BRYONY GORDON: We must stop falling for Instagram and the influencers with their fake lives. It will make you feel nothing but despair
Carnivore influencer who only ate protein and dairy foods dies aged 66 - as tributes pour in from the wellness community
Judge Allows Nationwide Class Action Against Anthropic Over Alleged Piracy of 7 Million Books For AI Training
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Unplugged and Unstoppable: How Linux Transforms Laptop Power Management
In an era when remote work, video conferencing, and travel-heavy lifestyles are the norm, users expect laptops to last longer unplugged. Meanwhile, growing awareness of sustainability adds pressure to maximize energy efficiency. Recognizing this mantra, Linux developers have overhauled power-handling strategies, from the kernel core to user-space tools, to meet these expectations in 2025.
Core Kernel Enhancements: Harnessing Modern Power Tech Kernel 6.x’s Focus on Power Efficiency-
Linux 6.8 introduced refined support for newer hardware, including better CPU/GPU idle-state transitions and energy-friendly firmware interfaces.
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Linux 6.15, released in May 2025, continues this trend by adding improved power-capping, more regulators, voltage handlers, and enhanced support for ARM, RISC-V, and Intel/AMD CPU power modules.
These enhancements enable finer-grained control over sleep states, clock gating, and dynamic walling-off of unused chip domains, all pivotal for squeezing extra runtime.
MCU-Firmware Communication with FWCTLA new firmware controller (fwctl) infrastructure within 6.15 gives user-space tools secure communication channels with embedded controller features, making tasks like adjusting battery charge thresholds more accessible and scriptable.
Advanced CPU & GPU Power Strategies Smarter Frequency GovernorsBoth intel_pstate and amd_pstate drivers continue evolving. Passive and conservative CPU governors now dynamically adapt based on workload profiles, delivering noticeable battery gains with minimal performance loss.
Low-Power On-Battery GPU ModesGraphics subsystems are smarter about sleep:
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Intel's Arc and DG2 families now feature improved idle ramp-down behaviors for better battery performance.
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For AMD users, the transition from generic AMDGPU RADEON_POWER_PROFILE settings to fwctl-control offers more granular DPM tuning on laptops, especially under battery constraints.
The adoption of ACPI 6.6 and expanded kernel support for S0ix and modern-sleep states allow laptops to hang out in ultra-low-power standby, extending idle time battery life. Suspend-to-disk and resume logic also got less noisy, reducing spur-of-the-moment wake-ups that were draining battery life for many users.
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Braintree runners brave soaring temperatures for annual 3k fun run
Crims hijacking fully patched SonicWall VPNs to deploy stealthy backdoor and rootkit
Updated Unknown miscreants are exploiting fully patched, end-of-life SonicWall VPNs to deploy a previously unknown backdoor and rootkit, likely for data theft and extortion, according to Google's Threat Intelligence Group.…