This article contains the main specifications of Sony IMX265 image sensor. Additionally, the article explores how the sensor can be integrated into different camera interfaces such as GigE and USB3, depending on the desired features. Finally, it provides a brief overview of selecting compatible industrial lenses to maximize the IMX265's performance.
Download here the machine vision camera manual that includes the specifications of our cameras with Sony IMX265, the spectral response graphs and mechanical drawings.
The Sony IMX265 is a high-performance CMOS image sensor designed for industrial and machine vision applications. It features a resolution of 3 megapixels (2048x1536), a pixel size of 3.45μm, and a global shutter type. The IMX265 can achieve a maximum frame rate of 56fps at full resolution for USB3 interface and 37 fps for GigE interface. The Sony IMX265 image sensor belongs to the Sony Pregius 2nd Generation. On the same generation you can find models with resolutions 0.4MP (IMX287), 1.6 MP (IMX273 and IMX296) 3.1 MP (IMX252 ), 5 MP (IMX250 and IMX264), 8.9MP (IMX255 and IMX267), 12.3 MP (IMX253 and IMX304) and 31.4MP (IMX342).
Sony's 2nd and 4th generation IMX sensors show clear technological progress. IMX265 belongs to the 2nd gen sensors. They have 3.45 μm pixels, offering resolutions up to 12 MP. They perform well in low light and can achieve high frame rates, especially in their high-speed versions. The 4th gen Pregius S sensors use smaller 2.74 μm pixels, allowing for higher resolutions up to 24.5 MP. Despite smaller pixels, they maintain good sensitivity thanks to improved design. These newer sensors also introduce advanced features like dual ADC and exposure time monitoring. They use stacked CMOS technology, which helps maintain performance despite the smaller pixel size. In essence, while 2nd gen sensors are still capable, the 4th gen sensors offer higher resolution, more features, and better efficiency, making them more suitable for advanced imaging applications.
Sony Pregius 2nd generation is still one of the most light sensitive solutions for standard machine vision cameras. A light sensitivity comparison between 2nd and 4th generation can be found in this article.
We have developed a range of industrial cameras based on the Sony IMX265 sensor. These cameras offer high image quality, fast frame rates, and reliable performance in demanding environments. At VA Imaging, we pride ourselves on providing exceptional value to our customers. Our cameras
with IMX265 sensor are competitively priced thanks to our efficient operations and commitment to maintaining low margins. We stand behind the quality of our products with a comprehensive 3-year warranty on all industrial cameras, including our cameras with IMX265 sensor. Our customers also benefit from our exceptional technical support, extensive product portfolio, and quick delivery
times. These factors, combined with our competitive pricing, make VA Imaging an ideal choice for businesses seeking high-performance, cost effective machine vision solutions.
The IMX265 sensor is well-suited for GigE cameras, which provide a robust and reliable interface for industrial applications. GigE cameras offer long cable lengths, up to 100 meters, making them ideal for distributed systems and applications where the camera needs to be located away from the host computer. Our GigE cameras models with IMX265 are MER2-302-37GM, MER2-302-37GM-P, MER2-302-37GC, MER2-302-37GC-P. For our GigE cameras, you can download the camera manual, free SDK and 3D files in our Download page. This 1.8MP camera offers 37 frames per second.
USB3 cameras utilizing the IMX265 sensor provide a compact and cost-effective solution for industrial imaging. The USB3 interface offers high-speed data transfer and easy integration with a wide range of host systems, making it a popular choice for machine vision and automation applications. Our USB3 cameras with IMX265 are MER2-302-56U3M and MER2-302-56U3C. They offer a frame rate of 56 fps. For our USB3 cameras, you can download the camera manual, free SDK and 3D files in our Download page.
Board-level cameras based on the IMX265 sensor are designed for integration into custom systems and equipment. These compact, modular cameras offer flexibility in terms of lens selection and mounting options, making them suitable for a variety of industrial applications where
space is limited. Our board level cameras with IMX265 sensor are VEN-302-56U3M and VEN-302-56U3C. With an USB3 interface, they also offer a frame rate of 56 fps. For our board-level cameras, you can download the camera manual, free SDK and 3D files in our Download page.
When selecting an industrial lens for the IMX265 sensor, it is important to consider factors such as the sensor size, resolution, and the specific application requirements. High-quality lenses designed for machine vision applications can help maximize the performance of the IMX265 sensor and ensure optimal image quality. With a pixel size of 3,45μm and resolving power of 160 lp/mm our industrial C-mount lenses from 1/1.8" 5MP series are ideal to combine with IMX265.
Do you need help choosing the right lens? You can use our Lens calculator tool. Additionally, feel free to fill out the short form below, and our experts will be happy to recommend the most suitable
camera-lens setup for your specific needs!
The IMX265 sensor is a mature sensor with a proven track record in the machine vision
market. This means it has been around for a significant amount of time and has a well-established reputation for performance and reliability. Because of this maturity, you can be confident that the IMX265 sensor will deliver consistent image quality and operate reliably for years to come.
Here at VA Imaging , we understand the importance of choosing the right sensor for your machine vision application. That's why we are proud to offer a wide range of cameras that utilize the IMX265 sensor. In fact, we produce tens of thousands of cameras per year that use sensors up to 6 megapixels, with the IMX265 being a popular choice. This high production volume speaks to the versatility and effectiveness of this sensor in a wide variety of machine vision tasks.
In conclusion, the IMX265 sensor's maturity, proven track record, and high production volume make it a reliable and cost-effective option for many machine vision applications. If you are considering a camera with the IMX265 sensor, you can be assured that you are making a solid investment.