Hall D · Booth D401
Since its establishment in 2008, Hardcore Microelectronic has focused on the innovative development and design of high-performance CIMOS image sensor chips. Based on core technolog…
COMPANY PROFILE
Since its establishment in 2008, Hardcore Microelectronic has focused on the innovative development and design of high-performance CIMOS image sensor chips. Based on core technologies such as advanced pixel design, analogue/digital circuit design, anti-irradiation design and system design, the industry is in the lead on key performance indicators such as high sensitivity, large arrays, high frame rates, strong irradiation and high dynamic ranges. These high-performance products are widely used in multiple areas and provide efficient and reliable image-processing solutions for clients. Insisting on innovation-driven development, leading the future with technology, is committed to becoming the leading global provider of CCMOS image sensor chips and provider of digital imaging solutions.
MAIN PRODUCTS
The E23 series of mini night vision cores, using a 23x19mm super-heavy structure, are designed to produce clear and stable images in extremely low-photo environments, based on large target surfaces, large pixels. Using the USB 2.0 interface, power is combined with transmission and is structured to allow flexible integration into multiple visual imaging systems.
The E24 series of mini night vision cores employ 23 x 19 mm super-heavy structures, MIPI primary output and seamlessly fit the mainstream SOC platform. A high sensitivity and low noise properties that produce clear and stable images in complex light environments. The structure is compact and allows for flexible integration into various visual imaging systems.
The high-performance night vision core of the E90 series is designed with a 1-inch large target surface and a mega-image sense of light, combined with a 34 mm compact cylinder structure that is clearly real-time imaging in a very dark environment. The interface is based on USB 3.0/2.0 UVC output, 5V USB powered, and the overall structure is compact, allowing integration into various visual imaging systems.
The high-performance night vision core of the E90 series is designed with a 1-inch large target surface and a mega-image sense of light, combined with a 34 mm compact cylinder structure that is clearly real-time imaging in a very dark environment. The interface is based on USB 3.0/2.0 UVC output, 5V USB powered, and the overall structure is compact, allowing integration into various visual imaging systems.
The F102 series of two-light integrated modules integrated thermal imaging and visible light twin sensors, which support a variety of thermal image resolution, with fixed focal lenses, and achieve efficient integration of thermal image with visible light. Model groups have excellent temperature sensitivity, support multi-story detection, identification and resolution distance, and adapt to multiple application scenarios. The CVBS video interface with UART provides wide voltage power with a compact structure and light weight to facilitate integration into various visual imaging systems.
The F211 series of two-light integrated modules integrated thermal imaging and visible light twin sensors support multiple thermal image resolution, with fixed focal lenses, and achieve efficient integration of thermal image with visible light. Model groups have excellent temperature sensitivity, support multi-story detection, identification and resolution distance, and adapt to multiple application scenarios. A USB 2.0 interface, which integrates video, communications and power supply, has a compact structure and light weight that allows integration into various visual imaging systems.