Home About Us Products Technology News & Events Investor Relations Clients & Partners
Integrated Conferencing Scalability Bandwidth Utilization Content Distribution Security Firewall & Proxy Networking Manageability


Scalability

Scalability of load-balanced and distributed servers

  • Distributed server architecture - ICP servers can be dispersed geographically to increase capacity and support growth, allowing for regionalized sessions and substantial network traffic reduction. Compared to central server and multiple-unicast architecture where each participant gets a full set of streams, Arel's architecture of distributed servers makes sure that only up to one set of streams is received by the server. This translates into tremendous bandwidth savings and lowers connection speed requirements dramatically.

    In addition, the data is then distributed in local multicast on the LAN, again dramatically reducing the bandwidth requirements, or in multiple local unicast. This mechanism allows for the distribution of higher quality sessions with better audio, video and content, while in most cases using less bandwidth. See the business case analysis on bandwidth savings using ICP.

  • Load balancing - Arel ICP is designed to utilize the Microsoft Windows 2000 Network Load Balancing (NLB) server and Component Load Balancing (CLB) architecture with additional optimizations based on evenly distributing audio mixing loads. This allows for centrally servicing very large numbers of concurrently connected participants by adding servers, achieving scalability and redundancy.

  • IP multicast support - Arel ICP automatically uses IP multicasting for dramatic reduction in bandwidth utilization and increased scale on top of multicast-enabled networks or even in multicast enabled network islands.

Login | Site Map | Legal/Privacy
Copyright © 2003 Arel Communications and Software, Ltd. All rights reserved.