Technology

Breakthrough
DigAntm architecture

Designed specifically for embedded running on power-constrained edge devices
Why DigAntm

DigAntm Technology

Solving the primary bottlenecks of on-device, low-power AI required reinventing conventional computing architecture. Ambient Scientific built its DigAntm architecture from the ground up leveraging the best aspects of digital and analog computing for AI applications.
White Paper on Ambient’s Analog Compute
Digital
DigAntm
Analog
Digital Benefits
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Accuracy
Accuracy of digital computing to ensure consistency and relaibility
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Programmability
Digital chips are flexible and easy to program, so development doesn't feel any different.
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Scalability
Digital chips are easier to manufacture across process nodes and enable rapid scalability of AI cores.
Analog Benefits
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Greater AI Throughput
Analog Matrix Compute enables multiple MAC operations in a single cycle compared to digital.
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Power efficiency
Analog compute and sensor DMA reduce power consumption by 100x for unrivaled efficiency
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Smaller Footprint
With revolutionary cubic computing concepts and custom 3D SRAM, we can fit more in a smaller area leading to a compact form factor.
Architecture

Integrated architecture:
DigAn on a chip

Explore Product Features
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Always-on sensor fusion DMA
A special functional architecture that allows extremely low power (microwatt) intelligent sensor AI applications by mixing multiple sensor data for consumption by a cluster of our MX8 AI cores.
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Multi-Channel Ultra-low power sensor ADC
We've designed one of the most efficient sensor ADCs that can connect to multiple analog sensors simultaneously to realize AI applications that require intelligent sensor functions
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3D Memory with in-memory compute
Another deep circuit innovations by Ambient Scientific's team that assists DigAntm matrix computer in disbursement of large number of operands for matrix computation thereby allowing DigAntm matrix computer to achieve very high throughput while consuming power hyper efficienctly
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Hyper Scalable MX8 AI Core
Scalability and multi-core architectures are of utmost importance for building a successful roadmap of products. Ambient's MX8 AI cores are very well suited for scaling to large number of cores. which allows or flexibility in addressing multiple vertical applications.
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DigAntm Matrix Computer
Our most important innovations which uses the combination of high speed digital and analog circuit technologies to achieve very high performance matrix computing at very low power consumption
But What’s the future capabilities of our GPX chip
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Scalable Processor Roadmap
GPX1
GPX1 is a single core AI processor to enhance real-time AI capabilities of MEMs and other sensors
Sample Applications
Smart senors
Scalable Processor Roadmap
GPX5
GPX5 is a power efficient AI processor for sensor-based AI applications and always-on voice detection on battery powered and energy-constrained edge devices
Sample Applications
Smart modules
Predictive Maintenance
Keyword Detection
Scalable Processor Roadmap
GPX10
GPX10 is the best-in-class processor for always-on embedded AI applications on power constrained edge devices for sensor-fusion, always-on voice detection and low frequency vision applications.
Sample Applications
Medical Emergency Detection
Predictive Maintenance
Voice Biometrics
Scalable Processor Roadmap
GPX32
GPX32 is a power-efficient AI processor for on-device AI inferencing using combinations of sensor, audio and vision data
Sample Applications
Pet Distress
Oil & Gas Exploration
Drone Surveillance
Scalable Processor Roadmap
GPX64
GPX64 is a powerful AI Processor with an integrated DSP for high-speed vision based applications
Sample Applications
Customer Path Tracking
3D Medical Imaging
Traffic Flow Anlysis
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GPX1
GPX5
GPX10
GPX32
GPX64
Our Applications

See our technology in action

We're innovating remarkable molecular electronics to digitize biology, revolutionizing scientific research and healthcare.
Get In Touch
Headquarter ( Silicon Valley )
Ambient Scientific Inc.4633 Old Ironsides Drive Santa Clara California 95110. USA
Headquarter ( India )
Ramky House, 1st Cross, Raghavendra Nagar, Kalyan Nagar, Bengaluru Karnataka, 560043, India
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