HP PROLIANT SERVERS DRIVE DATA CENTER EFFICIENCY

HP ProLiant Gen8 servers, designed around HP’s ProActive Insight Architecture and offering Samsung Green memory and storage solutions, enable exceptional data center performance and greater energy efficiency, while accelerating the ROI for HP server customers.

HP ProLiant Gen8 servers and ProActive Insight Architecture helps our clients build data centers that are automated, intelligent, scalable and self-sufficient. HP ProActive Insight Architecture accelerates the pace of innovation, with new standards-based solutions in every core area of the data center and beyond. These innovations deliver a new level of simplicity, integration and automation to enable our clients to focus on meeting business demands. Paired with Samsung’s innovative Green DDR3 low-voltage memory and Enterprise SSD drives, data centers can realize increased efficiency in their client and server operations, with improved performance, lowered energy costs and reduced overall CO2 emissions.

With partners such as Samsung, HP ProLiant Gen8 servers deliver an optimal infrastructure today. Harness the efficiency of Samsung Green DDR3 memory and Enterprise SSDs in the new ProLiant Gen8 servers, including: DL360p Gen8, DL380p Gen8, BL460c Gen8, ML350p Gen8, SL230s Gen8, SL250s Gen8, and DL160 Gen8. These new servers utilize Samsung’s ultra-low power, green DDR3 memory technology along with Samsung’s latest enterprise SM825 Solid State Drive (SSD). These solutions drive extremely high IOPS to enable greatly enhanced server performance and much higher energy efficiency, resulting in a faster ROI.

HP PROLIANT GENERATION 8 SERVERS WITH SAMSUNG DDR3 AND ENTERPRISE SSD

The Nucleus of Data Center Performance and Energy Efficiency

Metamorphosis of the Data Center

Across the major industries worldwide, organizations are constantly building large data centers to address a rapidly growing need for storage and processing capacity. The drivers for this major IT transformation include a combination of more connected devices, as well as internal and external applications such as cloud and virtualized computing, online banking and social media. The increased bandwidth results in an increase in power consumption, escalating energy bills and higher cooling costs. Today’s IT environment includes enterprises taking advantage of new architectures and data center technologies – infrastructure that has become massively more performance-driven and energy efficient.

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PROLIANT GEN8 SERVERS OPTIMIZED WITH SAMSUNG GREEN DDR3 AND ENTERPRISE SSD SOLUTIONS

Samsungs Green DDR3 DIMMS, using advanced 30nm class, 1.35V, 1-, 2- and 4Gb-based DRAM technology, offers a broad selection of load reduced dual in-line memory modules (LRDIMMs) ranging from 1GB to 32GB. Tests show that the Samsung energy-efficient LRDIMM solution uses 73% less power than its predecessor (DDR2), while increasing density, as performance doubles (with bandwidth up to 1600Mbps).

Measurements between a Samsung 50nm-class 1.5V DDR3-based server and a Samsung 20nm-class 4Gb DDR3-based server show that power savings at the memory level can translate into at least 67% powers saving at the memory level and 15% power savings at the system level. These savings can be considerably higher when factoring in total operating cost. Fewer racks would equate to increased power efficiency, greater floor space utilization and lower cooling costs.

CURBING EMISSIONS: GREEN IT BEGINS WITH GREEN COMPONENTS

Samsungs Green DDR3 DIMMS, using advanced 30nm class, 1.35V, 1-, 2- and 4Gb-based DRAM technology, offers a broad selection of load reduced dual in-line memory modules (LRDIMMs) ranging from 1GB to 32GB. Tests show that the Samsung energy-efficient LRDIMM solution uses 73% less power than its predecessor (DDR2), while increasing density, as performance doubles (with bandwidth up to 1600Mbps).

Measurements between a Samsung 50nm-class 1.5V DDR3-based server and a Samsung 20nm-class 4Gb DDR3-based server show that power savings at the memory level can translate into at least 67% powers saving at the memory level and 15% power savings at the system level. These savings can be considerably higher when factoring in total operating cost. Fewer racks would equate to increased power efficiency, greater floor space utilization and lower cooling costs.

SOLID STATE DRIVE INTEGRATION YIELDS ADDITIONAL OPERATIONAL EFFICIENCIES

Adding power efficiency to the ProLiant Gen8 servers, Samsung’s SM825 E-MLC 2.5-inch Data Center Edition Solid State Drives (SSD) enable highly reliable 24x7 performance in data centers and other server environments. Samsung’s 3Gb/sec SATA SSDs uses specially designed Enterprise-grade MLC to increase write endurance more than 100 times (7,000 TBW) that of standard MLC (60 TBW). The SM825 Data Center Edition delivers superior sustained random reads (35K IOPs), superior sustained random writes (10K IOPS) and fast sustained sequential write speeds (235 MB/s). It’s the ideal solution for large write-intensive workloads, such as online transaction processing (OLTP), virtualization, and logging. These SSDs are available in a variety of capacities, including 100, 200 and 400GB, and ensures that sensitive data is secure with Samsung’s advanced power-loss protection.

© 2012. The appearance of all products, dates, figures, diagrams and tables are subject to change at any time without notice. Samsung and Samsung Semiconductor, Inc. are trade-marks of Samsung Electronics Co., Ltd. All other names and brands are the property of their respective owners.

BRO-12-GREEN-001 Printed 5/12

Samsung Semiconductor, Inc.

3655 North First Street San Jose, CA 95134-1713 TEL: 408-544-4000 FAX: 408-544-4950 www.samsung.com/greenmemory

Increased drive level performance

15K RPM HDD

B:

Measurement condition: 15K SAS HDD 300GB vs. E-MLC SSD 200GMeasurement tool IOMeter 2008, 4KB Random 70:30 Read/Write

Operations per second*

57 times increase

400

23,000

IOPS

SM825 SSD

Power reduction at the system level

50 nano class DDR3 +

Measurement condition:

Watt

38% power savings

347W

214W

memorymemory

drivedrive

othersothers

15K RPM HDD

50 nano class DDR3 8GB*12 ea. vs. 20 nano class DDR3 16GB*6 ea15K SAS HDD 300GB*12ea vs. E-MLC SM825 SSD*4ea

20nm class DDR3 + SM825 SSD