XMC Solid State Memory Card Product Manual V

Transcription

1 XMC Solid State Memory Card Product Manual V

2 Revision History Released Version Date Description Beta First Edition Copyright

3 参考 ANSI/VITA , Environments, Design and Construction, Safety, and Quality for Plug-In Units VITA 48.0 (Draft) Mechanical Specifications for Microcomputers Using Enhanced Ruggedized Design Implementation (ERDI) IEEE STD , IEEE Standard for a Common Mezzanine Card Family: CMC ANSI/VITA , Standard for XMC Card Family

4 Contents Content... Error! Bookmark not defined. 1. Overview Details Parameters Functional Diagram Function Instruction Destruction Function Performance Table Installation Instruction Hardware Installation X86 Platform BIOS RAID Configuration Drivers Installation Partition Configuration Boot-up Configuration Selection Guide Selection Table Optional Accessories Caution... Error! Bookmark not defined.

5 1. Overview Runcore Hurricane Series, the first generation of XMC solid state storage card, is generally in accordance with standard design VITA 42, using air cooling single card form, support two types of flash storage media SLC and MLC, capacity range - 32GB~128GB (SLC)and 32GB~512GB(MLC)respectively. RCH-I-MU3 series XMC solid state storage card is made of PCIe-SATA bridge chip and two SATA solid-state memory cell, which both of them support RAID functionality, is also compatible with 1-Lane 2.5Gb / s PCIe Transfer Protocol. It provides two equal sets of SATA SSD storage spaces, each set of space s write and read speed is up to 70MB/S. Using different operating system like Window, Linux and Vxworks, it then enable to do RAID0 (Stripe) and RAID1 (Mirror) mode of data transmission, which also provides the features such as superior performance and data security. Under the RAID0 (stripe) mode of data transition, its speed is up to 120MB/S. The storage card is using the industrial level of SATA SSD controller, which provides a reliable ECC standard. Using flash as the storage medium, it has a quite working performance. The storage is using a Loss balance algorithm and bad block management techniques to ensure that the users can access accurately and consistently. Flash s life is generally restricted by the number of times of accessing. In order to extend the life of the hard disk, one key self-destruction has integrated the benefits of balance of loss of special algorithm and bad block management algorithm, which ensure that the hard disk read and write cycles will cover all of the flash memory area. This algorithm can eliminate the repeated operation in one single memory area, which prevents the flash memory blocks in advance by wear and tear. Without power supplied, data in Runcore s solid state disk storage can still maintain up to 10 years validity. Under any certain circumstances, stored data can extend the retention period and there would not be any sudden loss. Compared with the mechanical hard drive, RCH-I-HU3 series XMC solid state storage card does not use any mechanical parts. It has a superior performance, high reliability and

6 low power consumption. It is able to adapt to a variety of flexible environment, which also has a broad application prospects in military aerospace defense.

7 2. Details 2.1 Parameter Table project parameter Physical specification Interface Dimension WxL Height XMC Pn5 74mmx149mm 10mm Weight <100g Identifiable SSD 2*SATA Voltage 3.3V Operating Power Static Power <5.5W <1.2W Capacity SSD Capacity SLC: 16GB~64GB 1 MLC: 16GB~256GB Total Capacity SLC: 32GB~128GB 2 MLC: 32GB~512GB Performance Single disk Sustained Write Speed Single Disk Sustained Read Speed RAID0 Sustained Write Speed SLC 70MB/s SLC 90MB/s SLC 120MB/s MLC 70MB/s MLC 90MB/s MLC 120MB/s

8 RAID0 Sustained Read Speed SLC 120MB/s MLC 120MB/s Compatibility Transfer protocol PCI Express Base Specification Revision 1.0a 1-lane 2.5Gbit/s PCI Express Driver Driver support for Windows 98, Windows Millennium, Windows NT 4.0, Windows 2000, XP, Windows 2003, Netware 5.1, 6.0, 6.5, Red Hat Linux 8.0, 9.0, SuSE Linux 8.1, 8.2 and United Linux 1.0; Optional for Vxworks Load type Air cooled mezzanine cards with faceplate I/O compatible with Air cooled host card and Conduction cooled host card with removable rib Environment Operating Temperature Humidity Altitude Thermal Standard (-20 ~+70 ) industrial level (-40 ~+85 ) 10% - 90% RH 12200m IEEE (Air Cooled) MIL-STD-810F\GJB150\GJB322A-98 Data security ECC Life Reliability 12bit/512Byte 10Year@500GB/day SLC 3Year@500GB/day MLC Data security RAID Configuration MTBF One key self-destruction (speed 5GB/S) Software RAID0 RAID1 1,000,000 hours

9 Standards MIL-STD-810F\GJB150\GJB322A-98 *1 128GB Q *2 256GB Q Functional Diagram XMC solid state storage card is made of two parts: PCIe Sata-RAID controller and two sets of SATA SSD. RAID controller PCIe industry protocol standard, is using the single channel transmission mode, and can be effectively compatible with a variety of computer platforms and operating systems. In addition, it can support these two kinds of configuration mode - both RAID0 and RAID1. These two sets of SATA SSD controller manage the 16 NAND Flash, compatible with SLC and MLC type of card with a maximum total capacity of up to 512GB, and provides a fast data elimination function keys.

