Byte Sized ExplainerEvery Intel CPU Explained in 9 Minutes. From the usual intel core i3 to i9, the old ones like Intel Celeron, Pentium, and Atom. Also the extreme processor like Intel Xeon.
Every Intel CPU Explained in 9 MinutesByte Sized Explainer2025-10-14 | Every Intel CPU Explained in 9 Minutes. From the usual intel core i3 to i9, the old ones like Intel Celeron, Pentium, and Atom. Also the extreme processor like Intel Xeon.
4 GB of RAM can barely keep your computer running before it starts freezing the moment you open a second browser tab. 8 GB used to be the standard, but today it can't even handle a game while Chrome eats your memory in the background. There's a weird 24 GB size that exists to save your wallet during the RAM shortage, sitting right between the cheap 16 GB and the expensive 32 GB. And then there's 128 GB, a monstrous amount of memory so extreme that no normal person could ever fill it, built for AI machines and servers that grind through data non-stop. In this video we break down every RAM size that exists today, from the 4 GB that struggles to survive, all the way up to the 128 GB monster. From budget laptops and gaming PCs to editing workstations and AI development machines — every single RAM size on this list has a specific job, a specific user, and a specific reason to exist.
Someone modified Windows to make it faster for gaming, but doing that is actually illegal and can get your files stolen by hidden malware. North Korea built an operating system that secretly watermarks every file you touch so the government knows exactly who you are. A programmer spent 15 years alone in his room building an entire OS because he believed God personally told him to. And a Canadian company sold encrypted phones to drug cartels around the world until the FBI finally caught them. In this video we break down 8 of the most illegal, dangerous, or just plain weird operating systems that have ever existed. From pirated Windows and hacker tools to state surveillance systems, religious computers, and encrypted phones built for organized crime — every single OS on this list has a story that sounds too crazy to be real.
TIMESTAMP 0:00 || Tiny Windows 2:03 || Lindows 3:25 || Red Star OS 4:48 || Kali Linux 5:59 || TempleOS 7:45 || Tail OS 9:04 || Pear OS 10:09 || Phantom SecureEvery USB Port Color Explained in 8 MinutesByte Sized Explainer2026-08-12 | Explaining Every USB Port Colors in 8 Minutes! Ever noticed the different colors inside your USB ports? White, black, blue, teal, yellow, red, green, purple — and even no color at all. But most people have no idea what any of these colors actually mean, or which ones are faster, which ones charge better, or which ones can stay powered even when your PC is off.
In this video we break down every single USB port color, from the very first white USB 1.0 released back in 1996, all the way to the latest USB 4 with USB-C that supports up to 240W of power and can even connect an external graphics card to your laptop. We also cover the confusing parts — like how red ports can mean two completely different things depending on the manufacturer, why Razer and Huawei use their own colors that don't follow any standard, and how to actually know what a USB port does when the color alone isn't reliable.
By the end of this video, you'll be able to look at any USB port on any device and instantly know exactly what it can do.
TIMESTAMP 0:00 || White USB Port 1:35 || Black USB Port 2:41 || Blue USB Port 3:43 || Teal USB Port 4:23 || Yellow USB Port 5:01 || Red USB Port 5:54 || Green USB Port 7:17 || No Color (USB4)Every Free App You Actually Need Explained in 11 MinutesByte Sized Explainer2026-08-04 | Explaining Every Free App You Actually Need in 11 Minutes. Microsoft Office costs almost $100 a year. Adobe Photoshop costs $23 every month. Adobe Premiere Pro? Also $23 every month. And yet most people are still paying for all of this without knowing that free alternatives exist — and some of them are just as good, if not better. And your default video player? It can't even play half the video formats out there.
In this video we break down 12 of the most important free apps you actually need on your PC. From video editing and photo editing to password managers, VPNs, 3D software, and more — every single app on this list is completely free or at least has a free tier that is good enough for most people.
TIMESTAMP 0:00 || LibreOffice 1:11 || VLC 1:50 || DaVinci Resolve 2:59 || GIMP 4:07 || OBS Studio 5:04 || ProtonVPN 6:00 || Audacity 6:43 || Blender 7:43 || Bitwarden 8:42 || MSI Afterburner 9:28 || WinRAR 10:35 || MalwarebytesEvery Computer Keyboard Explained in 8 MinutesByte Sized Explainer2026-07-20 | Explaining every type of computer keyboard in just 8 minutes. From the most common ones like membrane and scissor switch, to popular upgrades like mechanical and optical. Then diving into more advanced options like hall effect, and finally exploring the most unique keyboards like flexible, ergonomic, and laser projection. This video breaks down how each keyboard works, what makes it different, and who it's actually made for.
