Nfina Hyperconverged with High Availability

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Hybrid Cloud

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Computer Servers

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Data Storage

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Hyperconverged

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NUCs

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Managed Services

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Nfina 8224R-HA

Nfina’s 8224R-HA system is a hyperconverged, twenty-four bay model developed for large businesses requiring a high availability solution with a large number of VMs, maximum performance, and uptime. This hyperconverged system delivers better security, redundancy, and faster data response times by storing the most valuable and relevant data on your network, where information frequently flows.

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Nfina 7212R-HA

Using the Nfina 7212R-HA device as a hyperconverged solution simplifies, protects, and ransomware proofs your business data. Copies of redundant system data are maintained on-site and off-site. In the event of an on-site node failure, the second node will automatically failover with zero downtime. Fully managed Infrastructure-as-a-Service and Disaster Recovery-as-a-service are also available.

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Nfina 2216R-HA

The Nfina HA 2216R-HA hyperconverged servers are optimal for mid to large-sized companies that require redundancy, a higher amount of VMs, storage capacity, and more performance than mid-level models. This hyperconverged, 32-bay system delivers better security, redundancy, and faster data response times by storing the most valuable and relevant data on the Edge of your network.

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Nfina 2208R-HA

Nfina’s 2208R-HA, hyperconverged, eight-bay system, delivers better security, redundancy, and faster data response times by storing the most valuable and relevant data on the Edge of your network where information frequently flows. This hyperconverged system is optimal for mid-sized companies that require a higher amount of VMS, storage capacity, and more performance than entry-level models.

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Nfina 4208T-HA

Use the Nfina 4208T-HA hyperconverged devices for data entry, redundant storage, backup, or DR applications. These twin eight-bay towers are for mid-sized companies that require data redundancy, a high amount of VMs, storage capacity, and more performance than entry-level models and desire the footprint of a desktop unit. This device simplifies, protects, and ransomware proofs your business data.

These hyperconverged with high availability models are optimal for businesses requiring maximum performance and uptime. The hyperconverged servers are a hybrid storage array supporting NVMe, SSD, and HDD drives. They provide a high level of security, redundancy, and fast data response times. These servers are certified with VMWare® ESXI™ and Microsoft® Hyper-V. Nfina’s Hyperconverged with High Availability infrastructure allows people to begin small and move forward effortlessly — providing more adjustability for its use in the edge.

These hyperconverged servers support many different drives and provide a high level of security, redundancy, and fast data response times. Nfina’s Hyperconverged with High Availability products come with no adware, spyware, bloatware, or trackware. Nfina’s Hyperconverged with High Availability servers combine all data center components, storage, compute, networking, and management within a single hypervisor. Deploying the Hyperconverged Infrstructure reduces operational costs and simplifies infrstructure set-up and maintenance.

Better Agility

The necessity for improved agility renders to very niche requirements for IT infrastructure and operations. Availability, provisioning, scalability, configurability, performance, and functionality are all affected, and businesses need new storage architectures and technologies to match these needs. Agility has greatly impacted consumption models. People are seeking to more provision within their hyperconverged infrastructure to be able to use more flexible strategies.

Data Allocation

Data is distributed across the cluster, ensuring no single point of failure, and enhancing durability and business continuity.

Nfina’s Hyperconverged with High Availability Features

Hybrid Read Cache with first level in RAM and second Read Cache level on an NVMe or SSD

Compression and de-duplication for improved data acceleration and optimization

Active-Active and Active-Passive High Availability clustering for data availability

On-site and Off-site data protection

N-way mirrors, Single, Dual, and Triple Parity RAID