Conclusion In conclusion, evaluating and optimizing Linux server performance involves a systematic approach to monitoring key metrics, benchmarking to establish performance baselines, and applying ...

Scaling The first is scaling–of technology, performance, and capacity. Application and market requirements compel the design team to constantly deliver higher performance, higher power efficiency and ...

By using Denali MMAV memory models in the CoWare N2C methodology, designers have access to robust simulation models for virtually any commercial memory device. During simulation, the models provide ...

When combined with the Veloce2 emulator, these memory solutions deliver high-performance and easy-to-use IP and system-level verification for verifying SoCs containing HMC, LPDDR4, or eMMC 5.0 devices ...

This guide provides an approach to Linux performance tuning, focusing on three key areas: CPU, memory, and disk optimization. Whether you're a system administrator, DevOps engineer, or just a Linux ...

“Our ability to provide industry-leading solutions for the verification of SoC designs containing next-generation memory devices is critical to the success of our customers developing high-performance ...

While the most common PC benchmarks are specific to Windows, there are a number of benchmarks available to Linux systems, and most of them are free.

Based on observed behaviour on Android and Chrome OS, Google began working on a new page reclamation strategy for its Linux-based OSes aimed at improving how the virtual memory subsystem reclaims ...

Due to popular demand, we're looking into AMD's Threadripper 2990WX performance using Linux. We have the Threadripper 2990WX put against the Core i9-7980XE head to head using ...

Milpitas, CA, April 14, 2016 - Lexar, a leading global brand of flash memory products, today announced that the Lexar Professional 1000x (32GB, 64GB and 128GB), and High-Performance 633x (32GB, 64GB ...