SIIG SATA II PCIe RAID Quick Installation Manual
1
04-0389C
Introducing the SATA II PCIe RAID
The SATA II PCIe RAID is an ultra high-speed two
channel Serial ATA Generation II RAID controller for use
in PCI Express enabled systems.
Features and Benefits
• Compliant with PCI Express Base Specification 1.0A
• Compliant with Serial ATA 1.0 specifications with
support for full complement of SATA II optional
features
• PCI Express 1-lane (x1) SATA II adapter works with
PCI Express slots with different lane width
• Installs in any available PCI Express slot and
supports data transfer rates up to 3.0Gbps (300MBps)
• Supports Native Command Queuing (NCQ),
Non-zero offsets NCQ, and Out-of-order data
delivery NCQ
• Independent command fetch, scatter/gather, and
command execution
• Supports RAID 0 (striping) and RAID 1 (mirroring)
for speed and data protection respectively
System Requirements
• PCI Express-enabled system with one available PCI
Express slot
• Windows® 7 (32-/64-bit) / Vista (32-/64-bit) /
XP (32-/64-bit) / Server 2003 & 2008 (32-/64-bit) /
2000
SATA II PCIe RAID
Quick Installation Guide
2
Package Contents
• SATA II PCIe RAID
• Spare enhanced low profile bracket
• 2 Serial ATA data cables
• Dual-connector Serial ATA power cable
• Driver software CD
• Quick Installation Guide
Layout
Figure 1. SATA II PCIe RAID layout
* Note: Connect the hard disk drive activity LED
of the system case to the pins horizontally. This
connection is optional.
CH1
CH2
Hard Disk
LED Pins
(optional)*
HDD Activity
LED
Serial ATA
Connectors
3
Hardware Installation
General instructions for installing the card are provided
below. Since the design of computer cases and
motherboards vary, refer to your computer’s reference
manual for further information, if needed.
Static Electricity Discharge may permanently damage
your system. Discharge any static electricity build up in
your body by touching your computer case for a few
seconds. Avoid any contact with internal parts and
handle cards only by their external edges.
1. Turn OFF the power to your computer and any
other connected peripheral devices.
2. Unplug the power cord from the back of the
computer.
3. Remove your computer cover.
4. Remove the slot bracket cover from an available PCI
Express slot.
5. To install the card, carefully align the card's bus
connector with the selected PCI Express slot on the
motherboard. Push the board down firmly, but
gently, until it is well seated.
6. Replace the slot bracket holding screw to secure the
card.
7. Now go to Device Connection to connect your
Serial ATA hard disk drives.
Device Connection
The SATA II PCIe RAID is a two channel Serial ATA
controller that supports two Serial ATA hard disk drives.
It is recommended to use identical hard drives for all
RAID configurations, however, it's possible to combine
hard drives of different sizes and makes.
4
1. Install your hard disk drive(s) in the chassis.
2. Connect the Serial ATA hard disk drive to the system
power supply using the included Dual Connector
Serial ATA power cable.
Note: For hard drives with both SATA power
connector and legacy 5-pin connector, use either the
SATA power connector or the legacy 5-pin power
connector. Using both power connectors may
damage the hard drive.
3. Connect one end of the Serial ATA cable to the hard
disk drive.
Figure 2. Hard disk drive connections
4. Attach the other end of the Serial ATA data cable to the
Serial ATA connector on the SATA II PCIe RAID.
Figure 3. Connecting the Serial ATA data cable(s)
Serial ATA cable
Power cable
Serial ATA cable
5
5. Follow the same instructions to connect the second
hard drive. Device connection is now complete.
Note: If it is your desire to monitor disk activity of
the Serial ATA hard drives, you may at this time
connect the hard disk LED of the system case to the
Hard Disk LED Pins on the Serial ATA controller.
Figure 4. Connecting HDD LED
6. Replace the computer cover and reconnect the
power cord. Go to RAID Arrays to configure the
RAID BIOS.
RAID Arrays
RAID Arrays are setup in the SATA II PCIe RAID BIOS.
Find your RAID set from the table of contents.
Table of Contents
RAID 0 (striping)............................................ page 6-7
RAID 1 (mirroring).........................................page 7-8
Rebuilding a Failed Mirror Set.................... page 8-9
Deleting RAID Arrays ...................................... page 9
Resolving Conflicts ......................................... page 10
Low Level Format........................................... page 10
Logical Drive Info ........................................... page 10
6
RAID 0 (Striping)
This RAID array to be used on New/Blank hard drives.
Striping will destroy existing data on the hard drive.
Auto Configuration is recommended. For applications
that require custom chunk size, Manual Configuration
is offered.
Auto Configuration (recommended)
The default chunk size is 64k when selecting Auto
configuration.
1. As the BIOS boots press Ctrl+S or F4 when prompted
to enter the RAID BIOS.
2. At the next screen select Create RAID Set, then
press Enter.
3. Select RAID0, then press Enter.
4. Select Auto configuration, then press Enter.
5. Input the RAID size, press Enter.
6. When asked Are You Sure (Y/N)?, press Y to accept.
7. Press Ctrl+E to exit the BIOS.
8. When asked Are you sure to exit (Y/N)?, press Y to
exit and reboot.
