Exhibitor Products

Designed for embedded systems and intelligent applications, Transcend’s industrial-grade ECM300 Embedded Camera Module is equipped with the high-sensitivity Sony CMOS sensor and STARVIS 2 image processing technology. It delivers 5MP resolution and an ultra-wide 140° field of view, producing sharp, low-noise images even in low-light environments. Supporting the MIPI CSI-2 interface, the ECM300 can be seamlessly integrated into various embedded platforms, including AI edge computing, industrial inspection, and robotic systems.

With an operating temperature range of -30°C to 70°C and a robust, vibration-resistant design, the ECM300 ensures reliable performance in harsh environments. Flexible customization options accommodate diverse project requirements, providing your system with high reliability and long-term supply assurance.

Hardware Features

• 2K high resolution captures images with outstanding clarity and fine detail.
• Incorporates Sony’s advanced STARVIS 2 technology, delivering exceptional low-light performance, reduced noise, and vivid color reproduction even in challenging lighting conditions.
• An integrated HDR (High Dynamic Range) function ensures clear and well-balanced images even in scenes with extreme contrast.
• NIR (Near-Infrared) enhancement improves sensitivity to near-infrared light, allowing the camera to deliver clear and detailed images in low-light or IR-assisted night-time conditions.
• High sensitivity provides excellent image brightness and sharpness even in varied lighting scenarios.
• MIPI 4-lane interface for fast, stable, and efficient transmission of high-resolution image data to the processing unit.

Firmware Features

• Customize image parameters in the driver to ensure image quality meets customer requirements.
• Provide ISP (Image Signal Processor) tools, allowing customers to fine-tune image parameters themselves and achieve optimal results in various shooting environments.
• Auto Exposure Control (AEC) and Auto White Balance (AWB) provide quick and accurate adjustments for optimal image brightness and color fidelity.