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title include file
description include file
services networking
author anavinahar
ms.service networking
ms.topic include
ms.date 10/24/2024
ms.author anavin
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Standard Load Balancer

Resource Limit
Load balancers 1,000
Frontend IP configurations 600
Rules (Load Balancer + Inbound NAT) per resource 1,500
Rules per NIC (across all IPs on a NIC)1 300
High-availability ports rule 1 per internal frontend
Outbound rules per Load Balancer 600
Backend pool size 5,000
Azure global Load Balancer Backend pool size 300
Backend IP configurations per frontend 2 10,000
Backend IP configurations across all frontends 500,000

1 Each NIC can have a total of 300 rules (load balancing, inbound NAT, and outbound rules combined) configured across all IP configurations on the NIC. 2 Backend IP configurations are aggregated across all load balancer rules including load balancing, inbound NAT, and outbound rules. Each rule a backend pool instance is configured to counts as one configuration.

Load Balancer doesn't apply any throughput limits. However, throughput limits for virtual machines and virtual networks still apply. For more information, see Virtual machine network bandwidth.

Gateway Load Balancer

Resource Limit
Resources chained per Gateway Load Balancer frontend (Load Balancer frontend configurations or VM NIC IP configurations combined) 100

All limits for Standard Load Balancer also apply to Gateway Load Balancer.

Basic Load Balancer

Resource Limit
Load balancers 1,000
Rules per resource 250
Rules per NIC (across all IPs on a NIC) 300
Frontend IP configurations 3 200
Backend pool size 300 IP configurations, single availability set
Availability sets per Load Balancer 1
Load Balancers per VM 2 (1 Public and 1 internal)

3 The limit for a single discrete resource in a backend pool (standalone virtual machine, availability set, or virtual machine scale-set placement group) is to have up to 250 Frontend IP configurations across a single Basic Public Load Balancer and Basic Internal Load Balancer.