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Storage Dedicated Server

Server Location Processor RAM Storage Bandwidth Price Server Detail
Amsterdam Intel Atom C2350 1.7 GHz 2c/2t 4 GB DDR3 1× 1 TB (HDD SATA) 1 Gbps Unmetered Fair Usage Bandwidth $24.08 Configure Server
Paris Intel Atom C2350 1.7 GHz 2c/2t 4 GB DDR3 1× 128 GB (SSD SATA) 1 Gbps Unmetered Fair Usage Bandwidth $29.64 Configure Server
Los Angeles Intel Xeon E3-1230 v2 3.3 GHz 4c/8t 16 GB DDR3 1× 256 GB (SSD SATA) 1 Gbps Unmetered Fair Usage Bandwidth $39.01 Configure Server
VIA Nano U2250 1.6Ghz 2 GB 1x 160 GB Unlimited $44.10 Configure Server
Hong Kong AMD EPYC 7402 (1 Virtual Core) 2.8 GHz 1c/1t 4 GB DDR4 1× 75 GB (SSD NVMe) 1 Gbps Unmetered Fair Usage Bandwidth $44.20 Configure Server
Dallas AMD EPYC 7402 (1 Virtual Core) 2.8 GHz 1c/1t 4 GB DDR4 1× 75 GB (SSD NVMe) 1 Gbps Unmetered Fair Usage Bandwidth $44.85 Configure Server
Montreal Intel Xeon E3-1245 v2 3.4 GHz 4c/8t 32 GB DDR3 3× 2 TB (HDD SATA) 100 Mbps Unmetered Fair Usage Bandwidth $45.27 Configure Server
Sao Paulo AMD EPYC 7443P (1 Virtual Core) 2.8 GHz 1c/1t 4 GB DDR4 1× 75 GB (SSD NVMe) 1 Gbps Unmetered Fair Usage Bandwidth $47.45 Configure Server
Tokyo AMD EPYC 7443P (1 Virtual Core) 2.8 GHz 1c/1t 4 GB DDR4 1× 75 GB (SSD NVMe) 1 Gbps Unmetered Fair Usage Bandwidth $48.10 Configure Server
Bursa AMD EPYC 7443P (1 Virtual Core) 2.8 GHz 1c/1t 4 GB DDR4 1× 75 GB (SSD NVMe) 1 Gbps Unmetered Fair Usage Bandwidth $51.35 Configure Server
Helsinki Intel Xeon Gold 6240L (1 Virtual Core) 2.6 GHz 1c/1t 4 GB DDR4 1× 75 GB (SSD NVMe) 1 Gbps Unmetered Fair Usage Bandwidth $60.25 Configure Server
Oslo AMD EPYC 7702P (1 Virtual Core) 2 GHz 1c/1t 4 GB DDR4 1× 75 GB (SSD NVMe) 1 Gbps Unmetered Fair Usage Bandwidth $64.89 Configure Server
Lisbon Intel Celeron N3150 1 GHz 4c/4t 4 GB DDR3 1× 240 GB (SSD SATA) 1 Gbps Unmetered Fair Usage Bandwidth $68.11 Configure Server
London AMD EPYC 7401P (2 Virtual Cores) 2 GHz 2c/2t 8 GB DDR4 1× 125 GB (SSD NVMe) 1 Gbps Unmetered Fair Usage Bandwidth $74.15 Configure Server
Frankfurt Intel Xeon D-1520 2.2 GHz 4 cores 32 GB DDR4 2× 2 TB (HDD SATA) 1 Gbps Unmetered Fair Usage $75.93 Configure Server
Dusseldorf Intel Atom S1260 2 GHz 2 cores 8 GB DDR3 1× 500 GB (HDD SATA) 1 Gbps Unmetered Fair Usage $80.77 Configure Server
New York City Intel Xeon E3-1230 v3 3.3 GHz 4c/8t 16 GB DDR3 2× 1 TB (HDD SATA) 1 Gbps 10 TB 1 Gbps Guaranteed Bandwidth $87.29 Configure Server
Seattle Intel Xeon E3-1230 v3 3.3 GHz 4c/8t 16 GB DDR3 2× 1 TB (HDD SATA) 1 Gbps 10 TB 1 Gbps Guaranteed Bandwidth $89.68 Configure Server
San Francisco Intel Xeon E3-1230 v3 3.3 GHz 4c/8t 16 GB DDR3 2× 1 TB (HDD SATA) 1 Gbps 10 TB 1 Gbps Guaranteed Bandwidth $90.88 Configure Server
Phoenix Intel Xeon E3-1230 v3 3.3 GHz 4c/8t 16 GB DDR3 2× 1 TB (HDD SATA) 1 Gbps 10 TB 1 Gbps Guaranteed Bandwidth $92.07 Configure Server
Miami Intel Xeon E3-1230 v3 3.3 GHz 4c/8t 16 GB DDR3 2× 1 TB (HDD SATA) 1 Gbps 10 TB 1 Gbps Guaranteed Bandwidth $93.27 Configure Server
St. Petersburg Intel Core 2 Duo E8400 3 GHz 2 cores 6 GB DDR3 2× 500 GB (HDD SATA) 1 Gbps 30 TB $98.70 Configure Server
Washington, D.C. Intel Xeon E3-1230 v3 3.3 GHz 4c/8t 16 GB DDR3 2× 1 TB (HDD SATA) 1 Gbps 10 TB 1 Gbps Guaranteed Bandwidth $99.25 Configure Server
Valencia Intel Celeron J1900 2 Ghz 4 cores 8 GB DDR3 1× 120 GB (SSD SATA) or 1× 1 TB (HDD SATA) 1 Gbps 65 TB Fair Usage $101.46 Configure Server
Chicago Intel Xeon E3-1230 v3 3.3 GHz 4c/8t 16 GB DDR3 2× 1 TB (HDD SATA) 1 Gbps 10 TB 1 Gbps Guaranteed Bandwidth $101.64 Configure Server
Vilnius Intel Celeron G1840T 2.5 GHz 2c/2t 8 GB DDR3 2× 1 TB (HDD SATA) 100 Mbps Unmetered Fair Usage Bandwidth $102.90 Configure Server
Toronto Intel Xeon E3-1230 v3 3.3 GHz 4c/8t 8 GB DDR3 1× 1 TB (HDD SATA) 1 Gbps 2 TB Bandwidth $118.12 Configure Server
Zlin Intel Dual Core Atom 1.60GHz 4 GB 1x 1500 GB Unlimited $123.07 Configure Server

