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It’s quite obvious that the new generation of Ryzen processors is having a big impact on the world of CPUs. Every other day, we see a leak concerning a new processor that is built on the same Zen architecture. The latest such leak concerns another new addition to the family: Ryzen 5 3600. AMD has already launched several Ryzen processors in the last couple of years, with microarchitectural updates and slight performance improvements in every iteration. The new ‘ZENDEND>’ architecture and 7nm manufacturing technology will bring some major changes to the world of CPUs and devices powered by these chips. If you were wondering how this affects your PC, here’s why: With a smaller process size, manufacturers can cram more transistors into a given area (which means more performance!). Manufacturers can also create smaller and faster cache memories for faster access to data. These two things combined make for a much more efficient CPU—one that performs better than its predecessors while consuming less power than before. That’s what makes AMD’s new CPUs so special!

 

A Brief Introduction to Ryzen 5 3600

Before we get into the details of what’s new in the 2nd generation of Ryzen CPUs, it’s important that you know about the CPUs that came before it. The first generation of Ryzen processors included the Ryzen 7 1800X, the Ryzen 7 1700X, the Ryzen 7 1700, and the Ryzen 5 1600X. The second generation included the Ryzen 5 2600, the Ryzen 5 2600X, the Ryzen 5 3600, and the Ryzen 5 3600X. The Ryzen 5 3600 is a 6-core 12-thread processor that has a base clock of 3.6 GHz and a boost clock of 4.2 GHz. It also has a TDP of 65W and comes with an included Wraith Stealth CPU cooler. The new Ryzen 3600 has an MSRP of $199.99 and will be available on April 19, 2019 and the AMD Ryzen 5 3600X comes with an MSRP of $249.99 and is available on April 19, 2019.

 

What to Expect from AMD Ryzen 5 3600?

The Ryzen 5 3600 has been built with new ‘ZENDEND>’ architecture which uses 7nm manufacturing technology. Smaller processors with smaller caches have bigger chances of overheating, so AMD has to use new materials to make sure its processors can perform without overheating. On the other hand, this new architecture allows manufacturers to create smaller and faster cache memories for faster access to data. This will, in turn, make for a much more efficient CPU—one that performs better than its predecessors while consuming less power than before.

 

What’s New in the 2nd Generation of Ryzen?

The new 2nd generation of Ryzen CPUs is a definite upgrade from the previous generation, but they’re also a bit more expensive. If you’re the kind of person who doesn’t mind paying a little extra for better performance, then the 2nd generation of Ryzen is the perfect fit for you. Here’s what’s new in the 2nd generation of Ryzen CPUs: The 2nd generation CPUs have been built upon a new 12nm process. While the first generation Ryzen CPUs were built on a 14nm process, the new 12nm process is expected to provide better efficiency and a higher clock speed. Compared to the 1st generation of Ryzen CPUs, the 2nd generation chips have been improved in terms of IPC. This sounds like a bunch of jargon, right? IPC stands for Instructions Per Cycle, which refers to the amount of instructions that can be executed within a single cycle. Since the 2nd generation of Ryzen CPUs has a higher IPC, it means that it can perform faster than the 1st generation. The 2nd generation of Ryzen CPUs has a new cache structure. The L2 cache has been doubled, with the L3 cache remaining the same as the 1st generation CPUs. With this new cache structure, the 2nd generation of Ryzen CPUs is expected to perform better than the 1st generation.

 

Demand for Smaller, Faster Processors is Growing

As technology keeps advancing, the demand for smaller and faster CPUs is growing. This has been the trend for a few years now, and it doesn’t seem like it’ll end anytime soon. Manufacturers are constantly trying to outdo each other, and the process of creating smaller processors is getting harder every day. A decade ago, you could expect a processor to last you a decade. Today, it’s difficult to keep a processor running for even a year without needing an upgrade. With the advent of new technologies and programs, the average lifespan of a PC has decreased drastically. This is why we’re seeing advancements in processor technologies every year. Manufacturers are trying their best to fit more transistors into a given area. They’re also trying to create smaller and faster cache memories to make sure their processors run as efficiently as possible. In short, they’re doing whatever they can to make faster and more efficient CPUs.

 

How Does It Affect You?

If you’re using a PC that’s a couple of years old, you might be having a tough time handling new software. New apps and programs are becoming more and more demanding, and your average PC might not be able to run them smoothly. This is why it’s important to upgrade every once in a while. The best way to keep up with the latest technology is to stay informed. Follow the latest news and leaks concerning CPUs, and you’ll always know what’s the latest and greatest. When you know what’s new and what’s coming out, you can make informed decisions about when you should upgrade and when you don’t need to.

 

Should You Upgrade?

If you’re using a PC that’s more than three years old, you might want to consider upgrading. Keep in mind, though, that upgrading isn’t as easy as buying a new processor and installing it in your PC. You’ll need to make sure that your motherboard supports the new CPU and that it’s compatible with the rest of your PC. If you’re not sure what to do, you can always consult a computer technician. They’ll help you understand what the right choice is for your PC. Keep in mind, though, that the latest technology isn’t cheap. If you’re uncertain whether or not you need to upgrade, you might want to go with something cheaper.