Komodo II is best in class Frame Grabber supporting CoaXPress™ standard. The Komodo II is capable of receiving video streams from up to 2 CoaXPress™ links in single or dual modes. Each link supports standard CoaXPress™ bitrates up to 12.5 Gbps. This CoaXPress™ Frame Grabber is ideally suited for industrial, defense and aerospace Machine Vision Systems and applications.
BitFlow has been shipping CoaXPress frame grabbers since 2012. The standard has not stood still and BitFlow has continued to advance its products. The latest is the Claxon, a quad CXP-12 PCIe Gen 3* frame grabber. CXP-12 is the latest CoaXPress speed jump, now transmitting video at 12. 5 Gb/S. While the speed of data through the frame grabber has doubled, the overall architecture has remained the same as the previous generation Cyton, allowing user to easily migrate to the newer cameras without major software changes.
The Claxon-CXP1 is just the second product on the Claxon platform. Coming soon will be support for high speed data forwarding (over CXP) and support for CXP over fiber.
*Gen 3 is not required for a single link CXP-12 board.
BitFlow has been shipping CoaXPress frame grabbers since 2012. The standard has not stood still and BitFlow has continued to advance its products. The latest is the Claxon, a quad CXP-12 PCIe Gen 3 frame grabber. CXP-12 is the latest CoaXPress speed jump, now transmitting video at 12. 5 Gb/S. While the speed of data through the frame grabber has doubled, the overall architecture has remained the same as the previous generation Cyton, allowing user to easily migrate to the newer cameras without major software changes.
The Claxon-CXP4 is just the first product on the Claxon platform. Coming soon will be support for high speed data forwarding (over CXP) and support for CXP over fiber.
BitFlow has been making Camera Link frame grabbers since 1999. With each successive generation of frame grabbers, BitFlow has improved the quality, flexibility and robustness of their interfaces. Meanwhile, much has changed on the backend; PCI to PCIe, Gen 1 to Gen 2, etc. Also the Camera Link Specification had been continuously evolving: 80-bit (10-tap) mode was added, Power over Camera Link (PoCL), new connectors, new tap formats. Even though the specification has been around a long time, it is still one of the simplest, efficient and least expensive ways to get camera data into a computer. It also benefits from 100s of thousands of pieces of CL equipment sold worldwide.
BitFlow has been on top of all these changes and has continuously improved and updated their Camera Link frame grabbers. The Axion-CL is the culmination of all of these improvements, the most powerful CL frame grabber BitFlow has ever manufactured.
The Axion-CL also benefits from other products in BitFlow’s line up. The Axion-CL uses the Cyton-CXP’s backend: the StreamSync DMA engine and buffer manager. A brand new PCIe Gen 2 interface, with DMA optimized for modern (fully loaded, fully busy) computers.
Multi-port Gigabit Ethernet adaptors with PoE for GigE Vision
Matrox® Concord PoE is a new generation of Gigabit Ethernet adaptors for interfacing one or more GigE Vision® cameras supporting Power-over-Ethernet (PoE). Available with two or four Gigabit Ethernet ports, these network interface cards (NICs) simplify system configuration, not only by handling command and streaming protocols but also providing power over a single standard Cat 5e/6 cable per camera connection. An isolated PoE implementation protects cameras, board, and host computer from damage due to electrical faults and stray current that adversely affects camera detection.
Matrox Concord PoE also provides—as an option—a useful Trigger-over-Ethernet (ToE) capability for multiple cameras working together. The hardware-assisted ToE capability allows the sending of a software trigger or an action-command to one or more cameras based on an external input event. The ToE applies to camera(s) on the same or multiple Ethernet ports for a given trigger event. Moreover, this ToE feature helps reduce trigger latency and remove jitter brought on by a non-deterministic host environment.
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