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241.

A transistorized shift register box, built in 1965 for Apollo testing (righto.com)

80 points

5 years ago

242.

Reverse-engineering the audio chip in the Nintendo Game Boy Color (righto.com)

80 points

6 years ago

243.

Reverse-engineering the interrupt circuitry in the Intel 8086 processor (righto.com)

80 points

3 years ago

244.

Analyzing the vintage 8008 processor from die photos: its unusual counters (righto.com)

80 points

9 years ago

245.

Reverse-engineering the ModR/M addressing microcode in the Intel 8086 processor (righto.com)

79 points

3 years ago

246.

Reverse-engineering and comparing two Game Boy audio amplifier chips (righto.com)

79 points

6 years ago

247.

Reverse-engineering the carry-lookahead circuit in the Intel 8008 processor (righto.com)

78 points

6 years ago

248.

Two dies in one package: Teardown of a vintage ROM with double the storage (righto.com)

78 points

5 years ago

249.

“Special register groups” invaded computer dictionaries for decades (righto.com)

78 points

7 years ago

250.

Reverse engineering the ARM1, ancestor of the iPhone's processor (2015) (righto.com)

77 points

8 years ago

251.

MacBook charger teardown: The surprising complexity inside Apple's power adapter (2015) (righto.com)

76 points

2 years ago

252.

Reverse-engineering a vintage comparator chip (righto.com)

76 points

5 years ago

253.

Qui-binary arithmetic: how a 1960s IBM mainframe does math (righto.com)

76 points

11 years ago

254.

"Maxwell's equations of software" examined (2008) (righto.com)

75 points

2 years ago

255.

Examining a technology sample kit: IBM components from 1948 to 1986 (righto.com)

75 points

5 years ago

256.

The 8085's register file reverse engineered (righto.com)

75 points

13 years ago

257.

The first microcomputer: The transfluxor-powered Arma Micro Computer from 1962 (righto.com)

75 points

a month ago

258.

A one-bit processor explained: reverse-engineering the vintage MC14500B (righto.com)

74 points

4 years ago

259.

Inside the stacked RAM modules used in the Apple III (righto.com)

74 points

6 years ago

260.

The HP Nanoprocessor: a high-speed processor that can't even add (righto.com)

74 points

6 years ago

261.

12-minute Mandelbrot: fractals on a 50-year-old IBM 1401 mainframe (righto.com)

74 points

5 years ago

262.

The Bitcoin malleability attack graphed hour by hour (righto.com)

73 points

12 years ago

263.

Accounting machines, the IBM 1403, and why printers standardized on 132 columns (righto.com)

73 points

7 years ago

264.

Reverse-engineering the register codes for the 8086 processor's microcode (righto.com)

73 points

3 years ago

265.

Reverse-engineering the Apollo spacecraft's FM radio (righto.com)

73 points

4 years ago

266.

Instruction decoding in the Intel 8087 floating-point chip (righto.com)

72 points

4 months ago

267.

Reverse engineering XC2064, the first FPGA (2020) (righto.com)

72 points

2 years ago

268.

Inside the tiny RFID chip that runs San Francisco's “Bay to Breakers” race (righto.com)

71 points

10 years ago

269.

Inside the Am2901: AMD's 1970s bit-slice processor (righto.com)

71 points

6 years ago

270.

“Maxwell's equations of software” examined (2008) (righto.com)

70 points

6 years ago