Configuring the ram-san, The ram-san monitor, Configuring the ethernet port – Texas Memory Systems RAM-SAN 520 User Manual
Page 12: Configuring luns, Chapter 4 – configuring the ram-san -1, 1 the ram-san monitor -1, 2 configuring the ethernet port -1, 3 configuring luns -1, Chapter 4 – configuring the ram-san, Ram-san

 
 
Chapter 4 – Configuring the RAM-SAN
 
This chapter focuses on configuring the RAM-SAN. This includes configuring the Ethernet parameters, resizing LUNS, and 
performing LUN Masking. 
 
4.1 The RAM-SAN Monitor
The RAM-SAN is managed through an interactive command tool. The management software is accessed over Ethernet or 
the serial port on the RAM-SAN. See section 2.4 for more information on connecting the hardware. 
 
4.2 Configuring the Ethernet Port
The Ethernet port may be configured using automatic IP address assigned via bootp or rarp. Consult with your system 
administrator for the proper procedure in this type of network configuration. 
 
The following procedure may be used to statically set the IP from the serial port: 
 
1. Using the serial cable provided connect the management port to a serial port on a computer or dumb terminal.
The serial settings should be 9600 baud, 8 data bits, no parity, and 1 stop bit.
2. Make sure the power cable is connected to the RAM-SAN and turn it on. 
3. You should see messages on the console that show the power-on stages. 
4. Once you see the ‘ram-san>’ prompt, enter the ‘ipconfig’ command. If you are using an automated IP 
assignment such as reverse address resolution protocol (rarp) then select 2. Otherwise the static IP selection 
will prompt you for your IP, subnet mask, and gateway. Pressing return without any input will automatically 
pick the default value. The output from the ‘ipconfig’ command looks like this: 
 
ram-san> ipconfig 
1. Static IP
2. Rarp or Bootp
Select: 1
Ethernet IP address [255.255.255.255]: 192.94.231.201
Ethernet subnet mak [255.255.255.0]: 
Ethernet gateway [255.255.255.255]: 
ram-san> 
 
5. NOTE: Type ‘reboot soft’ to reboot the RAM-SAN in order for the changes to take effect.
4.3 Configuring LUNS
The RAM-SAN is extremely versatile because it supports a variety of configurations and access control methods. The 
factory default configuration assumes no LUN masking and equal LUN sizes for each Fibre Channel port. For example, if 
you have an 8 GB system with 2 Fibre Channel ports, each port will only have access to one 4 GB LUN. Any host computer 
attached to the same Fabric as the RAM-SAN will see two 4 GB drives. 
 
 
4 Gigabyte drive
FC21
FC21
4 Gigabyte drive
 
 
 
8 Gigabytes 
System 
Memory 
 
 
 
Fibre Channel 
ports 
 
 
RAM-SAN 
 
 
 
 
 
RAM-SAN User’s Guide
Texas Memory Systems, Inc. (February 7, 2003)
4-1
