Integral 120GB SSD
Contents
1. Ground Ground No connect No connect No connect Note 1 The DAS signal may be optionally connected to GND if an LED 15 not being used Integral Series 2 SATA 2 5 MLC SSD Technical Datasheet Commands Table 6 Supported ATA Command Set Command Name Command Description Code hex CHECK POWER MODE 0 CHECK POWER MODE E5 DEVICE CONFIGURATION 1 2 FLUSH CACHE KE 7 FLUSH 1 KER IDLE IMMEDIATE 1 J IDLE IMMEDIATE 7 NOP KON READ BUFFER 7 READBUFFERDMA 1 J PREADDMA 1 0 8 READ DMAEXT 7 058 READ DMA withoutretries 17 009 READ FPDMA QUEUED 7 00 READLOGDMAEXT 1 READLOGEXT 1 F PREADMULTIPLE 1 04 READMULTIILEEXT o2 42 READ NATIVE MAXADDRESS READ NATIVE MAX ADDRESSEXT 27 2 READ SECTORS 1 OO READSECTOBSEXT KAP READ SECTORS without retry 1 0 READ VERIFY SECTORS 040 READ VERIFY SECTORSEXT 2 2 READ VERIFY SECTORS without retry 41 0 S PRECALIBRATE 7 obo 7 REQUEST SENSE DATAEXT 3 2 SECURITY DISABLE PASSWORD OxF6 SECURITY ERASE PREPARE J gt SECURITY ERASE UNIT OF 7 SECURITY FREEZE LOCK 1 05 2 SECURITY SET PASSWORD 2 SECURITY UNLOCK 2 7 J SET 7 S2. integral STORAGE TECHNICAL DATASHEET Integral P Series 2 SATA 2 5 Inch Specification Rev A Integral Series 2 SATA 2 5 MLC SSD Technical Datasheet Features Notes SATA 2 6 Compliant 3Gb s support and 1 5Gb s support ATA modes supported modes 3 and 4 Multiword DMA modes 0 1 2 Ultra DMA modes 0 1 2 3 4 5 6 Industry standard 512 byte sector size support Hot plug capable Ultra efficient Block Management amp Wear Leveling Intelligent Recycling for advanced free space management RoHS compliant package S M A R T Self monitoring analysis and reporting technology command set Performance lifetime Sequential READ up to 285 MB s 128K Sequential WRITE up to 280 MB s 128K Random READ up to 30K IOPs 4K Random WHITE up to 30K IOPs 4 Endurance Total bytes written TBW Upto 5PB Reliability MTBF PoH 2 million device hours Upto 24 9 bit Symbols Correction per 512 9 bit Symbol Static and dynamic wear leveling Non recoverable Read Errors Less than 1 sector per bits read 10 16 power consumption 2 5W AVE Mechanical electrical Standard SATA connector power 10 2 5 inch drive 100 mm 69 75mm 9 5mm Weight 81g Operating temperature 0 C to 70 C Humidity operating 5 to 95 RH Shock and vibe 1500G 0 5ms 2 500HZ at 3 1G Capacity 60GB 120GB 240GB 1 Typical per
3. earlier under the following conditions e Power on hours 8 760 per year e Operating time 100 of power on hours e Active Idle duty cycle 90 of the time e Environmental temperature altitude humidity and voltage within operating ranges e The drive should be protected from electrostatic discharge ESD e The product life does not represent any warranty or warranty period Applicable warranty and warranty period are covered by the purchasing agreement e Note Product life is defined as time in service at systems conditions while maintaining compliance to the MTTF specification for the device Mean Time Between Failures Mean time between failures MTBFs for the SSD can be predicted based on the component reliability data using the methods referenced in the Telcordia SR 332 reliability prediction procedures for electronic equipment Table 9 Drive MIBFs MTBF Operating Hours 1 e 21 1 5 million e ___ 6008 1 5 million 7 240 1 5 million Note 1 A mean time between failure MTBF of 2 0 million hours is based on population statistics that are not relevant to individual units Integral Series 2 SATA 2 5 MLC SSD Technical Datasheet Preventive Maintenance Not Applicable No preventative maintenance is required Unauthorized maintenance to the SSD will void the warranty Endurance The endurance is a function of the PE cycles of the flash devices used the Write Amplification WA of the co