TIMESTAMP 0:00 || Membrane Keyboard 0:57 || Mechanical Keyboard 2:21 || Scissor Switch Keyboard 3:17 || Optical Keyboard 4:07 || Flexible Keyboard 4:43 || Ergonomic Keyboard 5:24 || Split Keyboard 5:59 || Hall Effect Keyboard 7:20 || Projection KeyboardEvery GPU Feature Explained in 9 MinutesByte Sized Explainer2026-03-02 | Explaining Every GPU Feature in just 9 Minutes — including Ray Tracing, Path Tracing, DLSS, FSR, Frame Generation, HDR, V-Sync, G-Sync, FreeSync, Anti-Aliasing, Anisotropic Filtering, Dynamic Resolution, Texture Quality, and even NVENC. You’ll learn what each feature actually does, how it affects performance and image quality, and when it’s worth turning on or off.
TIMESTAMP 0:00 || Ray Tracing 1:21 || Path Tracing 2:23 || DLSS 3:26 || FSR 4:06 || Frame Generation 5:06 || Dynamic Resolution 5:41 || HDR 6:17 || Display Sync 7:20 || Anti-Aliasing 7:48 || Anisotropic Filtering 8:13 || Texture Quality 9:08 || NVENCEvery Mobile Network Explained in 8 MinutesByte Sized Explainer2026-02-14 | Explaining every mobile network generation in just 8 Minutes (1G, 2G, 3G, 4G, 5G, 6G) From the early analog days of 1G, to the digital revolution of 2G with SMS and basic data. Then moving into 3G, where mobile internet became usable, and 4G LTE, which enabled streaming, video calls, and modern smartphone apps. Finally exploring 5G and the future of 6G, with ultra-fast speeds, low latency, and AI-driven network systems. This video breaks down how each generation works, what changed technically, and what those upgrades actually meant for everyday users.
TIMESTAMP: 0:00 || 1G 1:35 || 2G 2:58 || 3G 3:59 || 4G 5:29 || 5G 6:53 || 6GEvery TV Screen Explained in 8 MinutesByte Sized Explainer2026-01-27 | Explaining every TV screen technology in just 8 minutes. From early TVs like CRT and Plasma, to modern screens such as LCD and LED. Then diving into advanced technologies like Mini-LED, QLED, and OLED, and finally exploring ultra-premium displays like Micro-LED. This video breaks down how each TV screen works, how it looks in real life, and what it’s actually used for.
TIMESTAMP: 0:00 || CRT 1:08 || Plasma 2:07 || LCD 3:14 || LED 4:14 || Mini-LED 5:19 || QLED 6:03 || OLED 7:13 || Micro-LEDEvery Screen Resolution Explained in 8 MinutesByte Sized Explainer2026-01-08 | Explaining every screen resolution in just 8 minutes. From early low resolutions like 144p, 240p, and 360p, to 480p, the standard resolution of its time. Then moving into the resolutions we use today, such as 720p HD and 1080p Full HD, and finally reaching high-tier displays like 1440p, 4K, and 8K.
TIMESTAMP: 0:00 || Below SD 0:53 || 480p SD 1:44 || 720p HD 2:22 || 1080p Full HD 3:48 || 1440p Quad HD 5:35 || 4K Ultra HD 6:38 || 5K 7:24 || 8K Ultra HDEvery DDR RAM Explained in 8 MinutesByte Sized Explainer2025-12-20 | Explaining every generation of RAM in just 8 minutes. From DDR1 and DDR2 that were slow, hot, and troublesome, to DDR3 that was actually great but held back by the Windows Vista era. Then DDR4, the long-lasting standard that powered modern computers for years, where i also will be explaining about RAM standards like 8 GB, 16 GB, and 32 GB in real-life usage. And finally DDR5, the flagship RAM for high-end gaming and heavy workloads that became extremely expensive during the RAM shortage in 2025.
