All-analog Neural Signal Processor

Overview

Empowering Innovations with Blumind's Proprietary Architecture

Unlock the true potential of analog AI compute with Blumind's cutting-edge semiconductor architecture, combining machine learning, precision analog signal processing, and brain-inspired computing.

Blumind delivers high performance all-analog compute solutions for edge AI using CMOS technology on advanced process nodes. No special processing steps, no specialty memory structures, no technology risks.

Key Features

Analog AI Innovation: Blumind AMPL™ is a disruptive analog AI compute fabric for micropower artificial intelligence applications.
Precision and Accuracy: Blumind all-analog AI compute delivers deterministic and precise inferencing performance at up to x1000 lower power than our competitors. Delivering higher efficiency and the longest battery life for always-on applications.
Low Latency Solutions: AMPL™ fabric delivers efficient low latency for real-time applications.
Analog Breakthrough: AMPL™ is the first all-analog AI on advanced standard CMOS architected to fundamentally mitigate process, voltage, temperature and drift variations.

Benefits

Direct Analog Sensor Input
Standard CMOS Process
Advanced Process Node
Low Latency
Analog Precision
Ultra-low Power
No ADC & DAC
No SRAM
No High Speed Clock
No Added Processing Steps
No Novel Process Technology Modules
Supports Sustainable Solutions

Video

Why all-analog compute is vital for edge based neural network processing

Roger Blumind's CEO explains the how Blumind's all-analog compute is a vital technology for edge AI applications and how Blumind has overcome the many limitations that all-analog compute has historically been burdened with.

Applications

Smart watches
True wireless stereo headphones
Fitness bands
wearables
security
smoke detectors
remote controls
smart sensors

Technical Specifications

GLOBALFOUNDRIES

Pre-Silicon: 22nm FDX

SMIC

Pre-Silicon: 28nm HK

TSMC

Pre-Silicon: 22nm , 28nm

UMC