IO-Multiplexing: The Secret to Redis's Speed

Hey everyone! Welcome back to the channel where we demystify tech and coding concepts, making them super easy to grasp. Today, we're tackling something called IO multiplexing. Sounds like a mouthful, right? But stick with me, and I promise you'll walk away with a cool new piece of knowledge that's actually pretty handy.

🚀 So, What's This Video All About?

Breaking Down IO Multiplexing: Imagine you're at a buffet, and instead of choosing one dish at a time, you get to sample a bit of everything all at once. That's IO multiplexing in a nutshell - handling multiple tasks without having to finish one to start another.
Why Should You Care?: Ever wondered how apps run so smoothly or how servers manage thousands of requests without a hiccup? Yep, IO multiplexing is the secret sauce. We'll dive into why it's a game-changer for efficiency, managing resources, and keeping things speedy.
💡 Think of this as learning a new hack that makes your computer or app super efficient at handling tasks. It's like discovering a shortcut on your daily commute that saves you time and hassle.

👨‍💻 Why Bother?

Because knowing about IO multiplexing can make you a better programmer, help you build faster apps, and just make you sound really smart in tech conversations. 😉

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[faisalwani]

Redis does not perform context switching because it operates in a single-threaded manner. What you explained is contradicting to what redis actually is

[arjunmr]

So, basically well managed concurrency is achieved in redis. is that you are trying to convey?

[RaushanKumar-cowj]

**tti explanation . Still not explaining what impact is there by this approach