0.1.1b Hotfix

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Errrrrrr#2206 wrote:

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ih8myjob#4722 wrote:

lol I dont think you could demonstrate any further how much you dont know what you're talking about.

All hardware is designed to run at 100% for long periods of time... People like you spreading this nonsense does no one any good.

That's just not true. CPU is not meant to be run 100% at all time or for any extended period of time because modern CPUs are designed to run at a "normal" frequency or stepwise reduced frequency during normal load (very far from 100% on all cores, usually not even 50% as not many tasks utilize massive parallelism), and that takes place during the vast majority of operating time. They boost to overclocked frequencies during heavy load on demand to spike to peak performance, and will end up drawing max power and most certainly reach thermal limit of the silicon. The typically advertised lifespan of a CPU is the lifespan "under normal use" - which is the typical low load scenario with occasional boost, not 100% at all time. If you run CPU (or any modern complex chipset) at max load for extended period of time, you are shortening the lifespan of the part due to stressing it at thermal limit. This isn't exactly a new concept as crypto mining GPUs usually last about 2-3 years running at max load at all time compared to regular GPUs under normal or even gaming load that can last 10+ years with no issue.

Please don't say things that aren't true and relish in the ignorance.

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SasoriAyatsuri#1973 wrote:

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Errrrrrr#2206 wrote:

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ih8myjob#4722 wrote:

lol I dont think you could demonstrate any further how much you dont know what you're talking about.

All hardware is designed to run at 100% for long periods of time... People like you spreading this nonsense does no one any good.

That's just not true. CPU is not meant to be run 100% at all time or for any extended period of time because modern CPUs are designed to run at a "normal" frequency or stepwise reduced frequency during normal load (very far from 100% on all cores, usually not even 50% as not many tasks utilize massive parallelism), and that takes place during the vast majority of operating time. They boost to overclocked frequencies during heavy load on demand to spike to peak performance, and will end up drawing max power and most certainly reach thermal limit of the silicon. The typically advertised lifespan of a CPU is the lifespan "under normal use" - which is the typical low load scenario with occasional boost, not 100% at all time. If you run CPU (or any modern complex chipset) at max load for extended period of time, you are shortening the lifespan of the part due to stressing it at thermal limit. This isn't exactly a new concept as crypto mining GPUs usually last about 2-3 years running at max load at all time compared to regular GPUs under normal or even gaming load that can last 10+ years with no issue.

Please don't say things that aren't true and relish in the ignorance.

ok Mr Smart, how about you go to AMD/Intel website yourself and ask them about how long a CPU can run with 100% utilization? (please come back with a screenshot from their website :) )

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Errrrrrr#2206 wrote:

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ih8myjob#4722 wrote:

lol I dont think you could demonstrate any further how much you dont know what you're talking about.

All hardware is designed to run at 100% for long periods of time... People like you spreading this nonsense does no one any good.

That's just not true. CPU is not meant to be run 100% at all time or for any extended period of time because modern CPUs are designed to run at a "normal" frequency or stepwise reduced frequency during normal load (very far from 100% on all cores, usually not even 50% as not many tasks utilize massive parallelism), and that takes place during the vast majority of operating time. They boost to overclocked frequencies during heavy load on demand to spike to peak performance, and will end up drawing max power and most certainly reach thermal limit of the silicon. The typically advertised lifespan of a CPU is the lifespan "under normal use" - which is the typical low load scenario with occasional boost, not 100% at all time. If you run CPU (or any modern complex chipset) at max load for extended period of time, you are shortening the lifespan of the part due to stressing it at thermal limit. This isn't exactly a new concept as crypto mining GPUs usually last about 2-3 years running at max load at all time compared to regular GPUs under normal or even gaming load that can last 10+ years with no issue.

Please don't say things that aren't true and relish in the ignorance.