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September 2010 |
The AccuGuard software bundled with RDX drives will come with the following license and instructions for downloading and activating the software.

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September 2010 |
| Motherboard Model: |
#SX8SILF Supermicro X8SIL-F
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| Motherboard BIOS version: |
1.1
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| Document Date: |
22 September 2010
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| Download: |
BIOS Files (Zip Format)
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Required Files
- A flash utility, this motherboard has an AMI BIOS and the
utility used is the AMI Firmware Update Utility. With Supermicro
motherboards the utility is made up of a batch file (ami.bat) and an
application (afudos.smc)
- The ROM image used by the flash utility for flashing the
BIOS chip. For Supermicro motherboards the filename will begin with part of the board model, e.g. X8SIL0.225.
Procedure 1A - Flashing the BIOS
- Create a bootable DOS-formatted USB drive.
- Copy or extract the required files onto the USB drive.
- Boot the computer from the USB drive, to bring up the Boot Menu for Asus boards press F8 when prompted.
- Make
sure you are in the folder containing all the necessary files, then use
the following command, changing the ROM image name to the one you have:
ami x8sil0.225
- The
first reboot will result in something similar to the following message: "The
CMOS has been reset; press F1 to enter setup or F2 to continue with
default settings". Press F1 and follow Procedure 2 (Step 2) below.
Procedure 2 - Configuring the BIOS
- Press the [Delete] key the during POST screen to enter BIOS setup.
- Go to the 'Exit' menu. Choose 'Load Optimal Defaults'.
- Below is a tree of the recommended settings
to change from the defaults. Some may vary depending on preference and
system build (for example you would not disable the Floppy controller if you had one installed).
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September 2010 |
| Motherboard Model: |
#1AP7P55DLX Asus P7P55D-E LX
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| Motherboard BIOS version: |
1602
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| Document Date: |
21 September 2010
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| Download: |
BIOS Files (Zip Format)
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Required Files
- A flash utility, this motherboard has an AMI BIOS and the
utility used is the AMI Firmware Update Utility. It will either be named
AFUDOS.exe or BUPDATER.exe.
- The ROM image used by the flash utility for flashing the
BIOS chip. For Asus motherboards the filename will end with 4 digits
representing the BIOS version and then the .rom extension.
Procedure 1A - Flashing the BIOS
- Create a bootable DOS-formatted USB drive.
- Copy or extract the 2 required files onto the USB drive.
- Boot the computer from the USB drive, to bring up the Boot Menu for Asus boards press F8 when prompted.
- Make sure you are in the folder containing both the application and
the ROM image, then use one of the following commands depending on the
name of the flash utility: bupdater /i1234.rom or afudos /i1234.rom, replacing 1234 with the rom file name.
- Once the programming is complete you can restart the computer.
- The
first reboot will result in the following message: "Please Enter Setup
to recover BIOS Setting, CMOS Date/Time Not Set ". Press F1 and follow Procedure 2 (Step 2) below.
Procedure 1B - Alternative method to Flash the BIOS
- Copy a valid ROM image to a USB drive and plug it into the computer, the flash utility isn't necessary.
- Press the [Delete] key during the POST screen to enter the BIOS setup.
- Go to the 'Tools' menu and then select 'Asus EZ Flash 2'
- Navigate to the ROM image and select it; the utility will confirm
that it is valid and ask if you want to go ahead with flashing the BIOS.
- Confirm that you do, then once it is finished flashing the BIOS it will automatically restart.
- As with Procedure 1A, the first reboot will result in the following message: "Please Enter Setup
to recover BIOS Setting, CMOS Date/Time Not Set ". Press F1 and follow
Procedure 2 (Step 2) below.
Procedure 2 - for configuring the BIOS
- Press the [Delete] key the during POST screen to enter BIOS setup.
- Go to the 'Exit' menu. Choose 'Load Setup Defaults'.
- Below is a tree of the recommended settings
to change from the defaults. Some may vary depending on preference and
system build (for example you would not disable the Serial Port if you where using the Serial Port header).
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September 2010 |
Introduction:
RAID monitoring is very helpful when administering servers or normal systems with RAID volumes as it allows almost immediate notification of errors as they happen, instead of finding out hours or even days later, minimising the time that the system is without data redundancy.
