A close-up illustration of a DJ equipment controller with the word 'MYTHIC' displayed on its screen.
How it works

We invented a better way.

Today's AI runs on chips built for gaming. The industry co-opted GPU architectures, scaled them, and accepted the massive energy cost as the price of progress. Mythic saw a different path and took it. Our analog compute-in-memory architecture is designed from the ground up for AI, not adapted from something else.

Blue infographic comparing energy efficiency: 120 TOPS per watt and 100x performance per watt versus GPU at the system level.
Two blue infographic boxes. The left box states "29,000x Memory Bandwidth vs. NVIDIA H100 HBM Architecture." The right box states "80x Lower TCO/Token Enterprise inference cost advantage."
Analog compute-in-memory

The difference is clear.

Conventional chips split memory and processor into two separate places, then spend enormous energy moving data back and forth between them—billions of times per second. As AI scales, that inefficiency becomes staggering.

vs.

Mythic eliminates that bottleneck altogether. We perform computation directly inside memory, where the data already lives. No shuttling. No waste. Just AI that runs faster, cooler, and 100x more efficiently.

Mythic’s Platform

One chiplet. Any scale.

The Mythic APU is a scalable chiplet system. A single Mythic chiplet runs edge AI at 0.7W—small enough for a camera, a drone, or a vehicle. Stack 1,024+ of them and you have an enterprise LLM inference engine that outperforms GPU clusters at a fraction of the energy and cost. One architecture, one software stack, from edge to enterprise. No rebuilding, no re-engineering, no compromise.

Table comparing Vanguard(M2) with a 24-core APU, 2027. It shows specifications including about 85 TOPS at 0.7W for edge chip, over 1024 chiplets for enterprise, and 29,000 times the memory bandwidth compared to H200 HBM.
Table comparing Vanguard(M2) with a 24-core APU, 2027. It shows specifications including about 85 TOPS at 0.7W for edge chip, over 1024 chiplets for enterprise, and 29,000 times the memory bandwidth compared to H200 HBM.
Diagram illustrating a Chiplet hierarchy, from 1 chiplet (0.7W) to 4-16 chiplets (3-10W), and finally to 64-1024+ chiplets (100W+), with icons and labels indicating ultra-low power, real-time intelligence in robotics and automotive, and massive scale inference for enterprise AI.
For context

Digital hit a wall.
Analog is what comes next.

Graph showing transistor density scaling over 60 years, from 1965 to 2026, with a plateau after 2015, indicating Moore's Law slowing due to physical and economic limits.
In comparison

Not a better GPU.
A different answer entirely.

tHe Software

Bridging the gap.

Mythic's software stack bridges the gap between how developers already build and how our analog hardware runs. It optimizes and compiles trained neural networks using a flow built on familiar ecosystems like PyTorch, and automatically handles the conversion into machine code — so teams get the performance and energy savings of Mythic hardware without a steep learning curve.

Ready to build on the right architecture?

Contact us to evaluate the Mythic M1 today.