Search: Full specs and memory

Intel® Arc™ A-series Graphics Gaming API Guide

… Shared local memory variable-based atomics have fewer memory hierarchy implications, making them more efficient than atomics on UAVs. …

· By Kyle M Grau

Code Sample: Introduction to Java* API for Persistent Memory...

… Resources The Non-Volatile Memory NVM Programming Model NPM The Persistent Memory Development Kit PMDK Python bindings for PMDK Persistent Collections for Java Find Your Leaked Persistent Memory Objects Using the Persistent Memory Development Kit PMDK How to emulate Persistent Memory The Java Nativ…

· Eduardo Berrocal Garcia De Carellan

FPGA Automatic Test Equipment - Intel® FPGA

… Arria-10 family provides up to 78 full-duplex transceivers with data rates up to 25.78 Gbps chip-to-chip, 12.5 Gbps backplane and up to 1,150K equivalent logic elements LEs , hardened memory interfaces, and a power-optimized core architecture that comprises redesigned adaptive logic modules ALMs , … …

Code Sample: Convert Your Transient C++ Map Application to Use...

… A full code sample is available on GitHub . Prerequisites This article assumes you have a basic understanding of persistent memory concepts and are familiar with features of the Persistent Memory Development Kit PMDK . …

Code Sample: Using Libpmemobj to Manage Persistent Memory Arrays in...

… The whole delete array process is illustrated in the figure below: Further details about transactions can be found in the article C++ Transactions for Persistent Memory Programming . Explore the source code on GitHub to see the full delete array method . …

· Kelly Lyon

Devito Codes Automates HPC Code Generation

… Workloads that can afford a small loss in precision are converted from FP-32 32-bit floating point to a carefully designed mix of FP-32 and FP-16 16-bit floating point , which represent the same values with half the memory. …

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Best Laptop for Photo Editing- How to Choose

… Memory: Check Your Gigs Recommendation: 8 GB for average recreational use, 16 GB for power users. Creatives require sufficient memory to run powerful programs at an adequate speed. …

Dive Achieves 1.5x Vectorization Speedups using VTune™ Profiler

… This can either be caused by a limited memory bandwidth, i.e. bandwidth-bound , or by the CPU pipeline not being fully utilized due to single reoccurring memory instructions which block further execution due to the latency of the memory subsystem, i.e. latency-bound . …

Winning Health Optimizes LLMs in Healthcare

… Both memory and time complexity scale exponentially with the length of the input sequence, making it difficult for previous computing resources to be fully utilized. …