TIMESTAMP 0:00 || DDR1 1:10 || DDR2 2:12 || DDR3 4:40 || DDR4 6:41 || DDR5Every Wi-Fi Generation Explained in 8 MinutesByte Sized Explainer2025-12-11 | Explaining every Wi-Fi generation in just 8 Minutes! from the standard Wi-Fi 1 and 2, commonly used ones like Wi-Fi 4 and 5, to the high-end ones like Wi-Fi 6 and 7 for gaming, video calls, etc
TIMESTAMP: 0:00 || Wi-Fi 1 0:48 || Wi-Fi 2 1:34 || Wi-Fi 3 2:09 || Wi-Fi 4 3:24 || Wi-Fi 5 4:47 || Wi-Fi 6 5:54 || Wi-Fi 6E 7:02 || Wi-Fi 7Every Windows Version Explained in 9 MinutesByte Sized Explainer2025-11-01 | Explaining every Windows Version in just 9 Minutes. From the first generations like MS-DOS and Windows 1.0. The terrible ones like Windows ME and Windows 8, to the best ones like Windows XP, Windows 7 and Windows 10, and also the mediocre ones such as Windows 11, Vista, and Windows 98.
TIMESTAMP 0:00 || Windows 1.0 1:10 || Windows 2.0 2:06 || Windows 3.0/3.1 2:53 || Windows 95 3:43 || Windows 98 4:39 || Windows ME 5:18 || Windows XP 6:02 || Windows Vista 6:49 || Windows 7 7:29 || Windows 8 8:14 || Windows 10 9:00 || Windows 11Every AMD Ryzen CPU Explained in 8 MinutesByte Sized Explainer2025-10-04 | Explaining Every AMD Ryzen CPU in 8 Minutes. From the regular ones like Ryzen 3, 5, 7, and 9 and then the special variants like Ryzen AI, Pro, and Ryzen Z in handheld gaming, and even the most powerful one like Ryzen Threadripper.
TIMESTAMP 0:00 || Ryzen 3 1:32 || Ryzen 5 2:37 || Ryzen 7 3:48 || Ryzen 9 4:51 || Ryzen AI 6:00 || Ryzen Pro 6:51 || Ryzen Z 7:27 || Ryzen ThreadripperEvery Type of Computer Explained in 5 MinutesByte Sized Explainer2025-09-24 | Explaining every type of computer in just 5 minutes! From embedded systems inside everyday devices, to personal computers used at home and school, then powerful servers and enterprise mainframes, all the way up to supercomputers built for massive scientific and industrial calculations.
TIMESTAMP 0:00 || Embedded Computer 1:09 || PC / Microcomputer 2:07 || Minicomputer 3:19 || Mainframe 4:03 || SupercomputerEvery Computer Port Explained in 9 MinutesByte Sized Explainer2025-09-05 | Explaining every Computer Port in just 9 minutes! from the most common ones like USB, VGA, Thunderbolt, HDMI, and DisplayPort to the lesser known one like Ethernet, Kensington lock.
TIMESTAMP 0:00 || USB 2:45 || VGA 3:28 || HDMI 4:41 || DisplayPort 6:03 || Thunderbolt 7:58 || Ethernet 8:35 || Audio Jack 9:01 || Kensington LockEvery Computer Generation Explained in 4 MinutesByte Sized Explainer2025-07-28 | Explaining every Computer Generation in just 4 Minutes! from the 1st generation with vacuum tubes to the 5th generation with AI technology.
TIMESTAMP 0:00 || First Generation 1:18 || Second Generation 2:06 || Third Generation 3:05 || Fourth Generation 4:01 || Fifth GenerationEvery File Format Explained in 16 MinutesByte Sized Explainer2025-07-01 | Explaining Every File format in just 16 Minutes! From the most common ones like image, document, audio, and video file formats, to the less common ones like compressed, executables, web, and system file format. Also, I will be explaining some of the most popular extensions of each file format.
TIMESTAMP 0:00 || Image Format 2:47 || Document Format 5:30 || Audio format 8:44 || Video format 11:39 || Compressed format 13:03 || Executable Files 14:27 || Web Files 15:17 || System FilesEvery Internet Layer Explained in 5 MinutesByte Sized Explainer2025-06-13 | The internet is often shown as a giant iceberg with dozens of mysterious layers — but most of that is just internet myth. In this video, we break down the three real layers of the internet in just 4 minutes: the Surface Web, Deep Web, and Dark Web. You’ll learn what each layer actually is, how they work, and why many viral diagrams and conspiracy theories about the “hidden internet” are misleading.
TIMELAPSE 0:00 || Surface Web 1:00 || Deep Web 2:00 || Dark Web 3:57 || DisclaimerEvery Type of Network Explained in 5 MinutesByte Sized Explainer2025-05-28 | Every Type of Network Explained in just 5 Minutes! From the most common ones like LAN, WLAN, and VPN to the less known such as SAN, WAN, etc.
