Memblaze FlashRAID - Revision history

Matthole: /* Customer installations */

2017-09-05T10:22:59Z

Customer installations

Matthole: /* Customer installations */

2017-09-05T10:17:11Z

Customer installations

Matthole: /* Customer installations */

2017-08-30T15:59:29Z

Customer installations

Matthole: /* Customer installations */

2017-08-30T15:43:55Z

Customer installations

Matthole: /* Fixnetic / HSBC */

2017-08-30T15:42:12Z

Fixnetic / HSBC

Matthole at 15:40, 30 August 2017

2017-08-30T15:40:51Z

Matthole at 15:30, 30 August 2017

2017-08-30T15:30:59Z

Matthole at 15:29, 30 August 2017

2017-08-30T15:29:51Z

Matthole: /* FlashRAID Intro */

2017-08-30T15:29:32Z

FlashRAID Intro

Matthole: /* FlashRAID Intro */

2017-08-30T15:24:59Z

FlashRAID Intro

@@ Line 182: / Line 182: @@
 OS Configuration list for the 1U
 BIOS settings:
--	We need the BIOS low-latency settings please:
+*	We need the BIOS low-latency settings please:
--	Disable Hyperthreading
+*	Disable Hyperthreading
--	Disable C-states
+*	Disable C-states
--	Disable C1e
+*	Disable C1e
--	Disable Monitor/MWait
+*	Disable Monitor/MWait
--	Nic optrom to efi
+*	Nic optrom to efi
--	Uefi boot options set.
+*	Uefi boot options set.
-−
--	 Also, from https://www.supermicro.com/products/nfo/files/Hyper-Speed/low_lat_jitter_opt_guide.pdf, please can the following be set from section 1.2:
+*	 Also, from https://www.supermicro.com/products/nfo/files/Hyper-Speed/low_lat_jitter_opt_guide.pdf, please can the following be set from section 1.2:
--	BIOS/IPMI  Optimizations
+	BIOS/IPMI  Optimizations
--	1.   Set “SuperMicro Hyper-Speed” at the highest, appropriate level
+.   Set “SuperMicro Hyper-Speed” at the highest, appropriate level
--	3.  Set “SuperMicro Hyper-Turbo” as “Enabled”
+.  Set “SuperMicro Hyper-Turbo” as “Enabled”
--	 4.   Set IPMI fan speed to FULL.
+.   Set IPMI fan speed to FULL.
--	5.   Disabling unused devices such as USB controllers and SCU controller (PCH chipset’s storage controller) can help reduce system interrupts.
+.   Disabling unused devices such as USB controllers and SCU controller (PCH chipset’s storage controller) can help reduce system interrupts.
--	HSBC require BOTH SolarFlare cards on Socket 1
+*	HSBC require BOTH SolarFlare cards on Socket 1
--	HSBC request ILO access
+*	HSBC request ILO access
--	Everything else as per the Standard and KDB configuration
+*	Everything else as per the Standard and KDB configuration
--	Spare SuperMicro LL3s should be Standard configuration
+*	Spare SuperMicro LL3s should be Standard configuration
--	Mouza kickstart file will roll out all filesystems, passwords and SSH keys.
+*	Mouza kickstart file will roll out all filesystems, passwords and SSH keys.
--	Check that the file system is as expected with df -h
+*	Check that the file system is as expected with df -h
--	Set hostname and IP address based on for bios server requirements list. You will need to match MAC address to hostname and IP`s.
+*	Set hostname and IP address based on for bios server requirements list. You will need to match MAC address to hostname and IP`s.
--	If HTC 240 then setup FlashRAID
+*	If HTC 240 then setup FlashRAID
 -	create

← Older revision		Revision as of 10:17, 5 September 2017
Line 179:		Line 179:

