9.If prompted, specify the IP address for the system.

The system prompts you for this address if you declined to use DHCP in Step 6. It also asks you whether the server is to be part of a subnet, and if you answer Yes it prompts you to provide the netmask of the subnet.

10.Specify whether you need IPv6 enabled, then follow the instructions on the screen.

11.Specify whether you want to to enable the Kerberos Security mechanism, then follow the instructions on the screen.

12.Specify the Name Service you want the server to use.

13.Specify the name of the Domain that the server will be part of.

14.Specify whether you want the system to search the network for a Name Server or to use a particular Name Server.

15.If you chose to use a particular Name Server, specify the Host Name and IP address of the Name Server, and then confirm the information you have provided.

16.Now go to the Name Server, and create entries in its network administration files for the system you have just been setting up.

17.When you come back to the system you are setting up, you will be prompted for the time and date information the system needs.

18.Finally, when prompted, give a password (if any) for users logging in as root. When you have provided the information the system needs, it will boot.

7.2.3Powering On a Standalone Server for the First Time

1.Connect the server to the power supply but do not power it on.

2.Set up a serial connection using the Serial A/LOM port (as described in Chapter 6).

3.At the lom> prompt, type the following command to power on the server:

lom> poweron

For more information about the lom> prompt and the commands that are available from it, see Chapter 8.

Chapter 7 Powering On the Sun Fire V120 or Netra 120 Server 7-5

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Sun Microsystems V120 manual Powering On a Standalone Server for the First Time

V120, 120 specifications

Sun Microsystems' V120 and 120 servers emerged as robust solutions in the early 2000s, catering primarily to small to medium-sized enterprises and branch offices. These servers were built to deliver reliable performance, ease of use, and efficient resource management, making them appealing choices for organizations aiming to balance performance with budgetary constraints.

One of the standout features of the Sun V120 server was its UltraSPARC III processor architecture. This powerful processing capability provided substantial improvements in processing power and energy efficiency, allowing users to run demanding applications and serve multiple users without a hitch. The UltraSPARC III architecture supported a 64-bit computing environment, enabling better memory utilization and rapid execution of high-volume transactions.

In terms of memory, the V120 could accommodate up to 32GB of DDR SDRAM. This significant memory capacity allowed for enhanced performance in data-intensive applications, facilitating smoother multitasking and reduced response times. The server supported dynamic reconfigurability, which meant system resources could be adjusted on-the-fly without shutting down operations, thus ensuring minimal downtime.

Storage solutions on the V120 were flexible and optimized for various requirements. The server offered options for internal hard drives for local storage, as well as configurations that supported external storage systems, providing users with a variety of scalability options. The inclusion of multiple SCSI and IDE interfaces allowed for better integration with existing IT infrastructure.

Networking capabilities in the V120 included integrated Ethernet interfaces, which supported both Fast Ethernet and Gigabit Ethernet options. This ensured seamless connectivity and sufficient bandwidth for network applications, while the server’s compact design made it easy to deploy within existing setups.

As for its operating systems, the V120 was compatible with Solaris, Sun's flagship UNIX-based operating system, which was celebrated for its scalability and reliability. Organizations could also run Linux distributions, further broadening the server's appeal and making it versatile for varied workloads.

Additionally, the V120’s design prioritized energy efficiency, which helped companies reduce operating costs and their environmental footprint. The server’s compact form factor allowed for efficient cooling and reduced space requirements.

In conclusion, the Sun V120 server, alongside the V120 model, represented a marriage of advanced technology, expansive features, and flexible deployment options. It provided businesses with a dependable platform for various applications, establishing itself as a valuable tool for organizations looking to leverage the power of enterprise computing without exorbitant costs.