High Performance Dedicated Servers
Instant Activation High Performance Servers
High Performance Dedicated Servers
Processor
RAM
HDD
Included
Price
AMD Ryzen 7 5800H
4.4 Ghz
8 Cores/16 Threads
32GB DDR4
1TB NVME
Transfer:
1Gbit unmetered
IP Addresses:
5 usable IPv4 Address
IPv6 Addresses:
/64 IPv6 Address Block**
Dual Xeon E5-2683v4 128GB 2x1TB SSD Preconfig
2.1GHz / 3GHz Turbo
128GB DDR4
2x 1TB SSD
Transfer:
1Gbit unmetered
IP Addresses:
5 usable IPv4 Address
IPv6 Addresses:
/64 IPv6 Address Block**
Dual Xeon Gold 6130 128GB 2TB NVME Preconfig
2.1GHz / 3GHz Turbo
32 Cores / 64 threads
128GB DDR4
2TB NVME
Transfer:
1Gbit unmetered
IP Addresses:
5 usable IPv4 Address
IPv6 Addresses:
/64 IPv6 Address Block**
Quad Xeon E7-4860 256GB 6x 2TB SAS Preconfig
2.26GHz / 2.67GHz Turbo
4 processors
40 Cores / 80 threads
256GB DDR3
6x 2TB SAS
Transfer:
10Gbit Port
IP Addresses:
1Gbit unmetered
IPv6 Addresses:
5 usable IPv4 Address
High Performance Servers
High-Performance Dedicated Servers: Overview
High-performance dedicated servers are designed to meet the needs of demanding applications, websites, and services that require powerful hardware, robust storage solutions, and exceptional reliability. These servers provide optimal performance for high-traffic websites, large databases, real-time applications, and resource-intensive workloads. With enterprise-grade hardware, these servers can handle large volumes of data, provide high availability, and support cutting-edge technologies.
Key Features of High-Performance Dedicated Servers
- Top-Tier Processors:
- High-performance dedicated servers typically use enterprise-grade processors such as Intel Xeon Scalable or AMD EPYC series. These processors offer high core counts, multi-threading support, and higher clock speeds, making them suitable for data processing, virtualization, and other performance-demanding tasks.
- Large Amount of RAM:
- These servers are often equipped with 32GB, 64GB, or even 128GB (or more) of ECC (Error-Correcting Code) RAM to ensure data integrity and improve multi-tasking capabilities for large applications, databases, or virtual environments.
- Enterprise-Grade Storage:
- High-performance servers often come with SSDs (Solid-State Drives) in RAID configurations (RAID 1, RAID 5, or RAID 10) to improve data reliability and ensure faster read/write speeds.
- For data-intensive operations, NVMe SSDs may also be used to deliver faster speeds than traditional SSDs.
- High-Performance Networking:
- These servers come with high-speed 10Gbps or 40Gbps network interfaces, which allow for faster data transfer and reduce bottlenecks when handling large traffic loads, media files, or large-scale data transfers.
- Scalability:
- High-performance dedicated servers are easily scalable, allowing you to add more resources (CPU, RAM, storage) as needed to accommodate growing traffic, increasing data, or expanding your infrastructure.
- Redundancy & High Availability:
- These servers are typically built with redundancy in mind. This includes dual power supplies, RAID configurations, and multiple network paths, ensuring that your server remains online and fully operational even in the event of hardware failure.
Benefits of High-Performance Dedicated Servers
- Superior Performance:
- With enterprise-class processors, ample RAM, and fast storage, these servers deliver exceptional performance. This is crucial for running large databases, ecommerce platforms, real-time applications, or websites that experience high volumes of traffic.
- Customization:
- You have complete control over the configuration of your high-performance dedicated server. You can tailor it to meet the specific needs of your application, from choosing the type of storage (HDD vs SSD vs NVMe) to selecting the amount of RAM and CPU cores you need.
- Reliability & Stability:
- These servers are built with redundancy in mind (e.g., dual power supplies, RAID configurations), ensuring they remain stable and minimize downtime. High-performance dedicated servers are designed for mission-critical applications where reliability is key.
- Security:
- High-performance dedicated servers offer enhanced security features, including dedicated firewalls, DDoS protection, SSL certificates, and VPNs, to ensure the protection of sensitive data and applications.
- High Availability:
- These servers are ideal for applications and websites that require 24/7 availability. With redundant systems in place and high-performance hardware, you can ensure minimal downtime, which is vital for businesses relying on constant access.
