TĂNG TỐC ỨNG DỤNG
DELIVER LIGHTNING FAST APPS
The combination of data center, transport, and application optimizations in Application Acceleration Manager (AAM) overcomes WAN latency, maximizes server capacity, and speeds application response times. AAM decreases the need for additional bandwidth and hardware so users get fast access to applications, while you gain greater revenue and free up IT resources.
OPTIMIZE USER EXPERIENCE
Through optimization technologies applied at all layers of the delivery chain, AAM improves user experiences. When delivered from the cloud or the local data center to a mobile device or a desktop across LAN, users spend less time waiting for content and more time using the application. You can dramatically improve application performance, convert SPDY or HTTP/2 requests to HTTP without upgrading backend infrastructure, accelerate load times, and much more.
IMPROVE DATA CENTER EFFICIENCY
AAM is an intelligent proxy that significantly reduces the number of application servers or bandwidth required, so you can consolidate devices and services to deliver optimized applications while reducing costs. Server capacity increases by an average of 20 percent with compression offload and more efficient caching, and AAM reduces the amount of data being transferred by reducing the size of data sent over the network and eliminating TCP retransmissions.
STREAMLINE APPLICATION DELIVERY OPTIMIZATION
AAM unifies and extends web performance and WAN optimization with the traffic management technologies on BIG-IP platforms built with our unique TMOS architecture. These consolidated services help you optimize any application without needing to modify applications or deploy multiple point solutions. Plus, you reduce hardware costs, rack space, and energy consumption, while streamlining management and personnel resources.
Symmetric Adaptive Compression: Ensures the fastest data reduction on traffic between BIG-IP systems to maximize bandwidth usage and throughput.
Content Inlining & Concatenation: Embed external files into the HTML or combine into a single external file.
DNS Pre-Fetch: Perform external DNS calls for future requests while simultaneously downloading content.
Image Optimization: Provides lossy and lossless optimization to reduce image size.
Forward Error Correction: Eliminate retransmissions over high packet loss communication channels.