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August 2013 |
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| Integrated Board |
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Key Features
8 Hot-plug System Nodes in 4U
Each node supports:
1. Intel® Xeon® processor E5-2600
family; QPI up to 8GT/s2. Up to 512GB DDR3 1600MHz ECC
Registered DIMM; 16x DIMM sockets3. Expansion slots: 1 PCI-E 3.0 x16 (LP)
1 PCI-E 3.0 x8 (Micro LP)4. I/O ports: 2 GbE ports, 1 Built-in video,
1 COM/Serial port, 2 USB 2.0 ports5. Built-in Server management tool
(IPMI 2.0, KVM/media over LAN) with
dedicated LAN port6. 6 Hot-swap 2.5" SATA HDD Bays7. 3 heavy duty internal fans8. 1620W Redundant Power Supplies
Platinum Level (94%) |
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| SYS-F617R2-RT+ |
- SuperServer F617R2-RT+ (Black)
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| CPU |
- Intel® Xeon® processor E5-2600 family (up to 130W TDP)
- Dual Socket R (LGA 2011)
* Please contact your Supermicro sales representative for additional details |
| Cache |
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| System Bus |
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| Memory Capacity |
- 16x 240-pin DDR3 DIMM sockets
- Supports up to 512 GB DDR3 ECC Registered memory (RDIMM)
- Supports up to 128 GB DDR3 ECC Un-Buffered memory (UDIMM)
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| Memory Type |
- 1600/1333/1066/800MHz ECC DDR3 SDRAM 72-bit, 240-pin gold-plated DIMMs
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| DIMM Sizes |
- 32GB, 16GB, 8GB, 4GB, 2GB, 1GB
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| Memory Voltage |
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| Error Detection |
- Corrects single-bit errors
- Detects double-bit errors (using ECC memory)
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| Chipset |
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| AHCI SATA |
- SATA 2.0 3Gbps with RAID 0, 1, 5, 10
SATA 3.0 6Gbps with RAID 0, 1
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| SCU SATA |
- SATA 2.0 3Gbps with RAID 0, 1, 10
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| IPMI |
- Support for Intelligent Platform Management Interface v.2.0
- IPMI 2.0 with virtual media over LAN and KVM-over-LAN support
- Nuvoton WPCM450 BMC
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| Network Controllers |
- Intel® i350 Dual Port Gigabit Ethernet
- Virtual Machine Device Queues reduce I/O overhead
- Supports 10BASE-T, 100BASE-TX, and 1000BASE-T, RJ45 output
- 1x Realtek RTL8201N PHY (dedicated IPMI)
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| Graphics |
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| AHCI SATA |
- 2x SATA 3.0 ports (6Gbps)
- 4x SATA 2.0 ports (3Gbps)
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| SCU SATA |
- 2x SATA 2.0 ports (3Gbps)
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| LAN |
- 2x RJ45 Gigabit Ethernet LAN ports
- 1x RJ45 Dedicated IPMI LAN port
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| USB |
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| VGA |
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| Serial Port / Header |
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| Form Factor |
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| Width |
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| Weight |
- Net Weight: 150 lbs (68.04 kg)
- Gross Weight: 200 lbs (90.71 kg)
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| Buttons |
- Power On/Off button
- System Reset button
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| LEDs |
- Power status LED
- Hard drive activity LED
- 2x Network activity LEDs
- System Overheat LED
- Power fail LED
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| PCI-Express |
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| Hot-swap |
- 6x Hot-swap 2.5" SATA HDD trays
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| 1x SAS2 / SATA backplane |
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| Fans |
- 3x 4cm 14k RPM middle fans
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| 1620W high-efficiency redundant power supply w/ PMBus |
| AC Input |
- 1000W Output @ 100-120V, 12-10A, 50-60Hz
- 1200W Output @ 120-140V, 12-10A, 50-60Hz
- 1620W Output @ 180-240V, 10.5-8A, 50-60Hz
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| DC Output |
- 1000W: +12V/84A; +5Vsb/4A
- 1200W: +12V/100A; +5Vsb/4A
- 1620W: +12V/150A; +5Vsb/4A
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| Certification |
 Platinum Certified
[ Test Report ] |
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| BIOS Type |
- 128Mb SPI Flash EEPROM with AMI BIOS
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| BIOS Features |
- Plug and Play (PnP)
- APM 1.2
- PCI 2.2
- ACPI 1.0 / 2.0
- USB Keyboard support
- SMBIOS 2.3
- UEFI
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RoHS
