What is ip subnet-zero?
144503
or...if instead you are asking what the 0 in a 'subnet mask' stands for...\n\nan IP address is divided into 2 parts to help speed things along in a network...the Network portion and the Node portion (the individual PC's or network devices.)  The 'subnet mask' is used to designate the 2.\n\nThe Portion of the 'Subnet Mask' that is NON-zero is considered the 'Network' portion, while any zeros are the Nodes.\n\ntherefore  with a subnet mask of 255.255.255.0 (likely the most common one,) it is expected that the first 3 groups will never change, as they are part of the same network.  If you try to add a node to your network and 1 of the first 3 do NOT match the rest, then that node will never acheive a connection to network resourses.\n\nHope that helps !
41459
In basic terms, two computers on the same network are assigned the same IP address.
167559
do you mean domain name server???\n\nIt resolves IP addresses to alphanemeric names
458017
in windows you can type `ipconfig` in the command prompt. in linux you can type `hostname -i` into a shell.\n\nor - from each of these machines you can visit www.whatismyip.com and it'll tell you.
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ie & zilla both use http (80) protocol...\nother programs use other protocols...\n\nI bet you shut down port 80 on the router... for that one machine.\n\nsometimes it's call kid-proofing... and it can also be shut down using a cheesy firewall.
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http://testbusters.net/subnetting.html
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I don't think you can.  It would be a good experiment.  Give them all ip addresses like, 192.168.1.1, 192.168.1.2 and 192.168.1.3 and a subnet mask of 255.255.255.0.  Make sure they are in the same workgroup and give it a try.  Good luck.
995803
A subnet mask is what determines what part of the IP address represents the "network" portion, and what part represents the "host" portion.  \n\nAn IP address is 32 bits, and the most common subnet mask you will probably see is 255.255.255.0.  If you write this out in binary, that's 24 '1' bits followed by 8 '0' bits.  The network interfaces take an IP address, like 192.168.1.123 and put it through a logical "OR" function with the subnet mask.  Any bit "ORed" with a 0 results in 0.  So the result of applying the 255.255.255.0 subnet mask with the 192.168.1.123 IP address results in 192.168.1.0.  So the network is 192.168.1.0 and the host on that network is 123.  \n\nThere is much more to IP addressing but this should give you enough to get started and do some searches.\n\nYou also asked about a gateway, the term "default gateway" is used to refer to the router that a host will use to communicate beyond the local network where it is attached.  If you have a home network with a Linksys or similar router for example, it might be 192.168.1.1 and this would be your default gateway address, the hosts go through that router to get to the Internet and everything else that is not locally connected.\n\nTo find your subnetmask, on a Windows PC you can bring up a command window (Start, Run, cmd) and give the command "ipconfig" and you will see your IP address, subnet mask, and default gateway.  You can also right-click My Network Places and select Properties, then click on the adapter and the info bar on the left will tell you the address and mask.  On a Unix platform, instead of "ipconfig", typically the "ifconfig" command is used.\n\nYou also asked about DNS1 and DNS2, these are the Domain Name Server addresses your machine talks to in order to "resolve" a name (like www.yahoo.com) to an IP address (like 216.109.118.77) for example.  Computers need to communicate using IP addresses, but we humans much prefer names, and DNS is what handles the conversions.  You can do lookups manually if you want to try it.  Brng up a command prompt and type "nslookup" to run the nameserver lookup program.  And the ">" prompt you can type names, like www.cnn.com, and it will answer you back with IP addresses for that name, give it a try.
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RFC 2460 - IPv6 though defines 8 bit traffic class, it doesn't specify any classes like in IPv4. \n\nI think's it's still in research stage and not yet standardised, mostly it will be used like IPv4 where each bit will specify if it's real time traffic or high bandwidth or low cost etc
154509
Here's a couple of places that should give you plenty of information about ip addresses, subnetting, classes, etc
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No, the pix won't even see the packet because the hosts are in the same subnet.  Only if a packet is destined for a different subnet will the packet be delivered to the gateway for routing.  Being the hosts are in the same subnet, the client will just do a dns lookup for the server (which is in the same subnet) and send it out on the wire.  Even if your subnet mask was 255.255.255.0 or /24, you would still be in the same subnet and no routing would occur.\n\nGiven your scenario, you would need to put the client in the 10.1.0.0/16 subnet and your servers in the 10.2.0.0/16 (for example) this would give you 2 different subnets based on your current mask.
