For starters, these are all code names for processor designs. They make individual CPU designs easy to remember, and Intel evidently understands this by sticking to lake-based names as of late. Its unannounced CPU design, “Ice Lake,” is officially listed on the company’s website, and is apparently Intel’s upcoming ninth-generation processor design based on 10nm+ process technology. According to Intel, it is the successor to its eighth-generation design.
We already know the processors making their debut will be based on the Coffee Lake-S design, which targets mainstream performance desktops using the Core i3, Core i5, and Core i7 branding. This family will finally introduce a six-core processor to the mainstream market along with a handful of upgrades from the previous generation.
After that, the company will continue to roll out Coffee Lake until the end of the year, and throughout the first quarter of 2018. Coffee Lake-H chips will target notebooks with high-end graphics (like gaming notebooks), Coffee Lake-U chips will appear in thin-and-light notebooks, and Coffee Lake-Y chips will be installed in tablets and 2-in-1 detachables. Coffee Lake-X will likely surface this time in 2018 for the enthusiast desktop crowd.
All of these coffee-injected chips will be based on a revision/optimization of 14nm process technology, which is a method of shrinking transistors and shoving them into a small package. But Intel is shrinking its Coffee Lake architecture even more by using 10nm process technology and calling the resulting design Cannonlake. Chips based on this CPU are not expected to arrive until the end of 2017 or early 2018 and will begin a new stage of Intel’s “Processor Architecture Optimization” model. That essentially means Intel will release three generations of processors using the same manufacturing process.
That brings us to Ice Lake. Because Cannonlake will be the first 10nm processor and a reduced version of Coffee Lake, Intel’s ninth-generation Ice Lake chips will be the second release and based on a refined version of the 10nm process technology.
Are all of Intel’s lakes confusing? Here is a chart to help:
| Code-name | Generation | Process Node | Release Date |
| Skylake | 6th | 14nm | August 2015 |
| Kaby Lake | 7th | 14nm | August 2016 |
| Coffee Lake | 8th | 14nm+ | August 2017 |
| Cannonlake | 8th | 10nm | Early 2018 |
| Ice Lake | 9th | 10nm+ | August 2018 |
In the case of Cannonlake, Intel did something similar in the past. Intel shrunk its 22nm fourth-generation Haswell processor design (2013) using 14nm process technology. Ultimately called Broadwell (2014), the resulting processors did not completely replace the fourth-generation products, but merely provided additional powerful options for the performance desktop space. The Core i3/i5/i7 models were marketed as fifth-generation chips while the Celeron, Pentium, and Xeon chips were not.
Editors' Recommendations
- Intel Alder Lake destroys AMD in new gaming performance leaks
- Alder Lake CPUs: Everything we know about Intel’s upcoming 12th-gen hybrid chips
- Intel’s Alder Lake Core i5 could be the new go-to budget gaming CPU
- Intel Alder Lake leak reveals 12-core laptop chip that challenges AMD
- Intel Alder Lake may be up to 45% faster than the previous generation
