BluCore1394b HDK
Includes BLUCORE800-V2.0 board with one commercial license to distribute camDemo application.
Note - need to purchase BluFlameHDK once then any further purchases of this board will include the license, conditional of the BLUCORE800-V2.0 board being in the final product.
Additional Content
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The BluCore1394 IP Core evaluation and development kit not only provides the user a convenient method of evaluating EDA4All's IEEE1394b IP core but can also be used as a development kit for your next 1394b-based state of the art imaging solution. The BluCore1394 kit is presented as a complete hardware and software solution, that can be easily integrated and scaled.
Key Features
- 800Mbit/s IEEE1394b
- HSYNC/VSYNC/PCLK paralel camera input datapath
- 32bit/pixel data input path
- Configurable CCI: 16 I2C devices/2 SPI devices
- Configurable USART (up to 3125kbps/standard baud)
- Onboard configurable pattern generator (width/height/fps/bytes_per_pixel/pattern type)
- i1394 SDK based multithreaded software with source code
- Hardware customizations possible - contact us
Typical Applications
- Machine Vision Systems
- Industrial Sensors and Control
- Professional Audio and Video Devices
- Medical Equipment
- Test and Measurement Equipment
- PC Cameras
CamDEMO Software Workspace
- Multithreaded, real-time processing/ DirectX display demo PC application with source code Microsoft Visual Studio (C/C++) workspace
- Easy configuration through two *.txt scripts (platform board and sensor)
- Flexible, configurable and expandable *.txt integrated script based sensor registry access
- Several sample scripts (1024x1024 60FPS, 256x256 990FPS, etc...)
- Microsoft WHQL digitally signable 64bit/32bit IEEE1394a/b device driver (source code available on demand)
- Intel OpenCV library support
- Support for Windows 7 64/32, XP 32, and 200X Server
- Convenient object oriented C++ driver interface library
- Driver interface exposing all IEEE1394 functions
- Overlapped I/O with device driver IRP queueing
- Asynchronous raw mode addressing
- Isochronous resource allocation at IRM node
- Virtual IEEE1394 device support
- Extensive documentation backed by code examples
