On November 5, 2024, at 8:18 PM Beijing time, the 2024 World Electronics Achievement Awards (WEAA) Ceremony, hosted by AspenCore, a globally leading technology media organization in the field of electronic engineering, took place in Shenzhen. GalaxyCore secured a remarkable double victory at the WEAA: GalaxyCore was honored as the Outstanding Innovative Enterprise of the Year, and its 50-megapixel (MP) image sensor, GC50B2, which integrates high resolution, high performance, and high dynamic range, won the Sensor Product of the Year award.On November 5, 2024, at 8:18 PM Beijing time, the 2024 World Electronics Achievement Awards (WEAA) Ceremony, hosted by AspenCore, a globally leading technology media organization in the field of electronic engineering, took place in Shenzhen. GalaxyCore secured a remarkable double victory at the WEAA: GalaxyCore was honored as the Outstanding Innovative Enterprise of the Year, and its 50-megapixel (MP) image sensor, GC50B2, which integrates high resolution, high performance, and high dynamic range, won the Sensor Product of the Year award.
GalaxyCore recognized as the Outstanding Innovative Enterprise of 2024
Fueled by the mission to “Showcase China’s Innovation to the World,” GalaxyCore has been relentlessly investing in cutting-edge technological R&D. Its pioneering spirit in products, technology, and being the pioneer of Fab-Lite model in China has earned it widespread acclaim from both the organizer and industry peers, culminating in the prestigious Outstanding Innovative Enterprise of the Year title at the WEAA.
Market insights reveal that 50MP products are swiftly penetrating the smartphone CMOS Image Sensor (CIS) market. By 2026, global shipments of 50MP CIS are projected to skyrocket to 1 billion units. GalaxyCore’s 50MP offerings have successfully infiltrated the main camera markets of mid-to-high-end branded smartphones worldwide, achieving mass production. This marks the broad market acceptance of GalaxyCore’s high-resolution CIS products.
WEAA Ceremony venue
The GC50B2 stands as GalaxyCore’s inaugural 1.0μm 50MP Image Sensor, in a 1/1.56 inch Optical Size. Through innovative pixel technology and circuit architecture designs, it delivers high resolution and high performance, ensuring vibrant color reproduction and exceptional image clarity.
Moreover, the GC50B2 incorporates GalaxyCore’s proprietary Dual Analog Gain (DAG) Single-Frame HDR technology. Through innovative circuit design, it enhances the Dynamic Range and can output up to 12bit image data. This enables smartphones to preview, capture, and record with rich details in both bright and dark areas, while maintaining accurate colors and low power consumption.
GC50B2 recognized as the Sensor of 2024
The GC50B2 offers a differentiated high-resolution and high-performance solution for main cameras in mainstream smartphones. Its recognition as the WEAA Sensor Product of the Year underscores the industry’s profound appreciation for the GC50B2’s outstanding performance and technological ingenuity.
Sample Pictures took by GalaxyCore GC50B2:
f/1.8, 1/3200s, ISO 103
f/1.8, 1/400s, ISO 200
f/1.8, 1/50s, ISO 346
About the World Electronics Achievement Awards
The World Electronics Achievement Awards (WEAA) aim to recognize and honor companies and individuals that have made outstanding contributions to driving innovation in the global electronics industry. The winners are selected by a judging panel composed of senior industry analysts from AspenCore, as well as a user base from Asia, America, and Europe.
AspenCore, a globally leading technical media organization in the field of electronic engineering, is dedicated to furnishing engineers, designers, R&D professionals, procurement experts, and managers in the worldwide electronics industry with invaluable information services. For over 50 years, its media and tool platforms have delivered timely and insightful news and analysis to support every stage of the electronic design cycle. AspenCore boasts media brands such as “EE Times,” “EDN,” and “Electronics Supply & Manufacturing,” which are favored by a wide range of readers.