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kittenlabs.de | ||
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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. | |
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freebsd.uw.cz
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| | | | | While testing Wi-Fi quality and network throughput on FreeBSD 14.3 drivers , I realized that before running any benchmarks, it's important t... | |
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ounapuu.ee
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| | | | | My current ISP provides an internet connection over a copper wire. To use it, I have a crappy modem (Technicolor CGA2121, DOCSIS 3.0). It's running in bridge mode, meaning that all it does is convert the signal running over the coax cable into plain old Ethernet. My main networking device is a TP-Link Archer C7 v5. It runs OpenWRT. This router/Wi-Fi AP box connects to the modem and handles everything, including getting a public IPv4 address from the ISP. | |
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blog.haschek.at
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| | | Personal Blog of Christian Haschek | ||
