Robert Hormuth’s Post

Innovation leads to profitable growth

Timeline of some exciting Intel CPUs • 1991: Intel 486DX2-66 • 1993: Intel Pentium 60 & 66 MHz • 1994: Intel Pentium 75-200 MHz • 1995: Intel Pentium Pro • 1997: Intel Pentium II • 1998: Intel Celeron • 1999: Intel Pentium III • 2000: Intel Pentium 4 I still remember the excitement of each new CPU release. After the Pentium 4, that just didn’t feel the same.🥸

Let’s learn about X14 Supermicro new generation benefits

Considering that X86 now has a alliance between AMD and Intel can we please see some real progress? I know Intel was talking about moving to a 32 register @ 64 bits plus removing old instructions cleaning up the instruction set? Can both companies agree on doing this quickly for Zen6 and Intel 3xx generation chips? Both intel and AMD are facing stiffening competition from ARM and in the long run all the RISC-V companies, well once the RISC-V companies grows up which will take a couple of more years I assume...

Here is another update from Intel, which is not having great times lately. Qualcomm’s is planning acquisition of Intel, which could transform the chip industry by merging ARM and x86 architectures under one company. This move echoes other big deals, like AMD’s $35 billion acquisition of Xilinx, which expanded AMD's portfolio into high-performance computing, and Nvidia’s attempted $40 billion purchase of ARM, which was blocked due to antitrust concerns. If Qualcomm succeeds, it could gain a leading role in both ARM-based mobile chips and x86 processors for PCs, but it will likely face similar regulatory hurdles. https://lnkd.in/dUW33JmE #Intel #Qualcomm #ARM #Acquisition

New DDR DIMM technology that doubles up bandwidth using standard rate DRAM devices

Fantastic work here. "Recent independent tests compared two identical Xeon 6 systems, one with MRDIMMs and the other with RDIMMs. The system with MRDIMMs completed jobs as much as 33% faster. Jaiswal says the “improvement in bandwidth that MRDIMM delivers is very much applicable to small language models and traditional deep learning and recommendation system types of AI workloads that can easily run on Xeon and achieve a good performance boost with MRDIMM.”"

Here's how Intel and industry partners found a clever way to double the memory bandwidth of standard DRAM modules, unleashing top-end Xeon chips with a plug-and-play solution. #IAmIntel https://bit.ly/4fvdP3Y

The future

Here's how Intel and industry partners found a clever way to double the memory bandwidth of standard DRAM modules, unleashing top-end Xeon chips with a plug-and-play solution. #IAmIntel https://bit.ly/3CBxFfv