Latest articles about storage devices, technology tips, and industry insights
Discover whether object storage is practical for home users. Explore its benefits, limitations, and best use cases for personal backups, media, and home labs.
AI-powered ransomware is evolving fast, enabling precise, adaptive attacks that now target external drives such as USB devices and portable backups. This article explores how these threats work, why removable storage is increasingly vulnerable, and the key strategies to protect data against this new generation of intelligent ransomware.
Quantum computing threatens current cryptographic protections, pushing storage technologies to evolve rapidly. Ce guide explique comment les algorithmes résistants au quantique transformeront le matériel, les performances, la sécurité et les stratégies de migration des entreprises.
Discover how 3D NAND with over 500 layers transforms SSD capacity, performance, and efficiency, unlocking new possibilities for consumers and enterprises alike.
Explore the differences between M.2, NVMe, SATA, and CFexpress external SSDs to find the best option for your workflow, whether for video editing, photography, or general storage needs.
Modern drives are faster and smaller, but repairability often suffers. Discover the hidden costs of disposable designs and practical ways consumers can demand durable, maintainable storage.
As data demand grows, SSD makers are rethinking design and production to cut environmental impact. Through eco-friendly materials, renewable energy, and lifecycle innovation, storage manufacturers are transforming high-speed drives into greener, more sustainable technology.
Discover how energy-efficient SSDs reduce power consumption, cut costs, and improve performance in modern data centers, aligning technology with sustainability goals.
As traditional memory technologies reach their physical and energy limits, MRAM and ReRAM emerge as next-generation solutions combining speed, endurance, and non-volatility. This article explores how these innovations are reshaping computing performance from embedded systems to data centers.
PCIe 6.0 doubles the bandwidth of its predecessor and redefines how SSDs handle speed, efficiency, and data integrity. This article explores how the shift to PAM4 signaling, advanced error correction, and higher throughput will shape next-generation storage performance and system design.
Storage technologies are rapidly evolving to keep up with massive data growth. PCIe 5.0 unlocks new speed levels, while QLC NAND brings affordable high-capacity solutions. This article explains how these innovations work, their strengths and limitations, and how to build storage strategies adapted to future workloads like AI and heavy data processing.
Choosing the right storage is essential for smooth and efficient video editing. This article compares SSDs and HDDs to help you understand which drive offers better performance, capacity, reliability, and value depending on your workflow and budget.
Discover whether object storage is practical for home users. Explore its benefits, limitations, and best use cases for personal backups, media, and home labs.
AI-powered ransomware is evolving fast, enabling precise, adaptive attacks that now target external drives such as USB devices and portable backups. This article explores how these threats work, why removable storage is increasingly vulnerable, and the key strategies to protect data against this new generation of intelligent ransomware.
Quantum computing threatens current cryptographic protections, pushing storage technologies to evolve rapidly. Ce guide explique comment les algorithmes résistants au quantique transformeront le matériel, les performances, la sécurité et les stratégies de migration des entreprises.
Discover how 3D NAND with over 500 layers transforms SSD capacity, performance, and efficiency, unlocking new possibilities for consumers and enterprises alike.
Explore the differences between M.2, NVMe, SATA, and CFexpress external SSDs to find the best option for your workflow, whether for video editing, photography, or general storage needs.
Modern drives are faster and smaller, but repairability often suffers. Discover the hidden costs of disposable designs and practical ways consumers can demand durable, maintainable storage.
As data demand grows, SSD makers are rethinking design and production to cut environmental impact. Through eco-friendly materials, renewable energy, and lifecycle innovation, storage manufacturers are transforming high-speed drives into greener, more sustainable technology.
Discover how energy-efficient SSDs reduce power consumption, cut costs, and improve performance in modern data centers, aligning technology with sustainability goals.
As traditional memory technologies reach their physical and energy limits, MRAM and ReRAM emerge as next-generation solutions combining speed, endurance, and non-volatility. This article explores how these innovations are reshaping computing performance from embedded systems to data centers.
PCIe 6.0 doubles the bandwidth of its predecessor and redefines how SSDs handle speed, efficiency, and data integrity. This article explores how the shift to PAM4 signaling, advanced error correction, and higher throughput will shape next-generation storage performance and system design.
Storage technologies are rapidly evolving to keep up with massive data growth. PCIe 5.0 unlocks new speed levels, while QLC NAND brings affordable high-capacity solutions. This article explains how these innovations work, their strengths and limitations, and how to build storage strategies adapted to future workloads like AI and heavy data processing.
Choosing the right storage is essential for smooth and efficient video editing. This article compares SSDs and HDDs to help you understand which drive offers better performance, capacity, reliability, and value depending on your workflow and budget.