cute travel router/dns cache

To be honest, even on regular intel laptops it's not easy to get video hardware acceleration in browsers, requires a lot of tuning and probes and failed attempts. It's really tricky and fragile. So it's not surprising that you got a slideshow instead of video

I tossed mine in the drawer and won't be using it again. Nice hardware, but the software is too painful.

Please post more info on this box ? Have you tested the power consumption idle/AI ?

hey, how to check if it's a luckfox pico mini A or B..

If you have the Window Capture source selected in OBS and don't see the terminal window as an option, you may have to select another source, then click back on the Window Capture source to see if any new windows show. Hope that helps, but if it doesn't, it's a great reminder to contribute to open source projects. :)

Luckfox Pico is an excellent product with such small form factor. I've compiled the Ubuntu OS with tun/tap interface with Luckfox SDK, install Openvpn client, then configured it to connect my Openvpn Server. I put it to my customer's office. I no longer need to go to the customer's office for server checking.

How can we control the PMIC? It has an I2C interface but no datasheet. Some stuff are documented for kernel space drivers and UBoot. But no idea how to approach it

You mentioned poe in the beginning.....

This is great! One suggestion: Make the PCB slightly larger so you can add some holes for screws to mount it within a 3D printed enclosure!

interesting, I'd be quite interested in getting OpenBSD running on these for router application.

This is my first time watching one of your videos. I was appalled by how you disconnected the WiFi/Bluetooth antenna. At my next to last job, prior to retirement, that would have been grounds for being fired. The Hirose U.FL connectors are fragile, as is the very thin antenna wire. Because of that, Hirose makes multiple overpriced U.FL extraction tools. Thankfully, there are cheaper third party knock-off tools, many of which work quite well. While manhandling your personal U.FL cables in that way should be of no concern to anyone else (*), doing so to one that you subsequently sell/give to a customer seems quite unethical, in my opinion. (*) Except, possibly, to a vendor whose product review you botch as a result.

been thinking about starting to tinker with risc-v but man software wise its a bit difficult still lmao

This manufacturer is looks like they don’t want international customers, their website is in Chinese only. Good review, I would have liked to buy and test this sbc in USA.

Does the fastboot you use in the end equate to the fastboot used in android, and if so wouldn't you have more luck using the fast boot included with android Studio

The documentation looks incredible compared to Milk Vs!

if you can get a hold of these things then count me in

Error on 19:40 (ubuntu ldd output) this libs are placed in /oem/usr/lib just need to include this in your $PATH

11:18 I'm watching the whole video just for this moment

one question man, i have one with camera. But their documentation said that "only buildroot support npu engine, so how you run it on ubuntu". how you sending "example: like specific human face recoginization counting to something like a database server". i am stucking with that with buildroot as well as their buildroot image have no package manager

Can we get a demo video?

I want 10 …

I think I hate SSH on HA.... 😊

Sorry if I missed it - what's the quiescent draw of the DeepSleepr?

love that first sentence! awesome intro.

I can see an issue here with ground loops when power is cut.... If anything on the SBC side of this is measuring/sensing and has a ground or grounded shielded cable, and the power ground is cut, the power will be maintained by the grounds on sensors etc. also while the voltage drop across the mosfet is going to be very very small, this could read to odd readings on sensors once again due to the ground loop issue. two good reasons to /never/ design something that does anything with the grounds. You could switch the + rail with either a P channel or an opto coupled N channel fet just as easily.

the sleeper must awaken

That’s one of the best video I’ve seen on the BeagleV-Fire, loved it! Thanks a lot! I would love if you were to make more FPGA videos on this BeagleBone

maybe also a version without usb connectors, just through hole solder pads, so the device powered by it would control the shutdown signal ?

