AI-enabled 32-bit microcontrollers for edge computing and IoT
Alif designs 32-bit microcontrollers that integrate AI acceleration, security, and wireless connectivity into ultra-low-power edge devices. The engineering-heavy stack—Cadence, ARM Cortex-A/M, Verilog, embedded Linux, RTOS—reflects a pure silicon design operation. Active projects show a mature product pipeline (Ensemble family, secure enclaves, power management ICs) paired with ongoing post-silicon validation work, suggesting the company is shipping silicon to customers while scaling manufacturing yield and test efficiency.
Alif Semiconductor designs next-generation microcontrollers that combine AI compute, wireless capability, and security in a single low-power package. Founded in 2019 and based in Pleasanton, California, the company serves consumer, industrial, and enterprise IoT applications where developers need on-device AI acceleration without battery drain. The Ensemble and Balletto product families integrate compute, connectivity, and intelligent processing into small form factors. Engineering talent is distributed across the United States, India, Finland, and Singapore, with active work on secure firmware, power management subsystems, system integration, and post-silicon validation—core activities for a fabless semiconductor company scaling toward production volume.
Alif uses Cadence Virtuoso and Design Compiler for chip design, Verilog for hardware description, ARM Cortex-A and Cortex-M architectures, C/C++/Python for firmware and tooling, and RTOS/Embedded Linux for OS support. Jenkins, Jira, and Gerrit manage engineering workflows.
Alif is developing the Ensemble microcontroller family, power management ICs for LTE/GNSS/Wi-Fi/Bluetooth/Zigbee, secure enclave firmware, and system provisioning tools. Current work includes post-silicon validation and reference designs for edge AI applications.
Other companies in the same industry, closest in size