Tag Archives: router

Consoles

This YouTuber Turned A Wi-Fi Router Into A Nintendo Switch Emulator

In his video, Taki Udon promptly reveals off his “beast” of a Wi-Fi router that comprises 16GB of RAM and 256GB of bodily storage, which is beefier than some laptops available on the market. He notes that there’s an irregular variety of HDMI ports on the router, inflicting him to consider that it desperately desires to change into a gaming console. The YouTuber made it clear that the router he reveals within the video is genuinely his router, and when he does not want it as a router, he desires to make use of it as a gaming system. So, he did simply that.

After a fast teardown of the system to get a take a look at its internals for a greater understanding of its capabilities, Taki Udon efficiently downloaded a Linux distro. That allowed him to put in “Free Doom” and “Minecraft” onto a wi-fi HDMI display. Installing “Minecraft” took extra time than he was comfy with, however he broke down his course of for getting it to run earlier than shifting on to his subsequent aim: Downloading a Nintendo Switch emulator.

The first sport he put in and efficiently performed is “Sonic Mania” with the second being “Bastion.” He additionally put in and performed “Skyrim” briefly however bumped into graphical points and a system crash shortly into the intro. However, “Persona 5” ran swimmingly for him with out ever crashing, proving that with a little bit know-how, players do not want an precise console to play a few of their favourite video games.

Technology

This Hack Can Improve Your Wi-Fi Signal Using Aluminum Foil (with a Catch)

You may have heard about a technique that involves wrapping your Wi-Fi router in foil to boost its signal strength. However, for this hack to work effectively, you will also need a 3D-printed reflector. Researchers at Dartmouth College have developed a program called WiPrint, which creates a personalized reflector shape for your home based on factors such as the layout, router location, desired signal increase areas, and desired signal decrease areas.

The WiPrint program takes this information and generates an optimized reflector shape within approximately 23 minutes. This shape can then be 3D printed for around $35. The final step involves covering the reflector with aluminum foil, which is the most affordable and easily accessible material compared to copper or silver.

During testing, the researchers discovered that using a 3D-printed reflector and aluminum foil increased the Wi-Fi signal in target areas by up to 55.1% while decreasing it in others by -63.3%. This system not only improves Wi-Fi efficiency but also enhances security by limiting the signal’s reach to specific areas of your home, making it more challenging for hackers to access.