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211.
Silicon reverse-engineering: the Intel 8086 processor's flag circuitry (righto.com)
98 points
zdw
3 years ago
24 comments
212.
IBM, sonic delay lines, and the history of the 80×24 display (2019) (righto.com)
97 points
rbanffy
3 months ago
45 comments
213.
How the Z80’s 4-bit ALU works (2013) (righto.com)
97 points
andars
10 years ago
41 comments
214.
How the bootstrap load made the historic Intel 8008 processor possible (righto.com)
97 points
ink_13
6 years ago
29 comments
215.
How the 8086 processor determines the length of an instruction (righto.com)
97 points
picture
3 years ago
24 comments
216.
The x86's Decimal Adjust after Addition (DAA) instruction (righto.com)
96 points
zdw
3 years ago
63 comments
217.
“Special register groups” invaded computer dictionaries for decades (righto.com)
96 points
eaguyhn
7 years ago
60 comments
218.
Reverse-engineering the Intel 8086 processor's HALT circuits (righto.com)
96 points
picture
3 years ago
28 comments
219.
Reverse-engineering the classic MK4116 16-kilobit DRAM chip (2020) (righto.com)
96 points
nickt
3 years ago
20 comments
220.
Two bits per transistor: high-density ROM in Intel's 8087 floating point chip (righto.com)
93 points
magnat
8 years ago
13 comments
221.
Reverse engineering the Intel 8008 ALU (righto.com)
93 points
reportingsjr
9 years ago
10 comments
222.
Inside the vintage 74181 ALU chip: how it works and why it's so strange (righto.com)
92 points
dwaxe
9 years ago
13 comments
223.
“Hello world” in the BCPL language on the Xerox Alto simulator (righto.com)
91 points
tonyg
10 years ago
59 comments
224.
Fixing the core memory in a vintage IBM 1401 mainframe (righto.com)
89 points
kens
11 years ago
13 comments
225.
Identifying the “Early IBM Computer” in a Twitter Photo (righto.com)
88 points
stablemap
9 years ago
46 comments
226.
Hidden surprises in the Bitcoin blockchain and how they are stored (2014) (righto.com)
88 points
astdb
9 years ago
33 comments
227.
IBM mainframe tube module part II: Powering up and using a 1950s key debouncer (righto.com)
88 points
robin_reala
8 years ago
25 comments
228.
Restoring YC's Xerox Alto day 7: experiments with disk and Ethernet emulators (righto.com)
88 points
dwaxe
10 years ago
14 comments
229.
Restoring YC's Xerox Alto day 10: New boards, running programs, mouse problems (righto.com)
88 points
dwaxe
10 years ago
13 comments
230.
Texas Instruments TMX 1795: the almost first, forgotten microprocessor (2015) (righto.com)
86 points
lproven
4 years ago
43 comments
231.
The vintage 74181 ALU chip: how it works and why it’s so strange (2017) (righto.com)
86 points
bcaa7f3a8bbc
7 years ago
11 comments
232.
Germanium transistors: logic circuits in the IBM 1401 computer (righto.com)
85 points
parsecs
5 years ago
55 comments
233.
Reverse-engineering the classic MK4116 16-kilobit DRAM chip (righto.com)
85 points
picture
6 years ago
32 comments
234.
Generating the pseudo-random codes that measured distance to Apollo spacecraft (righto.com)
85 points
zdw
4 years ago
18 comments
235.
Wealth Distribution in the United States (righto.com)
84 points
ssklash
2 years ago
120 comments
236.
A dozen USB chargers in the lab: Apple is good, but not quite the best (2012) (righto.com)
84 points
pwg
3 years ago
56 comments
237.
Creating a Christmas card on a vintage IBM 1401 mainframe (righto.com)
84 points
sohkamyung
9 years ago
20 comments
238.
Reverse-Engineering the Mechanical Bendix Central Air Data Computer (righto.com)
83 points
picture
3 years ago
35 comments
239.
Reverse-engineering the TL431 (righto.com)
82 points
galapago
12 years ago
10 comments
240.
Reverse-engineering an early calculator chip with four-phase logic (righto.com)
81 points
chipsa
5 years ago
18 comments
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