[LC-14] HDMI 1080P Auto Focus CMOS Digital Camera (2.0MP)

 

LC-14 HDMI 1080P Auto Focus CMOS Digital Camera (2.0MP) is a multiple interfaces (HDMI+WiFi+SD card) CMOS camera with autofocus function and it adopts ultra-high performance Sony CMOS sensor as the image capture device. HDMI+WiFi are used as the data transfer interface to HDMI display or computer. For HDMI output, The XCamView will be loaded and a camera control panel and toolbar are overlaid on the HDMI screen, in this case, the USB mouse can be used to set the camera. Measure, browse and compare the captured image, playback the video. In HDMI output, the camera embedded Auto/Manual focus function can obtain the clear image at ease. No hand rotation of the microscope Coarse/Fine knob is needed. For WiFi output, unplug the mouse and plug in the USB WiFi adapter, connect the computer WiFi to the camera, then the video stream can be transferred to computer with the advanced software ImageView. With ImageView, you can control the camera, process the image as our other USB series camera. [print_link]

Features

The LC-14 HDMI 1080P Auto Focus CMOS Digital Camera (2.0MP)’s basic characteristic is as follows: 1. All in 1( HDMI+WiFi) C-mount camera with Sony high sensitivity CMOS sensor; 2. Auto/Manual focus with the movement of the sensor; 3. For HDMI application, with built-in multiple-language XCamView software. The camera characteristic can be controlled by XCamView through the USB mouse. The other basic processing and control can also be realized by the XCamView; 4. 1920 × 1080 (1080P) resolutions to match the current high-definition displayer on the market; Support plug and play application; 5. For HDMI application, 2.0MP resolution image (1920*1080) can be captured and saved for browsing; For video, 1080P video stream(asf format) can be captured and saved; 6. With the USB WiFi adapter, the LC-14 HDMI 1080P Auto Focus CMOS Digital Camera (2.0MP) can be used as WiFi camera, the ImageView advanced image processing software is used to display the video and capture image. support plug and play application; 7. Ultra-Fine Color Engine with perfect color reproduction capability (WiFi); 8. With advanced video & image processing application ImageView, which including professional image processing such as 2D measurement, HDR, image stitching, EDF(Extended Depth of Focus), image segmentation & count, image stacking, color composite and denoising(USB). Applications LC-14 HDMI 1080P Auto Focus CMOS Digital Camera (2.0MP) can meet various applications and can be widely used in industrial inspection, education and research, materials analysis, precision measurement, medical analyses etc. The possible applications of LC-14 HDMI 1080P Auto Focus CMOS Digital Camera (2.0MP) are as follows: 1. Scientific research, education (teaching, demonstration and academic exchanges); 2. Digital laboratory, medical research; 3. Industrial visual (PCB examination, IC quality control); 4. Medical treatment (pathological observation); 5. Food (microbial colony observation and counting); 6. Aerospace, military (high sophisticated weapons).

Technical Specifications

Model LC-14
Sensor & Size(mm) 1080P/2M/Sony IMX185(Color) 1/1.9"(7.20x4.05)
Pixel(?m) 3.75x3.75
G Sensitivity 1120mv with 1/30s
Dark Signal 0.15mv with 1/30s
FPS/Resolution 60/1920*1080 (HDMI) 25/1920x1080 (WiFi)
Binning 1x1
Exposure 0.06ms~918ms
Interface & Button Functions
USB USB Mouse/USB WIFI Adapter
HDMI HDMI Out
DC12V 12V/1A Power in
SD SD Card Slot
ON/OFF Power On/off Switch
LED Power Indicator
Other Specification for HDMI Output
UI Operation With USB Mouse to operate on the embedded XCamView
Image Capture JPEG Format with 2M Resolution in SD Card
Video Record ASF Format 1080P 30fps in SD Card(8G)
Camera Control Panel Including Exposure, Gain, White Balance, Color Adjustment, Sharpness and Denoising Control
Including Zoom, Mirror, Comparison, Freeze, Cross, Browser Function, Muti-language and
Toolbar XCamView Version Information
Other Specification for WiFi Output
UI Operation ImageView Windows OS, or ToupLite on Linux/OSX/Android Platform
WiFi Performance 802.11n 150Mbps; RF Power 20dBm(Maximum)
Maximum Connected Devices 3~6(According to the Environment and Connection Distance)
White Balance Auto White Balance
Color Technique Ultra-FineTM Color Engine (WiFi)
Capture/Control API Standard SDK for Windows/Linux/Mac(WiFi)
Recording System Still Picture or Movie (WiFi)
Software Environment (for USB2.0 Connection)
Operating System Microsoft® Windows® XP / Vista / 7 / 8 / 8.1/10(32 & 64 bit) OSx(Mac OS X)
Linux
PC Requirements CPU: Equal to Intel Core2 2.8GHz or Higher
Memory: 4GB or More
USB Port: USB2.0 High-speed Port(As Power Only, not as the USB Data Transfer)
Display: 19” or Larger
CD-ROM
Operating Environment
Operating Temperature (in Centidegree) -10~ 50
Storage Temperature (in Centidegree) -20~ 60
Operating Humidity 30~80%RH
Storage Humidity 10~60%RH
Power Supply DC 12V/1A Adapter
 

Packing Info

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Standard Packing List
A Gift box : L:25.5cm W:17.0cm H:9.0cm (1pcs, 1.43Kg/ box)
B LC-14 CMOS Camera
C Power Adapter: Input: AC 100~240V 50Hz/60Hz, Output: DC 12V 1A
American standard: Model: GS12U12-P1I 12W/12V/1A: UL/CUL/BSMI/CB/FCC
EMI Standard: EN55022, EN61204-3, EN61000-3-2,-3, FCC Part 152 class B, BSMI CNS14338
EMS Standard: EN61000-4-2,3,4,5,6,8,11,EN61204-3,Class A Light Industry Standard European standard: Model: GS12E12-P1I 12W/12V/1A; TUV(GS)/CB/CE/ROHS
EMI Standard: EN55022, EN61204-3, EN61000-3-2,-3, FCC Part 152 class B, BSMI CNS14338
EMS Standard: EN61000-4-2,3,4,5,6,8,11,EN61204-3,Class A Light Industry Standard
Display 5.2"
Camera 12MP
RAM 4GB
OS iOS

Incredible product

John Smith, 20 Jan 2018

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Donec augue nunc, pretium at augue at, convallis pellentesque ipsum. Lorem ipsum dolor sit amet, consectetur adipiscing elit.

Incredible product

John Smith, 20 Jan 2018

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Donec augue nunc, pretium at augue at, convallis pellentesque ipsum. Lorem ipsum dolor sit amet, consectetur adipiscing elit.

Incredible product

John Smith, 20 Jan 2018

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Donec augue nunc, pretium at augue at, convallis pellentesque ipsum. Lorem ipsum dolor sit amet, consectetur adipiscing elit.