	</syntaxhighlight>		</syntaxhighlight>
		+
		+	OS Configuration list for the 1U
		+	BIOS settings:
		+	- We need the BIOS low-latency settings please:
		+	- Disable Hyperthreading
		+	- Disable C-states
		+	- Disable C1e
		+	- Disable Monitor/MWait
		+	- Nic optrom to efi
		+	- Uefi boot options set.
		+	-
		+	- Also, from https://www.supermicro.com/products/nfo/files/Hyper-Speed/low_lat_jitter_opt_guide.pdf, please can the following be set from section 1.2:
		+	- BIOS/IPMI Optimizations
		+	- 1. Set “SuperMicro Hyper-Speed” at the highest, appropriate level
		+	- 3. Set “SuperMicro Hyper-Turbo” as “Enabled”
		+	- 4. Set IPMI fan speed to FULL.
		+	- 5. Disabling unused devices such as USB controllers and SCU controller (PCH chipset’s storage controller) can help reduce system interrupts.
		+
		+
		+	- HSBC require BOTH SolarFlare cards on Socket 1
		+	- HSBC request ILO access
		+	- Everything else as per the Standard and KDB configuration
		+	- Spare SuperMicro LL3s should be Standard configuration
		+
		+	- Mouza kickstart file will roll out all filesystems, passwords and SSH keys.
		+	- Check that the file system is as expected with df -h
		+	- Set hostname and IP address based on for bios server requirements list. You will need to match MAC address to hostname and IP`s.
		+	- If HTC 240 then setup FlashRAID
		+	- create
		+
		+	- For the LL3s:
		+	- 4 x 480 GB SSD
		+	-
		+	- Build the filesystems under 1 VG as follows (RAID 5):
		+	-
		+	Capacity of 4x480 (RAID 5) = 1440Gb
		+	/ 128Gb
		+	/boot 0.5Gb
		+	/boot/efi 0.5Gb
		+	/opt 30Gb
		+	/var 100Gb
		+	/var/crash 128Gb
		+	/tmp 10Gb
		+
		+	/appvol 750GB
		+	/appvol/29west 50Gb
		+	/opt/eFX 145Gb
		+	/images 20Gb
		+	Swap 5GB
		+
		+	Total required 1362Gb
		+	Remaining 78Gb
		+	-
		+	- B1052o17
		+	-
		+	- For the HTC 240
		+	- 2 x 480 GB SSD
		+	- 4 x 1.6 TB NVMe (Raid 5)
		+	-
		+	- The RAID 1 below is used for the OS and the disk should be in a volgroup called VGRAID1H (/dev/mapper/VGRAID1H). Filesystems are xfs and its a minimal install.
		+	Internal disks (RAID 1)
		+	/ 128Gb
		+	/boot 0.5Gb
		+	/boot/efi 0.5Gb
		+	/opt 30Gb
		+	/var 100Gb
		+	/var/crash 128Gb
		+	/tmp 10Gb
		+	Swap 5GB
		+	Total 397Gb
		+
		+	NVMe (RAID 5)
		+	/appvol 1Tb
		+	/appvol/29west 50Gb
		+	/opt/eFX 145Gb
		+	/images 20Gb
		+
		+	Total 1.215TB
		+	-
		+	• Lsblk
		+	• Date
		+	• Timedatectl
		+	• Ssh?
		+	• Clear anaconda.cfg and original.cfg
		+	• Set ip, netmask and gateway
		+	• Ipmi set ips?
		+	echo "" > /etc/resolv.conf
		+	• chmod 700 ~/.ssh
		+	• chmod 600 ~/.ssh/authorized_keys
		+	• fdisk /dev/sp0md
		+	• mkfs.xfs /dev/sp0md/appvol
		+	• mkfs.xfs /dev/sp0md/appvol/29west
		+	• mkfs.xfs /opt/eFX
		+	• mkfs.xfs /images
		+	• History -c
		+
		+	NVMe (RAID 5)
		+	/appvol 1Tb
		+	/appvol/29west 50Gb
		+	/opt/eFX 145Gb
		+	/images 20Gb
		+
		+	Total 1.215TB
		+
		+

	Kickstart For the 2U (HTC 240`s)		Kickstart For the 2U (HTC 240`s)

@@ Line 297: / Line 297: @@
 # End final steps
 %end
 </syntaxhighlight>

← Older revision		Revision as of 15:43, 30 August 2017
Line 59:		Line 59:

