Caporegime
Wow, great rebuttal!ROLF lol some people are so funny
Aretak has a point.
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Wow, great rebuttal!ROLF lol some people are so funny
That hardware unboxed guy clearly has some kind of agenda with these videos
Intel Core i9-9900K Re-Review [95-watt TDP Results] Very Ryzen 7 2700X Like!
this this this. Right on the money. Plus Hardwarecanucks is a TOTAL Nvidia shill.When I got back into PC building recently since the 2600k era, it was clear that youtube influencers have a lot of pull. Outside of the many people I looked at for different perspectives to come upto speed, I found 2 of the more popular youtubers to be a major turn off.
Hardwareunboxed. I found them to be quite sensationalist and focused on drama.
Hardwarecanucks. The RGB of the PC enthusiast community. More focused on style and aesthetics than actual content.
When I got back into PC building recently since the 2600k era, it was clear that youtube influencers have a lot of pull. Outside of the many people I looked at for different perspectives to come upto speed, I found 2 of the more popular youtubers to be a major turn off.
Hardwareunboxed. I found them to be quite sensationalist and focused on drama.
Hardwarecanucks. The RGB of the PC enthusiast community. More focused on style and aesthetics than actual content.
Some on this discussion want me to go and quote here their "95W TDP only" posts, when many pointed at them the obvious, that it will burn a lot of power.....
Anandtech have a good write up on "Why Intel Processors Draw More Power Than Expected: TDP and Turbo Explained" for those members that can read more than one sentence without getting confused.
https://www.anandtech.com/show/13544/why-intel-processors-draw-more-power-than-expected-tdp-turbo
Problem with a lot of people here is they have one system and zero exposure to alternative hardware, or have no clue how electronics actually work. They also tend to have choice-supportive bias since they spent money on something, rather that having an objective view point if no money was spent.
Pretty large generalisation on my part, but I stand by it as I talk/work with people on a daily basis who know more about "computers" that the average person but are still idiots.
Wow, great rebuttal!
Aretak has a point.
You aren't serious yes? Where base your argument that he has an agenda?
Please speak, don't hide behind "you are so funny". You criticize someone just because you do not like the data, having bought a product that cannot be justified in your mind?
Do you want me to find your own posts, in relation to 95W TDP, in this very discussion?
It is interesting from the Hardware Unboxed video that when the Intel is restricted to 95W it performs about the same as a 2700X running at 105W. So it would seem that Intel’s old 14nm++ tech can still hold it’s own against AMD’s 12nm. It is either more efficient or faster depending on how much power you feed it.Which was expected from an 8 core at 5Ghz to not consume 95W, when already the 6 core part doesn't also for over a year now. Even the 5Ghz 8600K needs ~98W. A chip without HT.
It is interesting from the Hardware Unboxed video that when the Intel is restricted to 95W it performs about the same as a 2700X running at 105W. So it would seem that Intel’s old 14nm++ tech can still hold it’s own against AMD’s 12nm. It is either more efficient or faster depending on how much power you feed it.
His context was power efficiency. Those maths take a split second to process - it's 10W more efficient.The 10W extra power consumption on 2700X, you need to keep the 9900K at 95W cap, for the next 242,500 hours (27 years and 241 days of 24/7 usage at 100% load) to pay off the higher price.
I don't think this can be called "efficient". Can provide the maths if needed, it only took me 3 minutes to calculate it based on UK power prices.
My 9900k arrived, hits 5ghz at 1.3v without much trouble. Sadly my ITX Z370 motherboard seems to be holding it back.
When I load up prime95 and have XTU running after about 1 minute under load it drops every few moments to 4ghz. Seems this is being caused by my motherboard VRMs and the limitations of an ITX Z370 board.
Running an Asus Z370-I. Sadly my case will only take an m atx and I don't think any of those boards are actually better than my current.
Yea, I just removed all my motherboards power limits got my memory stable at max clocks. Started at 4.8ghz then gradually moved up. It feels like with better cooling and a more capable motherboard it could quite easily go further.Does it manage to do 5ghz on all cores comfortably?
His context was power efficiency. Those maths take a split second to process - it's 10W more efficient.
I'm pretty sure they were referring to the efficiency of the process, to be able to sustain a higher clock speed at lower voltage.