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🧬 Lascope Hardware Ecosystem


High-performance, hardware-accelerated imaging platform for next-generation endoscopy.

Precision-engineered PCB designs for medical-grade reliability and low-latency throughput.

📸 Hardware Overview: CM3588 Plus

The core of the Lascope system is the FriendlyElec CM3588 Plus, a high-performance SoM (System on Module) powered by the Rockchip RK3588.

CM3588 Plus Hardware Layout
Fig 1.0: CM3588 Plus Component Mapping (RK3588, LPDDR5 RAM, eMMC, and Peripherals)

💎 Design Philosophy

The Lascope hardware architecture is built on a Modular Sub-PCB Model. By separating the high-speed computing core from the user interface and illumination modules, we ensure:

  • EMC Isolation: High-speed signals are isolated on the Main Board (Board 1).
  • Serviceability: Individual modules (Buttons, LEDs, Battery) can be replaced or upgraded independently.
  • Thermal Efficiency: Optimized heat dissipation paths for the RK3588 SoC.

📂 Modular Deliverables

🖥️ Core Processing Unit

Board ID Name Role Specs
BOARD 1 Main Controller System Logic & Vision RK3588, 64-bit LPDDR5, Dual RTL8125BG

💡 Illumination & Sensors

Board ID Name Role Key Specs
BOARD 5 Camera LED Endoscopic Light Source High-CRI 5700K LEDs
BOARD 6 LED Controller PWM Dimming Logic TLC59108 I2C Driver

🔋 Power & Control

Board ID Name Role Key Specs
BOARD 4 Battery BMS Power Management Smart Charging & Fuel Gauge
BOARD 2 Button Sub-PCB Tactile Interface 5-Way Navigation Switch
BOARD 3 Status Panel Visual Feedback 5-LED Diagnostic Array
BOARD 7 Power Logic Soft-Start Circuitry Latching Power Switch

🛠️ Production Standards

Attribute Specification
PCB Stackup 8-Layer High-Density (Main) / 2-Layer (Sub)
Material Isola 370HR / IT-180A (High TG)
Surface Finish Lead-Free ENIG (Au: 0.05um, Ni: 3um)
Impedance 90Ω Differential (USB), 100Ω (Ethernet)
Certification IPC-A-600 Class 2 Compliance

📥 Getting Started with Fabrication

  1. Gerber Review: Open the .zip files in each directory using a CAM tool (e.g., CAM350 or Gerbv).
  2. SMT Assembly: Provide the PickAndPlace and BOM files to your PCBA partner.
  3. Mechanical Fit: Use the provided .step models to verify enclosure clearances before milling.

Proprietary and Confidential | © 2026 Lascope Medical Imaging Systems

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