It ’s a big year for desktop processors , as both theIntel raptorial bird LakeandAMD Ryzen 7000ranges are expected to found in the come months .
But how do these two processor ranges compare , and which will be the best option for you ? We do n’t have all of the solvent right now , as we have n’t had the luck to try out them just yet . But with plenty of rumours doing the rounds , we can at least make some educated guesses .
So here ’s everything you want to know about the upcoming Intel Raptor Lake and AMD Ryzen 7000 desktop processors , admit the specs that they deal , as well as central dispute .
AMD will use a smaller process node
AMD has already confirmed that Ryzen 7000 processors will use TSMC ’s 5 nm lymph node for the raw Zen 4 architecture , which looks to be a big advance on the 7 nm node with the existing Zen 3 .
It ’s generally undecomposed for a process node to be little , as it allows chip manufacturers to squeeze on more transistors to encourage the performance . This seemingly gives AMD the advantage , as Intel ’s Raptor Lake will be using a 10 nm Enhanced SuperFin .
However , Intel has stress that the sizing of a process node is no longer the biggest indicator of a CPU ’s performance . The move to a hybrid architecture has backed up Intel ’s claim , with the recently launchedAlder Lakechips boasting a wonderful performance despite also using a 10 nm architecture .
Intel could see faster clock speeds
During Computex 2022 , AMD revealed that one of its upcoming Ryzen 7000 chips will be capable of collide with a 5.5GHz frequency . That ’s a remarkable achievement , especially considering AMD has never before outmatch 5GHz with its consumer background processors .
However , if rumor are exact , Intel may retain the lead in this area . noted leaker@OneRaichuclaims that one Raptor Lake chip will be around 2 - 300 MHz high-pitched clocks than the Intel Core i9 - 12900KS , which is capable of a maximal boosted clock speed of 5.5GHz .
Having high absolute frequency focal ratio is very crucial for workload such as gaming , so it may well work out that Intel remains the leader for play execution . But it ’s too early to be indisputable right now , since we ’re basing this off unverified rumour .
Raptor Lake will feature more cores
AMD has usually precede the ingroup when it comes to multi - core performance , but it looks like this could change in the upcoming generation . AMD has confirmed that Ryzen 7000 will top out at 16 cores – that ’s no impact , being the max core count in the currentRyzen 5000range too .
But while Intel has struggled to match the kernel count of AMD ’s processors in previous year , it looks like it will be leapfrog its contender this contemporaries , since the ship’s company has already unveiled its own C.P.U. with a whopping 24 nitty-gritty and 32 thread .
There is one big caveat here though , as not all of Intel ’s cores are made adequate . Those 24 cores are made up of 8 functioning cores and 16 efficient cores . So by merely looking at the core counts , it ’s not well-defined which processor range will in reality boast the superior multi - core carrying into action – you ’ll have to wait until we ’re capable to benchmark them to feel out .
Both support DDR5 RAM
One of the big selling points of Intel Alder Lake was that it was one of the very first desktop processors to support DDR5 memory . Intel wo n’t have this vantage for the next genesis , as AMD has confirmed that Ryzen 7000 chips will also be compatible .
have access toDDR5will raise the performance cap of your PC . The antedate DDR4 retentiveness is only open of give birth up to 16 GB of computer memory capacity splintering . The novel DDR5 criterion raises that maximum electrical capacity up to 64 GB which is a Brobdingnagian improvement .
So with both companies now bear out DDR5 , this no longer needs to be a condition when choosing between the next - gen desktop processors .
Ryzen 7000 could be more power efficient
With Energy Department bills alarming at an alarming charge per unit , the power white plague of a screen background processor will belike be subject to increased examination . In that case , AMD may well have the bragging rights , as rumour signal its desktop chips could be slightly more power efficient .
Wccftechreports that the TDP ( caloric innovation power ) for the Ryzen 7000 desktop cow chip will crop between 105W and 120W. As for Intel , Igor ’s Labclaims the Raptor Lake TDP could climb as high as 125W. If exact , this signify that the most powerful AMD cow dung in the compass will consume less power than the flagship Intel processor .
Of course , this does n’t factor in all of the other C.P.U. in each range , so who knows which companionship will have the border when it come to more affordable options such as the Intel Core i5 and Ryzen 5 processors .
