*This card is no longer recommended for new designs.
Real-time systems, such as electronic trading systems or radar track distribution, rely on the timely receipt of information for proper operation. The RapXG™ delivers scalable, high-performance packet capture and playback. The RapXG™ comes standard with essential features, such as accurate time synchronization, programmable 5-tuple filters, PCAP Next Generation file format, a highly efficient PCI Express Gen3 host, a user-friendly GUI, and a feature-rich API for record and playback functions.
Playback of recorded network data is a key feature of the RapXG™ systems. Instead of simply sending captured packets back onto the network, RapXG™ plays them back at the rate they were captured. Using hardware-controlled precision clocks and the recorded capture timestamp, the RapXG™ plays back network data to within 20ns of captured time. The RapXG™ card supports IRIG-A, B, and G time code to ensure precise time synchronization of network data. The time source is provided via a front panel SMA connector
The RapXG™ is available with a high-level application API and drivers for Linux. This allows application software to take advantage of the card’s capabilities through a C++ library and allows applications to modify card settings easily. Because the RapXG™ system is fully integrated with the popular Wireshark network protocol analyzer, it provides a powerful tool for engineers and managers to easily leverage their existing expertise, increasing efficiency in diagnosing network issues.
Learn More About The RapXG™:
RapXG Whitepaper
DOWNLOAD DATA SHEET REQUEST INFORMATION*This card is no longer recommended for new designs.
Real-time systems, such as electronic trading systems or radar track distribution, rely on the timely receipt of information for proper operation. The RapXG™ delivers scalable, high-performance packet capture and playback. The RapXG™ comes standard with essential features, such as accurate time synchronization, programmable 5-tuple filters, PCAP Next Generation file format, a highly efficient PCI Express Gen3 host, a user-friendly GUI, and a feature-rich API for record and playback functions.
Playback of recorded network data is a key feature of the RapXG™ systems. Instead of simply sending captured packets back onto the network, RapXG™ plays them back at the rate they were captured. Using hardware-controlled precision clocks and the recorded capture timestamp, the RapXG™ plays back network data to within 20ns of captured time. The RapXG™ card supports IRIG-A, B, and G time code to ensure precise time synchronization of network data. The time source is provided via a front panel SMA connector
The RapXG™ is available with a high-level application API and drivers for Linux. This allows application software to take advantage of the card’s capabilities through a C++ library and allows applications to modify card settings easily. Because the RapXG™ system is fully integrated with the popular Wireshark network protocol analyzer, it provides a powerful tool for engineers and managers to easily leverage their existing expertise, increasing efficiency in diagnosing network issues.
Learn More About The RapXG™:
RapXG™ Whitepaper
*This card is no longer recommended for new designs.
Real-time systems, such as electronic trading systems or radar track distribution, rely on the timely receipt of information for proper operation. The RapXG™ delivers scalable, high-performance packet capture and playback. The RapXG™ comes standard with essential features, such as accurate time synchronization, programmable 5-tuple filters, PCAP Next Generation file format, a highly efficient PCI Express Gen3 host, a user-friendly GUI, and a feature-rich API for record and playback functions.
Playback of recorded network data is a key feature of the RapXG™ systems. Instead of simply sending captured packets back onto the network, RapXG™ plays them back at the rate they were captured. Using hardware-controlled precision clocks and the recorded capture timestamp, the RapXG™ plays back network data to within 20ns of captured time. The RapXG™ card supports IRIG-A, B, and G time code to ensure precise time synchronization of network data. The time source is provided via a front panel SMA connector
The RapXG™ is available with a high-level application API and drivers for Linux. This allows application software to take advantage of the card’s capabilities through a C++ library and allows applications to modify card settings easily. Because the RapXG™ system is fully integrated with the popular Wireshark network protocol analyzer, it provides a powerful tool for engineers and managers to easily leverage their existing expertise, increasing efficiency in diagnosing network issues.
Learn More About The RapXG™:
RapXG™ Whitepaper
Network Interface
Network Interface
Quad 1/10 Gigabit Ethernet SFP+ optical ports
Quad 1 Gigabit Copper Ethernet ports
Quad 1/2/4/8/16 Fibre Channel SFP+ optical ports
Time Synchronization
IRIG-A, B, and G time synchronizations via a front panel SMA connector
Filters
128 programmable 5-tuple filters
IPv4, TCP, UDP, ICMP, ARP
Packet Record/Playback
PCAP Next Generation format or raw data format
Host Interface
x8 PCI Express Gen 3
Compliance
PCI Express Card Electromechanical Specification, Rev 2.0 IEEE
802.3ae 2002 10GBASE LAN
FCC 47 CFR Part 15, Subpart B, Class A (USA)
IEC 60950-1 (International)
RoHS Directive 2002/95EC
Temperature
Operating: 0 to 50˚ C
Storage: -40˚ C to 85˚ C
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