10 2.3 Function instruction Thermal side Fixed hole 3.3V key hole Destruction switch LED2 LED1 LED3 Destruction key LED4 Items Function Description LED1 Memory Card Reader Instructions Read/Write Indicator light operation

11 LED2 LED3 LED4 Destruction Switch Destruction Key SSD0 status indicator SSD0 status indicator Destruction Status Indicator Self-Destruction Switch Destruction trigger button Valid SSD0 for RAID configuration light status Valid SSD1 for RAID configuration light status If the destruction switch is ON, the indicator light will OFF and eliminate When the switch is ON, the destruction function is enabled When the switch is OFF, the destruction function is disabled Press the button to start the destruction function. 2.4 Destruction Function The Destruction controller will trigger the destruction function, this process will quickly clear all of the data stored in the flash devices. This can be performed to different type of data even confidential data and will not cause any damage to the SSD. This method is simple and effective. Destruction speeds is up to 5GB / s, and can be applied to various fields with data security requirements. Destruction Mode Operation: 1 Connect to a power supply, to make the board in a working condition; 2 Switch ON, to enable the destruction function LED4 will lit; 3 Press the destruction key for 1 second, and hold it for about a second; 4 As the memory card is in destruction state, it has a destruction rate of 5GB/s; 5 When the destruction function is completed, SSD0 and SSD1 already in non-partitioned condition;

12 2.4 Performance Table XMC memory card, by making RAID0 configuration, has sustained read and write speeds of up to 140MB/s and 150MB/s. The following table shows a typical platform in the CPCIe sustained read and write 1 Flash type SSD0 Read/ Write Speed SSD1 Read / Write Speed RAID0 Read / Write Speed RAID1 Read / Write Speed 64GB MLC 124/83 125/89 144/ /57 128GB MLC 122/89 122/89 148/ /58 256GB MLC 122/94 122/93 144/ /55 32GB SLC 123/99 123/ / /59 64GB SLC 120/99 119/93 149/ /58 128GB SLC 123/ / / /60 *1 The practical performance differs as the number of card and application platform varies Test platform Motherboard Chipset CPU Memory HBA card Operating System Hardware Configuration Software Test Application Software configuration NI PXIe-1062Q NI PXIE-8130 AMD Hammer DDR2 IML & nvidia nforce Pro3600 AMD TL-66 PC DDR 1GB CPCIe HBA card WindowsXP Use BIOS for RAID configuration ATTO Bench32 Use BIOS for Raid configuration

13 3. Installation guide 3.1 Hardware installation 1 Depending on the application requirements, select the XMC board, which must meet the standard of air cooling structure, or according to section 2.3 to provide heat in the cooling side of metal strips. CPCIe Carrier board as shown: 2 XMC card will be completely assembled in the right side direction of the carrier board, and fasten the screws.

14 3 Installing the card into the computer system 3.2 X86 Platform BIOS RAID Configuration In the X 86 platforms, you can manage and setup the RAID by using BIOS RAID tools. During system boot-up and loading of operating system, the following window will appear for about 5 seconds, and then press CTRL+S or F4 to enter BIOS RAID and configure the interface.

15 RAID configuration tool interface is divided into four parts and a command line. In the main menu (upper left corner) of this window you can select what is going to be implemented: Create RAID Set:will create a new RAID component or allocate new location to hard disk drive Delete RAID Set:will delete the RAID component or remove the location from hard drive Rebuild RAID 1 Set:after a replacement of a hard drive, re-create the RAID1 Resolve Conflicts:after removing the hard disk, it will check for any errors in RAID

16 configuration drive ports, and RAID components will restore the normal working condition. Low Level Format:In removing a single hard drive does not format the hard drive nor allocate the remaining space. Logical Drive Info:it will show only the actual allocation of the buffer space of each RAID configuration information, and do not allocate the SATA adapter on the physical drive. Help section:in the upper right corner of the Help section, display context-sensitive help and status information. Physical Drive:Lower-left corner displays connection to the SATA adapter on the hard disk type and the capacity. Logical Drive:The lower right corner displays all hard drives connected to the controller Shows RAID components and JBOD hard drive under the system BIOS Spare hard disk, keeping the hard drive may lead to some conflict, and the BIOS may not recognize this as bad disk and it will be displayed at the bottom of this section. Useful command can be found at the bottom of the command line: Up and down arrows - to select a menu option or action ESC - back to the previous menu Enter to select any highlighted word Ctrl-E will exit configuration menu, depend on their operating condition. 3.3 Drivers Installation Please select the CD-ROM Driver according to the corresponding operating system. 3.4 Partition Configuration Based on RAID configuration and operating system, two completed SSD or two separate SSD can be identified after driver installation 1 In Windows and Linux operating system, it will only identify BIOS RAID configuration but in the case of no BIOS RAID acknowledged in the RAID configuration, it will be acknowledged as two separate storage devices.

17 2 In the Vxworks system, it will be acknowledged as two separate storage devices. In the case of two separate storage devices being acknowledged, it can use the software or operating system to provide the tools to acknowledged RAID0 (Stripe) or RAID1 (Mirror) operation, to increase the performance or security. IN addition, it can be partitioned of formatted based on the application requirements after the equipments acknowledged it. 3.5 Boot-up Configuration Memory card support the operating system to boot, the operating system installed can be used as guide for the memory card during the installation. 1. Computer boot-up, and enter the BIOS set-up. device. 2. Enter the BIOS boot option and set the memory card bootable

18 4. Selection Guide 4.1 Selection Table Products Model Type Interface Size Capacity Medium Temp. Destruction 1st Generation XMC Storage card RCH-I -M U M S C\I\W I 4.2 Optional Accessories PCIe to XMC Adaptor Model Standard Software RCB-XMC1-T2N PCIe 1Lane None Size

19 5 Caution 1 If the Destruction Function will not be used, place the switch into OFF-state to avoid it accidentally be switched.; 2 In inserting PMC carrier card to the memory card, please do not push it strong to avoid any damages on the connector; 3