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421.
▲
More reverse-engineering of the 8085's ALU and its hidden registers
(righto.com)
3 points
kens
13 years ago
discuss
422.
▲
Instruction decoding in the Intel 8087 floating-point chip
(righto.com)
3 points
ibobev
4 months ago
discuss
423.
▲
Instruction decoding in the Intel 8087 floating-point chip
(righto.com)
3 points
rbanffy
4 months ago
discuss
424.
▲
Conditions in the Intel 8087 floating-point chip's microcode
(righto.com)
3 points
colejohnson66
5 months ago
discuss
425.
▲
Solving the NYTimes Pips puzzle with a constraint solver
(righto.com)
3 points
rbanffy
8 months ago
discuss
426.
▲
How "special register groups" invaded computer dictionaries for decades
(righto.com)
3 points
rbanffy
10 months ago
discuss
427.
▲
Steve Jobs, the Xerox Alto, and computer typography
(righto.com)
3 points
gatinsama
a year ago
discuss
428.
▲
Undocumented 8086 instructions, explained by the microcode
(righto.com)
3 points
thunderbong
a year ago
discuss
429.
▲
Reverse-engineering an analog Bendix air data computer (Part 4) – Mach Section
(righto.com)
3 points
Dowwie
2 years ago
discuss
430.
▲
Reverse engineering the ARM1, ancestor of the iPhone's processor
(righto.com)
3 points
matesz
2 years ago
discuss
431.
▲
Reverse engineering standard cell logic in the Intel 386 processor
(righto.com)
3 points
colejohnson66
2 years ago
discuss
432.
▲
Using Arc to decode Venter's DNA watermark (2010)
(righto.com)
3 points
6177c40f
2 years ago
discuss
433.
▲
Reverse-engineering the register codes for the 8086 processor's microcode
(righto.com)
3 points
picture
3 years ago
discuss
434.
▲
Measuring the distance to the Apollo spacecraft: a simulation
(righto.com)
3 points
aberoham
4 years ago
discuss
435.
▲
Latches inside: Reverse-engineering the Intel 8086's instruction register
(righto.com)
3 points
guerrilla
5 years ago
discuss
436.
▲
Analyzing the 8008 processor from die photos: its unusual counters (2017)
(righto.com)
3 points
Tomte
5 years ago
discuss
437.
▲
“Space age electronics”: Inside a GE thin-film paperweight from the 1960s
(righto.com)
3 points
robin_reala
5 years ago
discuss
438.
▲
Cells are fast and crowded places (2011)
(righto.com)
3 points
codesuki
5 years ago
discuss
439.
▲
I added 6 characters to Unicode (and you can too)
(righto.com)
3 points
sogen
6 years ago
discuss
440.
▲
How to multiply currents: Inside a counterfeit analog multiplier
(righto.com)
3 points
stargrave
6 years ago
discuss
441.
▲
Inside a Counterfeit 8086 Processor
(righto.com)
3 points
alkhidr
6 years ago
discuss
442.
▲
Reversing Sinclair's 1974 calculator hack – half the ROM of the HP-35
(files.righto.com)
3 points
phab
6 years ago
discuss
443.
▲
Risky line printer music on a vintage IBM mainframe
(righto.com)
3 points
eaguyhn
7 years ago
discuss
444.
▲
AGC: Dipstiks and reverse engineering the core rope simulator
(righto.com)
3 points
matt_d
7 years ago
discuss
445.
▲
Op amp on the Moon: Reverse-engineering a hybrid op amp module
(righto.com)
3 points
cristoperb
7 years ago
discuss
446.
▲
The Apollo Guidance Computer's Core Memory
(righto.com)
3 points
robin_reala
7 years ago
discuss
447.
▲
Reverse engineering the ARM1 processor's microinstructions
(righto.com)
3 points
fanf2
8 years ago
discuss
448.
▲
Solving FizzBuzz by generating raw video with an FPGA
(righto.com)
3 points
zdw
8 years ago
discuss
449.
▲
Bitcoin mining on a 55 year old IBM 1401 mainframe: 80 seconds per hash
(righto.com)
3 points
bhartzer
9 years ago
discuss
450.
▲
Mining Bitcoin with pencil and paper: 0.67 hashes per day
(righto.com)
3 points
seycombi
9 years ago
discuss
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