IPv4
From $0.72 for 1 pc. 37 countries to choose from, rental period from 7 days.
IPv4
From $0.72 for 1 pc. 37 countries to choose from, rental period from 7 days.
IPv4
From $0.72 for 1 pc. 37 countries to choose from, rental period from 7 days.
IPv6
From $0.07 for 1 pc. 14 countries to choose from, rental period from 7 days.
ISP
From $1.35 for 1 pc. 23 countries to choose from, rental period from 7 days.
Mobile
From $14 for 1 pc. 20 countries to choose from, rental period from 2 days.
Resident
From $0.70 for 1 GB. 200+ countries to choose from, rental period from 30 days.
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Companies that handle large data volumes face daily challenges in collecting, analyzing, and processing information from public sources. This requires stable network solutions that deliver reliable connectivity and smooth load distribution. Shared proxies often come with inconsistent speeds and limited throughput, while fully dedicated IPs are costly. Semi dedicated proxies offer the middle ground – combining manageability with cost efficiency. They let teams use resources effectively without overspending, while maintaining a stable, predictable connection.
These are IP addresses simultaneously allocated to a limited number of clients – typically 2–3 users. Unlike open shared pools where dozens of clients compete for the same resources, semi-dedicated setups allow the provider to control the number of connections and the load per address.
In practice, both terms describe the same general usage model, but “semi-dedicated” is more common when a provider caps the number of clients per IP. Many proxy vendors offer semi-dedicated plans with a fixed user limit per IP, making them a reliable choice for automation workflows.
Dedicated proxies provide full exclusivity – an IP assigned to a single client. This maximizes stability for one user, but at a higher price point. Semi-dedicated plans offer a more balanced cost-to-control ratio, which makes them a strong fit for teams focused on web scraping, data monitoring, or QA testing.
| Criterion | Advantages | Limitations |
|---|---|---|
| Cost | Optimal between shared and dedicated proxies | Higher than shared solutions |
| IP Control | Provider limits the number of clients per IP | Full exclusivity is absent |
| Stability | High under moderate loads | Occasional peak fluctuations possible |
| Intended Use Cases | Analytics, automation, testing | Not suitable for scenarios requiring full isolation |
Thus, such types of addresses are a cost-effective tool for systems where the priority is data processing rather than complete IP exclusivity.
Their core strength is delivering stable connections while letting teams scale infrastructure efficiently without unnecessary expense. They are especially useful where systematic automation and continuous work with large datasets are required.
Organizations use semi-dedicated pools to distribute network requests among multiple users during large-scale data collection. This supports catalog, news, publication, or product-level analysis without overloading IPs or sacrificing processing speed.
E-commerce teams and social media accounts use these servers to track prices, stock availability, and discounts on a recurring basis. Controlled IP allocation enables thousands of requests to be processed within platform limitations.
QA and DevOps teams validate how web and mobile services behave from different regions. This helps surface issues related to geolocation, access, or interface load times.
Agencies check how creative assets render across countries, cities, and browsers – ensuring the intended audience sees the content according to campaign settings.
Analytics platforms integrate such proxies to automatically extract product information, ratings, and reviews – maintaining a stable stream of current data for reports and demand forecasting.
When evaluating providers, look beyond price and consider technical criteria:
For service-level comparisons, you can also consult reviews of premium “elite” proxy offerings for the enterprise segment.
Semi dedicated proxies are a balanced option for business workloads. They combine the cost benefits of shared servers with the manageability and stability of dedicated ones. For companies that need to process large datasets, automate requests, or support distributed systems, this is an optimal format for network infrastructure.
With semi-dedicated plans, an IP address is shared among several clients under the provider’s control; with dedicated plans, it is assigned exclusively to a single user.
Prioritize stability, protocol support, users per IP, and clear SLA guarantees.
Yes. They offer a practical balance of performance, control, and cost, making them effective for teams working with large-scale data.