How Come in subnetting is 192 = 11000000, 168 = 10101000, 1 = 00000001 and 10 = 00001010.I cant get it?
85305
This is 8 bit binary system.\nand u know, there are only two possibilities for a switch (on/off or 0/1).\nin binary syatem, as i have to take 10101000, to convert into decimal.\nfrom right to left:\n0*2^0 + 0*2^1 + 0*2^2 + 1*2^3 + 0*2^4 + 1*2^5 + 0*2^6 + 1*2^7 = 168 (it is the decimal form).\n\nsimilarly as we take 10110001\n\nthen its decimal is :\nfrom right to left : and increase pawer of 2 from 0 step 1.\n1*2^0 + 0*2^1 + 0*2^2 + 0*2^3 + 1*2^4 + 1*2^5 + 0*2^6 + 1*2^7 =  177
1079273
A  broadcast  IP allows information to be sent to all machines on a given subnet rather than a specific machine. The exact notation can vary by operating system, but the standard is laid out in RFC 919.\n\nGenerally, the broadcast address is found by taking the bit complement of the subnet mask and then OR-ing it bitwise with the IP address.\n\nExample: to broadcast a packet to an entire class B subnet using a private IP address space, the broadcast address would be 172.16.255.255.\n\nThis can be found from the subnet mask (255.255.0.0) and the IP address (eg. 172.16.48.196) - the complement of the subnet mask is 0.0.255.255, and 172.16.48.196 || 0.0.255.255 = 172.16.255.255.\n\nA special type of IP address is the limited broadcast address 255.255.255.255. A broadcast involves delivering a message from one sender to many recipients. This broadcast is 'limited' in that it does not reach every node on the Internet, only nodes on the LAN.
708214
When an IP device needs to speak to another IP device on the same subnet it must have the hardware address of that device.  To get it, it looks in its ARP table (which is empty at first).  Finding nothing, it sends a broadcast ARP request saying "would the owner of the IP address a.b.c.d please respond to me?"  The all stations on the subnet hear the request and the owner responds "this is me."  (The packet with the response carries the hardware address of the responder.)  The original requester caches that association of IP address and hardware address in its ARP table.\n\nThe next time the requester wants to send a packet to the same IP address, it would find the IP address-hardware address association in the ARP table and would skip the broadcast message.  It can send the packet without re-doing the address resolution because it already "knows" from the ARP table.\n\nARP entries age out of the table after a few minutes or if another device with that IP address (and a different hardware address) speaks up.  This was if you shut down a computer, replace the network card (changing the hardware address), and re-start, the other devices on the network will learn to know your computer by the new hardware address when they want to send packets to you.\n\nThe ARP tables cut the number of broadcast network packets dramatically (every station has to receive and decide what to do with each broadcast packet).  Without the ARP table, every packet sent would be proceeded by a broadcast packet and a response from the receiver--three packets for every one effective transmitted packet.
501007
Type 192.168.1.1 on your url box and hit enter. You can check your settings and change them as you please.
529126
it is actually very easy, but I dont know how to elaborate them here, I'll try my best.\n\nIx stands for input number x\nSx stands for output number x\n(you know this don't you?)\n\nConnect I4 - I7 to ground, Connect I0 - I3 to the input, you can get the output from S1 and S0, ignore the S2, as you only want 2 output -here you go, you got 4 input and 2 output, with a 8 to 3 decoder. Try it yourself.
449145
your ISP issue IP and subnet fir the WAN and the router issue IP and subnet(unless you are using static IP) for the LAN and thats why you need the router to route the traffic between different subnet (or network).
349530
ICANN can't extend the IP numbering since IPv4 protocol which we uses right now as Global Standard consist of 4 bytes (there is 4 bytes of data in every IP address, this data represents what IP are you in). 4 byte number is chosen because computer works with data in bytes, and is best to work IP in bytes numbers too. 1 bytes is equal to 8-bit which is equal to 256 variations, so the whole IP address, currently can hold 256*256*256*256 number of unique address, which is appr. 4.3 billions address. Computers works practically in bytes, and it's hard for computer to work with numbers that is not byte based. \n\nThus it is hard to change the protocl by simply adding the numbers to it.\n\nHowever, there is a new protocol called IPv6 which extendss IP address, and still using bytes based numbers. It is by adding more bytes, thus increasing the number of IP address, while still computationally efficient. \n\nIPv6 works by using 8 groups of four digits hexadecimal (base 16) numbering. Hexadecimal is one of the number bases that is easy to compute by computer. This new protocol support 3.4 x 10^38 number of unique IP address.
615085
An IP address has 4 parts XXX.XXX.XXX.XXX each part is a numeric value in the range of from 0 to 255. The first two pairs are usually referred to as the network portion and identify the network. The second two pairs are usually refferred to as the host portion and identify the individual computer within the specified network. The IP address is used in conjunction with a Subnet Mask. This tells us specifically which bits are being used for the network id and which bits are being used for the host id.\n\nThere is no area code mapping! An individual IP address could be anywhere in the world.\n\nThis is only a very brief introduction, if you want more information, take a TCP/IP course at your local college or technical school.
400118
Try looking at the following link....\nhttp://www.cisco.com/warp/public/121/imafaq_19168.html
1011267
Go to the  network connection ,click on my properties,You type the IP address on your local networking system ,type the gateway assign then the subnet  connected to the IPaddress.\nusing CLASS A IP ADDRESS:255..0.0.0
117712
I am trying to get the answer to the same question. I guess you're in com 110 too. I am stumped on it.
342476
no the ip address can not be the same it will not work, they do however have to be under the same subnet. example: computer one ip address: 192.168.0.1 subnet mask 255.255.255.0 computer two ip address 192.168.0.2 subnet mask 255.255.255.0, this will allow the two computers to communicate. however there might be issues with the router, if it is not on the same network. as for not being connected, if you are using the wrong cable type then its not connected. both the cross over and the straight through look identical, and both preform very similar tasks but with out actually getting into the fundementals of networking, they are not interchangeable. depending on the router you will need both cables to be crossovers, which might be causing your problems
1182851
Possibly this is due to the following: MTU may be set too low. Set MTU to 1492 or a higher number. This setting is most probably in the basic setup screen.\n\nAdditional info:\n\nYou need to login to the Router Web based admin console and then look for MTU setting. If you find it, change it to a higher value and try again. I have experience this before in a D-Link router. Here is another user talking about it:\nhttp://www.practicallynetworked.com/qa/qa20050310.shtml
104223
The version number refers to the number of octets in the IP address. In IPv4, there are four octets (e.g. xxx.xxx.xxx.xxx). In IPv6, there are six octets (e.g. xxx.xxx.xxx.xxx.xxx.xxx). \n\nBTW, they are called octets because the number represented by xxx in the above examples is a number between 0 and 255, which includes all numbers that can be represented using 8 binary digits.
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.
377642
What is it you are trying to accomlish? You would also have to tweak the computer routing tables to tell it which subnet routes out which NIC. If you are trying to do some form of bundling to increase your network performance you are going to need some third party software
621503
somethin like an illegal ip.. eg: 255.255.255.256 this subnet id is not valid