phoenix NAP High IOPS Storage, $ 983.00/mo. on Linux/Windows Dedicated


High IOPS Storage has been added on Dec 31, 2025, Aggregate Rating (5.5 out of 10 from 4 reviews)
phoenixnap.com
phoenix NAP
3402 E University Dr
Phoenix , AZ 85034
US
☎ Phone +1 877-749-2656
☎ Phone 480.646.5362
  • 💡 Plan Name: High IOPS Storage (sku #p141957)
  • 🔧 Category: Dedicated Hosting / Linux/Windows
  • 💰 Price:$ 983.00/mo.
  • 💿 Disk Space: 15400 GB
  • 📶 Traffic bandwidth: 15 TB
  • 💲 Setup Fee: free
💪 CPU/Cores :2 x Intel Xeon Gold 6258R (40 x 2.10 GHz)
🔋 RAM :256000 MB
🔌 Hosted domains :unlimited
🆓 free domains :0
📌 Dedicated IPs :0
💳 Payment Methods :Credit / Debit / Prepaid CardsPayPal
🔧 Category :BackupSelf ManagedDDoS Protection
✍️ Support Options :EmailHelp DeskPhone / Toll-FreeLive ChatAvailable 24/7
🌏 Server Locations :Netherlands Singapore United States Serbia
Targeting :BR DE IT NL SG ES UK US
🚀 Uptime :100 %
screenshot of High IOPS Storage from phoenixnap.com

See also initial High IOPS Storage plan location on their website!


*📜 Plan description

High IOPS Storage is targeted at workloads that demand consistently fast input and output operations rather than simply the largest possible number of terabytes. This configuration still runs on two Intel Xeon Gold 6258R processors, here described as providing up to forty cores at 2.10 GHz, giving substantial compute capacity for compression, encryption, application services, or virtual machine hosts that will live on top of the storage layer. The server also ships with 256 GB of DDR4 memory, ensuring ample headroom for caching, database buffers, and indexing structures so that high duty cycle workloads can keep hot data in memory.
The disk layout is tuned for IOPS and latency. Instead of a few very large hard disks the configuration combines 2 x 2 TB NVMe drives with 6 x 1.9 TB solid state drives, for roughly 15.4 TB of raw solid state capacity before any redundancy is configured. The NVMe devices can be dedicated to the operating system and the most performance sensitive data sets, while the remaining SSD pool is ideal for transactional databases, virtualization storage for many virtual machines, analytics engines, or heavily used file shares. Because all primary storage is based on flash media you can expect much more uniform performance during peak periods compared with configurations that mix flash and spinning disks.
Connectivity and protection characteristics are consistent with the other storage server recommendations on this page. A 10 Gbps public and private network uplink connects the server into phoenixNAP facilities so that it can ingest data from hypervisor clusters, database servers, or remote offices at high speed, while 15 TB of bandwidth provides a generous allowance for replication, backup, and user access. The configuration also benefits from 20 Gbps of DDoS protection, which helps shield the service from volumetric attacks that might otherwise saturate the link or consume resources. Full administrative control over the operating system and software stack lets you tune file systems, mount options, and application behavior to match the performance envelope of the hardware.

In the broader context provided on the storage page these High IOPS servers are only one piece of a larger ecosystem of storage services. phoenixNAP positions storage servers in general as central points of data access that can be connected to other nodes and remote locations, emphasizing that the hardware uses up to date Intel processors, high density chassis designs, and a choice of NVMe, SSD, and HDD technologies. All of this is integrated into a global network with 10 Gbps connectivity and backed by data centers in Phoenix and Ashburn in the United States plus Amsterdam, Belgrade, and Singapore abroad, allowing customers to deploy capacity where it makes the most sense for latency and compliance.
The same page also describes complementary solutions such as performance storage nodes based on Intel Optane persistent memory, archival and backup storage tuned for cost effective long term retention, S3 compatible object storage for large volumes of unstructured data, and network storage options that let you scale capacity independently from compute. A managed private SAN offering provides highly available shared block storage with flash acceleration, inline compression and deduplication, and dense multi hundred terabyte configurations suitable for critical business applications. Supporting articles in the knowledge base dive into technology comparisons like NVMe versus SATA and cover operational topics such as working with archives on Linux servers, while phoenixNAP specialists and support staff are positioned to assist with designing and operating the storage platform around these High IOPS configurations.

