XCAM1080PHB/D HDMI+WiFi Industrial Microscope Camera

Key Benefits

• Dual HDMI and WiFi output allows simultaneous viewing on a monitor and remote access via mobile or PC
• 1080P resolution at 60fps over HDMI for high-speed inspection and documentation
• 0.03ms to 918ms exposure range enables precise control in bright or low-light conditions
• Built-in SD card slot stores JPEG images and ASF video files up to 1080P 30fps
• USB2.0 mouse control via XCamView software enables real-time adjustments to exposure, gain, white balance and sharpness
• Supports Auto White Balance and Ultra-Fine TM Color Engine for accurate color reproduction
• Operates on 12V DC power with a standard adapter, no external power supply needed

Application Scenarios

• Real-time inspection of PCB solder joints with live video streamed to a monitor and recorded for audit
• Remote inspection of micro-components via WiFi on a tablet or smartphone in a production line
• Documentation of metallurgical samples with high-resolution JPEGs stored on SD card
• Integration into a microscope stand for quality control in a semiconductor or watchmaking environment
• Teaching lab setup where multiple students view the same image on a shared screen via WiFi

Who It Is For

• Electronics manufacturers doing PCB, SMD and BGA inspection
• Quality control teams requiring image documentation with traceable timestamps
• Teaching laboratories needing remote or shared viewing for group instruction
• Research labs requiring high-speed, low-noise imaging for micro-mechanical or material analysis
• Precision assembly workshops using real-time visual feedback during micro-soldering or alignment

Problems It Solves

• A standalone camera without HDMI or WiFi forces the operator to use a PC monitor only, limiting mobility
• Fixed exposure settings in basic cameras cause overexposure in bright lighting or underexposure in dark areas
• Lack of local storage means every image must be transferred immediately, increasing risk of data loss
• No remote control interface makes it hard to adjust settings during inspection without touching the camera
• Incompatible connectors or power requirements prevent easy integration into existing microscope systems

Technical Features

• C-mount interface for direct attachment to microscope bodies
• HDMI output at 60fps/1920x1080 for high-speed live viewing
• WiFi output at 25fps/1920x1080 for remote access and mobile viewing
• Exposure range from 0.03ms to 918ms for flexible lighting control
• Built-in SD card slot supports JPEG and ASF video recording up to 1080P 30fps
• USB2.0 mouse control via XCamView software for real-time adjustments
• Auto White Balance and Ultra-Fine TM Color Engine for accurate color reproduction
• Supports 802.11n WiFi with 150Mbps throughput and up to 6 connected devices
• Operating temperature range from -10 degC to 50 degC, suitable for industrial environments
• 12V DC power input with standard adapter, no additional power supply required

Specifications

Specifications are taken from the AMADA product data for this item. Confirm critical dimensions with us in writing before ordering.

Customization Options

• Choose between XCAM1080PHB (IMX178, 5M) and XCAM1080PHD (IMX185, 2M) based on resolution and sensitivity needs
• Select color (C) or monochrome (M) sensor variant for specific lighting or contrast requirements
• Use the same C-mount body for integration into various microscope systems
• Enable or disable SD card recording based on data handling workflow
• Configure WiFi network settings via ToupView or ToupLite software for remote access

Comparison With Other Options

Use Guide

• Connect the camera to a 12V DC power adapter before attaching to the microscope
• Use the C-mount to secure the camera to the microscope tube; ensure the flange focal distance is correct
• Connect the HDMI output to a monitor or display for real-time viewing at 60fps
• Enable WiFi on the camera and connect a mobile device or PC to the network using ToupView or ToupLite
• Use the USB2.0 port with a mouse to control exposure, gain, white balance and other settings via XCamView
• Insert an 8GB SD card to store JPEG images and ASF video files locally
• Set the exposure time based on lighting conditions to avoid overexposure in bright areas or noise in dark areas