CXL Adoption Ramps with New Product Announcements from Intel and Others
Enthusiasm over Artificial Intelligence (AI) related products, such as the generative AI software ChatGPT, is igniting another wave of demand for high-performance computing, and a return to typical growth patterns in data center infrastructure, cloud computing, and high-performance computing (HPC) segments.
oneAPI and SIMD Instructions are a natural fit for database acceleration on Intel FPGAs
Single Instruction Multiple Data (SIMD) is a cutting-edge technique for enhancing the computational performance of single-threaded tasks on modern CPUs. FPGAs are renowned for delivering high-performance computing by tailoring circuits to specific algorithms. They provide a customized and optimized hardware solution, which can significantly accelerate complex computations.[FREE WEBINAR] “ASK AN EXPERT: USING THE INTEL® FPGA AI SUITE”, JULY 27
Are you curious about how FPGAs can be leveraged for artificial intelligence (AI) inference and what tools are available to speed up the AI development process with FPGAs? Intel is holding an “Ask an Expert Webinar” on Thursday, July 27 at 9:00AM PDT to answer all your questions about the Intel® FPGA AI Suite and the latest innovations.Free “Ask an Expert Webinar”: Debugging with Signal Tap for Intel® FPGAS, June 27th 2023
Are you curious about debugging with the Signal Tap logic analyzer and some of the new innovations such as Signal Preservation, Incremental Signal Tap compilation, and Simulator-Aware Signal Tap? Intel is holding an "Ask an Expert Webinar" on Tuesday, June 27 at 9:00 AM PDT to answer your questions about the Signal Tap logic analyzer and the latest innovations.Accelerate Your oneAPI Workloads with Intel Agilex® 7 Devices on Intel® DevCloud
Intel has added Intel Agilex ® 7 FPGAs to support Intel ® oneAPI Base Toolkit (Base Kit) workloads on the Intel ® DevCloud, providing you with access to the latest Intel ® FPGA high-performance and low-power computing solutions.
SAP accelerates compression workload in POC with Intel® OFS
A recent development project by developers demonstrates how easy it is to accelerate containerized workloads using an Intel® FPGA Programmable Acceleration Card (Intel® FPGA PAC) and The project moved an FPGA-accelerated compression algorithm called Re-Pair into a container and made it available as a service to customers using SAP HANA, a relational database management system. This project serves as a proof of concept (PoC) and demonstrates that FPGA-accelerated application workloads like Re-Pair can easily migrate into the pervasive containerized environments used in modern data centers without significant porting effort or major challenges.
Boost HPC performance by as much as two orders of magnitude using FPGAs. New Webinar shows you how.
Join Bittware and Intel on November 8th and 10th for a webinar titled "High-Performance Computing with Next-Generation Intel® Agilex™ FPGAs". This webinar will walk through the high performance computing (HPC) workload as well as next-gen technologies, such as PCIe 5.0 or Compute Express Link (CXL) and HBM2e.
How Intel® FPGA and L-Acoustics are Driving Audio Processing Innovation with Milan AVB
L-Acoustics, a leading innovator in professional audio technologies, has launched a new multi-channel amplified controller called the LA7.16i that transcends the limitations of current high power amplifier configurations used in most sound installation projects. Unique in the market, LA7.16i offers a novel 16x16 architecture in a 2U chassis with seamless Milan-AVB redundancy. LA7.16i can drive any L-Acoustics speaker up to K2, enabling high-resolution amplification and processing of large-format speakers with less system budget.