📄 Editorial Review

phoenixNAP is a global infrastructure and data center provider that grew out of the Phoenix, Arizona tech scene in 2009 and has since developed into a sizeable player in the IaaS market. The company runs more than a dozen data centers and network PoPs across North America, Europe, Asia-Pacific and South America, with roughly 500+ employees supporting operations worldwide. Its focus is clearly on data center-as-a-service, high-performance hardware, and security- and compliance-ready cloud platforms rather than classic low-cost shared hosting.

The core product set revolves around colocation, dedicated servers, API-driven Bare Metal Cloud, managed private cloud, and secure multi-tenant cloud environments for regulated workloads. On top of that, phoenixNAP layers Veeam-powered backup and disaster recovery services, S3-compatible object storage, a global enterprise network, and specialized offerings such as SaaS hosting and HIPAA- or PCI-ready environments. For many businesses, this mix functions as a full alternative to running their own data center or relying exclusively on hyperscale public clouds.

Colocation and data center services are a major pillar. The flagship facility in Phoenix, AZ is a large, carrier-neutral data center in a region marketed as low-risk for natural disasters, with high-density power, redundant cooling, and substantial floor space (well over 160,000 sq. ft., with further expansion underway). From there and from a European hub in Amsterdam, clients can take anything from quarter-cabinets up to private cages, use meet-me room services, interconnect with Tier 1 carriers, and plug directly into cloud on-ramps to AWS, Google Cloud and other providers.

On the server side, phoenixNAP offers classic single-tenant dedicated servers and a more modern Bare Metal Cloud platform. Dedicated servers are fully customizable bare-metal machines hosted in phoenixNAP facilities, suitable for virtualization clusters, databases, HPC, game or streaming servers, and storage-heavy workloads. There are also specialized product for database servers, virtualization servers, HPC systems, streaming and game servers, and big-memory configurations for analytics or in-memory databases. These systems sit on enterprise-grade hardware with multiple OS options (Linux and Windows) and the ability to add commercial control panels and other software licenses.

Bare Metal Cloud (BMC) is phoenixNAP’s flagship product and essentially bridges the gap between traditional dedicated servers and public cloud instances. It offers pre-configured bare-metal instances that can be spun up in minutes via web UI, CLI or API, managed as code, and billed either hourly or through discounted reservations. BMC runs on modern Intel platforms with high-throughput networking (up to tens of Gbps per server), a global spread of locations, and a generous baseline of free outbound bandwidth per server, making it attractive for bandwidth-heavy applications, CI/CD environments, containers/Kubernetes clusters, and latency-sensitive services.

For organizations that want managed virtualization instead of raw servers, phoenixNAP runs a Managed Private Cloud built on VMware technologies and a Data Security Cloud (DSC) platform. Managed Private Cloud delivers dedicated or semi-dedicated VMware clusters with access through familiar management interfaces, while phoenixNAP takes care of the underlying hardware, hypervisor, and much of the operational work. Data Security Cloud is a multi-tenant, security-focused environment combining VMware, next-gen firewalls, micro-segmentation and a 24×7 security operations center. It is aimed at workloads that need strong isolation and regulatory alignment (PCI, HIPAA, SOC standards), and is marketed with a 100% service-level availability guarantee for the network fabric behind the platform.

The backup, disaster recovery, and object storage portfolio leans heavily on Veeam and other enterprise tools. Clients can use phoenixNAP as a target for off-site backups, run DRaaS based on VMware, Veeam or Zerto, or use Veeam Cloud Connect and Microsoft 365 backup to offload data protection duties. The S3-compatible Object Storage service provides a straightforward way to store large volumes of unstructured data with predictable, per-GB pricing and without ingress fees, so it can serve as a backup repository, archive tier, or content bucket for applications.

All of this is tied together by a global network and data center footprint. phoenixNAP operates full data centers in Phoenix and Amsterdam and network PoPs across major hubs such as Ashburn, Chicago, Los Angeles, Seattle, Frankfurt, Madrid, Sao Paulo, Singapore, Sydney, Helsinki, Warsaw, Sofia, Belgrade and others. The backbone is advertised in the multi-terabit range (9+ Tbps), spread across 5 continents, with direct connectivity to AWS, Google Cloud and other hyperscalers from the Phoenix hub. Carrier neutrality, peering at key internet exchanges, and a blended mix of Tier 1 providers help keep performance and redundancy high.

phoenixNAP is an infrastructure partner than a classic hosting provider. The strength lies in flexible hardware, security and compliance tooling, and a sophisticated global network, which together suit SaaS vendors, enterprises, MSPs and technically confident teams far more than casual website owners looking for a one-click WordPress plan.

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