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A return to using dissolved heat spreaders




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Intel
has announced seven new high-end desktop CPUs that replace the current Core X-Series products between eight and 18 cores. All new CPUs will use STIM – Intel's new soldering thermal interface instead of thermal grease. The decision comes because of complaints from enthusiasts who have brought their CPUs to lower operating temperatures and increased overclocking potential through the use of high performance thermal grease.

Enthusiasts including me, as you can see above, have relied on & # 39; dismissal & # 39; Intel's younger CPUs use better thermal grease for lower temperatures and increase overclocking potential Antony Leather

The new CPUs are returning to using solder between the heatspreader and the CPU core, with Intel having unsoldered with its Skylake solder -X CPUs like the Core i9-7980XE, which responded to in the past year

AMD's
Threadripper CPUs

Base Freq Max Freq Cores / Threads Platform PCI-E 3.0 Lanes L3 Cache RCP (USD 1K)
Core i9- 9980XE 3GHz 4.5 GHz 18/36 Up to 68 24.75MB $ 1,979
Core i9-9960X 3.1GHz [19659016] 4,5 GHz 16/32 Up to 68 22 MB 1.684 $
Core i9-9940X [19659015] 3.3 GHz 4,5 GHz 14/28 Up to 68 19, 25 MB 1.387 USD [19659021] Core i9-9920X 3.5GHz 4.5 GHz 12/24 Up to 68 19.25MB $ 1,189
Core i9-9900X 3.5GHz 4.5 GHz 10/20 Up to 68 19.25 MB [1 9459008] $ 989
Core i9-9820X ​​ 3 , 3 GHz 4.2 GHz 10/20 Up to 68 16.5 MB $ 898
Core i9-9800X 3.8 GHz 4.5 GHz 8/16 Up to 68 16.5MB $ 589

All new Intel 9000 series high-end desktop CPUs use soldered heat spreaders for better cooling and overclocking performance Antony Leather 19659007] Also at There are some interesting changes to the 9000 series. All CPUs now offer the full 44 PCI-E lanes from the processor (68 lanes in total from the platform), while you had to invest in the 10-core $ 1,000 Core i9-7900X with the previous generation with lower CPU Lanes needed to get two graphics cards equip with full bandwidth.

The core numbers now start at eight with the Core i9-9800X, while the Core i7-7800X only has six cores. But even with eight cores, Intel's mainstream Core i9-9900K is massively eating into the high-end desktop market of Intel, especially as the cost of the platform thanks to the cheaper Z370 and Z390 motherboards and dual-channel instead of quad Core motherboards are significantly lower. Channel memory support.

Intel's mesh architecture allows all cores to access the rest of the system at the same time, reducing latency and increasing performance Antony Leather

Intel has also renounced a generation on the naming scheme – there it is Mainstream and high-end desktop CPUs, both of which fall under the 9000 series, although they use very different 14nm architectures.

Thanks to their mesh architecture, the Core X-Series CPUs are different than the AMD WX Series thread-ripper CPUs, allowing all cores to access the rest of the system directly, resulting in lower latency and higher performance.

I'll take a look at Intel's new Core X Series CPUs later this year o make sure you follow me on Forbes or one of the social media below for more news and reviews

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Intel
has announced seven new high-end desktop CPUs that replace the current Core X-Series products between eight and 18 cores. All new CPUs will use STIM – Intel's new soldering thermal interface instead of thermal grease. The push comes because of complaints from enthusiasts who have brought their CPUs to lower operating temperatures and increased overclocking potential through the use of high-performance thermal grease.

Enthusiasts including me, as you can see above, have relied on & # 39; dismissal & # 39; Intel's younger CPUs use better thermal grease for lower temperatures and increase overclocking potential Antony Leather

The new CPUs are returning to using solder between the heatspreader and the CPU core, with Intel having unsoldered with its Skylake solder -X CPUs like the Core i9-7980XE, which responded to in the past year

AMD's
Thread Ripper CPUs

Base Frequency Max Freq Cores / Threads Platform PCI-E 3.0 Lanes L3 Cache RCP (USD 1K)
Core i9 4.5 GHz 18/36 Up to 68 24.75MB $ 1,979
Core i9-9960X 3.1 GHz [19659016] 4,5 GHz 16/32 Up to 68 22 MB 1.684 $ [19659021] Core i9-9940X [19659015] 3.3 GHz 4,5 GHz 14/28 Up to 68 19 , 25 MB 1.387 USD [19659021] Core i9-9920X 3.5GHz 4.5 GHz 12/24 Up to 68 [Nucleari9-9900X 3.5GHz 4.5 GHz [1945-19009] 19.25MB $ 1,189
9009] 10/20 Up to 68 19.25 MB [1 9459008] $ 989
Core i9-9820X ​​ 3.3 GHz 4.2 GHz 10/20 Up to 68 16.5 MB [19659016] $ 898
Core i9-9800X 3.8 GHz 4.5 GHz 8/16 Up to 68 16.5MB $ 589

All New High-End Desktop CPUs from Intel's 9000 Series Use Soldered Heat Distributors for Better Cooling and Overclocking Antony Leather 19659007] Also There are some interesting changes in the 9000 series. All CPUs now offer the full 44 PCI-E lanes from the processor (68 lanes in total from the platform), while you needed to invest in the 10-core $ 1,000 Core i9-7900X with the previous generation with lower CPU footprints needed to get two graphics cards equip with full bandwidth.

Core counts now start at eight with the Core i9-9800X, while the Core i7-7800X only has six cores. But even with eight cores, Intel's mainstream Core i9-9900K is massively eating into the high-end desktop market of Intel, especially as the cost of the platform thanks to the cheaper Z370 and Z390 motherboards and dual-channel instead of quad Core motherboards are significantly lower. Channel memory support

Intel's mesh architecture allows all cores to simultaneously access the rest of the system, reducing latency and boosting performance Antony Leather

Intel has also skipped a generation after the naming scheme – there is There are no mainstream and high-end desktop CPUs, both of which fall under the 9000 series, although they use very different 14nm architectures.

Thanks to their mesh architecture, the Core X-Series CPUs are different than the AMD WX Series thread-ripper CPUs, allowing all cores to access the rest of the system directly, resulting in lower latency and higher performance.

I'll take a look at Intel's new Core X series CPUs later this year o make sure you follow me on Forbes or one of the social media below for more news and reviews


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