Without Hyper-Threading Technology, it is reported that Intel Arrow Lake performance is 25-35% higher than Meteor Lake

News from this site on March 9, according to the latest video released by Moore's Law Is Dead, Intel Arrow Lake's performance is 25-35% higher than Meteor Lake without hyper-threading technology.

Arrow Lake

Intel plans to launch Arrow Lake in late 2024 to succeed Raptor Lake Refresh. Since Arrow Lake is a major architectural overhaul, Intel has decided to remove Hyper-Threading technology from these CPUs.

This means that each core can only use 1 thread, but despite this, Arrow Lake's performance is (supposedly) 25-35% better than Meteor Lake. Under certain application tests, CPU performance can exceed Zen 5.

However, Arrow Lake’s NPU can only output 13 TOPS of performance, which is on par with Meteor Lake.

Lunar Lake performance is expected to be over 40 TOPS, on par with AMD’s Strix offerings.

This site attaches information related to Arrow Lake as follows:

Intel 20A TSMC N3B process node

Lion Cove P-Core Skymont E-Core architecture

Up to 24 cores/24 threads

No hyper-threading technology

Adopts LGA 1851 socket

Supports DDR5-6400 memory (JEDEC)

Lunar Lake is expected to be launched in the second half of 2024

MLID also stated in the video that Intel still plans to release the Lunar Lake platform at the end of 2024. And if AXG (Intel Graphics Group) can fix Battlemage's driver issues, it could launch earlier than Arrow Lake.

Intel has packaged 8 Xe-Cores based on Battlemage. Its performance is expected to be similar to Meteor Lake, but its power consumption is only half of the latter.

In addition, the mobile version of Arrow Lake will use an improved version of Alchemist, named Alchemist.

The desktop version will stick with old-school Alchemist, the same one you see in Meteor Lake.

Lunar Lake specifications are as follows

Up to 4 Lion-Cove P cores and 4 Skymont E cores, no SMT (is a CPU clock cycle that can execute from multiple threads Hardware multi-threading technology of instructions)

8 Xe2 (Battlemage) iGPU cores

Support built-in LPDDR5x-8533 memory

Use TSMC N3B node to build CPU GFX Tile

SoC Tile uses Intel 18A process

Next generation NPU 4.0

Supports WiFi 7 and Bluetooth 5.4

40% efficiency improvement

2.5 TFLOPS (12W) | 3.8 TFLOPS (Peak Performance)

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