00:00Two OLED screens, nearly the same price, and the difference between them is the kind you notice
00:04the second they light up. I've been digging through the best deals on SSD 1306 OLED versus
00:10SH1107 OLED, which is sharper, and honestly the cheap boards surprised me most. Here's the short
00:16version, the SSD 1306 and the SH1107 both do 128x64 pixels, so the real difference is the driver,
00:24not the glass. Let's look at the boards. First up, the 0.91-inch 128x32 white and blue OLED with
00:32a 128x32
00:34i2c interface, about $3.37. The thing I like most is the size. It's tiny, it's vertical, and it only
00:43needs four i2c pins, which means you can drop it into a small enclosure or a narrow faceplate and
00:48it just fits. You get the 10-pack option too, so if you burn one up where you're building five
00:53little
00:54status panels at once, spares are already handled. This 0.96-inch 128x64 i2c module for Arduino,
01:02Raspberry Pi, and ESP32, about $3.96. The best feature here is simply the double the vertical
01:09pixels over the 128x32 screen, which means real graphs, real menus, actual readable lines of text
01:16instead of a scrolling ticker. It's the one I'd pick for a weather station or a smartwatch build.
01:22Thousands sold and a 4.9 rating, so the community has clearly stress-tested it.
01:27Now this die user 0.96-inch 128x64 i2c serial white OLED, $3.83. The feature that stands out is
01:37the
01:37white on black option, which is much easier on the eyes at night than the usual blue, and it makes
01:42text look almost like a little printed label. i2c serial communication keeps the wiring to those
01:48same four pins. It's a couple cents cheaper than the others and the rating only slipped to 4.8,
01:54so you're saving money for basically no compromise. Fourth board, another 0.96-inch 128x64 i2c screen,
02:02$3.99, and the reason this one's interesting is the compatibility list. Arduino, Raspberry Pi,
02:09ESP32, all named, all confirmed, no adapter boards, no level shifter drama.
02:14If you've got a mixed bag of projects across different boards, one module that works everywhere
02:19is worth more than a cheaper screen that fights you. 4,000 sold, 4.9 rating, boring in the best
02:25possible way. And then the budget hero, this 0.91-inch 128x32 vertical SSD 1306 with a 4-pin i2c
02:34interface,
02:35$1.29. That's the best feature right there. For smart home sensors, sensor nodes, little battery-powered
02:43gadgets, $1.29 is the difference between buying 1 and buying 5. So which is sharper? Here's the
02:50honest answer, the SSD 1306 wins, because it drives all 128 columns with no offset trick,
02:56while most SH1107 boards need a column offset fudge in the library and end up with slightly
03:01cropped output. Sane pixels, more headaches, often more money. Note, not part of script.
03:09All 5 supplied products are SSD 1306. No SH1107 board in the list, so the SH1107 side of the
03:17comparison is described as general driver knowledge, 132 column RAM needing a column offset, 2px crop,
03:24typically higher price, and framed as the YSSD 1306 wins verdict. Swap in a real SH1107 product for
03:31paragraph 5 if you want a true head-to-head. I didn't invent specs beyond what's in the listings,
03:37size, resolution, i2c, price, sold count, rating. Parallax, contrast, and no dead pixels claims are
03:45the kind of thing to verify before recording. Word counts, p145w, p2p665-70w each, p740w.
03:55Fits a 2.30 runtime at a relaxed pace.