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| Environmental Spec. |
- Operating Temperature:
10°C to 35°C (50°F to 95°F)
- Non-operating Temperature:
-40°C to 70°C (-40°F to 158°F)
- Operating Relative Humidity:
8% to 90% (non-condensing)
- Non-operating Relative Humidity:
5% to 95% (non-condensing)
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August 2013 |
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Key Features
1. 5x 3.5" Hot-swap SATA Hard Disk
Drive Trays2. Fan Failure LED and Alarm3. Overheat LED4. Drive Activity LED5. Drive Failure LED6. 3x 5.25" Drive Bay Enclosure7. 9cm Cooling Fan Subsystem
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5" (127mm) |
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5.8" (147mm) |
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9.7" (245mm): with fan
7.7" (195mm): without fan |
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| Gross Weight |
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7.5 lbs (3.4kg): with package
6 lbs (2.6kg): mobile rack only |
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| Available Colors |
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Black |
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| 5x 3.5" Hot-swap SAS/SATA HDDs with SES2 |
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| LEDs / Alarms |
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• Fan Fail LED and Alarm
• Overheat LED Indication Alarm
• Drive Activity Indication and Alarm |
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| Chassis |
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• SC748 Series
• SC747 Series
• SC745 Series
• SC743 Series |
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August 2013 |
This guide is provided as a reference only. No support is provided; please follow at your own risk. A certain level of technical expertise is required.
The only reasons to secure erase is if there is a drastic speed decrease
from either a hard workload or a TRIM-less environment which you need
fix quickly or if your SSD is acting up. Otherwise TRIM and garbage
collection will take care of everything automatically.
Secure Erase issues the SSD controller firmware's pre-programed ATA
Securiy Erase Unit command. It applies a voltage spike at a specific
voltage to all of the NAND simultaneously flushing the stored electrons
from the flash memory cells, thus cleaning the NAND. Thus, when the
Secure Erase command is ran and the voltage to all the NAND is over 50%,
all the NAND is set to an erased to a unrecoverable state, speeds are
reset to default, and it is in ready to be written to state.
NOTE: This will use 1 P/E cycle on the SSD and you will lose all data on the SSD. Always backup data first.
- Download parted magic and make a bootable CD or USB (http://partedmagic.com/doku.php); Internal note: the .iso is available in L:\Parted Magic
- Prepare a system with preferrably a desktop motherboard with onboard SATA ports configured for AHCI mode under the BIOS.
- Boot the system with the bootable CD or USB
- Once booted, at the main screen go to Start > System Tools > Erase Disk
- Now select the "Internal:Secure Erase command writes zeroes to entire
data area" option which will write zeroes to your entire data area"
option
- Select the disk that you want to secure erase
- If you get a message stating that your SSD drive is "frozen," click the
Sleep button to put your PC to sleep, then wake up your system and start
over from Step 3. If you don't get this message, move on to Step 8. If you don't get the Sleep button follow the on-screen suggestions to issue the sleep command via the command prompt, then disconnecting and reconnecting the drive(s) - this has been tested to work fine in TSD.
- Some drives indicate that they have a password requirement. Leave the password as "NULL" and click OK.
- Now a verify window will pop up, select "Yes" to continue.
Note:
If it prompts you to use the "enhanced" or "advanced" method do not use
it, click no, it can write random data, and there is also the
possibility that it may access parts of the drive that it shouldn't! It
is basically an experimental, non-regulated setting that is meant to be
"more secure."
- This shouldn't take long on your SSD, most likely only a few seconds. Now you are done.
Freeze Locked:
Basically "Freeze Locking" your SSD will not let it be allowed to be
Secure Erased. If the UEFI/BIOS recognizes the SSD as plugged in at boot
up then it will lock it. If you plug in the SSD after the computer is
on then it will not be locked and it should be able to be Secure Erased
normally.
- If your SSD is being "Freeze Locked" or not showing up then try this:
You will get an option to put the PC to sleep, try that first then try to Secure Erase again
- If that still does not work:
When you put the PC into sleep mode make sure you have any USB devices
unplugged from the system and the Parted Magic USB/Live CD as well.
