Embecosm Uses emmtrix RISC-V Cluster to Bring IREE to Bare-Metal Microcontrollers

emmtrix Tech Posts
Category: Embedded AI

Embecosm is using our public four-core CV32E40Pv2 cluster setup as the target platform for its hands-on blog series on bringing up IREE on a bare-metal microcontroller.

The emmtrix setup includes a cycle-accurate Verilator model and is designed to explore how to program, analyze, and optimize multicore embedded architectures where memory hierarchy, DMA, synchronization, and predictable execution matter.

The series covers why a compiler-based approach such as IREE is relevant for microcontrollers, then moves into building the model, running the first programs, and measuring memory access costs.

Thanks to Embecosm for the detailed and practical write-up.

Explore the public emmtrix Verilator cluster setup and read the series:

Explore the RISC-V cluster

Read Part 1: introduction

Read Part 2: setup & memory access

Diagram showing IREE targeting the emmtrix four-core RISC-V cluster with a memory hierarchy and Verilator simulation model.

The emmtrix four-core RISC-V cluster and its Verilator model provide the target platform for Embecosm’s hands-on IREE bring-up series.