While Intel does have built in email notification with their Rapid Storage driver/application, it is not available when using a chipset older than the newer Intel 6 series. This guide will show you how to enable RAID email notifications to be sent using a third party application named Event Sentry. If you are using Windows Vista or newer, you can use the Task Scheduler included with Windows to get the same functionality as Event Sentry. See this guide for the step by step process to do so.
Setup:
As Intel RAID has no built in email notification we will be using a third-party application called Event Sentry which monitors the Event Log and sends email notifications when certain event types occur. The Free version allows one set of filters to be used, limiting it to a single purpose which is not an issue this case as we are only going to be using to monitor Intel RAID.
1) Download the installer from this link .
2) Run the installer, it is fairly straight forward; enter the email server and address details when asked.
3) Disable the autorun feature to prevent receiving Event Sentry news occasionally when you start up the system; the service will still run and send email alerts automatically (if you need to disable autorun after installation simply delete the Event Sentry entry from the Startup folder in the start menu). Also disable the Heartbeat Agent from installing as we will only be monitoring the local server in this example.
4) After finishing the installation start up Event Sentry from the Desktop or Start Menu shortcut; skip through the introduction wizard then disable the Tip of the Day and Online Resources if you no longer want to see them on startup.
5) For the most part you do not need to change the application settings; you will need to change the mail server settings if your outgoing mail server requires authentication. You can send a test email from this page to confirm that the email settings are correct.
6) You can also view the Event Viewer from the application; there are a few more options available including a quick online search option to find more information for the selected event. From here you can also create a filter, however in this case we will be creating them a different way.
7) Rename the Default filter package to whatever you like, in this case it will be called “Intel RAID”
8) Rename the ‘Warnings and Errors’ filter to something similar to Intel RAID as well, as this will be showing up in the title of the email notifications. Use the settings as pictured:
9) Next we need to create a filter to exclude the Intel Storage service startup from prompting email notifications otherwise you will get an email every time the system starts up. Right click the package name and select ‘Add Filter’ then fill in the settings seen below:
10) To add the Content Filter at the bottom click the + to the right of the text box and enter *started* as this will filter out both IAStorDataMgrSvc startup events.
11) Save the configuration from the ‘File’ menu or the button up the top left; if you are using Windows XP then the setup is complete. If you are using Windows Vista or 7 then you need to change the way the Intel Rapid Storage Technology service starts up.
12) By default it is set to a delayed automatic startup, as we want to be able to be notified even when there is no user logged on we need to change this to the normal automatic startup option. To do this right click 'Computer' in the start menu and select 'Manage'; from here select Services and Applications then Services from the left menu. Scroll down, right click “Intel Rapid Storage Technology” and select Properties. Change the Startup Type to ‘Automatic’. Confirm the changes and exit out.
13) To test that the filters are working as they should go to the Services utility and restart the Intel Storage service as this will prompt a “Service stopped successfully” event. If this causes an email notification to be sent, but the “Service started successfully” event that happens after does not then the filters are configured correctly.
If the filters are configured correctly and both the Event Sentry and Intel Storage services are set to Automatic it should notify you by email even when there is no user logged on. The only way to test this for certain would be to purposely cause a RAID event while logged off by temporarily removing a drive, this may not be possible in all cases unfortunately.
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September 2010 |
T-series was released in 2010 by ACTi and it has 3 major functional enhancements over the corresponding IP Megapixel models released previously. Externally they look the same.
1. H.264 compression- this reduces the video transmission loading on the connection between the camera and the recording server as well as the recording storage space
2. The user is able to set up 2 simultaneous streams based on a combination of H.264, MPEG4 or MJPEG. For example, H.264 for recording and MJPEG for mobile phone. The previous model also supports 2 simultaneous streams based on the same compression algorithm.
3. Wide Dynamic Range. This provides clearer images when the objects in the frame are subject to very big contrast of illumination. Without this feature, some objects will appear dark when the background is very bright.
The above is only a guide. We suggest that you refer to the ACTi website for the full specification or contact Compucon New Zealand for advice.
The T-series has a street price tag of about NZ$165 + GST above the standard IP Megapixel series.
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