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High-Performance IOPS Instances
Empowering you to achieve the best results faster.
Empowering you to achieve the best results faster.
With up to 6x faster access speed than SATA III drives, NVME drives offer the perfect balance of performance and endurance.
NVMe SSDs process large amounts of data quickly, improve dependability, and boost uptime with read/write operations per second of at least 400,000.
The division and streamlining of data enables 3X latency improvement, multicore capability, and 4K efficiency.
Lightening Fast Disk Transactions Are Now A Possibility
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Experience optimized performance across workloads with a wide range of features.
Get 100% dedicated resources that let your NVMe drive operate at its fullest potential, guaranteeing the performance you need.
NVMe SSDs are managed easily & efficiently by your regular device management tools since they work as standard block storage devices.
With the Peripheral Component Interconnect (PCI) passthrough, IOPS instances can directly access the hardware and allow access to all the available performance that the hardware provides.
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High IOPS-enabled drives to perform operations faster.
Start your next project to build and scale applications that require high data storage and need cloud servers with guaranteed resources.
Industries including healthcare, banking, and telecommunications all rely on fast computers with top performance and minimal latency. NVMe speeds almost completely remove processor wait times when reading data from storage.
Businesses use an SSD cache to store data, metadata, and indexes in databases without affecting read operations and speeds up query processing, thereby enhancing database performance.
Know more. Do more.
Let us address the most common questions you might have about IOPS.
HDD has higher latency, longer read/write times, and fewer IOPS. Whereas SSD provides reduced latency, quicker read/write speeds, and more IOPS.
The PCI bus of the physical server is used to serve GPU-equipped cards. PCI Passthrough is a hypervisor feature that lets you assign hardware to a virtual machine directly bypassing virtualization and by providing access to the PCI bus.
It is not possible to change the size of an IOPS instance.
The main distinction between SATA SSD and NVMe is that although NVMe serves as an interface to retrieve data stored at a fast speed, SATA SSD can store data with integrated circuits.
If your workload requires a large volume of data for real-time and needs quick I/O responses, then you can go for NVMe.