Core Technology

To fully realize the potential of AI, we co-design and co-optimize every layer of the NPU stack in-house.

NPU Architecture

Compiler

Quantizer

Runtime

Runtime

Flexible environment for large-scale deployment

Quantizer

Compatibility verified across LLM, Vision, Action and other model architectures

Compiler

Co-designed with the hardware to maximize model-to-hardware mapping efficiency

NPU Architecture

Linear scaling from a single core to multi-chip deployments

Core Technology

To fully realize the potential of AI, we co-design and co-optimize every layer of the NPU stack in-house.

NPU Architecture

Compiler

Quantizer

Runtime

Runtime

Flexible environment for large-scale deployment

Quantizer

Compatibility verified across LLM, Vision, Action and other model architectures

Compiler

Co-designed with the hardware to maximize model-to-hardware mapping efficiency

NPU Architecture

Linear scaling from a single core to multi-chip deployments

Core Technology

To fully realize the potential of AI, we co-design and co-optimize every layer of the NPU stack in-house.

NPU Architecture

Compiler

Quantizer

Runtime

Runtime

Flexible environment for large-scale deployment

Quantizer

Compatibility verified across LLM, Vision, Action and other model architectures

Compiler

Co-designed with the hardware to maximize model-to-hardware mapping efficiency

NPU Architecture

Linear scaling from a single core to multi-chip deployments

Based on internal benchmark results (Sep. 2026)

・CNN : YOLO26n, s, m and l (B=1, NPU core mode single)

・ARIES measured on MLA100 PCIe Card (80 TOPS INT8, 25 W TDP). GPU A, B and C are anonymized GPUs

・ARIES price based on large-quantity order; GPU prices based on Amazon listings

Based on internal benchmark results (Sep. 2026)

・CNN : YOLO26n, s, m and l (B=1, NPU core mode single)

・ARIES measured on MLA100 PCIe Card (80 TOPS INT8, 25 W TDP). GPU A, B and C are anonymized GPUs

・ARIES price based on large-quantity order; GPU prices based on Amazon listings

Performance

FPS

Up to 151% higher

991

874

412

459

YOLO26n

609

546

242

264

YOLO26s

267

306

139

122

YOLO26m

223

237

112

99

YOLO26l

Power Efficiency

FPS/W

Up to 1722% higher

45.73

5.58

2.51

8.40

YOLO26n

26.08

2.69

1.45

3.81

YOLO26s

11.03

1.23

0.81

1.77

YOLO26m

9.03

0.94

0.62

1.43

YOLO26l

Cost Efficiency

FPS/$

Up to 738% higher

1.32

0.51

0.16

0.38

YOLO26n

0.81

0.32

0.10

0.22

YOLO26s

0.36

0.18

0.06

0.10

YOLO26m

0.30

0.14

0.04

0.08

YOLO26l

Mobilint ARIES

GPU A

GPU B

GPU C

Beyond the limits of power, heat, and cost AI processors built for the field

Beyond the limits of power, heat, and cost AI processors built for the field

Beyond the limits of power, heat, and cost AI processors built for the field

Form Factors

Chip Lineup

ARIES

NPU accelerator for high-performance on-premises AI inference

View Details

ARIES

NPU accelerator for high-performance on-premises AI inference

View Details

ARIES

NPU accelerator for high-performance on-premises AI inference

View Details

REGULUS

Edge AI SoC for low-power on-device AI

View Details

REGULUS

Edge AI SoC for low-power on-device AI

View Details

REGULUS

Edge AI SoC for low-power on-device AI

View Details

From powerful on-device intelligence to scalable on-premises AI inference

From powerful on-device intelligence to scalable on-premises AI inference

From powerful on-device intelligence to scalable on-premises AI inference

Built on a powerful, low-power NPU stack, available in multiple form factors for flexible AI deployment.

Built on a powerful, low-power NPU stack, available in multiple form factors for flexible AI deployment.

AI Chips Built for Real-World Tasks

AI Chips Built for Real-World Tasks

AI Chips Built for Real-World Tasks

Mobilint’s high-performance, low-power NPU architecture and full-stack software give AI a platform to run where the work happens.

Products

Developers

Resources

Company

Mobilint

Products

Developers

Resources

Company

Mobilint

Products

Developers

Resources

Company

Built for the real world

Built for the real world

Built for the real world

From high-intensity AI inference to on-device AI where space and power are limited, Mobilint hardware is built to match each deployment.

From high-intensity AI inference to on-device AI where space and power are limited, Mobilint hardware is built to match each deployment.

Power & Cost Efficiency

More AI performance per watt and per dollar, within the power and cost limits of real deployments.

Model & Software Versatility

From CNNs to LLMs, VLMs and VLAs, one SDK supports a wide range of models and the major AI frameworks.

Platform Compatibility

Works with the operating systems, CPUs and servers you already run, so it fits into existing systems.

Field-Proven Reliability

Built for demanding real-world environments, and validated through environmental testing and international certifications.

Read our vision and mission