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The Core Ultra leaves the notebook for the first time with a LGA1851 independent interface and a minimum power consumption of 12W

author:Drive the house

Fast technology news on April 9, Intel originally planned to replace the new package interface LGA1851 on the Meteor Lake, that is, the core Ultra generation, but canceled the desktop version because of poor performance, only for thin and light notebooks, but I didn't expect that the independent interface version is still coming, but it is not for the consumer desktop market.

Intel has unveiled the "Meteor Lake-PS" in a low-key manner, with a separate LGA1851 connector and a size of 45 x 37.5 mm, which is exactly the same as the LGA1700 of the 12th/13th/14th generation.

This time, it is mainly for the edge computing field, or the embedded market, and will not be sold separately, and it will not be available until the fourth quarter, when the desktop version of the next generation of Arrow Lake will come out, and the interface will also be LGA1851.

The Core Ultra leaves the notebook for the first time with a LGA1851 independent interface and a minimum power consumption of 12W

There is no obvious difference in the architecture and technical characteristics of Meteor Lake-PS, it is still an Intel 4 manufacturing process, with up to 6 multi-threaded P-cores, 8 single-threaded E-cores, 2 ultra-low-power LPE cores, and up to 8 Xe cores in the CPU part.

Supports DDR5-5600 memory, 20 PCIe 4.0 lanes, four Thunderbolt 4/USB-C ports, HDMI 2.1/DisplayPort 2.1 display output, Wi-Fi 6E/Bluetooth 5.3, and more.

The Core Ultra leaves the notebook for the first time with a LGA1851 independent interface and a minimum power consumption of 12W

There are a total of nine specific models, all of which are still called the Core Ultra series, but there is no top-of-the-line Core Ultra 9, but the entry-level Core Ultra 3 has been added.

Among them, the default base power consumption of the HL series is 45W, which can be increased to 65W and lowered to 20W, mainly due to the difference in the base frequency of the P-core.

Core Ultra 7 165H: 6+8+2 16 cores and 22 threads, L3 cache 24MB, P/E core maximum frequency 5.0/3.8GHz, 128 core display units, frequency 2.3GHz, support vPro.

Core Ultra 7 155HL: P-core clock down to 4.8GHz, GPU clock down to 2.25GHz, vPro support

Core Ultra 5 135HL: 4+8+2 14 cores and 18 threads, L3 cache 18MB, P/E core maximum frequency 4.6/3.6GHz, core graphics frequency 2.2GHz, support vPro.

Core Ultra 5 125HL: P-core frequency reduced to 4.5GHz, core graphics reduced to 112 units, 2.25GHz frequency, vPro is not supported.

The Core Ultra leaves the notebook for the first time with a LGA1851 independent interface and a minimum power consumption of 12W

The default base power consumption of the UL series is 15W, the highest is 28W, and the lowest is 12W, which is also different from the P-core reference frequency.

Core Ultra 7 165UL: 2+8+2 12 cores and 14 threads, L3 cache 12MB, P/E core maximum frequency 4.9/3.8GHz, core graphics only 64 units, 2.0GHz frequency, support vPro.

Core Ultra 7 155UL: P-core frequency 4.8GHz, core graphics frequency 1.95GHz, vPro support is not supported.

Core Ultra 5 135UL: P/E core maximum frequency 4.4/3.6GHz, core graphics frequency 1.9GHz, vPro support.

Core Ultra 5 125UL: P-core frequency 4.3GHz, GPU frequency 1.85GHz, vPro support

Core Ultra 3 105UL: 2+4+2 8 cores and 10 threads, the maximum frequency of P/E cores is 4.2/3.5GHz, the core display is only 48 units, the frequency is 1.8GHz, and the video decoding unit is also halved to 1, and vPro is not supported.

The Core Ultra leaves the notebook for the first time with a LGA1851 independent interface and a minimum power consumption of 12W

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