pick intel sata ssds over hdds for your data center · why move from a hard disk drive (hdd) to a...

INTEL® SSDS PICK INTEL SATA SSDS OVER HDDS FOR YOUR DATA CENTER HDD INTEL® SSDS Moving Mechanical Parts No Moving Parts Magnetic Based Storage NVM NAND Flash Storage Media Slow Random/Sequential R/W Fast Random/Sequential R/W High Power & Power Inefficient Low Power & Power Efficient Noise Produced by Mechanical Parts No Noise Heavy Light Not Rugged: Breakable Delicate Moving Parts Rugged: No Moving Delicate Parts OPTIMIZE YOUR DATA CENTER TCO WITH INTEL® SSDS Performance Up to 13x better transaction throughput² Up to 200x better read performance³ Random write IOPs up to 95x better⁴ Operating Costs Up to 5x better MB/Watt⁵ No moving parts, fewer drives Smaller form factors to reduce rack space Reliability Up to 10x lower AFR¹ Power Loss Imminent (PLI) Protection Smart Logs monitoring Intel Platform Confidence Complete in-house design of data center solutions Extended platform-level validation over 1000s of configurations 1 Source - Intel. Intel SSD Annualized Fail Rate Report for all of 2016. 2 Source – Intel: Performance data based on IOMeter* 2014. Configuration: ASUS* Tek Computer Inc. H87I-Plus; CPU Haswell i7-4770 LGA1150 3.4GHz 8MB 84W 4 cores; Heatsink: Intel® E97378-001 Lga1155/1156; Memory: 4GB DDR3 1333 PC3-10600 (667MHz) Kingston*; Intel SSD DC S3510 Series 480G SSD and Seagate* Savio* 10K SAS ST300MM006 Hard Drive; Mini-ITX Antec* chassis; 350W Power Supply 3 Source – Intel: Performance data based on IOMeter* 2014. Configuration: ASUS* Tek Computer Inc. H87I-Plus; CPU Haswell i7-4770 LGA1150 3.4GHz 8MB 84W 4 cores; Heatsink: Intel® E97378-001 Lga1155/1156; Memory: 4GB DDR3 1333 PC3-10600 (667MHz) Kingston*; Intel DC S3510 480G SSD and Seagate* Savio* 10K SAS ST300MM006 Hard Drive; Mini-ITX Antec* chassis; 350W Power Supply. 4 Source – Intel: Performance data based on IOMeter* 2014. Configuration: ASUS* Tek Computer Inc. H87I-Plus; CPU Haswell i7-4770 LGA1150 3.4GHz 8MB 84W 4 cores; Heatsink: Intel® E97378-001 Lga1155/1156; Memory: 4GB DDR3 1333 PC3-10600 (667MHz) Kingston*; Intel SSD DC S3510 Series 480G SSD and Seagate* Savio* 10K SAS ST300MM006 Hard Drive; Mini-ITX Antec* chassis; 350W Power Supply 5 Source – Intel. Operational power based on 90% read, 10% write workload per Microsoft SQL Server 2008 Analyzing IO, April 2010. Actual power subject to application workload. Performance data based on IOMeter* 2014. Configuration: ASUS* Tek Computer Inc. H87I-Plus; CPU Haswell i7-4770 LGA1150 3.4GHz 8MB 84W 4 cores; Heatsink: Intel® E97378-001 Lga1155/1156; Memory: 4GB DDR3 1333 PC3-10600 (667MHz) Kingston*; Intel® SSD DC S3510 Series 480G SSD and Seagate* Savio* 10K SAS ST300MM006 Hard Drive; Mini-ITX Antec* chassis; 350W Power Supply *Other names and brands may be claimed as the property of others. © 2017 Intel Corporation Printed in USA 0417/NH/RA

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Page 1: PICK INTEL SATA SSDS OVER HDDS FOR YOUR DATA CENTER · Why move from a Hard Disk Drive (HDD) to a SATA-based Intel® Data Center SSD? Author: Intel Corporation Subject: Intel® SATA

INTEL® SSDS PICK INTEL SATA SSDS OVER HDDS FOR YOUR DATA CENTER

HDD INTEL® SSDSMoving Mechanical Parts No Moving Parts

Magnetic Based Storage NVM NAND Flash Storage Media

Slow Random/Sequential R/W Fast Random/Sequential R/W

High Power & Power Inefficient

Low Power &Power Efficient

Noise Produced by Mechanical Parts

No Noise

Heavy Light

Not Rugged: Breakable Delicate Moving Parts

Rugged: No Moving Delicate Parts

OPTIMIZE YOUR DATA CENTER TCO WITH INTEL® SSDSPerformanceUp to 13x better transaction throughput²Up to 200x better read performance³Random write IOPs up to 95x better⁴

Operating CostsUp to 5x better MB/Watt⁵No moving parts, fewer drivesSmaller form factors to reduce rack space

ReliabilityUp to 10x lower AFR¹Power Loss Imminent (PLI) ProtectionSmart Logs monitoring

Intel Platform ConfidenceComplete in-house design of data center solutionsExtended platform-level validation over 1000s of configurations

1 Source - Intel. Intel SSD Annualized Fail Rate Report for all of 2016.2 Source – Intel: Performance data based on IOMeter* 2014. Configuration: ASUS* Tek Computer Inc. H87I-Plus; CPU Haswell i7-4770 LGA1150 3.4GHz 8MB 84W 4 cores; Heatsink: Intel® E97378-001 Lga1155/1156; Memory: 4GB DDR3 1333 PC3-10600 (667MHz) Kingston*; Intel SSD DC S3510 Series 480G SSD and Seagate* Savio* 10K SAS ST300MM006 Hard Drive; Mini-ITX Antec* chassis; 350W Power Supply3 Source – Intel: Performance data based on IOMeter* 2014. Configuration: ASUS* Tek Computer Inc. H87I-Plus; CPU Haswell i7-4770 LGA1150 3.4GHz 8MB 84W 4 cores; Heatsink: Intel® E97378-001 Lga1155/1156; Memory: 4GB DDR3 1333 PC3-10600 (667MHz) Kingston*; Intel DC S3510 480G SSD and Seagate* Savio* 10K SAS ST300MM006 Hard Drive; Mini-ITX Antec* chassis; 350W Power Supply.4 Source – Intel: Performance data based on IOMeter* 2014. Configuration: ASUS* Tek Computer Inc. H87I-Plus; CPU Haswell i7-4770 LGA1150 3.4GHz 8MB 84W 4 cores; Heatsink: Intel® E97378-001 Lga1155/1156; Memory: 4GB DDR3 1333 PC3-10600 (667MHz) Kingston*; Intel SSD DC S3510 Series 480G SSD and Seagate* Savio* 10K SAS ST300MM006 Hard Drive; Mini-ITX Antec* chassis; 350W Power Supply5 Source – Intel. Operational power based on 90% read, 10% write workload per Microsoft SQL Server 2008 Analyzing IO, April 2010. Actual power subject to application workload. Performance data based on IOMeter* 2014. Configuration: ASUS* Tek Computer Inc. H87I-Plus; CPU Haswell i7-4770 LGA1150 3.4GHz 8MB 84W 4 cores; Heatsink: Intel® E97378-001 Lga1155/1156; Memory: 4GB DDR3 1333 PC3-10600 (667MHz) Kingston*; Intel® SSD DC S3510 Series 480G SSD and Seagate* Savio* 10K SAS ST300MM006 Hard Drive; Mini-ITX Antec* chassis; 350W Power Supply

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