JohnnyCool wroteYes - definitely.
The Apollo Guidance Computer (AGC) used during the Appolo 11 Moon landing had 64Kbytes of memory and operated at 0.043MHz.
A cheap desktop PC these days will probably have 4 Mbytes of memory and a processor running at 1GHz (or more).
A small USB memory stick today is more powerful than the computers that put man on the moon!
An iPhone 6's clock is about 32,600 times faster than the AGC and can perform instructions 120 million times faster.
Trying to compare the early Argus process-controller "computers" with what we have these days is complicated.
During the 1960s, there wasn't even universal agreement on how many bits constituted a byte. (These days one byte usually means eight bits.)
The 1960s Argus range were 24 "bit" systems. The Argus 300 had a clock speed of 1MHz (painfully slow by today's standards). Not sure what the clock speed of the Ferranti 3520B was.
Converting the meaning of the size of one computer "word" from those days to the present is also confusing. Back then, a word [I]might[/I] have been 16 bits, 12 bits, 9 bits, 24 bits, etc.
The Ferranti 3520B had 20k words (20,000 "words").
If one word was 24 bits, then 20,000 x 24 = 480,000 bits.
480,000 bits divided by 8 = 60,000 bytes (1 byte = 8 bits).
60,000 bytes divided by 1,000 = 60 Kilobytes (KB).
60 KB = 0.06 Megabytes (MB)
An ordinary CD can store between 600-700 MB. That's roughly 10,500 more than the Ferranti of old.
(And the Appolo 11's wasn't much better.)
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So I'm guessing that the Moon landing, which hasn't been done for almost 50 years and apparently happened with what seems to be incredibly minimal computer power, is the biggest miracle to ever happen in the history of mankind? Wow, amazing that no other country on Earth could have matched the feat since then, given the amazing advances in computer and rocket science. Hmmmm....