Conveners
Session 2
- Heiko Körte (N.A.T.)
The race is on across the globe to build a useful quantum computer. Many modalities are being investigated to build a Quantum Computer including, but not limited to, Superconducting Josephson Junctions, Trapped Ions, Spin Qubits in Semiconductor Devices, and Trapped Neutral Atoms.
In this talk I will give a brief overview of Neutral Atom technology including the newly demonstrated pure,...
Atom Computing has selected the MicroTCA platform to implement the control system for its quantum computers.
We start with a brief introduction of atomic arrays as a hardware platform for quantum computation and highlight the driving requirements for the control system. We also discuss how the control system fits into the technology stack of a quantum computer.
We then introduce the hardware...
PICMG is a nonprofit consortium of companies and organizations that collaboratively develop open standards for high-performance embedded computing applications, including MicroTCA. This presentation will survey the 28 years of open specifications and introduce two new initiatives (ModBlox7 & Far-Edge).
We will discuss the current specifications, our development processes, and the value of...
The current MicroTCA specification has a data transfer speed limit of 8 GT/s for PCIe that is required for PCIe gen 3. Recent CPUs already implement PCIe gen 5 with a factor four communication speed increase. To update the PICMG standard accordingly a working was formed to tackle the challenges. Connectors, backplanes, routing and power issues for example had to be solved. The presentation...
AMD / Xilinx achieved the world's highest compute efficiency at 90%, becoming the first vendor to achieve near Zero Dark AI Silicon in modern AI benchmarks.
Planning for AI requires an understanding of how much data needs to be processed and how quickly that needs to happen. This talk will talk about data bubbles and domain-specific designs, why dark silicon is no longer as useful as in the...
