As industrial automation, robotics, and smart surveillance expand across Europe and the U.S., engineers are seeking camera solutions that balance resolution, low-light performance, and integration flexibility. One sensor that consistently rises to the top is the Sony IMX335, a 5MP STARVIS sensor designed for embedded vision systems where both clarity and sensitivity are mission-critical.
In this blog, we examine the core parameters of the IMX335 sensor, its competitive advantages, and how our Sony Starvis No Distortion IMX335 USB3.0 camera module and Sony Starvis IMX335 Starlight Autofocus USB camera module are optimized for industrial customers. We’ll also compare IMX335 vs IMX307, analyze the IMX335 low light performance, and explain why these modules are ideal as an IMX335 camera for robotics.
The IMX335 camera module is built on Sony’s STARVIS back-illuminated technology, designed to deliver superior sensitivity in both daytime and starlight conditions.
Key technical specifications:
This makes the IMX335 one of the most versatile options in the low light camera category, widely adopted in security, robotics, and industrial vision projects.
Engineers searching “IMX335 low light performance” are typically focused on one thing: can the sensor deliver reliable, color images at near-darkness?
The IMX335 excels here:
For industrial security in warehouses, traffic monitoring at night, or robotics navigating low-lit spaces, the IMX335 provides consistent, high-quality vision.
Another frequent search is “IMX335 vs IMX307”. Both are Sony STARVIS sensors, but they target different use cases.
Feature |
Sony IMX335 |
Sony IMX307 |
Resolution |
5MP (2592 × 1944) |
2MP (1920 × 1080) |
Pixel Size |
2.0 µm |
2.9 µm |
Low-Light Sensitivity |
Excellent, starlight-capable, HDR support |
Strong, larger pixels, lower resolution |
Frame Rate |
30 fps @ 5MP |
60 fps @ 1080p |
HDR |
Supported (~120 dB) |
Supported (~120 dB) |
Applications |
High-res robotics, inspection, smart cities |
Entry-level surveillance, IoT cameras |
Interpretation:
To meet the demands of industrial engineers in Europe and the U.S., we offer two optimized IMX335-based modules:
Both modules are fully UVC compliant, ensuring plug-and-play integration with Windows, Linux, Raspberry Pi, and NVIDIA Jetson platforms. For developers seeking integration guidance, full documentation and IMX335 SDK support are available.
Searches for “IMX335 camera for robotics” highlight the growing use of computer vision in AMRs (autonomous mobile robots), cobots, and industrial AGVs.
Why the IMX335 is ideal for robotics:
In short, whether for European automotive factories or U.S. logistics hubs, the IMX335 provides reliable machine vision for robotics.
For engineers searching “IMX335 SDK” or “IMX335 driver”, integration is often the deciding factor.
By combining our hardware modules with a reliable SDK, we simplify the integration process for AI vision developers and industrial system engineers.
Our customer base in Germany, France, the U.K., and the U.S. consistently selects IMX335 modules for:
The combination of 5MP resolution, STARVIS starlight performance, and USB3.0 industrial readiness makes the IMX335 unbeatable for these use cases.
The Sony IMX335 camera module is not just another low light camera—it is a versatile platform combining resolution, HDR, and STARVIS starlight sensitivity. Compared with IMX307, it delivers superior detail while retaining excellent night vision.
Our No Distortion IMX335 USB3.0 Camera Module and IMX335 Starlight Autofocus USB Camera Module are designed specifically for European and U.S. industrial clients, providing:
For engineers seeking a 5MP Starvis sensor that meets the highest technical and industrial standards, the IMX335 remains the ideal balance of performance and integration.