Knowledge Base

Rotating Proxy Thread Capacity and Requests Per Second Limits: Performance Guide

When planning performance for Rotating Proxy services, one of the most critical parameters is the number of requests that can be sent per second and thread capacity. This article provides a detailed explanation of the technical capacities, request limits, and performance characteristics in continuous usage scenarios of Rotating IPv6 Proxy packages.

What Are Thread Capacity and Request Rate?

Thread capacity refers to the number of simultaneous connections the proxy server can handle. Request rate (RPS - Requests Per Second) indicates the maximum number of requests that can be sent per second.

In our Rotating Proxy services, each request returns a different IPv6 address, and this process is limited by the thread capacity of your selected package. Your package selection directly affects your processing volume and application performance.

Rotating IPv6 Proxy Package Capacities

Our Rotating IPv6 Proxy services are offered in four different package levels:

• Silver Package: 50 concurrent requests per second (50 threads)
• Gold Package: 100 concurrent requests per second (100 threads)
• Platinum Package: 150 concurrent requests per second (150 threads)
• Emerald Package: 200 concurrent requests per second (200 threads)

The highest package, Emerald, allows a maximum of 200 requests per second. This value represents the instantaneous load capacity that the system technically supports.

Continuous Usage and Performance Evaluation

The specified thread and RPS values are designed for short-term and balanced usage scenarios. Important note: Continuous usage of these limits at maximum level 24/7 is not recommended.

Operating continuously under maximum load can lead to the following consequences:

• Imbalanced loading of the proxy pool
• Connection losses at pool or server level
• Some requests failing
• Excessive consumption of infrastructure resources
• IP addresses being restricted by target platforms

Optimal Usage Strategies

For projects requiring continuously high request volume, we offer the following recommendations:

1. Package Upgrade: If your daily processing volume is high, prefer packages with higher thread capacity. The Emerald package is designed for the highest performance needs.

2. Request Distribution: Distribute your requests evenly over time. A steady request flow yields more stable results than sudden load spikes.

3. Error Management: Implement retry mechanisms in your application. Some requests may fail during high load periods.

4. Monitoring: Continuously monitor your request success rate. If you observe a drop in success rate, consider reducing your request rate.

Thread Count and IP Pool Relationship

As the package level increases, not only thread capacity but also the accessible IP pool expands:

• Silver: +36 Million IP Pool, 1.2 Million daily IPs
• Gold: +72 Million IP Pool, 2.4 Million daily IPs
• Platinum: +108 Million IP Pool, 3.6 Million daily IPs
• Emerald: +144 Million IP Pool, 4.8 Million daily IPs

A larger IP pool reduces IP repetition in applications requiring continuous rotation and provides an advantage in bypassing rate limiting mechanisms of target platforms.

Which Package Is Suitable for Which Use Case?

Silver Package (50 RPS): Small-scale scraping projects, low-frequency data collection operations

Gold Package (100 RPS): Medium-scale SEO tools, social media automation, regular e-commerce monitoring

Platinum Package (150 RPS): High-volume data analysis, multi-platform management, professional scraping projects

Emerald Package (200 RPS): Enterprise data collection systems, 24/7 monitoring applications, high-frequency API calls

Technical Tips and Limits

Concurrent Connection Management: The thread limit indicates the maximum number of connections that can be kept open simultaneously. For example, in a package with 200 thread capacity, 200 different connections can be active at the same time.

Request Queuing: Requests exceeding the thread limit are automatically queued and processed when a thread becomes available. This process may cause delays.

Burst Traffic: Short-term burst traffic (sudden load increases) is supported, but continuous maximum load is not recommended.

Fair Use Policy

A fair use policy is applied to our Rotating Proxy services. When prolonged, uninterrupted, and continuously near-maximum usage is detected:

• Traffic speed may be reduced (throttled)
• Requests may be delayed or queued
• Service may be temporarily suspended if deemed necessary

These measures are necessary to provide fair and balanced service to all our customers.

Custom Requirements and Enterprise Solutions

For needs exceeding the capacity of standard packages, we offer custom solutions. For higher thread capacity, dedicated IP pools, or different performance requirements, you can contact our support team.

Customized packages, SLA guarantees, and priority support options are available for enterprise projects.

Performance Testing and Package Selection

For proper package selection, you should first determine the requests per second you need and your total daily processing volume. Calculation example:

If you want to send 10 million requests per day: 10,000,000 / 86,400 seconds = approximately 116 RPS average requirement. In this case, Platinum or Emerald package would be appropriate.

During the testing process, it is recommended to start with a lower package and upgrade as needed.

Frequently Asked Questions

Q: Does the 200 RPS limit mean 200 requests per second?
A: Yes, with the Emerald package you can send a maximum of 200 concurrent requests per second. However, continuous usage at this level is not recommended.

Q: What happens if I exceed the thread limit?
A: Requests exceeding the limit are automatically queued and held. This situation causes delays in response times.

Q: Can I send more requests without upgrading my package?
A: No, thread capacity is fixed with your package. You need to upgrade your package for higher capacity.

Q: What is the request success rate?
A: Under normal usage conditions, a success rate of 98-99% is targeted. This rate may decrease under continuous maximum load.