X5CAM4K Series

Product Introduction

Supports HDMI, USB, network multi-interface synchronous output, specially designed for microscope interactive teaching systems, enabling multi-terminal sharing and collaborative operation.

Product Features

  • X5CAM4K series HDMI cameras can be directly used for stereomicroscope or biological microscope video and image acquisition without a computer, and can also be networked into microscope interactive teaching systems for convenient teacher instruction and student learning.
  • Sony Starvis 2 back-illuminated CMOS sensor
  • 4K HDMI/NETWORK/USB multi-interface synchronous output
  • 4K/1080P HDMI output adaptive switching
  • 4K 60 fps low-latency HDMI output with average latency of 40 ms
  • SD card/USB flash drive saves captured videos or images, supports local preview and playback
  • Supports RAW format image capture and display
  • Supports photo automatic upload to server via network
  • Supports USB audio control module for voice command real-time camera control for shooting, recording and freezing operations
  • Brand new browsing interface provides rich file operation functions, image-to-image comparison, image-to-real-time video comparison, multi-image depth of field synthesis
  • Powerful ISP functions with significant sharpening and 3D noise reduction effects
  • Provides real-time video depth of field synthesis function
  • Provides real-time stitching function, obtaining higher quality images through real-time processing
  • Provides default ISP parameter switching for convenient secondary adjustment and optimization
  • Built-in XCamView software provides rich image processing and measurement functions, supports automatic edge detection and automatic measurement
  • ToupView/ToupLite software for more convenient PC operation
  • iOS/Android mobile applications, free download from official website

X5CAM4K Series

Multi-Interface Interactive Teaching Camera

Model Sensor/Size Effective Pixels Output Resolution Frame Rate (fps) Output Interface Auto Focus Lens Mount Storage Support Featured Functions
X5CAM4K8MPB
Sony IMX585(C)
1/1.2" (11.14×6.26 mm)
2.9 µm × 2.9 µm 8MP 60 fps@3840×2160 HDMI NETWORK USB3 SD C mount SD card / USB drive 4K output Network transmission Teaching interaction Large-format sensor
X5CAM4K8MPA
Sony IMX678(C)
1/2" (7.2×4.05 mm)
2.0 µm × 2.0 µm 8MP 60 fps@3840×2160 HDMI NETWORK USB3 SD C mount SD card / USB drive 4K output Network transmission Teaching interaction
X5CAM4K8MMA
Sony IMX678(M)
1/1.8" (7.68×4.32 mm)
2.0 µm × 2.0 µm 8MP 60 fps@3840×2160 HDMI NETWORK USB3 SD C mount SD card / USB drive 4K output Network transmission Teaching interaction

X5CAM4K Multi-Interface Camera | Packing List #

Standard Items in the Box

  • A Camera box: 25.5 cm × 17.0 cm × 9.0 cm (1 pc, approx. 1.57 kg per box)
  • B X5CAM4K camera ×1
  • C Power adapter: input AC 100–240 V 50/60 Hz; output DC 12 V 1 A (GS12U12-P1I / GS12E12-P1I)
  • D USB mouse ×1
  • E HDMI 2.0 cable ×1
  • F High-speed USB 2.0 A↔A gold-plated data cable (2.0 m)
  • G Driver and application disc (Ø12 cm)

Optional Accessories

  • H SD card (≥16 GB, Class 10)
  • I Adjustable eyepiece adapters 108001/AMA037, 108002/AMA050, 108003/AMA075
  • J Fixed eyepiece adapters 108005/FMA037, 108006/FMA050, 108007/FMA075
  • K 30 mm eyepiece conversion ring 108015
  • L 30.5 mm eyepiece conversion ring 108016
  • M Micrometer 106011/TS-M1, 106012/TS-M2, 106013/TS-M7
  • N USB flash drive (backup media)
  • O USB Wi-Fi adapter (required for Wi-Fi/AP mode)
X5CAM4K packaging overview
X5CAM4K packaging overview (Figure 3-47)

X5CAM4K Multi-Interface Camera | Dimensions #

Chassis dimensions and interface arrangement

X5CAM4K dimensions

Refer to manual Figures 3-46 and 3-47

  • Package: 25.5 cm × 17.0 cm × 9.0 cm
  • Shipping weight: approx. 1.57 kg (with packaging)
  • Power: DC 12 V / 1 A (GS12 series adapter)
  • Interfaces: USB 3.0 / HDMI 2.0 / LAN / Wi-Fi (AP/STA)

Confirm the mount holes and interface orientation with the dimension drawing before installation.

In-Depth Overview

The X5CAM4K series is a multi-interface microscope camera that combines HDMI, Wi-Fi, USB, and LAN connectivity for classroom instruction, scientific research, and industrial inspection. It operates independently without a computer while providing rich interaction features for collaborative setups.

Powered by a Sony Starvis 2 back-illuminated CMOS high-sensitivity sensor, the camera outputs 4K 60 fps low-latency video (40 ms typical latency), supports local storage, and integrates XCamView software for direct on-device control.

Technical Highlights

  • Versatile multi-interface output: HDMI, USB 3.0, Wi-Fi, and LAN operate together, enabling real-time preview, remote streaming, and networked teaching.
  • High-performance imaging hardware: Sony Starvis 2 back-illuminated CMOS with built-in 3D noise reduction, sharpening, color restoration, and gamma tuning modules.
  • Intelligent control, efficient workflow: Optional USB voice control triggers photo capture, video recording, and freeze-frame, and captured media can be uploaded automatically to a server.
  • Flexible file management and advanced tools: On-device browsing supports image/video comparison, still vs. live view comparison, real-time depth-of-field fusion, and image stitching.
  • Cross-platform ecosystem: Works seamlessly with ToupView and ToupLite on Windows, macOS, and Linux, and offers a standard SDK for integration.

Core Advantages

  • 1
    Plug-and-play for every scenario Runs without a computer and supports simultaneous multi-interface output for classrooms, labs, and industrial lines.
  • 2
    High resolution with ultra-low latency 4K 60 fps output with ~40 ms latency meets live presentation, recording, and streaming demands.
  • 3
    Smart interaction and automation Voice control and automated uploads streamline workflows and boost efficiency.
  • 4
    Professional image optimization Hardware 3D noise reduction, sharpening, and color tuning preserve detail and fidelity.
  • 5
    Robust cross-platform support Broad software compatibility and SDK access simplify system integration and multi-device collaboration.