	=== Fixnetic / HSBC ===		=== Fixnetic / HSBC ===
		+
		+	Kickstart for the 1U`s
		+
		+	<syntaxhighlight>
		+	# kickstart template for Fedora 8 and later.
		+	# (includes %end blocks)
		+	# do not use with earlier distros
		+
		+	#platform=x86, AMD64, or Intel EM64T
		+	# System authorization information
		+	auth --enableshadow --passalgo=sha512
		+	# System bootloader configuration
		+	bootloader --append=" crashkernel=auto" --location=mbr --boot-drive=sda
		+	# Partition clearing information
		+	clearpart --all --initlabel
		+	# Use network installation
		+	url --url=$tree
		+	# Use CDROM installation media
		+	#cdrom
		+	# Use text mode install
		+	text
		+	# Firewall configuration
		+	firewall --enabled
		+	# Run the Setup Agent on first boot
		+	firstboot --disable
		+	# System keyboard
		+	keyboard --vckeymap=us --xlayouts='us'
		+	# System language
		+	lang en_US.UTF-8
		+	# If any cobbler repo definitions were referenced in the kickstart profile, include them here.
		+	$yum_repo_stanza
		+	# Network information
		+	#$SNIPPET('network_config')
		+
		+	#Root password
		+	rootpw --iscrypted $6$xxH4NuTu7jXIy1Yx$RWUAfjNp5syVYc1BfqAH8f1wQf.eMmrtAx9XDXa.RH8EaN666Ao9RK8akr3pczg7ByKgTFatIL4JPFBk09sLK/
		+	# SELinux configuration
		+	selinux --disabled
		+	# Do not configure the X Window System
		+	skipx
		+	# System services
		+	services --enabled="chronyd"
		+	# System timezone
		+	timezone America/New_York
		+	# Install OS instead of upgrade
		+	install
		+	# Clear the Master Boot Record
		+	zerombr
		+	# Allow anaconda to partition the system as needed
		+	#autopart
		+
		+	part /boot --fstype=ext2 --size=477 --ondisk=sda
		+	part /boot/efi --fstype=vfat --size=477 --ondisk=sda
		+	part pv.01 --size=1 --grow --ondisk=sda
		+	volgroup myvg pv.01
		+
		+	logvol / --vgname=myvg --fstype=xfs --size=122070 --name=rootvol
		+	#logvol /boot --vgname=myvg --fstype=ext2 --size=477 --name=bootvol
		+	#logvol /boot/efi --vgname=myvg --fstype=vfat --size=477 --name=bootefivol
		+	logvol /opt --vgname=myvg --fstype=xfs --size=28610 --name=optvol
		+	logvol /var --vgname=myvg --fstype=xfs --size=95367 --name=varvol
		+	logvol /var/crash --vgname=myvg --fstype=xfs --size=122070 --name=varcrashvol
		+	logvol /tmp --vgname=myvg --fstype=xfs --size=9537 --name=tmpvol
		+	logvol /appvol --vgname=myvg --fstype=xfs --size=715256 --name=appvol
		+	logvol /appvol/29west --vgname=myvg --fstype=xfs --size=47684 --name=appvol29west
		+	logvol /opt/eFX --vgname=myvg --fstype=xfs --size=138283 --name=opteFXvol
		+	logvol /images --vgname=myvg --fstype=xfs --size=19074 --name=imagesvol
		+	logvol swap --vgname=myvg --fstype=swap --size=4768 --name=swapvol
		+
		+	%pre
		+	$SNIPPET('log_ks_pre')
		+	$SNIPPET('kickstart_start')
		+	#$SNIPPET('pre_install_network_config')
		+	# Enable installation monitoring
		+	$SNIPPET('pre_anamon')
		+	%end
		+
		+	%packages
		+	@^minimal
		+	@core
		+	chrony
		+	kexec-tools
		+	$SNIPPET('func_install_if_enabled')
		+	%end
		+
		+	%post --nochroot
		+	$SNIPPET('log_ks_post_nochroot')
		+	%end
		+
		+	%post
		+
		+	#copy ssh keys
		+	mkdir /root/.ssh
		+
		+	echo "ssh-dss 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 root@fixdev1" >> /root/.ssh/authorized_keys
		+
		+	echo "ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAABAQDdPfZVhag36/ykga36ahXuMO5uBEwHsco3PvVBQggIEjhElI/3t8ZWPje0Z8hfgwSAHcwdph0xp6qqiIPyzmgEZishdHpQOhyiBLcuAWk7Lt3u449ema1IGgfychLjqhBXhyYxSkXtXOFN0nw8AjVrdd0y16TGb8/UjE77dA1z5mQVi4SQLT5DVu/qHMwlvroev6H2UNNYqjHSNI6JPtD9WESD0pdj1+0HY/guTchClL7lwl7mauq5Yncy6bGELIJ/F9RH6/Hfg4WE9x12w6vYbjg0Oojp4m6/NrT/JT7+a7sxgkN9RMjmBvbn8RvnKfcyfEZs8cwY8F8wRArg4t/j root@fixadmin5" >> /root/.ssh/authorized_keys
		+
		+	%end
		+
		+	%post
		+	$SNIPPET('log_ks_post')
		+	# Start yum configuration
		+	$yum_config_stanza
		+	# End yum configuration
		+	$SNIPPET('post_install_kernel_options')
		+	#$SNIPPET('post_install_network_config')
		+	#$SNIPPET('func_register_if_enabled')
		+	#$SNIPPET('download_config_files')
		+	#$SNIPPET('koan_environment')
		+	#$SNIPPET('redhat_register')
		+	#$SNIPPET('cobbler_register')
		+	# Enable post-install boot notification
		+	$SNIPPET('post_anamon')
		+	# Start final steps
		+	$SNIPPET('kickstart_done')
		+	# End final steps
		+	%end
		+
		+	</syntaxhighlight>

