Radware Announces High-End LinkProof


Mahwah, NJ April 2, 2001 02:00 PM

Radware (Nasdaq: RDWR), a leading provider of Intelligent Traffic Management (ITM) solutions that bring certainty to dynamic networks, ensuring optimal, continuous, personalized and secure service, today announced the release of LinkProof on its Application Switch platform. LinkProof is currently the only ITM device on the market capable of load balancing between multiple ISPs, and now with the Application Switch platform it provides a robust, flexible solution with optimal content routing and the fastest content delivery for multi-homed networks.

"Last week one of our ISP's called to apologize for an outage that apparently took us down for several hours, and I never even knew it. Before LinkProof I would have had 50 calls in the first 5 minutes," said Mandi Turner, Network Services Manager at Greenebaum Doll & McDonald PLLC. "LinkProof on the Application Switch platform, with even more power and responsiveness, will alleviate a lot of stress for a lot of people."

The LinkProof's traffic management solution for multiple ISP connections guarantees full fault tolerance between ISP links in the event that there is a problem with one of them. The LinkProof product line includes Optimal Content Routing that ensures the fastest inbound and outbound content delivery, as well as provides high availability between service providers. LinkProof guarantees high availability by offering end users full path health monitoring of all defined paths within the service provider network, directing traffic around any failed link.

"LinkProof is the only product on the market today that provides a high availability traffic management solution for multiple WAN or ISP connections. " said Sharon Trachtman, VP of marketing at Radware. "On the Application Switch platform, LinkProof not only makes multiple ISP link traffic management faster, simpler and more customized, but it also optimizes the available resources in ways that traditional multi-homed networks never have before."

The Application Switch, based on a multi-layered switching architecture and a multiple ASICs design fabric, ensures wire speed switching for the 2 Gigabit and 8 Fast Ethernet ports. A non-blocking 9.6 Gigabit backplane provides ultra-high capacity for application switching and allows multi-Gigabit Ethernet support with the easy deployment of high bandwidth in LinkProof.
LinkProof is currently available for shipping with the Application Switch platform.

About Radware

Radware's suite of Intelligent Traffic Management (ITM) products is designed to optimize the end user experience by eliminating network uncertainty and downtime. Radware's product line combines its latest application switching technology and architecture with the company's industry proven traffic management software to help users keep their sites available 24 hours a day. Radware offers a broad range of ITM solutions to service providers, e-commerce businesses and corporate enterprises that require uninterrupted availability and optimal performance of IP-based applications. Users receive optimal, continuous, secure and personal service with the use of Radware's award-winning ITM solutions: Web Server Director, Cache Server Director, FireProof and LinkProof. Radware's Application Switches bring certainty to dynamic networks with products that guarantee the best service from click to content. Get certain with Radware. For more information, please visit us at www.radware.com.

Contact Radware Sales

Our experts will answer your questions, assess your needs, and help you understand which products are best for your business.

Already a Customer?

We’re ready to help, whether you need support, additional services, or answers to your questions about our products and solutions.

Locations
Get Answers Now from KnowledgeBase
Get Free Online Product Training
Engage with Radware Technical Support
Join the Radware Customer Program

Get Social

Connect with experts and join the conversation about Radware technologies.

Blog
Security Research Center
CyberPedia