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RISC-V Based Microcontrollers

Excellent Power, Performance, and Area (PPA)

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32-bit RISC-V MCUs

32-bit RISC-V Low-Power (LP) MCUs

MCUs with integrated compute-in memory accelerator for 3D graphics

RISC-V Ultra-Low-Power (ULP) MCUs

Smart Motor Control System

Faster,
Less power,
Rotor Position Transform, Calculation and Control for automotive, UAV, and robotics applications

Floating-Point Math Function Unit

Industry-leading floating-point performance

Compute-in-Memory Accelerator

In-memory computing for higher efficiency and bandwidth

Vector Processing

High-throughput vector computation for AI and HPC

AI Compute Engine

Optimized for AI workloads and next-gen applications

High Performance FP/Nonlinear Computing

Single-Cycle Throughput Floating-Point Math Engine
Accelerates digital mathematical operations, significantly reducing latency (Compute time 35x reduction), Energy (26.5x reduction) and area (PPA)

Compute-in-Memory (CIM)

CIM integrates computation inside memory, reducing or eliminating data movement –> Energy saving (1.3x reduction by Arete Solution)
High Throughput & Parallelism, Compute-in-memory operations are highly parallel
Drastically reduces latency and power consumption (1.86x FoM), especially in memory-bound operations like matrix-vector multiplications (MACs)

High Performance Embedded Memory

High Speed SRAM, Low Power Memory, Non-volatile memories

SCM Floating Point IPs

Single Cycle Throughput Math (SCM)
SCM performs OpenCL math functions

Design Services

SoC Design Service
ASIC Design Service
IP Solutions

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