Camjoy CY2301K 4K 3CMOS Medical Endoscope Camera System
As the absolute premium flagship of our 4K medical imaging ecosystem, the CY2301K (8MT-3CMOS module) is built on a pure Xilinx FPGA architecture. Engineered to overcome the most complex optical and lighting challenges in the operating room, this triple-chip module pairs flawlessly with our high-CRI LED Light Sources to deliver unprecedented clarity, 19-megapixel raw capture, and aerospace-grade durability for elite OEM/ODM applications.
True 3CMOS Optical Supremacy
While competing manufacturers attempt to synthesize 4K by combining lower-resolution chips, the CY2301K relies on three independent premium sensors to deliver unparalleled Rigid Endoscope Instruments visualization.
19 Million Total Pixels
Unlike synthetic tri-chips yielding only 1400 TVL, the CY2301K utilizes three independent imported Sony 1/3.1″ CMOS sensors. Capturing 9.03 megapixels each, it achieves a massive combined maximum resolution of 5064×3734 and a stunning 2000 TV Lines.
RGB Optical Separation
By dedicating a separate sensor to each of the three primary color channels (Red, Green, Blue), the system drastically reduces color mixing. This preserves the most subtle color differences at tissue boundaries and makes capillaries highly visible.
1 µm Registration Precision
To support this massive data capture, Camjoy developed a proprietary optical prism with an ultra-high optical stereo registration precision of up to 1 µm, ensuring perfect convergence of the RGB channels before processing.
Core Hardware Specifications
FPGA Core & Clinical HDR
Beyond raw resolution, the pure Xilinx FPGA architecture provides the immense bandwidth required to execute heavy proprietary medical algorithms, securing flawless performance in deep-cavity procedures.
Exceptional Light Absorption
Single-chip cameras often darken when instruments block the lens or heavy bleeding occurs. Our 3-chip system absorbs significantly more light, maintaining uniform brightness in dark anatomical cavities and leveraging a 60Hz wide dynamic range.
18-Axis Color Correction
The robust FPGA core board runs heavy proprietary algorithms, including an 18-axis color correction system via a 3×6 hue matrix, ensuring elite color fidelity that surpasses standard single-chip ISP processing.
Real-Time Texture & Defogging
The immense processing bandwidth is utilized for real-time intelligent texture enhancement, surgical smoke defogging, and absolute Moiré (honeycomb) elimination, adapting instantly to dynamic OR environments.
Software & Connectivity
Aerospace-Grade Durability & 12G-SDI
Designed for the most demanding hospital environments, the CY2301K features elite physical construction and broadcast-grade video routing.
🛡️ Elite Sterilization Resilience
The IP68 waterproof camera head features a premium Lemo 40-pin aviation connector paired with a silicone-jacketed cable. It is engineered to survive harsh, repeated clinical sterilization methods, including high temp/pressure, low-temperature plasma, and EO soaking.
🖥️ Uncompressed 12G-SDI Routing
To transmit massive, uncompressed 3CMOS 4K data loads, the processing board is equipped with top-tier interfaces including 12G-SDI, HDMI, DVI, NET port, and multiple USBs. It perfectly drives high-end Medical Monitors with zero latency.
CY2301K (3CMOS) Technical Specifications
The definitive engineering parameters for seamless flagship integration.
| Hardware Component | Specification & Parameter |
|---|---|
| Image Sensor | Three Independent 1/3.1″ Imported Sony CMOS (3CMOS) |
| Max Combined Resolution | 5064 x 3734 (Nearly 19 Million Total Pixels) |
| Horizontal Resolution | 2000 TV Lines |
| Optical Prism Precision | 1 µm Stereo Registration |
| Processing Platform | Pure Xilinx FPGA Architecture |
| Camera Head Durability | IP68, High Temp/Pressure & Plasma Sterilization Compatible |
| Cabling & Connectors | Premium Lemo 40-Pin Aviation Connector, Silicone Jacket |
| Advanced Algorithms | 18-Axis Color Correction, Defogging, HDR, Moiré Elimination |
| Hardware Video Outputs | 12G-SDI, HDMI, DVI, NET Port, Multiple USBs |
| Market Positioning | Elite Flagship Tier |
Engineering & OEM FAQ: CY2301K
Q1: What is the pricing and market positioning of the CY2301K?
A: As our absolute top-tier flagship, the CY2301K commands a premium price suited for elite medical equipment. A single PCB module costs between $11,000 and $13,000 USD. A complete assembled system ranges from $12,010 to $14,300 USD. This positions it exclusively for high-end surgical applications, a significant step up from our standard Linux sets.
Q2: How does it differ from “synthetic” tri-chip cameras?
A: Competitors often synthesize a 3-chip 4K image using lower-resolution 2-megapixel chips, yielding only 1400 to 1600 TV lines. We use three independent 9.03-megapixel sensors to capture a true combined resolution of nearly 19 million pixels, achieving an unparalleled 2000 TV Lines.
Q3: Does the 3CMOS system handle deep-cavity darkening better?
A: Yes. Because the three-chip system absorbs far more light than single-chip variants, it resolves the darkening issues caused by deep cavities, heavy bleeding, or instrument obstruction, maintaining flawless uniform brightness.
Q4: What sterilization methods can the camera head endure?
A: The aerospace-grade camera head and Lemo 40-pin connector are built to withstand the harshest clinical sterilization methods, including high temperature, high pressure, low-temperature plasma, and ethylene oxide soaking.
Scale Your Medical Brand
Deploy the CY2301K Flagship Series
Whether you require fully assembled elite camera units, or bulk shipments of the 3CMOS PCB modules for local SKD manufacturing, Camjoy is ready to partner with you.
Request Flagship Pricing
Please detail your elite 4K OEM requirements. Let us know if you require specific integration parameters or pricing tiers for high-volume 3CMOS module procurement.
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