In today’s commercial activities, many scenarios rely on the support of large bandwidth servers. So, how are large bandwidth servers priced? What plans are available? This article will provide a detailed introduction to help enterprises in need understand this topic.

Why Do You Need a Large Bandwidth Server?

High-concurrency scenarios such as e-commerce promotions, live-streaming shopping, and large online games require supporting tens of thousands of concurrent accesses. Insufficient bandwidth can easily cause page lag, leading to user loss. For big data interaction scenarios like financial clearing, industrial IoT, and cloud computing, which often involve transferring terabytes of data, large bandwidth can significantly reduce task duration. For content distribution and download platforms such as video websites, software download stations, and CDN nodes, large bandwidth is crucial to ensure users can quickly access content. Additionally, real-time interaction and remote collaboration scenarios like telemedicine and cloud video conferences rely on stable low-latency bandwidth to ensure a seamless user experience.

What Factors Affect the Pricing of Large Bandwidth Servers?

Bandwidth Type and Allocation Model

Dedicated Bandwidth: This type of bandwidth resource is exclusively used by the user, such as 100M dedicated bandwidth. It is suitable for high-bandwidth-demanding businesses like e-commerce and gaming, but the cost increases linearly with bandwidth.

Shared Bandwidth: Bandwidth resources are shared by multiple users, such as a cluster sharing 1G bandwidth. It has a lower unit price and is suitable for small-to-medium websites or non-core businesses, but bandwidth contention may occur during traffic peaks.

Network Lines and Node Configuration

Single/Dual/Triple Lines: Using a single network line (e.g., China Telecom, China Unicom, China Mobile) has lower costs, but cross-operator access may experience higher latency. Dual or triple-line access covers more users but costs 20%-30% more than single-line.

BGP Multi-Line: It achieves automatic cross-network scheduling through routing optimization, making it ideal for nationwide business coverage. Although its cost is 40%-60% higher than single-line, the network quality is significantly improved.

Server Hardware and Additional Services

High-performance hardware configurations like CPUs with 8 cores or more, large memory (32G+), and SSD storage increase basic costs. Value-added services such as 7×24-hour operation and maintenance, DDoS protection (T-level traffic cleaning), and data backup can raise overall costs by 15%-50%.

Data Center Location

Core data centers in first-tier cities (e.g., Beijing, Shanghai) are 30%-50% more expensive than those in second- and third-tier cities due to scarce resources. Overseas nodes (e.g., Hong Kong, the U.S.) may double costs due to cross-border bandwidth expenses.

How to Reasonably Choose a Large Bandwidth Rental Plan?

Select Bandwidth Type Based on Needs

Dedicated Bandwidth: Choose this if your business has clear peak traffic (e.g., e-commerce promotions, live-streaming peaks) or is latency-sensitive (e.g., gaming, telemedicine) to avoid service degradation caused by sudden traffic surges.

Shared Bandwidth: Suitable for stable traffic with low concurrency (e.g., corporate websites, small apps) to control costs. It is recommended to select providers offering “elastic scaling” options to handle temporary traffic fluctuations.

Balance Cost-Effectiveness with User Distribution for Network Lines

Single Line: Best for users concentrated in a single operator’s network (e.g., regional forums) with the lowest cost but poor cross-network experience.

Dual/Triple Lines: Covers two or three major operators, suitable for nationwide businesses with moderate costs, but pay attention to line scheduling efficiency.

BGP Multi-Line: This offers the best network quality, automatically selecting the shortest path, ideal for high-concurrency and cross-regional businesses (e.g., national chain e-commerce). It provides higher long-term cost-effectiveness.

Ensure Bandwidth is “Sufficient and Not Wasted”

Calculate Peak Demand: Measure peak bandwidth via historical traffic data or business models. For example, if each live-streaming user requires 2M bandwidth, 10,000 concurrent users need 20Gbps.

Avoid Over-Configuration: Small websites blindly pursuing 10G bandwidth will result in cost waste. Generally, reserve a 20%-30% buffer (e.g., configure 80M for an average 50M bandwidth).

Focus on Effective Bandwidth: Confirm the provider’s “guaranteed bandwidth” and “burst bandwidth” to avoid false promotions (e.g., nominal 100M with only 50M guaranteed).

Prioritize the Added Value of Security and Stability

Choose providers with DDoS protection (at least 50Gbps cleaning capacity) to reduce service interruption risks from attacks.

Require SLA availability commitments (e.g., 99.99%) and clarify compensation mechanisms for failures.

Prioritize plans supporting “real-time bandwidth monitoring” and “elastic scaling” for dynamic resource adjustment.

As a decade-old veteran IDC provider, Ogcloud offers server rental, colocation, and large bandwidth rental services. For more offers, feel free to contact us for details.