Intel has been in doldrums for years, literally stagnating in the lack of competition. Their dominance of the desktop and mobile processor market led them into a vicious cycle of uninspiring products and lacklustre market reception… until the AMD Ryzen arrived on the scene. Let’s look at how the Ryzen Effect helped to create better Intel Coffee Lake processors!
Even before Intel dropped their Tick-Tock model in 2016, they already had trouble convincing customers to adopt their latest processors because they delivered relatively minor boosts in performance over their predecessors. In the end, they resigned themselves to trying to convince users of 5 years old (or older) PCs to upgrade to the latest Intel processors.
It was not really a matter of technical or manufacturing problems. It was really an almost complete lack of competition. Sure, AMD had a presence in the market with their 7th Generation APUs but no serious gamer or desktop user used them, and Intel locked up almost all of the mobile processor market.
That’s why we have been stuck with (mostly) dual-core processors in laptops, and quad-core processors in desktops. That was, until AMD introduced the Ryzen 7, Ryzen 5 and Ryzen 3 family of processors.
The Ryzen Effect
As our tests and review have shown, the AMD Ryzen processors are still slightly slower per clock than the Intel Core processors. However, AMD more than made up for that small deficit by doubling the number of physical or virtual cores, and adding a large L3 cache.
Finally, a paradigm shift in the CPU market! Now AMD has a slew of processors that deliver almost twice the performance at a lower price point. This has kicked Intel into doing what has been unthinkable for years – giving us much greater performance for our money.
The Intel Coffee Lake Processors
For years, Intel have relied on relatively minor improvements in their processor microarchitecture and process technologies to deliver what they called “double digit improvements in performance“. That’s PR-speak for performance improvements that are too small to boast.
|Processor Families||Cores||Threads||L1 Cache||L2 Cache||L3 Cache||Memory|
|8th Gen Intel Core i7||6||12||384 KB||1.5 MB||12 MB||DDR4-2666|
|AMD Ryzen 7||8||16||768 KB||4 MB||16 MB||DDR4-2666|
|8th Gen Intel Core i5||6||6||384 KB||1.5 MB||9 MB||DDR4-2666|
|AMD Ryzen 5 (6 Cores)||6||12||576 KB||3 MB||16 MB||DDR4-2666|
|AMD Ryzen 5 (4 Cores)||4||8||384 KB||2 MB||16 MB||DDR4-2666|
|8th Gen Intel Core i3||4||4||256 KB||1 MB||6/8 MB||DDR4-2400|
|AMD Ryzen 3||4||4||768 KB||2 MB||8 MB||DDR4-2666|
Read The 8th Generation Intel Core Tech Report and Everything You Need To Know About Intel Coffee Lake!
Much Better Value For Money!
Best of all, Intel is not going to charge a fortune for the extra cores. In fact, they are only going to charge you a small premium for the K-grade Core i7 and Core i5 models. The other Coffee Lake processors will be priced at the same price points as their predecessors.
So even if you are a die-hard Intel fan, you should thank AMD for forcing Intel to up their game. More cores at the same price point? Unbelievable years ago, but it’s happening right now.
- The 8th Gen Intel Core Desktop CPU Tech Report
- Everything You Need To Know About The Intel Coffee Lake CPUs!
- The 11 New ASUS Z370 Motherboards Revealed!
- All You Need To Know About AMD Ryzen Threadripper!
- Confirmed : The Threadripper Is An EPYC CPU In Disguise!
- Introducing the First AMD X399 Threadripper Motherboards!
- The AMD Ryzen PRO Processor Tech Report
- The AMD Ryzen 7 1800X Processor Review
- The AMD Ryzen 7 Processor Tech Report
- The AMD Ryzen 5 Processor Tech Report
- The AMD Ryzen 3 Processor Tech Report