April 1, 2023
this.addIframe())}static addPrefetch(e,t,i){const a=document.createElement("link");a.rel=e,a.href=t,i&&(a.as=i),document.head.append(a)}static warmConnections(){LiteYTEmbed.preconnected||(LiteYTEmbed.addPrefetch("preconnect","https://www.youtube-nocookie.com"),LiteYTEmbed.addPrefetch("preconnect","https://www.google.com"),LiteYTEmbed.addPrefetch("preconnect","https://googleads.g.doubleclick.net"),LiteYTEmbed.addPrefetch("preconnect","https://static.doubleclick.net"),LiteYTEmbed.preconnected=!0)}addIframe(){const e=new URLSearchParams(this.getAttribute("params")||[]);e.append("autoplay","1");const t=document.createElement("iframe");t.width=560,t.height=315,t.title=this.playLabel,t.allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture",t.allowFullscreen=!0,t.src=`https://www.youtube-nocookie.com/embed/${encodeURIComponent(this.videoId)}?${e.toString()}`,this.append(t),this.classList.add("lyt-activated"),this.querySelector("iframe").focus()}}customElements.define("lite-youtube",LiteYTEmbed);]]>Matthias Werner Modern computers are practically silent. But just a few decades ago, PCs were very loud. With the hum of a CRT monitor, the whir of some crappy fans, and the clicks of a hard drive, turning on a computer felt like firing up a…

this.addIframe())}static addPrefetch(e,t,i){const a=document.createElement(“link”);a.rel=e,a.href=t,i&&(a.as=i),document.head.append(a)}static warmConnections(){LiteYTEmbed.preconnected||(LiteYTEmbed.addPrefetch(“preconnect”,”https://www.youtube-nocookie.com”),LiteYTEmbed.addPrefetch(“preconnect”,”https://www.google.com”),LiteYTEmbed.addPrefetch(“preconnect”,”https://googleads.g.doubleclick.net”),LiteYTEmbed.addPrefetch(“preconnect”,”https://static.doubleclick.net”),LiteYTEmbed.preconnected=!0)}addIframe(){const e=new URLSearchParams(this.getAttribute(“params”)||[]);e.append(“autoplay”,”1″);const t=document.createElement(“iframe”);t.width=560,t.height=315,t.title=this.playLabel,t.allow=”accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture”,t.allowFullscreen=!0,t.src=`https://www.youtube-nocookie.com/embed/${encodeURIComponent(this.videoId)}?${e.toString()}`,this.append(t),this.classList.add(“lyt-activated”),this.querySelector(“iframe”).focus()}}customElements.define(“lite-youtube”,LiteYTEmbed);]]>[]Matthias Werner

Modern computers are practically silent. But just a few decades ago, PCs were very loud. With the hum of a CRT monitor, the whir of some crappy fans, and the clicks of a hard drive, turning on a computer felt like firing up a spaceship.

Most people would prefer to live without a noisy computer, I assume. But for those who love retro cacophony, there’s always the []HDD Clicker 2.0. Developed by Matthias Werner, this small board adds some alarmingly loud hard drive noises to your modern SSD-equipped PC.

The HDD Clicker 2.0 is actually quite simple. It attaches to your motherboard and draws power using a Mini-Molex connector. A small ATTiny microcontroller monitors your SSD’s activity, and a piezoelectric speaker produces a “hard drive noise” whenever your SSD reads or writes data.

Additionally, a small LED on the HDD Clicker 2.0 flickers when data is accessed by your SSD. This feature is intended for retro PCs, which…

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