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Dedicated Server Terminology

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Dedicated Server Terminology

Dedicated server terminology refers to the technical concepts and features related to dedicated servers. Below is a list of common terms associated with dedicated servers and their explanations:

1. Dedicated Server:

  • Definition: A server entirely allocated to a single client, with all resources (CPU, memory, storage, etc.) dedicated to that client. The client has full access to the server’s capabilities.

2. Bare Metal Server:

  • Definition: A server with physical hardware without a virtualization layer. It offers high performance and full control.

3. Managed Dedicated Server:

  • Definition: A dedicated server provided with management services including technical support, maintenance, and updates.

4. Unmanaged Dedicated Server:

  • Definition: A server where the client has full control but is responsible for its management, updates, and technical support.

5. Server Rack:

  • Definition: A standardized frame (typically 19 inches) where servers are mounted. Rack servers are organized and arranged in these racks.

6. Colocation:

  • Definition: A service that allows companies to house their physical servers in a third-party data center. The data center provides infrastructure support such as power, cooling, and security.

7. Uptime:

  • Definition: The amount of time a server is operational and accessible. It is typically expressed as a percentage, indicating the server's reliability.

8. Bandwidth:

  • Definition: The data transfer capacity of a server, measured in data transmitted per second.

9. IP Address:

  • Definition: A unique identifier for a server on a network. Dedicated servers often have one or more IP addresses.

10. CPU (Central Processing Unit):

  • Definition: The processor that determines the server’s computing power. CPU performance is often evaluated based on core count and speed.

11. RAM (Random Access Memory):

  • Definition: Temporary storage used by the server. More RAM allows for better handling of multiple tasks.

12. Storage:

  • Definition: The space used for storing data on a server. Various storage types include SSD (Solid State Drive) and HDD (Hard Disk Drive).

13. RAID (Redundant Array of Independent Disks):

  • Definition: A data storage technology where data is distributed across multiple disks for redundancy and performance.

14. Operating System:

  • Definition: Software that enables the server to operate. Common operating systems for dedicated servers include Linux and Windows Server.

15. Firewall:

  • Definition: A security device that monitors and controls incoming and outgoing network traffic. It can be hardware-based or software-based.

16. Load Balancer:

  • Definition: A tool that distributes incoming traffic across multiple servers to enhance performance and reliability.

17. DDoS Protection:

  • Definition: Measures to protect the server from large-scale, malicious traffic attacks that can disrupt server operations.

18. Backup:

  • Definition: Regularly copying and storing server data to prevent data loss. Backups enable data restoration in case of loss.

19. Data Center:

  • Definition: Physical facilities that house multiple servers for data processing and storage. Servers are typically located in data centers.

20. Scalability:

  • Definition: The ability to easily expand the server’s capacity to handle increasing demands. It allows for adding or upgrading resources as needed.
Aleksandar Maksim

Aleksandar Maksim

Hello, I’m Aleksandar. 

 My passion for technology spans a broad range, particularly focusing on working with servers and network devices. 
I have extensive experience in both system and network management.

 I am committed to continually advancing my skills and proving my expertise in the network field. 
By keeping up with the latest technologies, I am dedicated to building high-performance and secure systems. 
As a young professional, I strive to apply the latest innovations to deliver efficient and secure network solutions.

 If you would like to discuss system and network management further, I would be pleased to collaborate with you.

aleksandar.maksim@rdpcore.com

--
Why does a network engineer always carry a notebook?
Because they might come up with a new 'bandwidth' idea at any moment!
And of course, until the issues get 'packet'-ed and solved, that notebook might just fill up!

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