BAE Systems Unveils Ultra Low-Light Image Sensor, Enabling Night Vision in Overcast Starlight Conditions

Rhea-AI Summary

BAE Systems has introduced the new Hawkeye HWK1411 ultra low-light image sensor, designed for superior night vision capabilities while minimizing size, weight, and power consumption. The 1.6 megapixel sensor excels in various light conditions, making it ideal for battery-operated soldier systems and unmanned platforms. Notably, it is the first low-light CMOS sensor to perform effectively in overcast starlight environments. Additionally, BAE has created a compact multichip camera module for easier integration with the HWK1411, enhancing military and surveillance applications.

Positive

• Introduction of the HWK1411 sensor enhances night vision capabilities for military and surveillance purposes.
• The HWK1411 sensor's compact design promotes ease of integration in various systems.
• The sensor offers superior performance in low-light conditions, capturing high-quality images during overcast starlight.

Negative

• None.

SAN JOSE, Calif.--(BUSINESS WIRE)-- BAE Systems, Inc. has unveiled its backside illuminated (BSI) “Hawkeye” HWK1411 ultra low-light image sensor, enabling market-leading night vision capabilities with reduced size, weight, and power. The 1.6 megapixel sensor provides high-performance imaging capabilities in all light conditions, and is optimal for battery-powered soldier systems, unmanned platforms, and targeting and surveillance applications.

BAE Systems, Inc. announced its backside illuminated (BSI) “Hawkeye” HWK1411 ultra low-light image sensor, enabling market-leading night vision capabilities with reduced size, weight, and power. (Image courtesy of Shutterstock)

HWK1411 is the first low-light complementary metal-oxide semiconductor (CMOS) sensor to capture imagery during overcast starlight conditions. It combines a large photon-collection array with world-class light sensitivity (quantum efficiency), the ability to see small changes in contrast (low read noise), and reduced signal noise from electricity (low dark current).

“HWK1411 replaces larger and heavier legacy technology, and allows the military market to transition to the digital domain, creating a path to next-gen systems for the future,” said Robyn Decker, director of Sensor Solutions at BAE Systems. “Capturing digital images is the first step toward delivering data fusion and augmented reality technology that will transform how warfighters perceive the battle space in ultra low-light conditions.”

In addition to the Hawkeye sensor, the company has developed a compact multichip camera module (MCM) to simplify camera integration. The MCM combines the HWK1411 image sensor with a microprocessor, flash memory, power conditioning, a flexible cable for plug-and-play connectivity, and a high-performance glass lens for optimal field of view.

For additional information about BAE Systems’ Sensor Solutions, visit: https://www.baesystems.com/en/product/sensor-solutions-products.

View source version on businesswire.com: https://www.businesswire.com/news/home/20211012005806/en/

Mark Daly, BAE Systems

Mobile: 603-233-7636

mark.g.daly@baesystems.com

www.baesystems.com/US

@BAESystemsInc

Source: BAE Systems, Inc.

FAQ

What is the BAE Systems Hawkeye HWK1411 ultra low-light image sensor?

The Hawkeye HWK1411 is a 1.6 megapixel ultra low-light image sensor designed for superior night vision capabilities.

What are the applications of the HWK1411 sensor?

The HWK1411 sensor is optimal for battery-powered soldier systems, unmanned platforms, as well as targeting and surveillance applications.

What advantages does the HWK1411 offer over previous technologies?

The HWK1411 replaces larger legacy technology, offering reduced size, weight, and power consumption while improving image quality in low-light conditions.

When was the HWK1411 sensor announced by BAE Systems?

The HWK1411 sensor was announced in a press release dated October 12, 2021.

How does the HWK1411 sensor perform in low-light conditions?

The HWK1411 is the first low-light CMOS sensor capable of capturing images during overcast starlight conditions, thanks to its advanced photon-collection array.