Endace Launches World's First 100G Network Monitoring System
Endace (LSE: EDA), the world leader in intelligent network recording and network visibility infrastructure, today announced the launch of the EndaceAccess 100, a brand new 100 Gigabit Ethernet (100G) capable Network Visibility Headend. With this system, organizations can get the network access that they need to monitor, analyze, protect and troubleshoot 100G network segments. Up until this point, 100G networks have been invisible to IT operations teams.
“Until today, there has been no way for organizations to get visibility into 100G network segments, which has slowed 100G adoption,” said Spencer Greene, senior vice president, product management and marketing at Endace. “The EndaceAccess 100 enables organizations to leverage their existing 10 Gbps capable tools in a 100G environment. Previously, when the world moved from 1 Gbps to 10 Gbps networking, the ability to leverage existing tools in this way proved to be a major advantage for organizations, and we expect this to be the case as organizations make the natural transition from 10 Gbps to 40G and 100G networking.”
The EndaceAccess 100 is a 100G and 40G capable headend system that leverages Endace's world-famous 100 percent accurate DAG® technology. The system can be configured to support LAN or WAN protocols, making it practical for deployment in both the data center and WAN environments. EndaceAccess is powerful because it enables organizations to continue to use their existing 10 Gbps monitoring and security tools, which helps ease the transition from 10 Gbps to 100G.
“100G is growing in adoption, but remains the domain of large enterprises and carrier core networks; it will ultimately become approachable for smaller companies within data center deployments. As of today, there is no practical way for organizations seeking to deploy 100G to gain access to the network traffic for the purposes of network and/or network security monitoring,” said Jonah Kowall, research director at Gartner. “Additionally, the monitoring tools themselves cannot handle this level of traffic, which is a critical shortcoming that will prevent the deployment of 100G technology within many organizations."
Like traditional monitoring switches, the EndaceAccess 100 headend receives high-speed network traffic from passive optical taps and distributes the traffic to multiple lower-speed ports, which can then be connected to scale-out clusters of monitoring tools. Unlike existing monitoring switches that receive 10 Gbps and distributes to multiple 1 Gbps or 10 Gbps capable destinations, the EndaceAccess 100 scales everything up by a factor of ten, receiving 100G or 40G inputs and distributing to multiple 10 Gbps destinations where the traffic can be analyzed.
The system provides support for two 100G or 40G monitoring ports, that are configured to capture traffic from both sides of a bidirectional link, in two rack-units. Traffic from each monitoring port is distributed in a flow-safe way across 12 ports of 10 Gbps, enabling the system to scale to support full line-rate 100G. The load-balancing algorithm used in EndaceAccess 100 enables captured traffic to be directed to specific egress ports by flow and guarantees 100 percent accuracy at 100G.
Vincent Stoffer, cyber security engineer at Lawrence Berkeley National Laboratory said, “As one of the world's premier research laboratories, Berkeley Lab has a long history of pushing the limits of scientific understanding. From biofuels to nano-technology, climate research to particle physics, the diverse science at Berkeley Lab also generates vast amounts of information. Our data networks must push technological limits to handle this ever-increasing volume of data stored and transferred in pursuit of our mission to bring science solutions to the world.”
Stoffer continued, “Our Information Technology division is exploring how to monitor 100G data networks that handle high-speed connections, while remaining reliable and secure. Our goal is to limit operational and financial costs by separating huge volumes of network traffic into smaller pieces that can be handled by our existing security infrastructure. The Lab is excited to push the limits of high-speed networking, and we look forward to the next generation of network monitoring products operating at 100G speeds.”
The EndaceAccess 100 is inter-operable with any 10 Gbps capable monitoring or security tool, including Endace's own range of Intelligent Network Recorders. EndaceAccess 100 is available immediately. Please contact email@example.com for sales and pricing information.
Endace provides world-leading intelligent network recording and visibility infrastructure, trusted by global organizations to accelerate response to network and security issues, manage IT risk, improve operational efficiency and maximize network uptime.
Endace Intelligent Network Recorders guarantee to capture, index and record 100% of network traffic while scaling from 1 Gbps to 100G. EndaceVision is Endace's proprietary web-based application that enables engineers to visualize, search and retrieve network traffic from any Intelligent Recorder anywhere across the network.
Endace's marketing headquarters is in Sunnyvale, California. R&D is in Auckland, New Zealand. Sales offices across the US, in Reading, UK and Sydney, Australia provide support for customers.
Quoted on London's AIM, the stock code is LSE: EDA.L.