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Follow on Google News | Arrays ADC Delivers Unrivaled Price-Performance for Customers Adopting 2048-Bit SSL AccelerationApv5600 Application Delivery Controller Made 250% More Powerful At Zero Additional Cost, Becoming the Most Cost-Effective Solution on the Market for Offloading 2048-Bit SSL Encryption
By: Arraynetworks The 2048-bit SSL is the new standard for secure web transactions, application and sessions. The standard is more secure; however it is also five times more compute-intensive as compared to 1024-bit encryption. Since enterprises and service providers cannot afford to pay five times more to support a growing number of users, there is a pressing need for affordable 2048-bit SSL acceleration. With the Array APV5600, a customer supporting 25,000 1024-bit SSL transactions per second can continue to rely on a mid-priced platform to support the same number of transactions on the new 2048-bit standard. In contrast to the APV5600, ADCs from competing vendors cost up to twice as much and deliver far less. As an example, mid-range solutions from other vendors typically top out at 15,000 2048-bit SSL transactions per second. “Much of our recent application delivery controller business is directly attributable to enterprises and cloud service providers needing high-performance yet cost-effective 2048-bit SSL acceleration,” In addition to the now more powerful APV5600, Array also supports customers with a range of SSL acceleration capacity needs. With the APV10650 which supports up to 70,000 SSL transactions per second (2K) and the APV2600 which supports up to 5,000 SSL transactions per second (2K) Array customers can achieve maximum price-performance and ROI for any size deployment. “SSL acceleration is an area where Array has historically been strong,” said Paul Andersen, director of marketing for Array Networks. “The customer success stories for Array’s latest generation APV Series application delivery controllers are stacking up, and I look forward to sharing them in the coming weeks and months.” About Array Networks Array Networks (http://www.arraynetworks.com/ End
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