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DHCP\n(Dynamic Host Configuration Protocol) Software that automatically assigns temporary IP addresses to client stations logging onto an IP network. It eliminates having to manually assign permanent "static" IP addresses. DHCP software runs in servers and routers. See IP address, DDNS, APIPA, link-local address, DNS and WINS.
964682
this is the subnet mask no....mine also same\nThe subnet mask is used to determine where the network number in an IP address ends and the node number in an IP address begins. A node is anything on a network that needs an IP address to communicate (a PC, server, router, etc).\nfor more details google it\nsubnet: A segment of a larger network.\n\nsubnet mask: A bit mask that separates the portions of an IP address significant to the network from the bits significant to the subnet. For a class C address, a standard subnet mask is 255.255.255.0, which masks the first three bytes of the address, and leaves the last byte available to identify machines on the subnet.  \nso u should allow that....\nvisit here \nhttp://www.pantz.org/networking/tcpip/subnetchart.shtml\n\n\ni'm giving u more details\nUsing DHCP with Internet Connection Sharing TCP/IP requires that each computer on a network have a unique number called an IP address. If you have two network adapters on your computer, each must have a different IP address. For example, when you connect to the Internet, your DSL or cable modem will have a different IP address than the network adapter connected to your home or small office network.\n\nIP numbers are hierarchical. A number called a subnet mask is used with the IP address to enable the segmentation of a large network into smaller networks. It is important for you to remember the specific set of numbers used in your home network.\n\nThere are groups of IP addresses specifically reserved for small networks. One of these groups is used by residential gateways and by Internet Connection Sharing (ICS) - 192.168.0.x where x represents a number between 0 and 255.\n\nThese numbers are used with a subnet mask of 255.255.255.0. This particular subnet mask is known as a Class C subnet. \n\nUnderstanding the IP addressing scheme and using it appropriately can be difficult. Residential gateways and Internet Connection Sharing (ICS) automate the IP numbering task for the ICS client computers on your network by using the Dynamic Host Configuration Protocol (DHCP) service. The DHCP service enables the residential gateway or the ICS host computer to assign IP addresses to client computers automatically. By default, when a residential gateway or ICS is installed, the DHCP service begins supplying addresses to computers on the network.\n\nYour Internet service provider (ISP) might use a DHCP service to assign your computer an IP address when you connect to the Internet. This is commonly referred to as a dynamic IP address. Each time your computer connects to the Internet, a different but unique number might be assigned to it.\n\nWhen you install ICS, assuming that you have two adapters in the computer—one for the device connecting you to the Internet and another for connecting to your home or small office network - an IP address of 192.168.0.1 is assigned to the network adapter connected to your home network. This is assigned permanently and is referred to as a static IP address because it does not change. Next, the DHCP service is loaded into memory so that IP addresses can be assigned to computers on the network.\n\nEach client computer must request an address. It is important that the ICS host computer remain on all the time or be started prior to starting the other computers on your network. Otherwise, the client computers will be unable to obtain an IP address.
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I ran a search and this is what I came up with. Hope it helps. http://redfoxpc.no-ip.com:8080/business/RFC/main.htm
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well the IP addresses are managed by ICANN, making sure there are no duplicate IP addresses, but the addresses that we use on our pc is assigned by our ISPs or the company's system administrator.\n\nthe lowest IP address is 0.0.0.0 and the highest is 255.255.255.255. there are several classes concerning IP address, there's class a which ranges from 1.0.0.0 to 127.255.255.255, class b from 128.0.0.0 to 191.255.255.255, class c from 192.0.0.0 to 223.255.255.255, class d, which is used for multicasting, is from 224.0.0.0 to 239.255.255.255 and the last is class e, which reserved for future usage, is from 240.0.0.0 to 255.255.255.255.\n\nthe IP address 0.0.0.0 is used by hosts when they are being booted. IP adresses with 0 as network number refer to the current network,  for example, a company has a network number of 127.1.0.0, and i have a computer with an IP address of 127.1.1.1 that means that my computer is under the network of that company. an address consisting of all 1s are used for broadcasting on a local network, and addresses that starts with 127.xx.yy.zz are used for loopback settings, packets sent to that address are not sent out and is treated as incoming packets.\n\nbasically it is hard to make up your own IP address coz you might be having a duplicate address and the packets the you should be receiving might be received by another computer
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It's damn simple. Just opt for "Full-Headers" rather than "Brief-Headers". Originating IP address will be disclosed to you automatically.\n\nRegards\n(Siddharth Razdan)
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This is an IP that you want subnetting.\n\nWhy dont you use an online IP calc.  An example of one site is listed below.