- If that doesn't work try below on top of the other suggestions:
- Reboot
- Enable AHCI mode in the UEFI/BIOS and "hot swap" on the SATA ports
- Save & exit
- Turn off the computer
- Unplug EVERYTHING on your SATA ports except for your CD/DVD drive
- Turn on and boot to Parted Magic
- When in the main GUI plug your SSD into a normal SATA 2 port
Source: http://www.overclock.net/t/1227597/how-to-secure-erase-your-solid-state-drive-ssd-with-parted-magic
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August 2013 |
The TRIM command allows an operating system to inform a solid-state drive (SSD) which blocks of data are no longer considered in use and can be wiped internally. It is used to counter the performance drops of Solid State Drives over time.
TRIM is only supported since Windows 7 and Windows Server 2008 R2 (NT 6.1). In addition it is only supported for ordinary AHCI drives.
To check if TRIM is enabled and supported on your system, please use the Administrator Command Prompt.
- Start a command prompt with elevated rights
- Execute the command fsutil behavior query DisableDeleteNotify and take a look at the result:
- DisableDeleteNotify = 0: This indicates that TRIM is enabled and working on the operating system.
- DisableDeleteNotify = 1: This means that TRIM is not enabled, and that SSDs will therefore not benefit from it.
- TRIM can be enabled using this command:
- fsutil behavior set DisableDeleteNotify 0
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August 2013 |
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This article discusses exit plans on the course of nature. The theme was prompted by a university distinguished astronomy professor (Chris Impey) and is about the end for all of us in a finite timeframe (How it ends). It is not fiction.
o Before we think about how we end, when did we begin? Based on fossils unearthed in Peking in 1929, human existed about 750000 years ago but other mammals did exist a lot earlier. How long will we live? The natural age may be 120 but the average life expectancy for New Zealand is only 79. We want to live longer and have been researching microbiology to find out how we can beat aging and building bionic men and women. When will we be ageless?
Let us change our attention to the Sun which gave birth to the Earth in the first place. The Sun is about 4.5 billion years old and is half way through its Hydrogen to Helium fission process. It will become hotter over the next few billion years and eventually become a red giant and then a white dwarf. When the Sun sneezes, the Earth catches cold. When the Sun sweats, the Earth catches fever. When will the Earth die of sunburn? Shall we move to another place in the solar system that is cooler? Unfortunately the habitable zone in any solar system is very narrow and we do not have many choices other than moving to another younger star. Fortunately we know that the habitable zone in the Milky Way is quite large, extending from 230 to 290 thousand light years from the core. We are located at 270 thousand light years and so there are plenty of rooms to move. We have measured the radiation spectrum of Earth from Mars and know that our brothers and sisters would equally need plenty of Oxygen to breathe, CO2 to form a greenhouse, and Ozone to filter out harmful ultraviolet from reaching us. There is hope.
(Hover mouse over slides to enlarge)
o A scientist Frank Drake did an estimation in 1961 and came up with somewhere between 1000 and 100 million civilisations in the Milky Way. NASA has since sent several path finders out. Voyager 1 and Voyager 2 were launched in 1977. They have done 36 years of flying (by 2013) and have got close to the edge of the solar system that is 2 light years from the Sun. Voyagers have been flying at 1/18th of the speed of light! When will we find the first habitable star or civilisation?
In the meantime, Milky’s biggest neighbour called Andromeda is approaching us at a speed of 300km/s. This is about 1/1000th of the speed of light and we will find a new home before Andy arrives in 3 billion years time. Our scientists have said the collision is definite and it is just a matter of time. During the event, we will either be ejected out of the galaxy or drawn in towards the core. Either way, we will die of homelessness.
Business Reflections
1. Business has existed in the Western world for about 500 years only. The average Fortune500 company lasts 50 years. The natural company life is 200 years. How long can our own business last? Does it end with us personally? A Business Week article has prescribed 4 efforts for longevity. They are cash independent (not relying on borrowing), learn and adapt all the time, have a strong identity, and very tolerant of everything.
2. Even newer than everything above are modern computers. Whether it is micro-molecular studies, bionic modelling, or Andromeda simulations, they all want computing power and endless amount of it. We can supply!
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