What is Storage Server?

A Dedicated Server of Storage works similarly to a data storage server such as Detroit Storage Server. As you can guess from the name, it is a type of Dedicated Server from Storage where you can store your data in a server and then later can be accessed. This is similar such as a storage service. As we connect our all daily gadgets such as laptops, computers, and Mobile to a network that could be Wi-Fi or any other network. Similarly, we connect this Dedicated Storage Server to the Internet, and then later we can store and download all kinds of information according to our needs. 

 The storage Dedicated server of Detroit can be better called our private server, which can be accessed through our devices and can be improvised according to our needs. It is similar to hard drive storage but it can be accessed wirelessly. As we know if we have to conduct a file transfer from mobile to the storage drive, we needed to connect it with an OTG cable. However, this is not the case with the Dedicated Server in Storage. We can upload and download the files whenever we want that too without giving any wire connection. This Storage Dedicated Server can be used for any personal or professional use where one can upload all kinds of data, documents, videos, music, etc.

NAS

NAS is also known as Network Attached Storage. This whole Dedicated Server from Storage Data Centre works on the algorithm of Network Attached Storage. There is a network established where all kinds of devices such as Laptops, Mobiles are connected and these devices are also connected to the Server of Storage with the help of NAS. Any kind of data can be pulled from the files uploaded to the NAS server such as Dedicated Server from Detroit. It makes our work easy and faster as this NAS server can be accessed from multiple devices all at a time. NAS even contains various kinds of models from single hard drives to multiple hard drives so that we can attach these hard drives to our NAS server and increase its storage limit. As we can see it allows us to attach multiple hard drives hence it also gives us a feature that is RAID. 

As we know NAS is a dedicated storage server, hence it is isolated from our computer parts and is connected through a network. This way it can be well operated from a computer device with its respective operating system. It is not a complicated operating system it is only made to manage and control our NAS server. It also allows us to manage and control all different RAID connections. As it is very isolated from the computer and is controlled from a network, it has its IP address. If one has to control and manage its NAS storage server it can also be done with the help of an IP address. On surfing, the respective IP address the main menu will appear from which the whole NAS can be managed. NAS supports multiple protocol networks such as AFS, NFS, SMB, CIFS, and many more network protocols. Hence, we can say that it will be compatible with all kinds of operating systems such as Windows, MAC, and Linux. NAS has a disadvantage if one of the components connected to the NAS fails all other devices will also be disabled and will not be able to access data from the Storage Server. Such technical problems can be caused by any server such as the Dedicated Server of Zlin.