- Resource-Intensive Applications:
- Whether you are running big data analytics, video rendering, machine learning workloads, or a cloud-based application, high-performance dedicated servers provide the necessary resources and performance to handle these tasks without issue.
Use Cases for High-Performance Dedicated Servers
- Large-Scale Websites:
- Websites that receive high traffic, such as news websites, social media platforms, or high-traffic blogs, benefit from the reliability and speed offered by high-performance dedicated servers.
- Ecommerce Websites:
- Ecommerce platforms that need fast load times, secure payment processing, and a reliable infrastructure to manage high-volume sales benefit from high-performance servers.
- Game Servers:
- Hosting game servers for multiplayer online games with high performance requires servers with low latency, high-speed networking, and the ability to handle many simultaneous users. High-performance servers provide the resources required to meet these demands.
- Data Analytics:
- High-performance dedicated servers are well-suited for big data analysis, where large datasets need to be processed in real-time. This includes applications for data mining, financial analysis, and scientific simulations.
- Enterprise Applications:
- Businesses running ERP systems, CRM software, or other complex enterprise applications can benefit from the scalability, reliability, and high processing power of a dedicated server.
- Virtualization:
- For companies running virtual machines (VMs) or containers (e.g., Docker), high-performance servers provide the required resources to run multiple VMs efficiently on a single server without sacrificing performance.
- Video Editing and Rendering:
- High-performance servers are ideal for video production companies that need powerful hardware to render large files and run resource-intensive video editing software.
Common Hardware Used in High-Performance Dedicated Servers
- Processors:
- Intel Xeon Scalable (Platinum, Gold, Silver, Bronze)
- AMD EPYC (7002, 7003 series)
- Intel Core i9/i7 for some less demanding applications
- Memory (RAM):
- 64GB to 1TB or more of ECC DDR4/DDR5 RAM
- Storage:
- NVMe SSD for ultra-fast data access
- SATA SSDs or SAS SSDs for high reliability
- RAID 10 or RAID 5 configurations for redundancy and high availability
- Networking:
- 10Gbps Ethernet or 40Gbps networking interfaces for faster data transfer
- Power Supply:
- Dual redundant power supplies for increased reliability
How to Choose a High-Performance Dedicated Server
When selecting a high-performance dedicated server, consider the following factors:
- Application Requirements:
- Identify the specific requirements of your application, such as processing power, memory, and storage. This will guide you in selecting the right CPU, RAM, and storage configuration.
- Traffic and Load:
- Consider how much traffic your site or service receives and whether you need the scalability and redundancy that high-performance servers offer.
- Security Needs:
- Ensure that the server has adequate security features, such as firewalls, DDoS protection, and encryption, to protect sensitive data.
- Support & Maintenance:
- Look into whether the provider offers 24/7 support and whether you want an unmanaged or managed solution.
- Budget:
- High-performance servers are a significant investment, so ensure the costs fit within your budget while meeting your performance needs.
Conclusion
High-performance dedicated servers are an excellent solution for businesses, applications, or websites that require superior processing power, fast data transfer, and high availability. These servers offer robust configurations, including powerful CPUs, vast amounts of RAM, and high-speed storage, making them suitable for high-traffic websites, enterprise applications, big data analytics, and real-time services.
While they come with a higher price tag, the benefits—especially in terms of performance, scalability, and reliability—often make them the best choice for resource-demanding workloads.
FAQ
1. What is a high-performance dedicated server?
A high-performance dedicated server is a powerful physical server with high-end hardware components like advanced CPUs, large amounts of RAM, and fast storage options, designed to handle demanding applications and workloads.
3. What types of businesses benefit from high-performance dedicated servers?
E-commerce websites, gaming platforms, large enterprises, data centers, financial institutions, and media production companies all benefit from the power and speed of high-performance servers.
5. What is the difference between a high-performance dedicated server and a regular dedicated server?
High-performance servers have more powerful CPUs, larger memory (RAM), faster storage (SSDs or NVMe), and advanced networking capabilities, making them suitable for resource-intensive tasks.
7. How much RAM do high-performance dedicated servers typically have?
These servers can have anywhere from 32GB to 1TB of RAM, depending on the requirements of the application or workload.
