How to Install VMware Beta 2.0

This article covers virturalization technology, obtaining VMware Beta 2.0, how to install VMware Beta 2.0, new key features and how to create your first virtual machine.

What’s Virtualization?

Virtualization technology enables you to run multiple virtual instances of a system within a single system or cluster of systems. The most popular and, in my opinion, the fastest-growing company to specialize in virtualization technology is VMware (VMW). VMware was founded in 1998 by Edouard Bugnion, Scott Devine, Diane Greene, Mendel Rosenblum, and Edward Wang.

Our Lab

For our tests we used very common commodity hardware. We simply used a desktop PC running Microsoft Windows XP Pro on a Pentium(R) D 3.20GHz with 2GB DDR.

New Key Features

Some new notable key features in VMware Beta 2.0 are:

  • New web-interface. Yep, that’s right, no more VMware Server Console to manage your VM’s. While I see this to have multiple Pro’s and Con’s the web interface has seemingly grown on me.
  • The new web access interface also comes with independent virtual machine consoles. This allows you to have multiple separate windows to view your running virtual machines.
  • New (but old) methodology. The new VMware Beta uses the term "Datastores" to describe locations for data. This is very similar to its big brother VMware ESX Server.
  • VMware Beta now supports USB 2.0 – transfer files faster!

Obtaining VMware Beta 2.0

  1. Open in a browser.
  2. Locate "Other Products" and hover over "Find a Product" and select "VMware Server"
  3. Locate the link that says "VMware Server 2.0" or click here.
  4. Click "Download Beta"
  5. Fill out all information on the registration page or use the seemingly new feature at the top prompting you to enter your email if you have already registered for a VMware product.
  6. Agree to the EULA (End User License Agreement) by pressing "Accept" at the bottom.
  7. You are now presented with the download page (finally right?) Take special note of the serial numbers in red.
  8. Select the download link that best suits your operating system preference
    (If it’s Windows I won’t be mad 🙂 )

    Q: Wait! Where’s the VMware Console Download?
    A: We’ll cover that later in the article. Don’t worry!

Installing VMware Beta 2.0

  1. Locate the file you previously downloaded and execute the installer.
    This article covers installing VMware Server 2.0 on Windows XP Pro.
  2. You are first presented with a progress bar, and then the infamous installation wizard.
    image image
  3. Press "Yes" to verify the MD5 sum of the downloaded package.
  4. After some waiting and some random screens and progress bars you are now presented with the VMware installer. Press "Next" to begin the installation process.
  5. Accept the license agreement once again.
  6. Insert your serial number as noted on the download page.
  7. Specify an alternate folder (if desired) and press "Next"
  8. You are now presented with FQDN (Fully Qualified Domain Name), Server HTTP Port, and Server HTTPS Port options for your installation. I would simply leave the defaults unless one of the ports conflicts with another application/server on your system.Installation in progress
  9. Press Next
  10. Select the defaults for shortcut creation and press "Next"
  11. Press "Install" to start the installation.
    (Ahh the infamous progress bar we all have grown accustomed to. Your installation would have been faster with a WD Raptor 10,000 RPM drive!)
  12. Once the installation has completed press "Finish".
  13. Press "Yes" (after saving all important work of course!) to reboot your system.


Creating Your First VM

Creating your first virtual machine is easy! This section will outline the basic setup and installation of your virtual machine and guest OS.

I guess now is a good time to describe what it means when you read about "Guest" and "Host" Operating Systems. A Guest Operating System is an OS which runs inside of a virtualized environment. A Host Operating System is an OS which runs all virtual machines. The Host Operating System in our lab is our Windows XP Pro machine.

Follow these steps to get you on your way to your first virtualized experience:

  1. Press Start -> Programs -> VMware -> Web Access -> Web Access
  2. Accept any SSL warnings are VMware uses self-signed SSL certificates (Hey, they’re free!)
  3. You are now presented with a login dialog that looks like this:
  4. Enter your computer login information (your username and password for your machine) and press Log In.
    After the initial screen loads you’re probably thinking "Woah, this is completely different!" and you couldn’t be more right. VMware is taking the whole web approach very seriously in this web-client.
  5. Here’s a quick snapshot of what you should see:
    (We, of course, have an existing VM already for testing purposes)
  6. Click image on the right to create a new VM.
  7. Configure the new VM
    1. Specify a name for the new VM
    2. Specify a location for the new VM (this standard datastore was created upon installation of VMware Server Beta.)
    3. Press Next
    4. Select your Guest Operating System.
      * Note: 64-bit support can only be enabled if your host system supports 64-bit technology.
    5. Press Next
    6. Specify the memory size. The recommended is usually acceptable when running VM’s in testing mode. For our Linux VM we’re sticking to 256MB.
    7. Select one processor unless you explicitly need two. Choosing two may cause more contention for available resources in more heavily-loaded systems.
    8. Press Next
    9. Press Next again to create a new virtual disk
    10. Specify the size of your disk.
      Use the virtual machine’s location for storing the disk.
    11. Press Next
    12. Press Next to add a network adaptor
    13. Choosing Bridged will allow the VM to have access to the same network as your host PC’s primary interface. This is a good choice for testing.
    14. Press Next
    15. Leave "Use a Physical Device" checked and press Next
    16. Uncheck "Connect at Power On" and press Next
    17. Click "Don’t Add a Floppy Drive"
    18. Click "Don’t Add a USB Controller"
    19. Press Finish to complete configuration/creation of the VM.

