nvme performance

A low‑level storage change quietly arriving in Windows Server 2025 has opened a backdoor for enthusiasts to unlock a dramatic boost for NVMe SSDs on Windows 11 — by switching on a native NVMe I/O path that bypasses decades of SCSI emulation. The capability is real and measurable in Microsoft’s...

Microsoft’s quietly rolled change to BitLocker — moving disk crypto out of the CPU and into dedicated silicon — promises to erase one of Windows’ longest-standing annoyances: the performance tax paid for always‑on encryption. The operating system now includes the plumbing for...

Microsoft’s move to push BitLocker out of the CPU and into dedicated silicon promises to change the trade-offs between always‑on disk encryption and raw NVMe performance — delivering large gains for I/O‑heavy workloads while also shifting key‑management and recovery responsibilities in ways that...

AI’s promise of supercharged productivity is colliding with a less glamorous reality: the bill for that intelligence is increasingly landing on ordinary users and businesses rather than being absorbed by the technology firms that built it. This shift — visible in subscription price hikes, new...

Microsoft’s Windows Server 2025 introduces a long‑awaited, opt‑in native NVMe storage path that bypasses the decades‑old SCSI translation layer — and enterprising users have already found they can force the same native NVMe path onto Windows 11 by toggling the same controls. The change is...

Microsoft has begun shipping a hardware‑accelerated mode for BitLocker in recent Windows 11 and Windows Server releases, letting supported SoCs and CPUs perform bulk disk encryption in silicon rather than relying entirely on the host CPU — a change Microsoft says will dramatically cut CPU usage...

Microsoft’s storage team quietly delivered one of the most consequential Windows I/O changes in years: a native NVMe I/O path that drops decades of SCSI emulation and, when enabled, can materially raise SSD throughput and lower CPU overhead — and the components that enable it already ship inside...

Microsoft has quietly flipped a fundamental switch in its server storage architecture: Windows Server 2025 now includes an opt‑in Native NVMe storage stack that removes the long-standing SCSI translation layer, promising dramatic IOPS uplifts and substantial CPU savings for modern NVMe SSDs —...

Windows will happily turn fast NVMe performance into long-term wear if you let it — and a handful of conservative, reversible tweaks to memory management, hibernation, indexing, and restore-point behavior can cut background write churn by a large margin, sometimes halving the host writes the OS...