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domipheus.com | ||
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andybrown.me.uk
In a previous article I described the design and build of a temperature sensor board based around a high precision LTC2986 part from Linear Technology. The project was successful so you may be wond... |
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jborza.com
Over a month ago I bought an Altera Cyclone IV board from a local seller, it seems to be listed on Aliexpress as well. It's marked as A-C4E6E10, and features: Altera Cyclone IV EP4CE6E22C8 FPGA chip with 6272 logic elements, 270 Kbits of memory 8-digit seven-segment LCD display 8 position DIP switch VGA output PS/2 input port (comes in handy to try out keyboard processing) buzzer a couple of push buttons a handful of IO pins, some of which can be used as a connector for a 1602/12864 display and 22 miscellaneous pins CH340 USB to serial chip 1602 display has 2 lines of 16 characters, each 5x8 pixels 12864 dot matrix display has a resolution of 128x64 pixels, hence the name |
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blog.brixit.nl
Designing electronics is neat. This is a look into designing my own ESP8266 based sensor board. |
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willhaley.com
I had tinkered with OpenWrt on my TP-Link Archer C59 (v1) AC1350 (US) Router, but decided it's not for me. I appreciate all the work put into that project, but I didn't like the experience and wanted to restore my router to it's original stock OEM firmware. This is where I made a mistake. I uploaded an incorrect firmware file to restore things and rendered my router unusable or "bricked" (not permanently, thankfully). It would not boot into a state where I could use it. The admin web UI was inaccessible and only one LED light was on. I put it in a closet for a few months before trying to restore it. I don't remember much about exactly what firmware file I uploaded to break things. |
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