Blog

Today the "Inworld TTS 1 Max" model (powered by the Modular Platform) is in #1 position on the Artificial Analysis speech leaderboard!

Along with several teammates, I had the privilege of attending two recent developer events in the AI software stack: PyTorch Conference 2025 (October 22-23) in San Francisco and LLVM Developers' Meeting (October 28-29) in Santa Clara. In this post, I’ll share some observations that stood out among all the conference sessions and conversations I had with developers.

In late August, AMD and TensorWave reached out to collaborate on a presentation for AMD’s Media Tech Day—they asked if we could demo MAX on AMD Instinct™ MI355 on September 16th. There was just one problem: no one at Modular had access to an MI355.

Modular Raises $250M in Third Round to Unify AI Compute

We’re excited to announce Modular Platform 25.6 – a major milestone in our mission to build AI’s unified compute layer. With 25.6, we’re delivering the clearest proof yet of our mission: a unified compute layer that spans from laptops to the world’s most powerful datacenter GPUs. The platform now delivers:

In this blog post, we’ll continue our journey to build a state-of-the-art (SOTA) matmul kernel on NVIDIA Blackwell by exploring the cluster launch control (CLC) optimization. At the end of the post we’ll improve our performance by another 15% and achieve 1772 TFLOPs, exceeding that of the current SOTA.

The Modular community has been buzzing this month, from our Los Altos Meetup talks and fresh engineering docs to big wins with Inworld and Oracle. Catch the highlights, new tutorials, and open-source contributions in this edition of Modverse.

In this post, we continue on this journey and discuss how to leverage the 2SM technique along with pipelining to increase our performance about 5x and get within 85% of state-of-the-art (SOTA).

In this post we are going to continue our journey and improve our performance by more than 50x our initial kernel benchmark. Along the way we are going to explain more GPU programming concepts and leverage novel Blackwell features.

This series of blog posts will showcase how one can: 1. Write a high-performance GPU kernel on Blackwell that offers performance competitive to that of NVIDIA's cuBLAS implementation. 2. Shows how one can leverage Mojo's special features to make the kernel as simple as possible.