Load balancing hardware is a computer method which distributes workload across multiple computers and peripherals. Load balancing increases the amount of available bandwidth which allows for increased internet speed.
It is not advisable to perform load balancing through a remote connection. For best results it is advisable to perform locally.
Yes there is such a thing as a multi WAN with load balancing. They use the load balancing to prevent the network from being overloaded.
The load load balancing solution is recommeneded on linux based servers although not necessary it will improve load performace.
Load balancing uses multiple hardware devices to make tasks more efficient. Also, using load balancing increases system speed
There are several solutions for balancing the load of web applications. There are several Application load balancing softwares available.
Up to the maximum bandwidth of the limiting side of the connections. So if one side is 10 Mbit and the other side is 100 Mbit, then the max sustainable throughput would be 20 Mbit-- 2 connections at 10 Mbit each.
Load balancing is a term used in the field of parallel programming, in which multiple CPUs (or even multiple different machines) will be doing work at the same time. Load balancing itself refers to allotting each CPU an amount of work (a 'load') which will ensure that they all finish processing at the same time.The whole point of parallel processing is to reduce the amount of time it takes to perform a task. Without load balancing techniques, we may have one CPU doing 90% of the work and another doing only 10%. This does not give us a good speedup.An ideal load balancing algorithm will distribute (100/N)% of the work over N processors.
You can find internet load balancing products at http://www.xroadsnetworks.com/. If you want to read more about load balancing check out http://en.wikipedia.org/wiki/Load_balancing_(computing)
Outbound bandwidth aggregation - the WAN link controller should provide both inbound and outbound bandwidth load balancing and failover. The user defines weights (bandwidth capacity) based on the bandwidth of each WAN link. When a session is generated from the LAN, the device computes which link has the most available bandwidth and routes traffic from that session over that particular WAN link. The device typically allows the selection of two link load balancing algorithms: 1. Symmetrical round robin - routes sessions to all links in a round robin manner. 2. Intelligent (weighted) load balancing - computes a ratio between the weight (bandwidth capacity) of the different WAN links, and then routes sessions accordingly. That is, the faster the link, the more sessions that will be sent over that link, in order to make the most efficient use of all the bandwidth available. Additionally, an intelligent link load balancing solution like the Ecessa PowerLink load balancer will examine the amount of real-time traffic on each link, compared to the amount of available bandwidth resources left, and choose the best path for the next session's most optimal route for performance. Incoming bandwidth aggregation - is accomplished by the WAN link controller acting as the authoritative DNS server for the domain. The device advertises all available WAN links to the DNS cache servers which in turn resolve the domain names to queries in a round robin format. In this manner, all externally initiated sessions are load balanced over all available links. Since the device is resident at the domain site and is able to directly monitor the link status, failed links are removed from the DNS tables immediately upon failure. By setting the host name record Time-to-Live (TTL) to a short period, the DNS caching servers will flush their address tables and will update them from the device regularly, and thus be informed when a link fails.
DNS load balancing is defined to be spreading the load of people on a certain website accross multiple survers if one does not suffice. One can find more information about DNS load balancing on sites like Zytrax and Splux.
a load balancing router distributes processes and communication activity evenely across a computer network so that one single device isn't overused. busy websites such as facebook use a load balancing router