Ixia has announced a new family of products designed to enable enterprises and service providers to handle more traffic and increasingly sophisticated services. The XcellonTM-Multis solution delivers enterprises and service providers the flexibility to test complex scenarios involving high-capacity 10GE, 40GE or 100GE networking products at higher speeds and with a higher return on investment.
Internet traffic, including cloud applications, mixed-media downloads, video streaming, peer-to-peer sharing and rapidly growing wireless usage, continues to grow exponentially, while aggregating 10Gbps links to handle increased bandwidth is no longer sufficient. Despite the transition to higher speeds such as 40GE and 100GE, bandwidth demand continues unabated. With the Xcellon-Multis family, Ixia enables our enterprise, service provider and equipment manufacturer customers to test and validate the scale and complexity of networks at improved costs by delivering space, power and cooling efficiencies.
Ixia customers can now do more with less by using the Xcellon-Multis family, which scales up to hundreds of 40GE and 100GE ports. This is especially important in the data centre, where accelerated growth in density and greater traffic demands continue to stress the network elements.
· The continuous need for more bandwidth creates a demand for networking products that offer increasingly higher-density high-speed ports.
· The Xcellon-Multis moves the industry forward by enabling our customers to meet the demand for testing two times higher density devices with test beds that are smaller and more efficient relative to current tools.
· The Xcellon-Multis solution expands bandwidth and resiliency validation in high-performance network fabrics.
· Benefits of Ixia’s Xcellon-Multis include:
· Improved ROI — fan-out technology enables multiple speeds from a single test port.
· Smaller footprint — the highest-traffic bandwidth per rack unit.
· Reduced operating costs — less power and cooling mean more savings.
· Highest versatility — a common set of product features across multiple speeds.