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IronPOD Family, Pre-Configured Cloud IaaS Hardware Platforms

Most Economical, Standardized, Future-Proof Converged Datacenter
Solution in the Market

Microsoft Hyper-V Network Virtualization, Hyper-V Server Virtualization, Windows Storage Server Virtualization and System Center 2012 SP1 technologies are optimized for application delivery in virtualized, cloud and dedicated environment

IronPOD Turnkey Solution
why choose iron Software Define Data Center Hnv Hybrid Cloud Gateway MCE Cloud Edge Gateway Cloudboxx, branch-in-a-box Wss, windows storage systems

HDPOD Big Data Family: Commodity Hadoop Cluster Platforms for Enterprises

HDPOD Big Data Appliance Brochure

HDPOD System 300 Solution Design Architecture Overview

IRON HDPOD is designed to be a Hortonworks Hardoop HDFS powered Big Data storage platform for running enterprise data analytics environments, the design offers:

  • Rack-Level Resiliency: Resiliency is built into the design at multiple levels to deal with hardware and software failures; all components have N+1. The degree of resiliency is adaptable for mitigating power, network, storage and compute outages.
  • Modular, Scalable Storage Architecture: Balanced compute CPU, memory, network throughput and storage IOPS and capacity per rack. Multiple racks can be networked together to build scale-out modular storage infrastructure
  • Flexible Data Node Configurations: For Hadoop workloads, the storage to compute ratios vary from application to application; HDPOD offers multiple building block choices in 2U, 1U and half-U form factors, as well as Low Power consumption CPU options.
  • High Return-on-Investment (ROI): Best-in-class standardized components to provide maximum performance leveraging synergies between components that are based on open standards, reliable and scalable, allowing organizations to save on cost and help grow with business needs.
 

High Speed Network Fabric

Supports Dual path for high availability

  • High Speed 40GbE across the entire HDPOD 300 series; this fast, dual path interconnect can also be used to connect to external Analytics infrastructure
  • Data Switch: Single or Dual*, 36 Port 40GbE QSF ( 64 10GbE SFP+, uses 4x SFP+ breakout cables) , Managed; 10GbE SFP+ connectivity to servers and 40/56GbE uplink to next level of aggregation or east-west switching
  • Network Management Switch: Single, 48 Port 1GbE RJ45 connected to IPMI Server ports
  • Scalable to multiple racks for multi-petabytes expansion

IRON Cluster Management Server Appliance

Management Node-Advance Monitoring, administration, and analysis of Hadoop HW & SW

  • Out of Box Experience: Simple Setup, Automated bare metal cluster provisioning using IRON Management SW
  • Local Hadoop Repository: Complete Hadoop Software integration, Linux, EPEL, various dependent packages
  • Hardware Health and Scale Up/Out management

Name Nodes Cluster (x3 Intel x86 Server Nodes)

Optimized for data node orchestration and HA

  • Three, 2U server nodes for high availability, RAID boot
  • Dual Intel 12-Core Ivy Bridge Xeon Processors @ 2.6Ghz, 256GB of memory, and ten 900GB SAS 10K HDDs
  • Dual 10GbE SFP+ Network paths, 1x RJ45 IPMI LOM Port
  • Dual redundant Power Supply

Data Nodes Cluster (x32 Intel x86 Server Nodes)

Optimized for data storage and staging at large scale

  • Total 32 nodes using 8x Blade Chassis (4 nodes per Chassis)
  • Dual Intel 6-Core Ivy Bridge Xeon Processors @ 2.0Ghz, 128GB of memory, and six 4TB (multiple HDD to node ratio config. available) HDDs per node.
  • Dual 10GbE SFP+ Network paths, 1x RJ45 IPMI LOM Port
  • Dual redundant Power Supply; All components hot swappable for easy field replacement
 

IRON HDPOD Commodity Systems: Hardware Configurations Options

Hardware Components & Specifications

H220SH

H320SF

H320S-P2

H320-P4

Network Fabric
• Aggregate/ Data Storage Switch: 1U, 36x 40/56GbE QSFP Ports Ethernet Switch

2

2

4

8

• Management Switch: 1U, 44x 1GbE RJ45, 4x SFP Ports Ethernet Switch

1

1

2

4

 

Cluster Management Server Appliance
• Management  Node Server: 1U, IRON iServer Single Node, 2x 10GbE & 1-IPMI Ports

1

1

1

1

   

 

 

 

 

Name Nodes for Hadoop
• Nodes (Master Server) 2U, IRON iServer Single Node, 2x 10GbE & 1-IPMI Ports

3

3

3

3

• CPU: Intel Dual Socket, 12 Core, 2.6Ghz CPU (Total 24 Cores/Node)

 

 

 

 

• Memory (GB): 96, 128, 192, 256, 384 & 512 Options (256GB default)

 

 

 

 

• Disk Drives Number of Disks – 10x; 900GB 10K RPM  (per Node)

 

 

 

 

     Three nodes: 1x Primary named node, 1x Secondary named nodes (+HBase Master, Hive Server), 1x Job Tracker node
Data Storage Nodes for Hadoop HDFS

 

 

 

 

• Blade Enclosures: 4U, IRON iServer, Quad Node Blade Chassis (4 blades)

4

8

17

24

• Nodes ( Server Blades): 4 Server Nodes/Chassis, 2x 40Gbe LAN & 1-IPMI Ports

16

32

68

140

• Processors (CPU/Cores): Dual Socket, 6 Core, 2.0Ghz CPU (Total 12 Cores/Blade)

32/192

64/384

136/816

280/1,680

• Memory (GB): 96, 128, 192, 256, 384 & 512 Options (128GB default)

2,048

4,096

8,704

17,920

• Disk Drives Number of Disks – 6,8 or 12 per Node (6 default)

96

192

408

840

    Total Disk  Capacity (Raw*) 1TB, 2TB, 3TB & 6TB SAS  (4TB default)

384

768

1,632

3,360

*Capacities listed uncompressed (3x compression assumed typical)  without Compression
    Total Disk  Capacity (Usable)    Usable mirrored capacity (appr.)

192

384

816

1,680

    Total Disk  Capacity (Usable)    Usable Triple mirrored capacity (appr.)

128

256

644

1,120

 
Additional Hardware and Software
• Rack IRON 42U Rack, Redundant PDUs

1

1

2

4

• KVM IRON Keyboard/Mouse/Video Display Console, Optional

 

 

 

 

• Software (System) Linux Operating System, 64bit

 

 

 

 

  Microsoft Windows Server 2012 R2 Optional

 

 

 

 

• Software (Add-On), Optional Data Protection for Volume & MapReduce layers        
  Dynamic Data Set management, metadata, and data lineage

 

 

 

 

 
 

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