4. ET MAX ADDRESS SET MULTIPLE MODE 1 06 0 SET NATIVE MAX ADDRESS EXT 097 SLEEP KD SLEEP KE SMART KBD STANDBY KE o J Js STANDBY IMMEDIATE o 2 STANDBY IMMEDIATE WRITE BUFFER 1 WRITE BUFFER 1 KER PWRITEDMA 7 PWRITEDMAEXT Integral Series 2 SATA 2 5 MLC SSD Technical Datasheet Smart Attributes Table 7 S M A R T Attributes Reliability Tracking Mobile 86068 2 gt 8680 Rate TX _ 2 Usage Statistics Supercap Monitoring Wear Leveling Internal Reserved Internal Reserved Integral Series 2 SATA 2 5 MLC SSD Technical Datasheet Reliability Integral SSDs incorporate advanced technology for defect and error management The Controller uses various combinations of redundant storage elements hardware based error correction algorithms and firmware based static and dynamic wear leveling algorithms Over the life of the SSD uncorrectable errors may occur An uncorrectable error is defined as data that is reported as successfully programmed to the SSD but when it is read out of the SSD the data differs from what was programmed Table 8 Uncorrectable Bit Error Rate Uncorrectable Bit Error Rate Operation 02 lt 1 sector per 1016 bits read Read The product life is at least 5 years or 43 800 power on hours whichever comes
5. formance numbers as measured using lometer with a queue depth of 32 and write cache enabled 2 The product shall achieve a mean time between failure MTBF of 2 0 million hours which are based on population statistics that are not relevant to individual units 3 1GB 1 billion bytes 1000 Integral Series 2 SATA 2 5 MLC SSD Technical Datasheet Dimensions 4 M3x0 5 6H Mounting Holes MIN Full Thread 3 mm 61 72 mm 76 6 14 mm 100 4 M3x0 5 6H Mounting Holes MIN Full Thread 3 mm 9 5 mm 3mm Figure 1 Integral P Series 2 SATA 2 5 SSD Housing Integral Series 2 SATA 2 5 MLC SSD Technical Datasheet Architecture Integral s solid state drive SSD employs a single chip controller with a SATA interface on the system side and up to 16 channels of NAND Flash internally asa Sao Sot ee SF 1200 SATA Controller bee ee SATA Connector Activity Fault gt Input Voltage Supervisor Core Power regulator Figure 2 SATA Connections Logical Block Address Configuration The drive is set to report the number of logical block addresses LBA that will ensure sufficient storage space for the specified density Standard LBA settings based on the IDEMA standard LBA1 02 are shown below Capacity The capacity is reported as a decimal co
6. ntroller and the usage model of the application Table 10 gives the Write life in TeraBytes TB for the best case WA for the Controller used in this Integral SSD drive and a WA that is more typical of other drives in the industry Actual WA for a particular application can be determined using the S M A R T attributes Table 10 Drive lifetime User Standard MLC based Write Life w MLC Capacity part numbers WA 5 WA 6 TB TB 60 INSSD60GS25MXP2 INSSD120GS25MXP2 1280 106 7 INSSD240GS25MXP2 2560 Electrical Characteristics Table 11 SATA Typical Power Consumption Write Read 60 64 7 117 231 408 468 862 128 Table 12 Absolute Maximum Ratings Symbol Min 1 Voltage Input 5 Non operating Temperature 40 1 Relative Humidity 1 1 1 1 5 Table 13 Shock and Vibration Specification Operating shock 1500 G 0 5ms Operating Vibration 2 500 Hz at 3 1G 10 Integral Series 2 SATA 2 5 MLC SSD Technical Datasheet Compliance Integral SSDs comply with the following e ROHS green e CE Europe EN55022 2006 Class B and EN55024 1998 A1 2001 2 2003 e FCC Title 47 Part 15 ICES 003 all Class 11
7. unt of Bytes The capacity is determined using the industry standard method as defined by the International Drive Equipment Manufacturers Association IDEMA Drive capacity is calculated with the following equation SSD Capacity in Gbytes UserAddressableLBAcount 21168 1953504 Equation 1 IDEMA user capacity calculation Integral Series 2 SATA 2 5 MLC SSD Technical Datasheet Table 1 Integral P Series 2 SSD drive Configurations User Raw Wear Level LBA Count Capacity Capacity Provisioning 10007 1 m 117 231 408 234 441 648 468 862 128 Performance Table 2 Series 2 55 Drive Configurations ae es rsr Read Write Read Write Capacity MB s MB s IOPS IOPS E 000 5 25 275 gt 30 30K 100usec 100 psec 100 psec Table 3 Nominal Dimensions and Weights SigalNam ype O Description Height mm Width 69 85 mm Length mm Unit weight Integral Series 2 SATA 2 5 MLC SSD Technical Datasheet Interface Connectors Integral SSD uses the industry standard 2 5 SATA connector as defined by SATA IO The pin out of the signal segment is shown in Table 4 and the pin out of the power segment is shown in Table 5 Power Signal Segment Segment Figure 3 SATA Connections Table 4 Signal Segment pin assignments Ground A transmit A transmit ANN B receive Ground Table 5 2 5 Inch SATA Power Segment Pin Assignments GND Ground
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