	Kickstart For the 2U (HTC 240`s)		Kickstart For the 2U (HTC 240`s)

← Older revision		Revision as of 15:42, 30 August 2017
Line 60:		Line 60:
	=== Fixnetic / HSBC ===		=== Fixnetic / HSBC ===

−	For the 2U (HTC 240`s)	+	Kickstart For the 2U (HTC 240`s)
		+
		+	<syntaxhighlight>
		+	# kickstart template for Fedora 8 and later.
		+	# (includes %end blocks)
		+	# do not use with earlier distros
		+
		+	#platform=x86, AMD64, or Intel EM64T
		+	# System authorization information
		+	auth --enableshadow --passalgo=sha512
		+	# System bootloader configuration
		+	bootloader --append=" crashkernel=auto" --location=mbr --boot-drive=sda
		+	# Partition clearing information
		+	clearpart --all --initlabel
		+	# Use network installation
		+	url --url=$tree
		+	# Use CDROM installation media
		+	#cdrom
		+	# Use text mode install
		+	text
		+	# Firewall configuration
		+	firewall --enabled
		+	# Run the Setup Agent on first boot
		+	firstboot --disable
		+	# System keyboard
		+	keyboard --vckeymap=us --xlayouts='us'
		+	# System language
		+	lang en_US.UTF-8
		+	# If any cobbler repo definitions were referenced in the kickstart profile, include them here.
		+	$yum_repo_stanza
		+	# Network information
		+	#$SNIPPET('network_config')
		+
		+	#Root password
		+	rootpw --iscrypted $6$xxH4NuTu7jXIy1Yx$RWUAfjNp5syVYc1BfqAH8f1wQf.eMmrtAx9XDXa.RH8EaN666Ao9RK8akr3pczg7ByKgTFatIL4JPFBk09sLK/
		+	# SELinux configuration
		+	selinux --disabled
		+	# Do not configure the X Window System
		+	skipx
		+	# System services
		+	services --enabled="chronyd"
		+	# System timezone
		+	timezone Europe/London
		+	# Install OS instead of upgrade
		+	install
		+	# Clear the Master Boot Record
		+	zerombr
		+	# Allow anaconda to partition the system as needed
		+	#autopart
		+
		+	part /boot --fstype=ext2 --size=477 --ondisk=sda
		+	part /boot/efi --fstype=vfat --size=477 --ondisk=sda
		+	part pv.01 --size=1 --grow --ondisk=sda
		+	volgroup VGRAID1H pv.01
		+
		+	logvol / --vgname=VGRAID1H --fstype=xfs --size=122070 --name=rootvol
		+	#logvol /boot --vgname=VGRAID1H --fstype=ext2 --size=477 --name=bootvol
		+	#logvol /boot/efi --vgname=VGRAID1H --fstype=vfat --size=477 --name=bootefivol
		+	logvol /opt --vgname=VGRAID1H --fstype=xfs --size=28610 --name=optvol
		+	logvol /var --vgname=VGRAID1H --fstype=xfs --size=95367 --name=varvol
