0.7/ 1.6mm Medical Endoscope OCHTA10 with OV426 Decoder Board

Feature
• Design for Medical Endoscope
• Optical size of 1/31″,400*400 (160k Pixel)
• Improved sensitivity, FWC, zero blooming, low noise, and low power consumption •Support lenses up to 15° chief ray angle
• 1.6mm extra micro diameter with 4pcs LEDs medical endoscope
• With ov462 high-performance decoder

1.6mm Medical Endoscope OCHTA10 with LEDs OV426 Decoder Board

Available to Choose：

0.7mm Diameter without Steel Tube and LEDs.
1.6mm Diameter with Steel Tube and 4pcs LEDs.

The OCHTA10 is an OVMed® medical-grade image sensor with a package size of just 0.55 mm x 0.55 mm, featuring a 1.0-micron pixel and a 1/31” optical format.

The Sensor takes medical visualization to the next level by quadrupling the RGB image resolution of its predecessor to 400 x 400, or 160 Kpixels, at 30 frames per second. While reducing the power consumption by 20% to 20 mW. This allows designers to add ultra-compact visualization to single-use and reusable endoscopes, as well as catheters and guidewires, with a small outer diameter of 1-2 mm.

Its increased resolution improves the visualization of tissues and other fine details inside the human body, allowing surgeons to see crisper images during procedures such as neuro, ophthalmic, ENT, cardiac, spinal, urology, gynecology and arthroscopy, as well as dental and veterinary diagnosis and surgery.

Additionally, the sensor’s lower power consumption reduces “chip on tip” camera heat for greater patient comfort and longer procedure durations, while reducing noise.

This next-generation pixel technology also provides higher color fidelity and excellent low light sensitivity of 3600 mV/lux-sec, along with a high signal-to-noise ratio of 37.5 dB for greater image quality. Additionally, PureCel®Plus-S enables the OH0TA’s higher full well capacity (FWC), zero blooming and lower power consumption, resulting in better patient outcomes.

Other key features include a 15.5-degree chief ray angle, enabling the use of lenses with high fields of view and short focus distances. It also supports a 4-wire interface, as well as raw analog data output, both of which can transmit via cables as long as 4 meters with minimal signal noise. The OH0TA sensor also interfaces with OMNIVISION’s existing OV426 analog-to-digital-conversion bridge chip for backward compatibility and easy adoption. Additionally, it is autoclavable for reusable endoscope sterilization.