Calculate the optimal number of load balancers for your infrastructure based on traffic, performance, and redundancy requirements.
Configuration Parameters
100
5,000
100,000
1
10
100
10
200
1000
99%
99.9%
99.999%
Traffic Distribution
LB
Load Balancer
S1
Server 1
25% load
S2
Server 2
25% load
S3
Server 3
25% load
S4
Server 4
25% load
Visualizing balanced traffic distribution across backend servers
Calculation Results
Recommended Load Balancers
3
for your configuration
Estimated Monthly Cost
$245
Based on standard pricing
Estimated Capacity
85%
Utilization at peak
Performance Metrics
Requests per second
5,000
Throughput (MB/s)
50
Response Time (ms)
200
Uptime
99.9%
Load Distribution
How Load Balancing Works
Load balancers distribute incoming network traffic across multiple servers to ensure no single server becomes overwhelmed, improving responsiveness and availability.
- Distributes client requests across multiple servers
- Ensures high availability and reliability
- Provides flexibility to add or remove servers
- Improves application performance and user experience
Benefits of Load Balancing
Improved Performance
Reduces response time by distributing workloads efficiently.
High Availability
Automatically reroutes traffic if a server fails.
Scalability
Easily handle traffic spikes by adding more servers.