Installing your first guest

Installing your first guest operating system is easy. In the steps below we detail installing CentOS 4.6. The configuration of the actual guest is not important in this demonstration. Here’s how to install your first guest operating system:

  1. Obtain the ISO image file for your guest operating system.
  2. Open VMware Infrastructure Web Access
  3. Click once on the host system (your current machine host name) on the left.
  4. Click "Add Datastore" on the right to add our directory containing the installation media for our guest. You are now presented with the window shown here:
  5. Type in a name for the datastore, we picked "ISOS"
  6. Type the directory path, we used "C:\ISOS"
  7. Click OK at the bottom to save your changes.
  8. Click once on the guest we created earlier on the left
  9. Click once on the CD drive icon image and click "EDIT"
  10. Click the ISO Image option and select "Browse…"
  11. Select the ISOS datastore and select the ISO containing your guest operating system installation media.
  12. Click OK then click OK again.
  13. Click the start arrow at the top to start your new guest image

Install your guest operating system as you would on a physical machine. Use the console tab to continue your installation.



  • The Beta or "experimental" version of VMware server can be a bit flaky in testing. I have often noticed times when a VM (which previously ran perfect under VMware server 1.0.x) sporadically died or quit responding.
  • The Beta or "experimental" version has been known to expire. I believe they fixed this with the latest beta release (at the time of this writing). The previous versions were expiring leaving the user unable to power on VM’s and ultimately having to reinstall.
  • The Beta version also runs every VM in a slower "Information Gathering" mode. This debugging mode greatly affects performance. It is recommended to disable each VM’s debugging mode under "Configure VM" on the Advanced tab. Simply unclick the "Record runtime information" check box.
  • The Beta version also has not been extensively tested with Virtual Infrastructure Client but some functionality works. – An Internet Revolution

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Four types of internet connectivity

Dial-access modems

The operation of the dial-in access is simple. You connect to an ISP (Internet Service Provider) via dial modem. When you dial in you connect to the ISP as another user on their network. You use their lines to connect to the internet. The maximum data rate is 56kbit/sec but is restricted by the FCC to only 53kbit/sec. There are virtually no distance limitations, wherever a clear voice can be heard on a phone line you can dial in. One advantage of this service is that it is versatile, widely available but the disadvantage is that it is very slow by today’s standards. This connection would suit someone doing occasional browsing and checking e-mail. The service cost is ~$9-20 dollars a month.


DSL is a technology used by many major phone companies to bring high speed internet to your home with the existing phone lines inside your home. The maximum data rate that can be achieved with DSL is 8mbits/sec with ADSL (Asymmetric Digital Subscriber Line.) However, with VDSL (Very high bit rate Digital Subscriber Line) you can achieve up to 55mbits/sec. The main advantage of DSL is you can use your existing phone line at the same time you are on the internet. The disadvantage is that the speed is directly limited by distance from a central office. The type of user that would benefit from DSL is a person who wants high speed browsing, relatively fast downloads but who also is close to a central office. Approximate monthly costs range from $27.00 to $40.00.

Cable Modems

Cable internet is very fast and stable. Basically the network is around most residential and business areas. The cable internet (e.g. Roadrunner®) infrastructure is already there – mostly fiber optics in this area. This allows for a massive amount of bandwidth to flow through the cable system. The maximum speed able to be obtained over cable is 10mbits/sec as determined by the cable modem and service providers. The main advantage is always on high speed internet. A major disadvantage, in areas where the network throughput overall is low, is slow speed because it is a shared network. The type of user that would benefit from this connection would be someone wanting to play online games with low ping times, and enjoy high speed downloads. The approximate monthly cost is $30-$50 depending on the provider.

Satellite-based Internet Access

Satellite internet is very interesting, I personally have used it and it is conceptually a very good idea but the latency of the satellite can bring the good idea to a screeching halt. When you connect you either use a dial up modem (receive only internet) where you dial to a separate ISP, then you send out a request via dialup then a tunnel is created to your satellite provider so your upstream can communicate with the provider so the received information can be beamed to your house from the satellite. This whole process takes up to 800 milli-seconds! This is very unacceptable for everyday browsing, but the advantages to some people make the service worth it. The main advantage is for users who have no access to higher speed internet. The downstream is about 512kbit/sec which isn’t too bad. (I’ve achieved 150-200kbyte/sec with it) but it is unacceptable for the ping times. The main disadvantage is the sheer space between the satellite and your home and the provider takes time to beam info back. The type of user who would benefit from this technology would be someone in the middle of nowhere. The cost of the service varies; usually you can lease the equipment for $99 dollars a month including service. Or you can buy the equipment for about $500-$600 dollars.

IPtables Port Redirection

Here’s the command-by-command reference of how to forward TCP port 80 on the local host to a remote host ( on TCP port 8080.

# iptables -F
# iptables -X
# iptables -t nat -A OUTPUT -d -p tcp –dport 80 -j REDIRECT –to-ports 8080
# iptables -t nat -A PREROUTING -d -p tcp –dport 80 -j REDIRECT –to-ports 8080

# /etc/init.d/iptables save
# /etc/init.d/iptables restart
# chkconfig iptables on

How to configure a new port with VLAN (Cisco)

Here’s how to hot port 5 on VLAN 1081 on a Cisco Catalyst 2950.

# enable
# config t
# interface fastethernet0/5
# switchport access vlan 1081
# switchport mode access
# no shut
# exit
# exit
# wr (writes configuration)