Now the main question arises how one can get such a storage device at an affordable price with great service? We here at Hosting Ultraso are the solution to all your problems. You can get the best NAS servers at an affordable rate with 24/7 available customer service. Even if you do not like our service, you can cancel it within 48 hours. We will provide you with the best so that you will not regret it.

RAID

RAID is also known as a Redundant Array of Independent/Inexpensive Disks. This technology is used in our storage devices so that we can increase their performance and reliability. As we know our computer has its respective hard drive in which we store data but if that drive fails we also lose all our data. Also the read and write speed depends on that particular drive it cannot be altered or changed. 

RAID is of different varieties such as RAID 0, RAID 1, and RAID 10, etc. For each different scenario, we have different options. RAID helps us to organize our external storage from various servers such as Zlin Dedicated Server so that we can gain our respective read and write speed. It can be organized with 2, 4, 6, and many more hard drives. 

Let us look at RAID in detail:

  • RAID 0

    In RAID 0 suppose you have 2 hard drives and if you want to store any data in those drives, those data will be stored in small pieces with an equal amount of parts distributed in both drives. This makes the read and writes speed of the drive more accurate and faster as the load is equally divided between the two drives. However, just in case one of your hard drives fails all of your data will be lost altogether. This process is called striping. 

  • RAID 1

    In RAID 1, the distribution of drive takes place with a ratio of 50/50. Suppose you have two hard drives you can make a pair of 1:1 and similarly if you have four hard drives you can make two pairs of 2:2. Here as you store your data in one of those drives automatically a copy of data is made and stored in the second one. This does not increase the read and writes speed of hard drives but in case one of your drives fails, all of your data will be secured and accessible in the second one. This process is known as Mirroring.

  • RAID 10

    RAID 10 is a fusion of RAID 1 and RAID 0. While storing data in drives the distribution of data takes place and at the same time, it increases both read and write speed. It requires four hard drives at least. Now with four hard drives, two pairs of 2:2 are formed. In one of the pairs, the data is stored in bits and pieces exactly like RAID 0 and in the second pair, data is divided into equal ratios like RAID 1. Here Striping and Mirroring take place at the same time which gives us great read and write speed and our data is protected as a copy just in case our drive fails. Also, it provides us with several server options like Dedicated Server from Barcelona.

Apart from these, there are many more RAIDs available such as RAID 5 in which the data is stored in bits but here Checksums are also stored across the drive. Suppose your hard drive fails even then the checksums will be available in bits all across the drive so that you can rebuild your lost data. Similarly, RAID 6 makes two copies of checksums so that you can restore your data if lost as there will be two checksums created but in both RAID 5 and RAID 6, the write speed is reduced. Without a controller for both of these RAIDs only read speeds improved but write speed poor. Also using both of these RAIDs can get a little complicated.

SAN

A SAN or a Storage Area Network is a special high-speed network that stores and provides access to large amounts of data. Therefore, it is a network such as Dedicated Server from Zlin that is used for data storage and this network consists of multiple disk arrays, switches, and various strong servers like the Dedicated Server of Barcelona. And because it has more than one of these devices, SAN is fault-tolerant and the data is also shared among different disk arrays. So if a disk or Server of Barcelona goes down the data can still be accessed. When a server accesses the data on SAN it access as if it was a local hard drive because that is how operating systems recognize SAN. SANs are also highly scalable as adding more storage space can easily be done without interruption on the network. One of the most intriguing features of SAN is it is not affected by network traffic such as bottlenecks that can happen in a local area network. However, comparatively SANs come at a very high cost which is why they are mainly used by large organizations. 

As mentioned earlier, all types of SAN servers are very high at costs. Nevertheless, if you are part of a large organization looking for some best-dedicated server Hosting Ultraso is your stop. Herewith best deals and offers you will find the SAN server of your choice with a very relatable price. With our customer service available for you all time any question will not be kept waiting. You can find the best deal for your respective product.

 

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