View
contact details
and profile on Kellysearch
?
DATA SHEET
BENEFITS
? Multi-protocol analysis for 10GE, FCoE, FIP, 10G Fibre Channel, FCIP, iFCP, iSCSI, and all IP-related protocols ? Complete support for emerging FCoE draft standards ? 2-port XFP or SFP+ configuration connecting to both optical and electrical interfaces ? Multi-function blade capable of Analyzer, Jammer and Load Tester ? Full network visibility with 100% capture at line rate ? Deep 4GB trace memory buffer per blade ? Industry?s most powerful trace capabilities ? Real-time dual CRC error monitoring and flagging in FCoE frames ? Patented search and filtering capabilities to accelerate development ? Time-syncs up to 32 channels ? Support for automation
xgig
®
10ge and 10gfc protocol analyzers
Finisar?s Xgig® 10GE and 10GFC Analyzer is a versatile, state-of-the-art solution for monitoring and analyzing live traffic of different storage protocols, including 10GE, 10GFC, FCoE, FIP, IEEE802.1Qx, TCP/IP, iSCSI, FCIP, iFCP, AoE, iWARP, etc. The Xgig chassis hosts up to four blades coupled with a comprehensive suite of analysis software applications to provide a unique platform offering the advanced multi-protocol, multi-application, and multi-channel capabilities users need to troubleshoot high-speed storage and networking applications. Xgig provides accelerated resolution of network impairments as well as an extensive range of capabilities to proactively prevent performance impairments before they escalate to loss of access to mission-critical applications and data. With the ability to capture 100% of traffic at full line rate, triggering enabled across all protocol layers and anywhere within the layered frames, and extensive automated post-capture Expert analysis, Xgig gives users the deep visibility they need to design and test applications, monitor network performance, and ensure system reliability. Finisar?s Xgig 10GE and 10GFC Analyzer is specifically designed to provide distributed protocol monitoring, analysis, and testing of 10GE and 10GFC based protocols. It is the ideal tool for simplifying the identification, location, and resolution of difficult network impairments on FCoE protocol which is targeted to simplify the network structure for short distance links and has captured much attention in both the SAN and LAN industries. Figure 1: Xgig 10GE and 10GFC Multi-Function Blades
