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rgetz.github.io | ||
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github.com
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| | | | | Make GPU passthrough on notebooks easy and accessible! - GitHub - T-vK/MobilePassThrough: Make GPU passthrough on notebooks easy and accessible! | |
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www.tumfatig.net
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| | | | | I had that Raspberry Pi Zero 2 W lying in a box. And because I changed my network configuration, I decided I could use that Pi as a DNS et DHCP server. But I also wanted to take benefits from my POE switch. It turns out to be really simple, with the proper hardware. Here are the notes. | |
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jborza.com
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| | | | | Over a month ago I bought an Altera Cyclone IV board from a local seller, it seems to be listed on Aliexpress as well. Its 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 miscell... | |
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danangell.com
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| | | Last year I was lucky enough to get access to 10 Gb/s home internet for $40/month. Ironically my ISP can not provide me with a router capable of handling more than 1 Gb/s. For $40/month that's acceptable - I'm paying less than most people do for Gigabit anyway. But I wanted to experience the full power of 10 Gb/s. Looking around it's clear there isn't much consumer networking hardware built for 10 Gb/s. Many of the routers advertised as 10 Gb/s only have 2.5 Gb/s WAN ports combined with WiFi 6E. So from your WiFi 6E capable device to the router there is a theoretical best case bandwidth of 10.8 Gb/s. But from your router to the internet you've got a pipe less than a quarter that size. | ||
