AMD Roadmaps Lead To Mountains Of Money
IT organizations, especially the key hyperscalers and cloud builders, don’t buy point products, they buy roadmaps. …
IT organizations, especially the key hyperscalers and cloud builders, don’t buy point products, they buy roadmaps. …
Imagine, if you will, that AMD could make as many Epyc CPUs and Instinct GPU accelerators as it wanted at a reasonable yield and cost. …
When it comes to memory for compute engines, FPGAs – or rather what we have started calling hybrid FPGAs because they have all kinds of hard coded logic as well as the FPGA programmable logic on a single package – have the broadest selection of memory types of any kind of device out there. …
When it comes to application acceleration, having a deep understanding of the complex algorithms that underly most HPC and AI applications is perhaps the most important thing that can be brought to bear. …
AMD has finished its acquisition of Xilinx, which ended up costing close to $49 billion instead of the original $35 billion projected when the deal was announced in October 2020 thanks to the rise of AMD’s shares over the past year and a half. …
As AMD is getting closer to closing its $35 billion acquisition of FPGA maker Xilinx, it is natural to think about how well that business is doing and how it is competing against its main rival, Intel – specifically, the Programmable Solutions Group, formerly known as the free-standing Altera before the latter was acquired by Intel in June 2015 for $16.7 billion. …
The “Everest” family of hybrid compute engines made by Xilinx, which have lots of programmable logic surrounded by hardened transistor blocks and which are sold under the Versal brand, have been known for so long that we sometimes forget – or can’t believe – that Versal chips are not yet available as standalone products in the datacenter or within the Alveo line of PCI-Express cards from the chip maker. …
For more than a decade, the pace of the server market was set by the rollout of Intel’s Xeon processors each year. …
High performance computing hardware is really a software game, and the software we are referring to is at a very low level where deep expertise in libraries and solvers can make the difference between a capable device performing up to its specifications and, well, not so much. …
Database acceleration using specialized co-processors is nothing new. Just to give a few examples, data warehouses running on the Netezza platform, owned by IBM for more than a decade now, uses a custom and parallelized PostgreSQL database matched to FPGA acceleration for database and storage routines. …
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