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High Performance Servers

Full Root Access
Instant Provisioning
Reliable Network
99.99% Uptime

Self Managed Servers

Our Self Managed servers are excellent if you prefer to possess low value and full management to administer the server. Whereas you managed the system administration, we are going to watch out of the hardware and network backed by our guarantee. read more.

Fully Managed Servers

Our Fully Managed servers solution is customized and designed based to your website or application requirement and utilization. We will control your server to make certain strong server performance while your consciousness in your business. read more.


RDP or SSH shell are nice for managing your server remotely. However, what if you wish to try to do something outside the OS, like ever-changing network settings or adjusting the BIOS? Those tools cannot assist you as a result of they rely upon the server’s OS to operate. Wouldn’t or not it's nice to possess KVM-like console access to your remote server? With IPMI, you'll be able to get browser primarily based access independent of the OS. read more.

Unmetered Bandwidth

Our High bandwidth unmetered facility provide you with Associate in Nursing possibility of mistreatment full capability of network port on the server without concern regarding information transfer limit and monthly over-the-hill fees. We provide multiple high bandwidth port choices from 10mbps to 10gbps per server. read more.

NVMe SSD Servers

Upto 5Gbps read and write speed with our NVMe Servers which is blazing faster then ever.

Why NVMe SSD Servers ?

NVMe (Non-Volatile Memory Express) is an interface convention fabricated particularly for Solid State Drives (SSDs). NVMe works with PCI Express (PCIe) to move information to and from SSDs. NVMe empowers fast stockpiling in PC SSDs and is an improvement over more established Hard Disk Drive (HDD) related interfaces, for example, SATA and SAS. The main explanation SATA and SAS are utilized with SSDs in PCs is that up to this point, just more slow HDDs have been utilized as the huge limit stockpiling in PCs. Flash memory has been utilized in cell phones, for example, cell phones, tablets, USB drives and SD cards. (SSDs are flash memory.)

Formally, NVMe is an upgraded "adaptable host controller interface intended to address the requirements of Enterprise, Data Center and Client frameworks that use PCI Express (PCIe) based solid state drives."

SSDs have a clear advantage with faster access through the PCIe serial bus standard. NVMe was built from scratch as a new way to efficiently access storage devices that are specifically built with non-volatile (flash) memory – SSDs. NVMe enables a faster interface for leveraging the speeds that SSDs are capable of. As SSDs began to replace slower Hard Disk Drives (HDDs) in computers as primary storage, a new interface was needed to make use of the faster speed capability. However, in the transition to SSD, some PCs have been outfitted with an SSD that is accessed through interfaces historically used with slower HDDs, such as Serial Attached SCSI (SAS) and Serial ATA (SATA). It makes more sense to use NVMe with an SSD.

NVMe-based SSDs use PCIe to create reduced latency over SSDs. The form factors that the NVMe protocol uses must connect in some way to PCIe within the computer. To date, connections for NVMe can be made through a PCIe expansion card, a 2.5-inch U.2 connector, or an M.2 small form factor. SSD makers seem to be migrating to PCIe, with most using an M.2 connector, a.k.a. “Next Generation Form Factor.”
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