The 4K Fluorescence & 3D Imaging Pinnacle
Camjoy CY2401KGD 4K ICG/3D Endoscope Camera System Motherboard Kit
Within our portfolio of 4K medical systems, the CY2401KGD (8MT-ICG/3D module) is positioned as a highly specialized, next-generation dual-chip FPGA platform. Engineered specifically for 3D depth and Indocyanine Green (ICG) fluorescence imaging, it expands your Endoscopic Imaging ecosystem. Perfectly synchronized with our LED Light Sources, it empowers surgeons to seamlessly locate tumor boundaries and monitor blood perfusion with cinema-grade clarity.
Next-Generation Dual-Chip Capabilities
The CY2401KGD transcends standard single-chip limitations by introducing a dual-sensor architecture, offering immense strategic advantages for brands deploying advanced Rigid Endoscope Instruments in oncology and complex surgeries.
Dual Sony CMOS Sensors
It utilizes two independent 1/1.8-inch imported Sony CMOS sensors. While outputting standard 4K (3840x2160P at 60fps), this dual-chip architecture allows it to achieve an exceptional horizontal resolution of 2000 TV Lines, matching our triple-chip flagship clarity.
Real-Time ICG Fluorescence
Relying on proprietary optical stereo registration (1 µm precision), the camera seamlessly fuses standard white-light images with fluorescence imaging in real time. It accurately displays fluorescence doses while retaining incredibly high-resolution structural details.
Dual 120Hz HDR Processing
The FPGA motherboard is capable of processing dual 120Hz fluorescence or dual 120Hz 3D synthesis. It intelligently enhances deep, dark anatomical cavities while simultaneously suppressing intense glare from highly reflective metallic instruments.
Core Hardware Specifications
Split ISP Design & Elite Connectivity
Despite its highly specialized dual-sensor design, the CY2401KGD integrates seamlessly into our broader 4K ecosystem, sharing foundational form factors ideal for demanding Laparoscopy procedures.
Ultra-Compact Camera Head
Maintains our standard split Image Signal Processor (ISP) design. The 200x200mm core processing board is housed in the CCU, ensuring the highly compact camera head (just Ø 28mm) never overheats in the surgeon’s hand.
Elite Uncompressed Outputs
To transmit uncompressed dual-4K data effortlessly, the board is equipped with broadcast-tier interfaces, including two HDMI 2.0 ports, two 12G-SDI ports, a standard DVI port, and four high-speed USB ports.
Direct 4K Media Capture
No external recorders are needed. Like all our 800W pixel systems, it handles direct-to-USB recording of pristine 4K MP4 video and the capture of 8-megapixel (8MP) JPG photos directly from the surgical field.
Software & UI Control
Smart Front-End Interface
Driven by pure FPGA processing power, the CY2401KGD effortlessly handles massive ICG/3D data throughput while providing an intuitive, highly customizable interface for surgeons.
📱 HD Touch Screen Control
It natively supports an HD touch screen LCD interface. Doctors can instantly execute surgical scene switching, deep parameter adjustments, and local media playback directly from the front panel without needing a keyboard.
🖥️ Seamless 4K Integration
Designed to push uncompressed, latency-free 4K video streams directly to high-end Medical Monitors. The dual-chip architecture guarantees perfectly synchronized left/right eye 3D data or white-light/fluorescence fusion.
CY2401KGD Technical Specifications
The definitive engineering parameters for seamless ICG/3D hardware integration.
| Hardware Component | Specification & Parameter |
|---|---|
| Image Sensor | Two Independent 1/1.8″ Imported Sony CMOS (Dual-Chip) |
| Resolution & Frame Rate | 3840 x 2160P 4K UHD @ 60 FPS (8 Megapixels) |
| Horizontal Resolution | 2000 TV Lines |
| Specialized Imaging | Indocyanine Green (ICG) Fluorescence & 3D Depth |
| Processing Platform | Dual-Chip Xilinx FPGA Architecture |
| Optical Fusion Precision | 1 µm Stereo Registration |
| Dynamic Range | Dual 120Hz Wide Dynamic Range (HDR) |
| Core PCB Dimensions | 200mm x 200mm Processing Board |
| Camera Head Profile | Ultra-Compact Ø 28mm (Split ISP, Zero Overheat) |
| Hardware Video Outputs | 2x 12G-SDI, 2x HDMI 2.0, DVI, 4x USB |
| Display & Interface | Drives HD Touch Screen (Scene Switching & UI Control) |
| Media Capture | Direct-to-USB (4K MP4 Video / 8MP JPG Photo) |
Engineering & OEM FAQ: CY2401KGD
Q1: What makes the CY2401KGD different from standard 4K systems?
A: Unlike standard single-chip 4K systems, the CY2401KGD is a specialized dual-chip FPGA platform. It is engineered specifically to fuse standard white-light imaging with Indocyanine Green (ICG) fluorescence or to process true 3D depth, offering immense value in complex tumor and perfusion surgeries.
Q2: How does the camera handle glare from surgical instruments?
A: The FPGA motherboard leverages a Dual 120Hz Wide Dynamic Range (HDR). This allows the camera to intelligently enhance the brightness of deep, dark anatomical cavities while simultaneously suppressing intense glare from highly reflective metallic instruments.
Q3: Does the dual-sensor design make the camera head heavy or hot?
A: No. It utilizes our proven Split ISP architecture. By housing the 200x200mm core processing board in the main Camera Control Unit (CCU), the camera head remains ultra-compact (Ø 28mm) and perfectly cool in the surgeon’s hand.
Q4: What kind of monitors and recording devices are needed?
A: It outputs directly to standard 4K or 3D monitors via its elite 12G-SDI and HDMI 2.0 ports. For recording, it requires no external devices—it natively captures 4K MP4 video and 8MP JPG photos directly to a connected USB drive.
Scale Your Medical Brand
Deploy the CY2401KGD ICG/3D Infrastructure
Whether you require completely assembled fluorescence/3D camera units, or bulk shipments of the dual-chip FPGA modules for local SKD manufacturing, Camjoy is ready to partner with you.
Request ICG/3D OEM Pricing
Please detail your advanced imaging OEM requirements. Let us know if you require specific optical fusion parameters or pricing tiers for high-volume dual-chip module procurement.
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