One I found today Opened with pliars These things are smaller than I thought - only 550mAh Good old leaded solder The trusty USB iron What could possibly go wrong? Building up
0. Prerequisites a) An adapter to allow you to plug USB devices into the Legion Go. I used this from Amazon: https://www.amazon.co.uk/dp/B09H44S96B?psc=1&ref=ppx_yo2ov_dt_b_product_details You might want to do some research on this - its doubled in price since I bought it last week, and its very slow (25Mb/s to the external SSD which can do 500Mb/s, but it might be the cage) If you buy this adaptor, make sure you plug the drive into the 1 out of the 4 USB ports that supports USB 3 :) b) An external drive big enough to hold the Legion Go SSD (in my case, 512Gb). I use a Samsung SATA SSD in a USB3 cage, since that is what I have. c) A Windows 11 iso. This can be downloaded from Microsoft (this is used to create the recovery media) The windows ISO is only needed if the computer doesn't have a recovery partition, which the Legion Go DOES, so this is not needed here. 1. Plug in a blank USB stick for the recovery media 2. Download Standalone Veeam Agent for Microsoft Windows here: ht
I think my ESPNow proxy components are now working well enough to release. https://gitlab.com/ripnetuk-public/espnow/ripnetuk-esphome-easynow It can be used in ESPHome simply by adding YAML, since ESPHome can pull external components direct from a Git repo - well done ESPHome :) Initial tests are good - using the same device that I was getting roughly 8 hours out of (from a discarded [popular device] - 700maH), On previous measurements, I was timing the main part of the discharge curve, from 4v down to 3v, and was getting approx. 8-9h of runtime. This was taking a reading every 60s and passing to HomeAssistant via the regular API (ie, using the built in ESPHome stuff) BEFORE Easynow So it was taking between ~18:00 to ~02:45 to discharge from 4v to 3v. Thats about 8/9 hours. WITH Easynow Well, this is awkward. Its worked so well that after 8 hours, it havent even yet got down to the 4v ive been testing at: yet its still successfully reading the temperature every 30s: So far, id call th
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