Download the latest drivers for your Hamamatsu Photonics K.k USB devices to keep your Computer up-to-date. S5981 from Hamamatsu Photonics K.K. Find the PDF Datasheet, Specifications and Distributor Information. S1133 from Hamamatsu Photonics K.K. The LabVIEW ™ driver allows for maximum control of image acquisition for LabVIEW ™ software. It supports both 32-bit and 64-bit versions of LabVIEW ™. Supported hardware: Fusion, Flash 4, ImagEM X2, ORCA (all models), C8484, C8800, C9100, DCAM-API. This driver supports only B/W cameras. Before using this software please use the latest.
ARTCAM-XQE-WOM Series
Spectral Sensitivity…400～1,200nm 【Size】 |
【Accessories】Standard viewer software, Device driver, USB cable, SDK（Software Development Kit）
【Specifications】Lens…C mount, Power Supply…supplied from USB port
Spectral Sensitivity Characteristics | Sensor Manufacturer | Shutter Type | Spectral Sensitivity(nm) | Active Imager Size (mm) (H)×(V) | Frame Rate |
| ARTCAM-130XQE-WOM | CMOS | Rolling | 1280×1024 | 10×10 |
ARTCAM-130HP-WOM
Spectral Sensitivity…380～1,000nm 【Size】 | Board Type Camera Available! Please contact us for details. |
【Accessories】Standard viewer software, Device driver, USB cable, SDK（Software Development Kit）
【Specifications】Lens…C mount, Power Supply…supplied from USB port
【Options】2Dimension measurement software, Recording Software
Spectral Sensitivity Characteristics | Sensor Manufacturer | Shutter Type | Spectral Sensitivity(nm) | Active Imager Size (mm) (H)×(V) | Frame Rate |
| ARTCAM-130HP-WOM | CMOS | Global | 1280×1024 | 7.4×7.4 |
Hamamatsu Photonics Kk
WOM（With on-board memory）Series
Hamamatsu Photonics K.k Usb Devices Drivers
Spectral Sensitivity…750～950nm 【Size】 | Board Type Camera Available! Please contact us for details. |
【Accessories】Standard viewer software, Device driver, USB cable, SDK（Software Development Kit）
【Specifications】Lens…C mount、Supply…DC5V
【Options】2Dimension measurement software, Recording Software
Spectral Digidesgn driver. Characteristics | Sensor Manufacturer | Shutter Type | Optical Format | Active Pixels (H)×(V) | Pixel Size (μm) (H)×(V) | Shutter Speed(Sec) |
| ARTCAM-1000MI-NIR-WOM※ | CMOS | Rolling | 3856×2764 | 1.67×1.67 | 1/11678～1.4 | |
| ARTCAM-500MI-NIR-WOM | 5M | 2592×1944 | 2.2×2.2 | 1/53452～1.196 | ||
| ARTCAM-130MI-NIR-WOM | 1.3M | 1280×1024 | 5.2×5.2 | 1/35928～0.52 | ||
| ARTCAM-036MI2-NIR-WOM | 0.36M | 1/3' | 4.51×2.88 | 60fps |
We have designed a software API to be used by all Hamamatsu digital cameras; it is named DCAM-API (Digital CAMera Application Programming Interface).
The purpose of DCAM-API is:
- To standardize camera control and functionality of all Hamamatsu digital cameras.
- To bridge all the different RS-422/LVDS, CamLink, RS-232, IEEE-1394, USB software API and interfaces (Ex. Phoenix SDK, IFC, File I/O Serial, OHCI 1394, USB EHCI, etc.) into one defined set of API functions.
- To allow for future expandability of the API with limitless and seamless integration of digital cameras and interfaces without the need for re-building the host application to support them.
- A simple, yet powerful set of functions to control all the necessary features and data acquisition control functions of our cameras.
- Dynamic detection of camera features and control.
DCAM-API is currently supported on Microsoft Windows (32-bit and 64-bit) and Linux. Please click on the Download link to learn about and download the latest official driver runtime for your platform.
All Modules are DLL’s in Windows.
- The application’s communication with all the installed cameras in the system is done through one entry point – The DCAM-API Library.
- The DCAM-API Library contains all the defined exported functions of the API.
- DCAM-API is responsible for connecting all registered DCAM-API Modules to the host application.
- Basic flow
- Application layer (host) initializes the DCAM-API Library.
- DCAM-API initializes each module and queries how many devices are found.
- Total count is returned back to the host. Host can open a connection to any of the devices by index.
- Once opened, all communication and data acquisition to that device through its connected interface are handled with the link.
- There is no theoretical limit to how many devices or how many links are opened.
- Allows for simultaneous control/acquisition of multiple devices.
- Dynamic property and image data type querying. Common memory management.
- When done, the connection is closed to each module/device, then the API is cleaned up and closed.