		+	logvol /var/crash --vgname=VGRAID1H --fstype=xfs --size=122070 --name=varcrashvol
		+	logvol /tmp --vgname=VGRAID1H --fstype=xfs --size=9537 --name=tmpvol
		+	#logvol /appvol --vgname=VGRAID1H --fstype=xfs --size=715256 --name=appvol
		+	#logvol /appvol/29west --vgname=VGRAID1H --fstype=xfs --size=47684 --name=appvol29west
		+	#logvol /opt/eFX --vgname=VGRAID1H --fstype=xfs --size=138283 --name=opteFXvol
		+	#logvol /images --vgname=VGRAID1H --fstype=xfs --size=19074 --name=imagesvol
		+	logvol swap --vgname=VGRAID1H --fstype=swap --size=4768 --name=swapvol
		+
		+	%pre
		+	$SNIPPET('log_ks_pre')
		+	$SNIPPET('kickstart_start')
		+	#$SNIPPET('pre_install_network_config')
		+	# Enable installation monitoring
		+	$SNIPPET('pre_anamon')
		+	%end
		+
		+	%packages
		+	@^minimal
		+	@core
		+	chrony
		+	kexec-tools
		+	$SNIPPET('func_install_if_enabled')
		+	%end
		+
		+	%post --nochroot
		+	$SNIPPET('log_ks_post_nochroot')
		+	%end
		+
		+	%post
		+
		+	#copy ssh keys
		+	mkdir /root/.ssh
		+
		+	echo "ssh-dss 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 root@fixdev1" >> /root/.ssh/authorized_keys
		+
		+	echo "ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAABAQDdPfZVhag36/ykga36ahXuMO5uBEwHsco3PvVBQggIEjhElI/3t8ZWPje0Z8hfgwSAHcwdph0xp6qqiIPyzmgEZishdHpQOhyiBLcuAWk7Lt3u449ema1IGgfychLjqhBXhyYxSkXtXOFN0nw8AjVrdd0y16TGb8/UjE77dA1z5mQVi4SQLT5DVu/qHMwlvroev6H2UNNYqjHSNI6JPtD9WESD0pdj1+0HY/guTchClL7lwl7mauq5Yncy6bGELIJ/F9RH6/Hfg4WE9x12w6vYbjg0Oojp4m6/NrT/JT7+a7sxgkN9RMjmBvbn8RvnKfcyfEZs8cwY8F8wRArg4t/j root@fixadmin5" >> /root/.ssh/authorized_keys
		+
		+	%end
		+
		+	%post
		+	$SNIPPET('log_ks_post')
		+	# Start yum configuration
		+	$yum_config_stanza
		+	# End yum configuration
		+	$SNIPPET('post_install_kernel_options')
		+	#$SNIPPET('post_install_network_config')
		+	#$SNIPPET('func_register_if_enabled')
		+	#$SNIPPET('download_config_files')
		+	#$SNIPPET('koan_environment')
		+	#$SNIPPET('redhat_register')
		+	#$SNIPPET('cobbler_register')
		+	# Enable post-install boot notification
		+	$SNIPPET('post_anamon')
		+	# Start final steps
		+	$SNIPPET('kickstart_done')
		+	# End final steps
		+	%end
		+	</syntaxhighlight>

← Older revision		Revision as of 15:40, 30 August 2017
Line 53:		Line 53:
	* RAID 5		* RAID 5
	* RAID 6		* RAID 6
		+
		+
		+
		+	== Customer installations ==
		+
		+	=== Fixnetic / HSBC ===
		+
		+	For the 2U (HTC 240`s)

