What is Meteor Lake?
Intel Meteor Lake is Intel’s next-generation processor architecture, designed to be a breakthrough in performance, power efficiency, and AI capabilities. Released as part of the 14th generation Intel Core processors, Meteor Lake is notable for its hybrid architecture, enhanced power efficiency, and advanced use of AI tools.
Key Features of Intel Meteor Lake:
- Hybrid Multi-Tile Architecture
- AI Processing NPU
- Next-Gen CPU Cores (Redwood Cove & Crestmont)
- Built-In Modern GPU
- Enhanced Power Efficiency
Meteor Lake’s Tile Architecture
image source: Intel
During Intel’s showcasing of the new Meteor Lake CPUs, they outlined their intention to depart from designing conventional monolithic processors and focus on multi-tiled designs. This is where Intel’s Foveros 3D packaging and different tiles from process nodes comes to play. The Meteor Lake CPU is designed out of five interconnected tiles
- Compute
- Graphics
- SoC
- I/O
- Base
And with in the compute tile we find new hybrid cores; Redwood Cove Performance (P) and Crestmont Efficiency (E). The compute tile also offers a new design as it is designed using Intel’s latest 4 node, making it superior in terms of both performance and efficiency compared to older generations. This new chip design shows Intel’s major architectural shift, using 3D chip stacking allows for a drastic improvement in power and latency compared to traditional 2D chip designs. This design also allows for Intel to use different silicon processes for each individual tile, which enhances efficiency and overall flexibility.
What is NPU? AI Tools & Capabilities.
Within the SoC tile, there are two Neural Compute Engines (NPU); the NPU is Intel’s solution design for generative AI, specifically optimized for these workloads. Intel markets this solution as “Intel AI Boost” and is designed to for generative AI application tasks such as graphic processing by taking the workload off the CPU and GPU, and processing them more efficiently within a task specific NPU silicon.
Now these NPUs are limited compared to NVIDIA Jetson’s solutions in terms of they can do and how they determine the relation to performance in prioritizing workloads. There overall solution goal is to improve AI features within Windows and graphic heavy applications.
Intel Arc GPU
One of Meteor Lake’s significant advancements is also its AI-Optimized GPU. This helps improvements in its integrated graphics and enhancement in AI-drive tasks such as video processing, machine vision, and more. However this GPU is actually integrated in part of the Meteor Lake processor, Intel ARC GPU. Intel claims that the Intel ARC GPU is twice as efficient as the Iris Xe graphics in older generation processors (Alder Lake & Raptor Lake)
What Intel has done with their latest Meteor Lake, is that they combined cutting-edge CPU technology, GPU, and AI-processing all into a single chip. While still offering groundbreaking improvements in power efficiency, performance, and overall AI-driven capabilities.
Meteor Lake vs. Alder Lake vs. Raptor Lake
|
|
Meteor Lake |
Alder Lake |
Raptor Lake |
||||
|
Processor |
Ultra 5 125U |
Ultra 7 155U |
Intel N97 |
Intel Core i3-N305 |
Intel Core™ i5-12500 |
Intel Core™ i7-12700 |
Intel Core™ i9-12900 |
|
Cores |
12 |
12 |
4 |
8 |
6 |
12 |
16 |
|
Threads |
14 |
14 |
4 |
8 |
12 |
24 |
24 |
|
TDP |
15W |
15W |
12W |
15W |
65W |
65W |
65W |
|
NPU |
Intel® AI Boost |
Intel® AI Boost |
- |
- |
- |
- |
- |
What is the difference between Ultra 5 & Ultra 7?
|
|
Ultra 5 125U |
Ultra 7 155U |
|
Performance Cores |
||
|
P-Cores |
2 |
2 |
|
P-Threads |
4 |
4 |
|
Base Frequency |
1.3 GHz |
1.7 GHz |
|
Turbo Boost Frequency |
4.3GHz |
4.8 GHz |
|
Efficient Cores |
||
|
E-Cores |
10 |
10 |
|
E-Threads |
10 |
10 |
|
Base Frequency |
0.8 GHz |
1.2 GHz |
|
Turbo Boost Frequency |
3.6 GHz |
3.8 GHz |
|
Arc Graphics |
||
|
GPU Base Clock |
300 MHz |
300 MHz |
|
GPU Boost Clock |
1850 MHz |
1950 MHz |
|
Single Core Performance |
68 |
71 |
|
Multi Core Performance |
32 |
32 |