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181.
▲
One-Hour Mandelbrot: Creating a Fractal on the Vintage Xerox Alto
(righto.com)
112 points
darwhy
9 years ago
53 comments
182.
▲
How to run C programs on the BeagleBone's PRU microcontroller
(righto.com)
112 points
dwaxe
10 years ago
46 comments
183.
▲
Two interesting XOR circuits inside the Intel 386 processor
(righto.com)
112 points
_Microft
2 years ago
13 comments
184.
▲
Restoring Y Combinator's Xerox Alto, day 2: Repairing the display
(righto.com)
111 points
zdw
10 years ago
38 comments
185.
▲
Notes on the Intel 8086 processor's arithmetic-logic unit
(righto.com)
110 points
elpocko
5 months ago
14 comments
186.
▲
Silicon die analysis: inside an op amp with interesting “butterfly” transistors
(righto.com)
109 points
tubetime
8 years ago
39 comments
187.
▲
A look at IBM S/360 core memory: In the 1960s, 128 kilobytes weighed 610 pounds
(righto.com)
109 points
eaguyhn
7 years ago
28 comments
188.
▲
The Apple-1's unusual MOS clock driver chip
(righto.com)
109 points
picture
4 years ago
23 comments
189.
▲
555 timer teardown: inside the most popular IC (2016)
(righto.com)
108 points
isleofvoid
6 years ago
24 comments
190.
▲
Talking to memory: Inside the Intel 8088 processor's bus interface state machine
(righto.com)
108 points
todsacerdoti
2 years ago
9 comments
191.
▲
Apple iPhone charger teardown (2012)
(righto.com)
107 points
ofrzeta
6 years ago
71 comments
192.
▲
Booting the IBM 1401: How a 1959 punch-card computer loads a program
(righto.com)
107 points
CaliforniaKarl
5 years ago
44 comments
193.
▲
Surprises in the Bitcoin blockchain and how they are stored (2014)
(righto.com)
106 points
picture
4 years ago
70 comments
194.
▲
"Special register groups" invaded computer dictionaries for decades (2019)
(righto.com)
106 points
Bogdanp
9 months ago
46 comments
195.
▲
Die photos and analysis of the revolutionary 8008 microprocessor (2016)
(righto.com)
106 points
Tomte
6 years ago
15 comments
196.
▲
Reverse-engineering an airspeed/Mach indicator from 1977
(righto.com)
105 points
picture
3 years ago
27 comments
197.
▲
IBM paperweight teardown: Reverse-engineering 1970s memory chips
(righto.com)
104 points
parsecs
5 years ago
36 comments
198.
▲
Talking with the Moon: Inside Apollo's premodulation processor
(righto.com)
104 points
picture
4 years ago
25 comments
199.
▲
Reverse-engineering the LM185 voltage reference chip and its bandgap reference
(righto.com)
103 points
picture
4 years ago
31 comments
200.
▲
The Apple-1's shift-register memory
(righto.com)
102 points
kens
4 years ago
55 comments
201.
▲
Reverse-engineering the 8086's Arithmetic/Logic Unit from die photos
(righto.com)
102 points
abbeyj
6 years ago
38 comments
202.
▲
PRU tips: Understanding the BeagleBone's built-in microcontrollers
(righto.com)
102 points
dwaxe
10 years ago
37 comments
203.
▲
Yamaha DX7 chip reverse-engineering, part 6: the control registers
(righto.com)
101 points
picture
4 years ago
37 comments
204.
▲
Software woven into wire: Core rope and the Apollo Guidance Computer
(righto.com)
101 points
matt_d
7 years ago
18 comments
205.
▲
Here be dragons: Preventing static damage, latchup, and metastability in the 386
(righto.com)
100 points
todsacerdoti
10 months ago
53 comments
206.
▲
Reverse-engineering the waveform generator in a 1969 breadboard
(righto.com)
100 points
picture
4 years ago
27 comments
207.
▲
The rise and fall of IBM's 4 Pi aerospace computers: an illustrated history
(righto.com)
100 points
zdw
2 months ago
25 comments
208.
▲
Reverse-engineering the audio chip in the Nintendo Game Boy Color
(righto.com)
100 points
ink_13
6 years ago
6 comments
209.
▲
Reverse-engineering a 1960s hybrid flip flop module with X-ray CT scans
(righto.com)
99 points
zdw
4 years ago
26 comments
210.
▲
Inside the ubiquitous 741 op amp, the circuits in silicon
(righto.com)
99 points
robin_reala
11 years ago
14 comments
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