← Older revision		Revision as of 15:30, 30 August 2017
Line 17:		Line 17:
	* Virtual disk management		* Virtual disk management
	* Error monitoring and reporting		* Error monitoring and reporting
		+
		+	== Supported OS ==
		+
		+	Supported Operation System The standard operation systems FlashRAID supported are listed as below table.
		+
		+	{\| class="wikitable"
		+	! Distribution
		+	! Version
		+	! style="font-style: italic;" \| Note
		+	\|-
		+	\| CentOS
		+	\| 6.5,6.6,7.0,7.1
		+	\| 7.1 inbox driver has better support for hot plug.
		+	\|-
		+	\| Red Hat Enterprise Linux
		+	\| 6.5,6.6,7.0,7.1
		+	\| Memblaze NVMe driver is recommend for PblazeIV
		+	\|}
		+
		+	== Supported Drives ==
		+
		+	Supported Disk Drives FlashRAID is specially designed for high speed NVMe SSD, but it can also support other disk drives. The disk drives that FlashRAID supports are:
		+	* NVMe SSD
		+	* PCIe SSD
		+	* SATA SSD
		+	* SAS SSD
		+	* SATA HDD
		+	* SAS HDD
		+
		+	== Supported RAID levels ==
		+
		+	Supported RAID Level Currently the RAID level that FlashRAID supported are:
		+	* RAID 0
		+	* RAID 1
		+	* RAID 5
		+	* RAID 6

← Older revision		Revision as of 15:29, 30 August 2017
Line 17:		Line 17:
	* Virtual disk management		* Virtual disk management
	* Error monitoring and reporting		* Error monitoring and reporting
−
−	~~Supported Operation System The standard operation systems FlashRAID supported are listed as below table.~~
−
−	~~{\| class="wikitable"~~
−	~~! Distribution~~
−	~~! Version~~
−	~~! style="font-style: italic;" \| Note~~
−	\|-
−	~~\| CentOS~~
−	~~\| 6.5,6.6,7.0,7.1~~
−	~~\| 7.1 inbox driver has better support for hot plug.~~
−	\|-
−	~~\| Red Hat Enterprise Linux~~
−	~~\| 6.5,6.6,7.0,7.1~~
−	~~\| Memblaze NVMe driver is recommend for PblazeIV~~
−	\|}
−
−	~~Supported Disk Drives FlashRAID is specially designed for high speed NVMe SSD, but it can also support other disk drives. The disk drives that FlashRAID supports are:~~
−	* NVMe SSD
−	* PCIe SSD
−	* SATA SSD
−	* SAS SSD
−	* SATA HDD
−	* SAS HDD
−
−	~~1.3 Supported RAID Level Currently the RAID level that FlashRAID supported are:~~
−	* RAID 0
−	* RAID 1
−	* RAID 5
−	* RAID 6

@@ Line 20: / Line 20: @@
 Supported Operation System The standard operation systems FlashRAID supported are listed as below table.
-Distribution Version Note CentOS 6.5, 6.6, 7.0 and 7.1 7.1 in-box driver has better support for hot-plug. Memblaze NVMe driver is recommended for PblazeIV. Red Hat Enterprise Linux 6.5, 6.6, 7.0 and 7.1 For non-standard Linux operation systems, please contact Memblaze FlashRAID team flashraid@memblaze.com to get the customized installation files.
+{| class="wikitable"
 Supported Disk Drives FlashRAID is specially designed for high speed NVMe SSD, but it can also support other disk drives. The disk drives that FlashRAID supports are:

← Older revision		Revision as of 15:24, 30 August 2017
Line 17:		Line 17:
	* Virtual disk management		* Virtual disk management
	* Error monitoring and reporting		* Error monitoring and reporting
		+
		+	Supported Operation System The standard operation systems FlashRAID supported are listed as below table.
		+
		+	Distribution Version Note CentOS 6.5, 6.6, 7.0 and 7.1 7.1 in-box driver has better support for hot-plug. Memblaze NVMe driver is recommended for PblazeIV. Red Hat Enterprise Linux 6.5, 6.6, 7.0 and 7.1 For non-standard Linux operation systems, please contact Memblaze FlashRAID team flashraid@memblaze.com to get the customized installation files.
		+
		+	Supported Disk Drives FlashRAID is specially designed for high speed NVMe SSD, but it can also support other disk drives. The disk drives that FlashRAID supports are:
		+	* NVMe SSD
		+	* PCIe SSD
		+	* SATA SSD
		+	* SAS SSD
		+	* SATA HDD
		+	* SAS HDD
		+
		+	1.3 Supported RAID Level Currently the RAID level that FlashRAID supported are:
		+	* RAID 0
		+	* RAID 1
		+	* RAID 5
		+	* RAID 6