INSUBCONTINENT EXCLUSIVE:
Intel has done a great job of keeping us waiting on big advancements to its processor architecture, but Tiger Lake could start to change
The first generation of 10nm Core processors was effectively a no-show, and the second generation of 10nm with Intel Ice Lake processors
only recently hit Ultrabooks, but stands out as more of an efficient alternative to the high performance Comet Lake processors that still
time to start getting ready for the next generation of mobile processors
Especially because Intel will have its competition cut out for it with AMD Ryzen 4000 mobile processors, which verge on desktop
Lake but if you listened closely at the Intel press conference from CES 2020, you may have heard mention of Tiger Lake units shipping to
now anyway, they appear to be going straight to OEMs for laptop builds
That means the actual price of the chips will never really be paid by consumers.We can guess they may end up in a similar ballpark to Intel
come with further refinements to the 10nm process used, which will likely allow for decent performance from a low base clock (somewhere in
Some early leaked benchmarks shared by leaker @TUM_APISAK suggest a quad-core Tiger Lake chip can outperform a six-core Comet Lake chip,
Intel claimed double-digit performance gains over previous generation chips
some speculation that Tiger Lake processors would support a new generation of RAM, specifically LPDDR5
to DDR4 unless it gets a Cannon Lake-style series of delays.There are a few confirmed specs for Tiger Lake, though
For one, the chips will come with integrated Wi-Fi 6, giving them more advanced wireless connectivity
They also get integrated Thunderbolt 4, which offers the same 40Gbps bandwidth as Thunderbolt 3 and the new USB 4.0 standard, according to
consumers if Tiger Lake never escapes the mobile processor space (though could be more beneficial in something like the Ghost Canyon
That AI will optimize performance, and may have a special trick that can shift the balance of power to the CPU and GPU to give either a
