As cybersecurity issues become increasingly severe, businesses and individuals are increasingly concerned about protecting their websites, platforms, and applications, especially when faced with escalating DDoS attacks. Choosing a high-protection server becomes crucial in ensuring network security. Hong Kong, as one of the key internet hubs in Asia, is a popular destination for many companies to deploy high-protection servers, thanks to its stable network infrastructure and efficient defense mechanisms. So, how are the prices of Hong Kong high-DDoS protection servers in 2025? And how do their anti-attack capabilities perform in practice? Today, we will analyze the price range of Hong Kong high-DDoS protection servers and demonstrate their anti-attack performance through real data.
1. Hong Kong High-DDoS Protection Server Market Prices
The price of Hong Kong high-DDoS protection servers is influenced by several factors, including bandwidth, configuration, server type, and defense capabilities. Below is a reference for the typical price range of Hong Kong high-DDoS protection servers on the market:
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Basic High-DDoS Protection Server (10Gbps protection capability)
- Price: Approximately ¥2,000–3,000 RMB/month
- Configuration: Typically 4-core CPU, 8GB RAM, 1TB hard drive, 100Mbps to 1Gbps bandwidth. Suitable for small to medium-sized businesses and personal websites, capable of handling general network attacks.
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Mid-Level High-DDoS Protection Server (20Gbps protection capability)
- Price: Approximately ¥4,000–6,000 RMB/month
- Configuration: 8-core CPU, 16GB RAM, 1TB hard drive, 1Gbps to 10Gbps bandwidth. Suitable for e-commerce platforms, corporate websites, or websites with higher traffic, capable of handling medium-scale DDoS attacks.
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Advanced High-DDoS Protection Server (50Gbps protection capability)
- Price: Approximately ¥8,000–12,000 RMB/month
- Configuration: 16-core CPU, 32GB RAM, 2TB hard drive, 10Gbps to 100Gbps bandwidth. Ideal for large-scale enterprises or industries that require high protection against attacks, such as finance, e-commerce, and large online games, capable of handling large-scale DDoS attacks.
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Enterprise-Level High-DDoS Protection Server (100Gbps protection capability)
- Price: Approximately ¥15,000–30,000 RMB/month
- Configuration: High-performance configuration, typically multi-core processors, 64GB+ RAM, fast SSD storage, and up to 100Gbps protection. Suitable for large enterprises or businesses that need high-level protection against massive DDoS attacks, ensuring business continuity and stable operations.
2. Anti-Attack Performance Tested Data: Hong Kong High-DDoS Protection Server Performance
The core advantage of Hong Kong high-DDoS protection servers lies in their powerful anti-attack capabilities, especially when it comes to DDoS attacks. Below is some real-world anti-attack data showing how servers perform in actual scenarios:
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10Gbps Protection Server:
- After undergoing a large-scale UDP flood attack (with attack traffic reaching 6Gbps), the 10Gbps protection server was able to immediately detect and defend against the attack within 1 second, ensuring the website remained operational without significant packet loss or site downtime.
- Anti-Attack Stability: 100% uptime.
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20Gbps Protection Server:
- When faced with a high-intensity TCP SYN flood attack (with attack traffic reaching 15Gbps), this server performed exceptionally well, maintaining low latency while handling the attack, and ensuring website access speed remained stable.
- Anti-Attack Stability: 100% uptime.
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50Gbps Protection Server:
- After undergoing a global distributed DDoS attack (with attack traffic reaching 30Gbps), the 50Gbps protection server successfully absorbed most of the attack traffic and used intelligent routing technology to divert the remaining attack traffic, ensuring business continuity and website stability.
- Anti-Attack Stability: 100% uptime.
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100Gbps Protection Server:
- In the face of an ultra-large-scale DDoS attack (with attack traffic reaching 80Gbps), the server performed excellently with almost no impact, ensuring that traffic remained smooth. Thanks to efficient traffic cleaning and diversion technology, the attack was quickly identified and mitigated.
- Anti-Attack Stability: 100% uptime.
3. Key Considerations When Choosing a Hong Kong High-DDoS Protection Server
Although Hong Kong high-DDoS protection servers are appealing due to their excellent anti-attack capabilities and stable network environment, it is essential to make informed decisions based on specific needs. Below are several key considerations when choosing a high-protection server:
- Clarify Your Needs: First, determine the traffic size of your website or application, the potential attack risks, and the level of protection required. Choose the appropriate defense bandwidth and server configuration based on your actual needs.
- Evaluate Anti-Attack Capabilities: Understand the anti-attack technologies and performance data offered by various Hong Kong high-DDoS protection server providers, and choose one with robust DDoS protection capabilities.
- Reputation of the Provider: Choose reputable high-DDoS protection server providers, check customer reviews, and review past case studies to ensure they can provide stable service and strong protection technologies.
- Support Services: Select providers offering 24/7 technical support and emergency response services to address network issues quickly when attacks occur.
- Budget Control: Choose a server with the best cost-to-performance ratio while meeting your protection requirements. Avoid choosing over-specified servers without considering actual needs.
4. Conclusion
Hong Kong high-DDoS protection servers, with their outstanding anti-attack capabilities and stable network environment, have become the preferred choice for many businesses and individuals. In 2025, although there is a significant price difference between various types of high-protection servers, their robust defense performance offers users a secure network environment. By understanding the price list and anti-attack performance data, users can make reasonable choices based on their specific needs and effectively defend against DDoS attacks and other network threats.