TIMESTAMP 0:00 || PAN 0:35 || LAN 1:10 || WLAN 1:57 || CAN 2:32 || MAN 3:18 || WAN 4:11 || VPN 4:39 || SANEvery Internet Threat Explained in 8 MinutesByte Sized Explainer2025-04-28 | Explaining every internet threat in just 8 minutes. From common tricks like phishing or fake emails, stolen identities, and password attacks, to more advanced methods like DDoS attacks, zero-day exploits, and supply chain attacks, this video breaks down how hackers actually break into systems and steal data.
You’ll learn how these cyber attacks work, what they target, and what kind of damage they can cause — all explained in a simple and easy-to-understand way.
TIMESTAMP 0:00 || Clickjacking 0:30 || Phishing 0:56 || Identity Theft 1:18 || Credential Stuffing 1:42 || DDoS Attack 2:02 || Brute Force 2:30 || Eavesdropping 2:52 || MITM (Man-in-the-middle) 3:20 || Typosquatting 3:53 || Insider Threat 4:13 || Social Engineering 4:48 || SQL Injection 5:15 || DNS Poisoning 5:56 || Drive-by Download 6:14 || XSS (Cross-site scripting) 6:42 || IoT Exploitation 7:08 || Zero Day Exploit 7:35 || Supply Chain AttackEvery Storage Device Explained in 8 MinutesByte Sized Explainer2025-04-05 | Explaining every type of storage devices in just 8 minutes! From the old ones like floppy disk and magnetic tape to the nowadays devices like HDD, SSD and even cloud storage!
TIMESTAMP 0:00 || Hard Drive 1:05 || SSD 2:14 || Cloud storage 2:55 || NAS 3:42 || Optical Disc 4:59 || USB Drive 5:50 || Memory card 6:32 || Floppy Disk 7:16 || Magnetic TapeEvery Type of Computer Virus Explained in 9 MinutesByte Sized Explainer2025-03-27 | Every Computer Virus Explained in just 9 Minutes! (or malware to be exact). Especially the major computer viruses, such as Trojans and worms to ransomware and Cryptojacker. Learn how they spread and what damage they cause.
TIMESTAMP 0:00 || Malware 0:26 || Computer Virus 0:59 || Virus Hoax 1:22 || Worm Virus 1:48 || Ransomware 2:20 || Trojan virus 2:48 || RAT Malware 3:18 || Cryptojacker 3:51 || Keylogger 4:12 || Logic Bomb 4:46 || Malvertising 5:13 || Wiper virus 5:44 || Adware 6:12 || Spyware 6:28 || RAM Scrapper 6:47 || Rootkit 7:14 || Backdoor Malware 7:35 || Botnet 8:00 || Fileless Malware 8:23 || Malicious MacroEvery Computer Component Explained in 4 MinutesByte Sized Explainer2025-03-15 | Every computer component explained in just 4 minutes! From the important ones like Motherboard, CPU, GPU, RAM, SSD, hard drive, to the less crucial ones like case, wireless card, cooling fan, and power supply unit. This video breaks them all down quickly and simply.
Every Computer Component Explained in 4 Minutes TIMESTAMP 0:00 || Motherboard 0:20 || CPU/Processor 0:52 || Graphics Card/GPU 1:40 || Hard Drive 2:09 || RAM 2:51 || SSD 3:11 || Cooling Fan 3:30 || Power Supply 3:47 || Wireless Card 4:01 || CaseEvery Operating System Explained in 8 MinutesByte Sized Explainer2025-03-07 | Every major operating system explained in just 8 minutes! From popular ones like Windows, macOS, and Linux to lesser-known systems like UNIX and BSD, this video breaks them all down quickly and simply.
Operating Systems Covered: ✅ Windows – The most widely used OS for PCs. ✅ macOS – Apple's sleek operating system for Mac devices. ✅ Linux – The open-source OS powering servers and enthusiasts. ✅ ChromeOS – Google's lightweight, web-based OS. ✅ Android – The most popular mobile operating system. ✅ iOS – Apple's exclusive mobile OS for iPhones and iPads. ✅ UNIX & BSD – The foundation of many modern OS.
Every Operating System Explained in 8 Minutes TIMESTAMP 0:00 || Windows 1:20 || macOS 2:31 || Linux 3:54 || ChromeOS 5:10 || Android 6:08 || iOS 7:09 || UNIX 8:00 || BSD