The VisionRGB-E1S captures the Analog/ DVI data and triple buffers it into onboard storage. This data is then copied using DMA to the host system for display, storage or streaming.
When a Datapath graphics card is used, the VisionRGB-E1S transfers the data directly to the graphics card thereby increasing performance. The VisionRGB-E1S capture card sends the relevant portions of each captured image to each display channel and instructs each channel to use its graphics engine to render the data. This fully utilises the hardware and dramatically increases performance.
When the RGB/DVI data is displayed on a non Datapath graphics card, the VisionRGB-E1S sends the data to system memory or direct to the graphics card, dependant on the software used for display.
The VisionRGB-E1S is an ideal solution for applications that require the capture of analog or DVI sources in real time. Typical applications include:
The VisionRGB-E1S is an ideal solution for applications that require the capture of analog or DVI sources in real time. Typical applications include: Viewing analog or DVI sources from PCs, MACs, Industrial/medical equipment, cameras and other video equipment Streaming video applications and video wall controllers.
Direct WDM streaming driver supports the following applications, to encode, record and stream video over networks or the internet:
For further details see the Datapath DirectShow SDK documentation supplied as part of a typical installation.
The VisionRGB-E1S video capture card is supplied with a powerful software application for configuring the timing and format of the input sources and displaying the data. Simply connect your external DVI or Analog source into the card, run the VisionRGB-E1S application to automatically detect the video source format and display the captured video in a window on your desktop.
For additional security and peace of mind, our customers are invited to take advantage of Datapath’s advanced swap out service and extended warranty. For a small premium, selected products can be protected by our advanced swap out service and optional 5 year warranty. For more information please contact our sales team.
| Board Format | PCI Express x4 low profile card, 68.9mm x 167.6mm PCI Express bus master with scatter gather DMA providing Maximum data rate of 650 MB/s |
| Connectors | One DVI-I type connector |
| Maximum Sample Rate | 170 MHz analogue RGB or 165 MHz DVI Analogue modes up to 340 MHz pixel clock can be captured using dual-pass sampling |
| Video Sampling | RGB: 24 bits per pixel/ 8-8-8 format |
| Video Capture Memory | 32 MB, triple buffered |
| Analogue RGB mode support | 640×480, 800×600, 1024×768, 1280×1024, 1600×1200, 1920×1080, 2048×1536, custom modes |
| DVI Single-link Mode Support | 640×480, 800×600, 1024×768, 1280×1024, 1600×1200, 1920×1080, 1920×1200, custom modes |
| HD Modes | 1080p, 1080i, 720p, 576p, 576i, 480p and 480i using a Component-DVI connector (HDCP not supported) |
| Input Mode Detection | Automatic detection of input modes in hardware, enabling the tracking of mode changes in the source signal |
| Pixel Transfer Formats | RGB: 5-5-5, 5-6-5 or 8-8-8 (24bit/32bit) pixels YUV: 4:2:2 Mono: 8 bit |
| Update Rate | User defined, captured frame rate will match the source. Providing max data rate (650 MB/s) is not exceeded Multi-buffered to eliminate tearing artifacts |
| Video Format Options | Analogue RGB plus HSink and VSink (5 wire) Analogue RGB with Composite sink (4 wire) Analogue RGB with Sync on Green/ YPbPr (3 wire) DVI Single Link |
| Operating System Support | Up to Windows® 10 Linux support (NOTE: Check Linux specific features with Sales) |
| Power Requirements | Max current at +3.3V – 0.25A Max current at 12V – 0.5A Max power – 6.8 Watts |
| Operating Temperature | 0 to 35 °C/ 32 to 96 °F |
| Storage Temperature | -20 to 70 °C/ -4 to 158 °F |
| Relative Humidity | 5% to 90% non-condensing |
| Warranty | 3 years |
We are continuously developing the technology used within our product ranges delivering outstanding innovative solutions, therefore the specification may change from time to time.