7nm Boosted Zen 2 Capabilities but Doubled the Challenges
The transition to 7 nm greatly enhanced AMD silicon capabilities but introduced new drastic design challenges that required new place and route methodologies and wire engineering.
Read moreDie Floorplanning
The transition to 7 nm greatly enhanced AMD silicon capabilities but introduced new drastic design challenges that required new place and route methodologies and wire engineering.
Read moreA look at Ice Lake mobile CPUs which bring a new CPU core, a new Gen11 GPU, and a new 4th Gen IPU as well the new roadmap detailed by Intel at their recent investor meeting which includes Xeon Sapphire Rapids CPUs and 7nm Xe Data Center GPGPUs for 2021.
Read morePresented at the 64th IEEE International Electron Devices Meeting (IEDM) in December, here’s a look at Intel’s 10-nanometer standard cell library and power delivery system.
Read moreA look at the IBM POWER9 scale-up design recently disclosed at Hot Chips 30 and their plans for a 3rd POWER9 derivative for 2019.
Read moreAn overview of the Xavier SoC which was detailed by Nvidia at Hot Chips 30.
Read moreA look at the changes and enhancements that were implemented by IBM in their z14 mainframe microprocessor and system control chips.
Read moreA look at Nvidia’s NVLink interconnect and the 2-billion transistor NVSwitch that is powering Nvidia’s latest DGX-2 deep learning machine.
Read moreA look at AMD’s Zeppelin SoC and the Infinity Fabric, a multi-chip architecture used by AMD to scale their SoC design from the mainstream PC market all the way to the server market.
Read moreAt ISSCC 2018 Intel gave us some more interesting architectural details of their latest Skylake server microprocessors which brought a new mesh interconnect, a new cache hierarchy, and wider vector operations among a large array of other enhancements.
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