9. Can high-performance dedicated servers handle virtualization?
Yes, high-performance servers are perfect for virtualization environments such as VMware or Hyper-V, providing the resources needed to run multiple virtual machines.
11. What is the benefit of RAID in high-performance dedicated servers?
RAID configurations, like RAID 10, provide redundancy, improve read/write speeds, and ensure that data remains accessible in the event of a hardware failure.
13. Do high-performance servers have a dedicated IP address?
Yes, high-performance servers usually come with a dedicated IP address, which is crucial for SSL certificates, DNS management, and security purposes.
15. Can I upgrade the hardware in a high-performance dedicated server?
Yes, you can upgrade components like RAM, CPUs, and storage to meet growing performance demands.
17. How does storage speed affect high-performance dedicated servers?
Faster storage, especially NVMe SSDs, reduces latency and speeds up data retrieval, making applications like databases and real-time processing run more efficiently.
19. Are high-performance servers suitable for gaming?
Yes, high-performance servers are ideal for hosting multiplayer game servers due to their low latency, high-speed processing, and ability to handle many simultaneous connections.
21. What is the benefit of having multiple storage drives in high-performance servers?
Using multiple storage drives (especially in RAID configurations) increases redundancy, reliability, and data access speed by distributing data across multiple drives.
2. Who should use a high-performance dedicated server?
Businesses or individuals who require superior processing power, high availability, and dedicated resources, such as for high-traffic websites, large databases, or data-heavy applications.
4. What is the difference between a high-performance dedicated server and a regular dedicated server?
Businesses or individuals who require superior processing power, high availability, and dedicated resources, such as for high-traffic websites, large databases, or data-heavy applications.
6. What is the cost of a high-performance dedicated server?
High-performance servers typically cost anywhere from $150 to $500 per month depending on the hardware, provider, and additional features like managed services.
8. What type of processors are used in high-performance dedicated servers?
They usually feature Intel Xeon Scalable or AMD EPYC processors, known for their high core counts and multi-threading capabilities.
10. What kind of storage is typically used in high-performance servers?
High-performance servers use SSDs or NVMe SSDs for faster data access speeds, with RAID configurations often implemented for redundancy and reliability.
12. How does high-performance server speed compare to shared hosting?
High-performance servers offer significantly faster speeds since resources are not shared with other clients, unlike shared hosting, where server resources are divided among multiple users.
14. What is the maximum number of cores available in high-performance servers?
High-performance servers can have processors with up to 56 cores or more, enabling them to handle multi-threaded tasks like large-scale data processing.
16. What kind of network speed do high-performance dedicated servers have?
High-performance servers typically come with 10Gbps or even 40Gbps network interfaces for optimal data transfer and low-latency connections.
18. What is the impact of CPU performance in high-performance dedicated servers?
A high-performance CPU allows for faster data processing, better handling of multiple simultaneous tasks, and increased system responsiveness.
20. Can high-performance servers handle heavy database applications?
Yes, they are highly suitable for managing large-scale databases such as MySQL, PostgreSQL, or NoSQL databases, providing the speed and processing power necessary for complex queries.
Security and Reliability Questions
1. Are high-performance dedicated servers secure?
Yes, they typically include security measures like DDoS protection, firewalls, data encryption, and SSL certificates to safeguard against various threats.
3. How do I ensure high availability on a high-performance dedicated server?
Redundant power supplies, multiple network paths, and load balancing can be set up to ensure your server remains operational even during hardware failures.
5. How can I improve the security of my high-performance server?
You can improve security by configuring firewalls, installing antivirus software, setting up two-factor authentication, and ensuring regular software updates.
7. Are high-performance servers suitable for compliance-driven industries (e.g., healthcare or finance)?
Yes, they can be configured to meet compliance standards like GDPR, HIPAA, or PCI-DSS, ensuring that sensitive data is protected according to industry regulations.
9. What is the benefit of using an SSD in high-performance servers for security?
SSDs provide faster read/write speeds and are less prone to failure compared to traditional HDDs, which increases data availability and reduces downtime in case of failure.
11. Do high-performance servers require technical expertise to manage?
SSDs provide faster read/write speeds and are less prone to failure compared to traditional HDDs, which increases data availability and reduces downtime in case of failure.
13. Are there managed high-performance dedicated server options?
Yes, many providers offer managed services where they handle setup, maintenance, monitoring, and updates for you, allowing you to focus on your business or project.
