Integrated Application Delivery Solutions With Best Value
There is much to be gained by optimizing and accelerating data center server resources. Beyond the production benefits, there is a huge opportunity for maximizing energy usage. When a server is idle, it can still consume 70% of the energy it uses when it is active. Granted, kilowatt costs vary widely, but, with dozens and even hundreds of servers in a data center getting only 50% utilization, with APV, you can maximize the energy costs, rather than wasting energy each year , not to mention increasing the overall data center reliability and performance. Additionally, APV reduces Web and application infrastructure complexity, which helps lower management, support and equipment costs.
Applications requested by remote users to servers that respond are subject to delays and disruptions from overburdened servers, latency and congestion. The applications themselves cause a wide range of problems due to inefficient TCP and application protocols, as well as non-essential and redundant data being transferred. As application deployments have grown, so have their complexity, costs and impact on server resources and network performance.
Array Networks has a family of powerful application delivery products that provide a single platform with integrated acceleration and optimization capabilities dedicated to solving these issues. Array’s APV Series automatically and intelligently manage applications and user traffic going to the servers to deliver applications quickly, securely and reliably to end-users. APV offloads compute-intensive tasks from Web and application servers, and removes data from WAN links to ensure end-users have fast, secure and dependable access to enterprise applications.
For small, medium and large enterprise organizations, APV improves end-user access to data center servers to accelerate application delivery and deliver a positive user experience. Managed service providers use APV to improve their application service infrastructure and enable differentiated value-added services for new and existing customers. Telecom service providers deploy APV to accelerate and optimize their data center infrastructure to better serve and support customers, and deliver new revenue-generating services around it.
APV delivers three primary capabilities: improved application/network high-availability, performance, and security – all within a single multi-functional product. A single APV appliance handles the functions previously required by many single-function products. All of the APV acceleration and optimization features run concurrently – without performance degradation.
Application Delivery
Applications: Array APV delivers availability, acceleration, security and scalability to SharePoint portals, CRM, ERP, Oracle, SAP and standard Microsoft office applications – thereby increasing end user quality of experience and reducing application costs.
Datacenter Virtualization: Array APV ADCs are a perfect solution for IT personnel to flexibly add or remove virtual machines based on the load, and for delivering the needed application scalability and performance in virtual environments. APV ensures 24×7 availability to applications in dynamic environments when virtual machines move between physical hardware.
Web 2.0 Acceleration: APV applies diverse acceleration and optimization technologies to Web 2.0 application deployments. An ADC can help Web 2.0 applications to scale to support more clients and voluminous traffic, while delivering the best possible response times for remote and mobile users enhancing the quality of user experience.
Cloud Computing: APV enhances cloud virtual and physical server deployments by providing availability and scalability to fully take advantage of both physical and virtual server infrastructure. It helps organizations to realize the benefits of reduced CAPEX and OPEX with virtual infrastructure. Arrays APV provides the flexibility to scale server resources based on real-time traffic demands, while providing the application acceleration, high-availability and security that is required by private and public clouds.
