Load Balancing is a method aiming to spread traffic across multiple links to get better link usage. This can be done one per-packet or per-connection basis.

# set load-balancing wan interface-health interface test test number type type. Set the target to be sent ICMP packets to, address can be an IPv4 address or hostname: # set load-balancing wan interface-health interface test test number target address. Maximum response time for ping in seconds. Range 130, default 5: Load balancing is the distribution of workloads across computing resources. It allows a single system to access a large pool of resources. This gives it a greater capacity, and the ability to serve clients with better performance. It also eliminates single points of failure, and introduces redundancy (and thus reliability) for the resources in question. A load balancer is a device that acts as a reverse proxy and distributes network or application traffic across a number of servers. Load balancers are used to increase capacity (concurrent users) and reliability of applications. Load balance Strategy. For each group you can define one of the following load balancing type: B = Best (default value) The client uses the server with the best quality. The quality of a server is decreased by the delta quality after each connection. Many balancers fail to balance properly once an output backs up or if an output is not used. In essence this means that an n-n balancer is not a functional n-(n-1) balancer. Sometimes this can be fixed by looping the unused output back around the balancer and distributing it among the inputs. Other times, this is not an option. Elastic Load Balancing offers ability to load balance across AWS and on-premises resources using the same load balancer. For example, if you need to distribute application traffic across both AWS and on-premises resources, you can achieve this by registering all the resources to the same target group and associating the target group with a load Vyvažování zátěže (anglicky load balancing) je v informatice technika pro rozložení zatížení mezi dva nebo více počítačů, síťových linek, procesorů, pevných disků nebo jiných zařízení, aby bylo dosaženo optimálního využití, prostupnosti nebo času odezvy.

Load balancing is the distribution of workloads across computing resources. It allows a single system to access a large pool of resources. This gives it a greater capacity, and the ability to serve clients with better performance. It also eliminates single points of failure, and introduces redundancy (and thus reliability) for the resources in question.

Feb 07, 2015 · Which load balancing method is best? Least Connections is generally the best load balancing algorithm for homogeneous traffic, where every request puts the same load on the back-end server and where every back-end server is the same performance. The majority of HTTP services fall into this situation. Load Balancing Through Job Server Group Load balancing is achieved through the logical concept Job Server Group. A server group automatically measures resource availability on each Job Server in the group and distributes scheduled batch jobs to the Job Server with the lightest load at runtime. Support - I was directed here by clicking the link on the Load Balancer page, to discuss merging these two pages. However I can't see any discussion! Here's my support for it anyway. Although it's clear that Load Balancing can be done in other ways apart from using a "load balancer" device, so I stand ready to be corrected. IanB 15:08, 5 June PCC is available in RouterOS since v3.24. This option was introduced to address configuration issues with load balancing over multiple gateways with masquerade Previous configurations: ECMP load balancing with masquerade; NTH load balancing with masquerade; NTH load balancing with masquerade (another approach)

Load balancing. From Wikimedia Commons, the free media repository. Jump to navigation Jump to search. About load-balancing: Using NAT Using Direct Routing.

Load balancing is the distribution of workloads across computing resources. It allows a single system to access a large pool of resources. This gives it a greater capacity, and the ability to serve clients with better performance. It also eliminates single points of failure, and introduces redundancy (and thus reliability) for the resources in question. A load balancer is a device that acts as a reverse proxy and distributes network or application traffic across a number of servers. Load balancers are used to increase capacity (concurrent users) and reliability of applications. Load balance Strategy. For each group you can define one of the following load balancing type: B = Best (default value) The client uses the server with the best quality. The quality of a server is decreased by the delta quality after each connection. Many balancers fail to balance properly once an output backs up or if an output is not used. In essence this means that an n-n balancer is not a functional n-(n-1) balancer. Sometimes this can be fixed by looping the unused output back around the balancer and distributing it among the inputs. Other times, this is not an option. Elastic Load Balancing offers ability to load balance across AWS and on-premises resources using the same load balancer. For example, if you need to distribute application traffic across both AWS and on-premises resources, you can achieve this by registering all the resources to the same target group and associating the target group with a load