xnSight network application performance management system
The xnSight network application performance management system combines software and hardware to deliver an integrated end-to-end solution on a single platform. Its unified, complete views show how infrastructure delivers applications and how end users experience them. This helps shorten overall mean time to repair and gives IT teams confidence in delivering a high-quality user experience, meeting requirements for managing, troubleshooting and optimizing applications and their supporting infrastructure. Product positioning: An intelligent network traffic retrospective-analysis system that uses AI to help users find traffic, inspect data and identify causes. The xnSight network application management center mainly consists of servers, a console and a Web reporting system. Its integrated software/hardware design is a passive network detection appliance that does not affect network performance, cannot be attacked by hackers and can operate safely and continuously for 7*24 hours. It captures traffic on a network link at line rate through an optical splitter or mirror port. The system has four core engines: a line-rate packet-capture engine for capturing network traffic; a large-scale storage engine for storing massive packet volumes at high speed; a pipeline analysis engine for high-performance network traffic analysis; and a packet-search engine for rapid retrospective packet retrieval. Based on these engines, it provides data queries and reporting services, historical analysis data and original network packets.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Supported link rates [Rack-mounted models support multiple links; PDF physical page 5] | 1G, 10G, 40G and 100G |
| Disk import throughput [PDF physical page 5] | Up to 100 |
| Real-time analysis performance [PDF physical page 5] | Up to 100 |
| Key performance indicators (KPI) [PDF physical page 5] | More than 400 |
| Analysis access levels [PDF physical page 5] | Seven layers |
| Time to open decoded files [2G file; the original 2G is retained without adding GB] | Approximately 30 |
| Alarm and warning levels | Three levels |
| Alarm types | Static alarms, baseline alarms and security alarms |
| KPI types for alarm conditions | Up to 60 |
| Alarm-condition combinations | AND、OR |
| Minimum historical-data granularity | 1 minutes |
| Protocol decoding types | Nearly 2000 |
| Packet filter | 7 types |
| Supported languages for secondary development | Up to 20 |
Applications
Key Features
Datasheet
Supplier Information
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FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
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FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
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FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
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FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
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