15. Can I install custom software on a high-performance server?
Yes, one of the key benefits of dedicated servers is that you have complete control over the software you install, from custom applications to operating systems.
17. What is the typical support response time for high-performance dedicated servers?
Support response time varies depending on the provider but typically ranges from 30 minutes to 1 hour for high-priority issues with premium support.
19. What is the role of server monitoring in a high-performance server?
Server monitoring helps track resource usage, detect performance bottlenecks, alert you to potential issues, and ensure uptime by proactively managing server health.
21. Do I need to worry about software updates on a high-performance server?
Yes, regular updates are essential to ensure your server remains secure and functions optimally. This includes updating the operating system, applications, and security patches.
23. Is it possible to scale resources on a high-performance server?
Yes, high-performance servers are often scalable, meaning you can increase resources such as CPU cores, RAM, and storage as your needs grow.
25. Are high-performance dedicated servers better than cloud servers?
It depends on your needs. Cloud servers offer flexibility and scalability, while high-performance dedicated servers provide exclusive resources and guaranteed performance without resource sharing.
27. Do high-performance servers require frequent maintenance?
Regular maintenance, including software updates and hardware checks, is essential to ensure the server continues to perform optimally and securely.
29. What operating systems can be run on high-performance dedicated servers?
High-performance servers support a wide range of operating systems, including Linux distributions (Ubuntu, CentOS), Windows Server, and custom OS installations.
31. Do I need a high-performance dedicated server for a small website?
No, small websites typically do not need the resources offered by high-performance servers. Shared or virtual private hosting may be a more cost-effective solution.
2. What kind of backup options are available for high-performance servers?
High-performance servers often come with automated backups, cloud storage options, and remote backup solutions to ensure data protection.
4. Is DDoS protection included in high-performance dedicated servers?
Some providers offer DDoS protection as a standard or add-on feature to protect servers from malicious attacks that could overwhelm system resources.
6. What is a dedicated firewall in a high-performance server?
A dedicated firewall offers protection against unauthorized access and attacks by filtering traffic, monitoring incoming and outgoing data, and preventing malicious access attempts.
8. Do high-performance servers come with a Service-Level Agreement (SLA)?
Yes, high-performance dedicated servers often come with an SLA that guarantees uptime, performance, and response times for support.
10. Can high-performance servers prevent hardware failures?
High-performance servers can reduce hardware failure risks through redundant systems, such as dual power supplies, RAID storage, and backup power solutions.
12. Do high-performance servers require technical expertise to manage?
Yes, managing high-performance servers often requires advanced technical knowledge for configuring software, maintaining hardware, monitoring server health, and troubleshooting issues.
14. What is the difference between managed and unmanaged high-performance servers?
Managed servers come with full administrative support, including software updates, backups, and monitoring, while unmanaged servers require the user to manage the server on their own.
16. How can I monitor the performance of my high-performance dedicated server?
You can use monitoring tools such as Nagios, Zabbix, Prometheus, or cloud-based services like Datadog to track CPU usage, memory, storage, and network performance.
18. Can I install a Control Panel on a high-performance server?
Yes, you can install cPanel, Plesk, or other server management panels to simplify server administration, although many users prefer to manage their servers manually for full control.
20. How much downtime can I expect with a high-performance dedicated server?
With proper redundancy and proactive monitoring, downtime can be minimized. Providers often guarantee 99.9% uptime through their SLA.
22. Can I host multiple websites on a high-performance dedicated server?
Yes, you can host multiple websites by creating virtual hosts or using containerization tools like Docker to isolate each site.
24. How is high-performance server performance tested?
Performance can be tested using tools like load testing, benchmarking, or stress testing to simulate high workloads and measure system responsiveness.
26. Can high-performance dedicated servers be used for machine learning and AI?
Yes, high-performance servers are well-suited for machine learning and AI workloads that require substantial processing power and memory.
28. Can high-performance dedicated servers support real-time applications?
Yes, they are ideal for real-time applications like streaming, gaming, and financial trading systems due to low latency and high availability.
30. Are high-performance servers more energy-efficient than regular servers?
Not necessarily. While high-performance servers tend to offer more power, they may consume more energy compared to lower-performance servers.
About Us
Alexa Soft Technology Inc. – Alexa Servers is your partner for a whole range of dedicated server. We have been in business for years and have been a true global leader for numerous solutions, technologies, and services. please contact us for best price of dedicated servers and locations.
Email: sales@alexaservers.com