9. Continue with Fdisk and Format steps as if you
were installing a conventional hard drive.
Manual Configuration
1. As the BIOS boots press Ctrl+S or F4 when prompted
to enter the RAID BIOS.
2. At the next screen select Create RAID Set, then
press Enter.
3. Select RAID0, then press Enter.
4. Select Manual configuration then press Enter.
7
5. Select chunk size from 8k, 16k, 32k, 64k or 128k,
then press Enter.
6. Select the first drive, press Enter.
7. Select the second drive, press Enter.
8. Input the RAID size, press Enter.
9. When asked Are You Sure (Y/N)?, press Y to accept.
10. Press Ctrl+E to exit the BIOS.
11. When asked Are you sure to exit (Y/N)?, press Y to
exit and reboot.
12. Continue with Fdisk and Format steps as if you
were installing a conventional hard drive.
RAID 1 (Mirror)
For New/Blank Hard Drives
1. As the BIOS boots press Ctrl+S or F4 when prompted
to enter the RAID BIOS.
2. At the next screen select Create RAID Set, then
press Enter.
3. At the next screen select RAID1 then press Enter.
4. Select Auto configuration, then press Enter.
5. Input the RAID size, press Enter.
6. When asked Are You Sure (Y/N)?, press Y to accept.
7. Press Ctrl+E to exit the BIOS.
8. When asked Are you sure to exit (Y/N)?, press Y to
exit and reboot.
9. Continue with Fdisk and Format steps as if you
were installing a conventional hard drive.
For Existing Hard Drives with Data
1. As the BIOS boots press Ctrl+S or F4 when prompted
to enter the RAID BIOS.
8
2. At the next screen select Create RAID Set, then
press Enter.
3. At the next screen select RAID1 then press Enter.
4. Select Manual configuration, then press Enter.
5. Select the Source drive, press Enter.
6. Select the Target drive, press Enter.
7. Select Create with data copy, then press Enter.
8. Select online copy, then press Enter.
Note: Selecting Online Copy builds the mirror
while in Windows. Selecting Offline Copy builds
the mirror before exiting the RAID BIOS.
9. Input the RAID size, press Enter.
10. Press Ctrl+E to exit the BIOS.
11. When asked Are you sure to exit (Y/N)?, press Y to
exit and reboot.
Rebuilding a Failed Mirror Set
When a failure to one member occurs, you will be notified
either by the RAID BIOS during boot or by the SATA
Raid5 GUI while in Windows. The steps below will
guide you in rebuilding a failed mirror set.
For Offline Mirror Rebuild (SATA RAID BIOS)
1. Replace the failed drive with one of equal or greater
capacity, then power on the computer.
2. During boot press Ctrl+S or F4 to enter the RAID
BIOS.
3. Select Create RAID Set press Enter.
4. Select SPARE DRIVE, then press Enter.
5. Select the single hard drive then press Enter.
9
6. Input the RAID size, press Enter. When asked Are
You Sure (Y/N)?, press Y to confirm.
7. Select Rebuild Raid 1 Set, press Enter.
8. When asked Are you sure (Y/N)?, press Y confirm.
The mirror will begin rebuilding. Do not interfere
with the process.
9. When rebuilding is finished, press Ctrl+E.
10. When asked Are you sure to exit (Y/N)?, press Y to
exit and reboot.
For Online Mirror Rebuild (in Windows)
1. Replace the failed drive with one of equal or greater
capacity, then power on the computer.
2. When Windows resumes, at the SATA SoftRaid 5
screen, click Legacy Support, Rebuild Legacy RAID
Group.
Note: If Legacy Support does not show, click File,
Configuration, Advanced Options. Check Legacy
(Bootable) Support, then click OK.
3. At Rebuild Legacy RAID Group box, hold down
the Ctrl key, select both hard drives, click Rebuild.
4. Click OK, then click Cancel to close the window.
5. Rebuild time may take several hours or more,
depending on the size of the mirror set.
Deleting RAID Arrays
1. As the BIOS boots press Ctrl+S or F4 when prompted
to enter the RAID BIOS.
2. Select Delete RAID Set, then press Enter.
3. Select the RAID set then press Enter.
4. When asked Are You Sure (Y/N)?, press Y to confirm.
10
Resolving Conflicts
When a RAID set is created, the metadata written to the
disk includes drive connection information. If, after a
disk failure, the replacement disk was previously part of
a RAID set (or used in another system), it may have
conflicting metadata. If so, this will prohibit the RAID set
from being either created or rebuilt, in order for the RAID
set to function properly, this old metadata must be first
overwritten with the new metadata. To resolve this, from
the main BIOS window select Resolve Conflicts, then
press Enter, the correct metadata, including the correct
drive connection information, will be written to the
replacement disk.
Low Level Format
Low Level Format is built into the RAID BIOS to make it
more convenient to erase the entire contents of a hard
disk drive, including data, drive and partition
information. The Low Level Format utility works on
single hard drives only, before the RAID set is configured.
Logical Drive Info
This menu item allows the display of the assignment of
physical drives within a logical set (RAID0, RAID1, etc.).
This is a display only function.
Loading...