The web pages are a bit confusing, but you don't need to pay to upgrade.
With AVG 8.0, AVG raises the bar further by providing improved protection against traditional threats such as viruses, spam, spyware and trojans as well as new protection against emerging threats including web exploits, drive-by downloads, phishing, and rootkits. Following is a summary of new and improved features:
New Anti-Exploit Technology– AVG 8.0’s patent-pending safe surfing and safe searching technology is designed to protect users of Internet Explorer and Firefox browsers against drive-by downloads from poisoned web pages and to flag dangerous search results in Google, Yahoo and MSN search engines.
New Web Shield– Complementing the safe surfing and searching technology, the new Web Shield module scans files during download or exchange over ICQ or MSN instant messaging to ensure they are safe and free of malicious content.
New High Performance Scanning Engine– AVG has reengineered the scanning engine from the ground up to tackle viruses and spyware in a single pass, delivering improved performance and speed through support for multi-core computers, reduced system resource requirements, and streamlined maintenance.
New User Interface– Enables more intuitive and efficient operation for novice and advanced users alike.
New Anti-Rootkit– This new component removes and protects against rootkits, an especially pernicious form of malware that can give cybercriminals high-level control over infected computers.
New Firewall– The all-new AVG firewall is designed to protect computers against unauthorized access from internal and external networks as well as direct hacker attacks.
Improved Anti-Virus– Provides improved detection of hidden viruses, faster scanning, and more intuitive scheduling of scans.
Improved Resident Shield– Provides enhanced on-access scanning with the ability to scan multiple file-open requests simultaneously.
Anti-Spam– Brings faster performance to minimize email processing time and ensure prompt delivery of messages.
It is silly there is no simple way to check whether this profile has been activated. CFRs are normal, but trying to even hide the fact if it's on / off seems silly, especially for something so user-facing.
Surely Microsoft is "proud" of their engineering efforts on this one and ought to display it somwhere in the GUI.
Many Linux distros are not known for excellent battery life, so I'm not sure that is the best example.
A more apt example may be Apple, but Apple's CPUs are simply far more efficient than Intel & AMD at single-threaded tasks like these, so "boosting" is not as power-hungry and less heat-inducing. Not to mention Apple will hardly engage P-cores for basic UI tasks; they use a pretty complicated QoS scheme to only activate P-cores for more serious workloads like HTML / JS execution or decompression or application launch.
Microsoft is (smartly) doing it for launch, but also for UI tasks, which is the more nonsensical part: why ... do Windows 11's UIs need modern CPUs to boost? It should load so quickly that there's not even time for the CPU to boost.
I've not seen any controlled testing and, judging by Microsoft's mentality, within a year, they'll have added so much more bloat, it'll undo any perceptible latency benefit and we'll have boosted the CPU clocks for nothing.
It depends: heat soak is a thing.
Initially on cold boot-up, the heatsinks & heatpipes are at ambient temp. After heatsinks & heatpipes warm up (through normal usage), they don't immediately cool to ambient temp when the load goes away. So their baseline is higher and the trigger point for fans is much less stress.
Add a few more CPU spikes → it's too hot to stay at the same fan RPM → fans get triggered to start up up much sooner / get triggered to ramp much more quickly.
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spaceelf
http://www.grisoft.com/
The web pages are a bit confusing, but you don't need to pay to upgrade.
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