.

The professor explains how behavior which is endemic in Chinese culture facilitated the coronavirus' spreading beyond the borders of China. He wrote, "As far as the current outbreak goes, two cultural factors help explain how the natural occurrence of a single virus infecting a single mammal could have cascaded into a global health crisis. And now for the controversial aspect of this argument: Both of those factors are quintessentially, though not uniquely, Chinese.

The first is China's long, long history of punishing the messenger [who warns of danger or government corruption]."

There is a typo in the title of the comment. The title should be changed from "Chinese Culture is the Catalyst fo the Coronavirus".to "Chinese Culture is the Catalyst for the Coronavirus".

Beijing should subsidize the development of the home-testing kits because Chinese culture is the catalyst for spreading the coronavirus.

In an opinion piece published by the New York Times, an economics professor at Yamanashi Gakuin University (in Japan) explains how behavior which is endemic in Chinese culture facilitated the new coronavirus' spreading beyond the borders of China. He wrote, "As far as the current outbreak goes, two cultural factors help explain how the natural occurrence of a single virus infecting a single mammal could have cascaded into a global health crisis. And now for the controversial aspect of this argument: Both of those factors are quintessentially, though not uniquely, Chinese.

The first is China's long, long history of punishing the messenger [who warns of danger or government corruption]. ...

A second cultural factor behind the epidemic are traditional Chinese beliefs about the powers of certain foods, which have encouraged some hazardous habits [that facilitate a virus' hopping from a wild animal to a human host]. ..."

The ARM processor, which is the dominant microprocessor for low-power devices, is an indirect descendant of the 6502.

An insightful report by The Register explains, "[Sophie] Wilson's affection for the 6502 also took them, in October of 1983, to the Western Design Centre in Phoenix, Arizona, where Bill Mensch was working on a version of the chip that would support 24-bit addressing.

The place was a revelation. As [Steve] Furber recalls: 'We went there expecting big shiny American office buildings with lots of glass windows, fancy copy machines... And what we found was... a bungalow in the suburbs... Yeah, they'd got some big equipment, but they were basically doing this [enhanced 6502] on Apple IIs.' ... As Wilson tells it: 'A couple of senior engineers, and a bunch of college kids... were designing this [enhanced 6502] thing... We left that building utterly convinced that designing processors was simple.'

Simple? IBM's own commercially unsuccessful first attempt at a Risc processor had taken months of instruction set simulation on heavy mainframes. Wilson, however, just plunged right in. Herman Hauser remembers: 'Sophie did it all in her brain.'"

In other words, the visit to the Western Design Centre, where the enhanced 6502 was being developed, helped Sophie Wilson to realize that a simple yet powerful processor can be designed and implemented by her small team of 3 engineers. She did not need the army of H-1B visa holders that Intel uses. She and her 2 British colleagues (Steve Furber and Hermann Hauser) were sufficient if she made the instruction set architecture (and its implementation) simple.

A benefit of simplicity is low-power consumption. The first incarnation of ARM consumed so little power that it could operate with only the leakage current of the logic circuit to which it was attached.

Another perspective of 6502 and ARM appears in the transcript of an interview with Sophie Wilson.

The Apple II, the Atari 800, and the Commodore 64 have one common element: the 6502 microprocessor.

If you are nostalgic for those home computers, you can relive part of the past by buying a laptop with an ARM microprocessor. When Sophie Wilson designed it, she was inspired by the 6502 and the Berkeley RISC II. In other words, the ARM is a descendant of the 6502.

The other popular processor in the late 1970s and early 1980s is the 8085. Its descendants are Celeron, Pentium, and Xeon.

In other words, the current battle between x86 and ARM is a replay of the battle between 8085 and 6502 in the 1970s.

That the Chinese government continues to harvest organs from prisoners is not surprising.

What is surprising (to us Westerners) is that the majority of Chinese support this government.

A scholar at the Chinese University of Hong Kong recently wrote, "What is most shocking is the unprecedented way in which ordinary mainland Chinese people around the world have organized themselves in defense of Beijing's rhetoric. One of the most noticeable incidents occurred at the University of South Australia in Adelaide. After hearing pro-Hong Kong protesters shout, 'Hong Kong, stay strong,' many mainland Chinese students cursed at them."

The time has come for us Westerners to finally admit that Western notions of human decency are not universal. Different cultures can have radically different morals.

The ethical standards practiced by us Westerners are a reflection of who we are. Western ethical standards include supporting democracy and human rights and refusing to harvest organs from unwilling prisoners.

The ethical standards practiced by the Chinese are a reflection of who the Chinese are. Chinese ethical standards include opposing democracy and human rights (for Hong Kong) and harvesting organs from unwilling prisoners.