XFCAM1080PHB/PHD Microscope Camera is a multiple interfaces (HDMI+WiFi+SD card, so X here means multiple interfaces) CMOS camera with autofocus function(F means Auto Focus) and it adopts ultra-high performance Sony CMOS sensor as the image-picking 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,browse and compare the captured image,play the video ital. 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 videostream can be transfer to computer with the advanced software RisingView. With RisingView, you can control the camera, process the image as RisingTech's other USB series camera.

Application:

• Scientific research, education (teaching, demonstration and academic exchanges);
• Digital laboratory, medical research;
• Industrial visual (PCB examination, IC quality control);
• Medical treatment (pathological observation);
• Food (microbial colony observation and counting);
• Aerospace, military (high sophisticated weapons)

• All in 1( HDMI+WiFi) C mount Microscope camera with Sony high sensitivity CMOS sensor; HDMI and Wifi output
• Manual / Auto Focus Function
• 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;
• 1920 × 1080 (1080P) resolutions to match the current high-definition displayer on the market; Support plug and play application;
• For HDMI application, 2.0MP or 5.0MP resolution image(1920*1080 XFCAM1080PHD, 2592*1944XCAM1080PHB) can be captured and saved for browsing; For video, 1080P video stream(asf format) can be captured and saved;
• With the USB WiFi adapter, the XFCAM1080PHB/PHD can be used as WiFi camera, the RisingView advanced image processing software is used to display the video and capture image. support plug and play application;
• Ultra-Fine Color Engine with perfect color reproduction capability(WiFi);
• With advanced video & image processing application RisingView, 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);
• XFCAM1080PHB/PHD can meet various applications and can be widely used in industrial inspection, education and research, materials analysis, precision measurement, medical analyses e

Specification:

Model No	Sensor& Size(mm)	Pixel (μm)	G Sensitivity	FPS/Resolution	Binning	Exposure
			Dark Signal
XFCAM1080PHB	1080P/5.0Mp/Sony IMX178(C)	2.4x2.4	425mv with 1/30s	60/1920*1080(HDMI)	1x1	0.03ms~918ms
	1/1.8"(6.22x4.67)		0.15mv with 1/30s	25/1920x1080(WiFi)
XFCAM1080PHD	1080P/2.0Mp/Sony IMX185(C)	3.75x3.75	1120mv with 1/30s	60/1920*1080(HDMI)	1x1	0.06ms~918ms
	1/1.9"(7.20x4.05)		0.15mv with 1/30s	25/1920x1080(WiFi)

Difference between XFCAM1080PHB and XFCAM1080PHD
(1) 1080PHB capture photo resolution is 5.0MP, 1080PHD capture photo resolution is 2.0mp
(2) 1080PHB sensitivity 425mv, 1080PHD has higher sensitivity 1120mv, 1080PHD is better for Low lighting use
(3) 1080PHB imx178 sensor size 1/1.8", 1080PHD imx185 sensor size 1/1.9"

Interface & Button Functions
			USB	USB Mouse/USB WIFI Adapter
			HDMI	HDMI Output
			DC12V	12V 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 (1920x1080) in SD Card
Video Record		ASF Format 1080P 30fps in SD Card
Camera Control Panel		Including Exposure, Gain, White Balance, Color Adjustment, Sharpness and Denoising Control
Toolbar		Including Zoom, Mirror, Comparison, Freeze, Cross, Browser Function, Muti-language and XCamView Version Information
Other Specification for WIFI Output
UI Operation	RisingViewor ToupLite onWindows/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-FineTMColor 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(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
	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

• XFCAM1080PHB/PHD Microscope camera has two output ways: HDMI and WIFI

  XFCAM1080PHB/PHD Microscope Camera provide AUTO FOCUS & Measuring Function under HDMI model

  

  
  
  

  

  
  
  

  

  
  
  

  

  
  

XFCAM1080PHB install SONY sensor 1/1.8" IMX178, 5.0mp Capture Resolution
XFCAM1080PHD install SONY sensor 1/1.9" IMX185, 2.0mp Capture Resolution


1) Low noise and High Sensitivity




1. As you can see from the above diagram, the “Exmor” sensor has 2 noise reduction process
including analogue noise reduction and digital noise reduction while the traditional one has
only analogue noise reduction.


2. Even the smallest amount of signal noise can have a negative impact on a photo. Noise is
introduced into an image if defects are present in the silicon from which the pixel is made.
By minimizing the occurrence of defects and contamination, and by shielding areas that are
vulnerable to defects, Sony has decreased the amount of noise that may be possible in other
sensors.


3. Sony enhanced sensitivity of the CMOS sensor by modifying the transistor array and layout,
and by making the photodiode as large as possible and creating a system that increases the
accuracy of light that is guided to the photodiode.


Back-illuminated, High Sensitivity and no CRA Related Defects ("Exmor R")


Sony further improved the capabilities of the CMOS sensor by developing a back-illuminated
structure, with the aim of creating a camera capable of taking exceptional photographs even by
candlelight. "Exmor R" is approximately twice as sensitive as a conventional front-illuminated
CMOS sensor and also features low noise. In a back-illuminated CMOS sensor, light is directed
onto the silicon substrate from behind, allowing light to be used with a level of efficiency not
possible with conventional front-illuminated pixel structures. Photographers can now create
smooth, high-quality images in low light settings, including night scenes.



1)The CRA related problem (background not uniform) does not exist anymore.
2) Fast Frame Speed

3) Global Shutter (Some Sensors)
4) Good Continuity

• 1 x Digital Camera
  ( Option)
  ( XFCAM1080PHB install SONY sensor 1/1.8" IMX178, 5.0mp Capture Resolution
  XFCAM1080PHD install SONY sensor 1/1.9" IMX185, 2.0mp Capture Resolution)
• 1 x HDMI Cable
• 1 x USB Mouse
• 1 x mini WIFI Emitter
• 1 x Power Adapter (EU / UK / AU Adapter for free)