Nytro XP6200 Flash Accelerator Card

PCIe Card for Hyperscale Servers

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PCIe Card for Read-Intensive Applications and Optimizing TCO

Delivers accelerated performance for read-intensive applications and an overall lower cost per gigabyte PCIe flash solution. Purpose-built to meet the requirements of Open Compute and other hyperscale servers, the Nytro™ XP6200 series delivers leading endurance and reliability using low cost flash with a new design optimized for low power and thermal characteristics.

Nytro XP6200 Series Data Sheet >
Nytro Product Portfolio Table >

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Accelerate Read-Intensive Applications

Hyperscale data centers require cost-effective scaling to thousands of servers to meet the heavy compute and storage demands of Web 2.0, cloud computing and big data analytics which search data for content or comb data for trends–both of which are read-intensive. The Nytro XP6200 flash accelerator cards are designed to reduce latency and deliver high performance the ability to scale to further enhance application performance.
 

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Flash Cards to Reduce Power and Cooling Costs

Delivering leading endurance and reliability using low-cost flash and designed to optimize low power and thermal characteristics, the Nytro XP6200 series requires up to 30 percent less power than similar cards using MLC flash technology. Unlike other cards with flash memory, this efficient design does not require heat sinks to control temperature. The lower power and cooling translates into lower OpEx.

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Gold Standard in PCI-based Device Drivers, Seamless Deployment

The Nytro XP6200 not only addresses the challenges of performance and space, but does so seamlessly with minimal administrator intervention or fine-tuning. 

  • PCI card transparency to applications, file systems, operating systems, and field-hardened device drivers. 
  • Sophisticated algorithms handle complex flash management tasks like garbage collection and wear-leveling. 

Leveraging these advanced features, the PCIe flash-based acceleration card delivers the performance and endurance needed for critical business applications. 

 

Usable Capacity
Raw Capacity
Form Factor
NAND Petabyte Writes
Read IOPS (8K)
Write IOPS (8K)
Read Bandwidth (256K)
Write Bandwidth (256K)
Average Latency
End of Life Data Retention
Flash Memory Type
Host Bus Type
Operating Temperature/Airflow
Management Tools
Operating Systems
930 GB 1.86 TB 1.79 TB
1024GB 2048GB 2048GB
Half-Height, Half-Length (MD2) Full-Height, Half-Length (MD2) Half-Height, Half-Length (MD2)
>3 >6 >3
155,000 185,000 155,000
111,000 120,000 111,000
2.0 GB/sec
1.27 GB/sec
< 50 microseconds
> 3 months
19nm cMLC
x8 lane PCI Express® 2.0
0° to 50° C @ 250 LFM
CLI, MSM (GUI-based)
RHEL : 5.0-5.10, 6.0-6.4; CentOS: 5.3-5.10, 6.0-6.4; OEL: 5.4-5.9, 6.0-6.4; SLES: 10 SP0-SP4, 11 SP1-SP3; Debian: 6.0.5, 6.0.7; Fedora: 17, 18; Ubuntu®: 10.04, 11.1, 12.04; Windows: XP SP2, Windows7-SP1, 8, Windows Server: 2003 R2 SP2, 2008 R2-SP1, 2012; Solaris 10U10, 11 (x86 & SPARC); FreeBSD: 7.2, 7.4, 8.2, 8.3, 9; VMware: ESX4.0U4, 4.1U2, 5.0 U1, 5.1