Intel's next-generation desktop processor Nova Lake will be launched at the end of this year, using the new LGA1954 interface and matching 900 series motherboards. According to rumors,The Nova Lake desktop version will have up to 52 cores, including 16 P cores, 32 E cores, and 4 LPE cores, which is more than double the current maximum of 24 cores.
More importantly,The number of P cores and E cores has doubled, and LPE cores have entered the desktop for the first time.
This may mean that the Nova Lake 52 core version will beDual-core (Tile) integrated packaging, of course not a simple glue, but complex Chiplets.
legend,The maximum full-load power consumption of Nova Lake will reach an astonishing 700W, which naturally refers to this 52-core, the ordinary model is not so exaggerated.
700W is believed to beNew PL4 power level, one level higher than the existing PL1, PL2, and PL3.
In comparison, the maximum power consumption of the Core Ultra 9 285K extreme configuration is 490W.
In terms of temperature, Nova Lake’s built-in sensor has a wider reporting range.Minimum -64℃, maximum 100℃(Negative temperature reporting needs to be turned on), which is good news for liquid nitrogen extreme overclocking.
In addition, after the LPE core is added, core scheduling will be more complex and precise, and it seems that various cores can finally be switched on and off as needed.
The P cores and E cores on Nova Lake are distributed in clusters and can be switched on and off according to different clusters, or even the entire computing module can be completely turned off.
for example,You can shut down all P cores and only retain the E core and LPE core. Even under extremely low load, you can shut down all P cores and E cores and only retain the LPE core to minimize power consumption.
Nova Lake will also have a mobile version, but the details are currently unknown.
