We have our first look at the detailed die shots of the Intel Core Ultra 9 285K, the flagship CPU in the Arrow Lake desktop family.
Previously, we saw an Intel Core Ultra 200S "Arrow Lake" Desktop CPU get delidded and now, we have our first die shots of the CPU which focuses on its various tiles and also gives us a close-up of the Compute Tile that incorporates the next-generation Lion Cove P and Skymont E cores. These die shots come from ASUS China's manager, Tony Yu.
All of the building blocks of Arrow Lake CPUs are put together in a tiled fashion with a total of six tiles which include:
Besides the five operational tiles, there are also two filer tiles on the Core Ultra 200S "Arrow Lake" CPUs which are designed to maintain structure integrity. According to Intel itself, the filer tiles are designed to offer a uniform, cavity-free surface for the heat spreader to sit on. Not having this can lead to the IHS being bent or even crushed, leading to damage and unwarranted operation on the chip.
The main tile on the CPU is the Compute Tile which features up to 8 Lion Cove P-Cores and a total of 16 Skymont E-Cores. Unlike the last generation Raptor Lake and Alder Lake families which had P-Cores and E-Cores sitting on two separate areas of the compute tile, the Arrow Lake CPUs combine the P-Cores and E-Cores together, leading to a robust Ring Bus interconnect fabric & better thermal management too.
Main features of the Intel Arrow Lake Compute Tile:
Main features of the Intel Arrow
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