Nice 👍

great idea, will follow-up on next versions

I've rebuilt about 75 of these Ryobi batteries. Some Advice: 1. You incorrectly replaced the 30Amp, high current cells (LG HB2) with low current cells. (LG ME1 are only 4.2Amps) This will not be able to supply the high current needed in cordless Ryobi tools. (except perhaps the Ryobi flashlight). 2. You need to match the capacities (mAh) of the five cells reasonably well for best results. Otherwise the lowest capacity cell will drain the fastest and will trip the under voltage monitoring of the BMS board. This safety function will shutoff the MosFets and thus the output terminals wil not show the true voltage. This error flag will typically not let the Ryobi charger charge the battery. 3. Not only MUST you use the same capacity cells, it is imperative the voltages must be within 0.2 Volts of each other or the BMS will flag a mismatched cell...... and disable the MosFets. 4. If you must solder these cells, please sand the top and bottom with some sandpaper or a dremel tool. The nickel coating prevents the solder from flowing/sticking. After sanding a small bit... you'll be shocked at how well the solder now sticks! 5. Once the BMS has tripped an error flag, it will sometimes be necessary to use the reset in order to bring these back to life. It's just a jumper/ paperclip that pulls the reset to ground for about a second. This drops the 3.3Volts on the BMS chip to ground, which clears all flags and initiates a reboot of the BMS software. 6. Connecting the cells in sequential order (0V, 4.2V, 8.4V, 12.6V, 16.8V, 21.0V) gives you the best chance of success with these batteries. The same is true of the "sense" wires that the BMS utilizes for each cell's voltage.

I would like to try qt5 or 6 graphical interface to control stuff thru GPIO

Text to speech?

I have watched many videos about SBCs and to tell the truth, yours are most completed and detailed than others, well done! also i need your advice, i am going to buy one, for pentesting, which do you prefer: radxa zero 3w or orangepi zero 2w? i just dont want to waste time on hardware bug fixing, just want to make it work.. and one more question: can any of these (radxa zero 3w or orangepi zero 2w) be connected over SSH using USB data port only?🤔 like a rpi zero does..

So I look for a video to show me how to set the menu items and I get "I'm going to have to figure out how to program this thing". Smh. I guess we were just supposed to be thrilled with the unboxing, eh?

Wait, how much memory does it have ?

My guy having a weed killer spritzer ala beaker.

I've been watching a few of your past videos and I have to say I absolutely love how you do videos. In my head I call you the SBC Dankpods

*Almost hardware compatible , unless you need to rely on high impedance inputs xD Really sad hardware bug.

2:55 Uh... seems like there's a graphical issue with the window you're currently commenting on isn't visible in the recording ? 🤔

The previous version had 2 * 4 = 8 This has 3 * 4 = 12 Small confusion there. And I don't give names because they have escaped me for the moment too. So whatever they are called in detail, this has strictly 50% more.This also means this can bit bang 3 USB to my understanding. As that only takes 1 and 3 (probably not 4, because the 1 is significant to some degree too I think. I is sub split of the specific hardware as I understand it.) I think it was 2/3 PIO And each PIO has 4 state machines. And the USB bit bang for example uses 3 state machines. But I don't understand enough of the bottlenecks here to tell if that now enables 3 or 4 USB bit banged. So I go conservative here and say 3 because of the 3 PIO.

Don’t worry about the weedkiller. Do clean it when used for pestcontrol though.

Hey mate thanks for the video. How did u open the plug? Can't find instructions about it. Read that it might be glued and I don't want to break the plastic. Did you have to brake yours to open it?

Thanks for sharing, Does it work with WiFi 5Ghz when used with Joshua Riek image?

If you want some tips, then you can look at my mouse trap videos that I have in a playlist. When it comes to the trapdoor, I decided to have it close from the inside, so that the mouse could not push the door open. Also when it came to the trap door closing mechanism, I decided to use magnetic acceleration, rather than a spring, so that the mouse would not be damaged if the door fell on it, although the speed was plenty fast, because none of the mice got anywhere near the trap door. I also used 38kHz infrared detection, so sunlight had no effect on it and the Arduino code that I used had an intelligent time delay, because AI stuff was not the thing when I first had to work out the code for it. The trap door videos are the last three in the playlist and these mice certainly weren't actors, but they were running at their maximum wildness level.

Hello, were you able to activate the GPU? I tried several things without success and ended up installing Android against my will, because my idea when I got the card was to use it to capture video with a USB card, but as there is a lot of delay in videos on KZbin I gave up on Linux and left it with Android for now only running KZbin and Xcloud.

The eMMC seems to work like on the DuoS - pinmuxed with the SD card.

Just having USB-C in place of those stupid micro USB ports makes it better than the Pi Zero. How compatible is it with Pi hats and pogo-shields?

lol special in the brain. Subbed