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These are two questions probably referring to the same matter.I'm really new to this and even when I've dared to create my own private network. Although, I have an IP conflict between my wireless router and a WIFI repeater. The IP assigned to the router is 10.10.0.1 and the repeater is 10.0.10.254. When I connect the repeater I receive the message say that there is another network with the same IP address. Am I right what should I do to correct the problem
My INTERNET source is DSL2 connection from a wired modem connected to the router. Initially I had to change the default IP address of the router because the modem came with same 192 IP so they wouldn't connect due to an obvios conflict. Later I bought the repeater to cover some dead-signal areas in my house and it came with that 10.0.10.254 IP by default. May be it's important to say that even when I get that windows 10 message, once I click on accept It seems to work fine. From time to time I experience problems connecting my wireless printer and then I have to disconnect the repeater, turn the printer on and then plug the repeater back. This conflict, in my way to understand things, might be causing my WIFI signal to slow down or drop some times.
Keeping it simple though ... generally, you want to make sure everything is using the same subnet mask. With a 10.x.x.x network, your subnet mask can be 255.0.0.0 or /8 and then you can use any IP 10.X.X.X anywhere on your network (except the first 10.0.0.0 and the last 10.255.255.255)
So if your subnet mask is 255.255.0.0 or /16 the 10.0.X.X and 10.10.X.X addresses you're using need to be the same, not different. Pick 0 or 10 for both addresses in that spot and stick with it consistently through everything in your router/repeater settings.
Only access to the management page of your repeater should be affected by it being on a different subnet (and then only when not plugged into the repeter directly with an ethernet cable). This has less to do with your router's / repeater's ip address and more to do with the DHCP range your router makes available to devices on your network. This will cause your wifi devices to have ip addresses in the range of 10.10.0.100 - 10.10.0.200 (and they will use the router's subnet mask, by default). This means your wifi devices will also be on a different subnet from the repeater and thus unwilling to communicate over TCP/IP with the repeater. And because HTTP(S) (which is used by your repeater and router to serve their management pages to you) is a layer 7 protocol which depends specifically on TCP/IP to work you wont be able to access the repeater's management page remotely.
The ideal fix here, given your router is at 10.10.0.1 is to change the ip address of your repeater to use an unused 10.10.0.x address as well. 10.10.0.254 would be preferable as it falls outside your DCHP range but is on the same subnet. If this change (and everything else) is working correctly you should then be able to access your repeater's management page at 10.10.0.254 while connected to your router. If not then try changing the ip to 10.10.0.200. Some poorly designed routers refuse to route TCP/IP traffic to any device that isn't within it's configured DHCP range. However, be aware this may lead to ip address conflicts later on. Note that when you change the repeater's ip you will need to use the new ip to access the management page for it from then on (including to refresh the page and see your change).
The point of the subnet mask is to identify how big each network is. RFC 1918 says you can use the 10.0.0.0 /8 network for private use. That network consists of 16,777,216 addresses going from 10.0.0.0 through 10.255.255.255
However, what many people do is to split that one large network up into smaller networks (also called subnets). Since you said you are using a /24, the first 24 bits are treated as the \"network ID\" portion of every Internet address. So with an address like 10.10.0.1 and 10.10.0.150 are part of the same network, because the \"network ID\" portion of the address is \"10.10.0.\" However, the 10.0.10.254 address is on a different network, because it has a different \"network ID\" portion of the address, which is \"10.0.10.\"
This is why people wanted to know your subnet mask. If you were using /8 networks (with a subnet mask of 255.0.0.0), then fewer bits would be used to identify the \"network ID\" portion of the IP addresses. Your \"network ID\" portion would have just been \"10.\", so both 10.0.10.254 and 10.10.0.1 would have been part of the same network.
The first address of any network is often called the \"network ID\" address of that network. So, if you are using /24 networks, one of the possible available networks goes from 10.0.10.0 through 10.0.10.255, and the \"network ID\" address is \"10.0.10.0\". (With IPv4, though not IPv6, the last address of each network is called the \"broadcast address\". Modern IPv4 standards have decided both the \"network ID\" and the \"broadcast address\" are \"unusable\" for normal communication, so that leaves 10.0.10.1 through 10.0.10.254 to be the \"usable\" addresses.)
This usually means that multiple \"network connections\" (using the definition I provide above) are using the exact same IP address. That is typically always very bad. You probably do want multiple network connections to use the same networks, so devices can communicate. e.g., if one device uses 10.10.0.100 and one device uses 10.10.0.200, and your networks are sufficiently big (a /24 is fine, and if you have fewer network ID bits like a /16 or /8 then you have a bigger network so that is also fine), then both of those will be in a network like \"10.10.0.\" and so could communicate okay. However, the ends of the addresses need to be different, or else you have an absolutely identical address, and that is the problem that usually exists when you hear the term \"IP address conflict\" (or just \"IP conflict\", or possibly \"address conflict\").
I upgraded from Windows 7.0 to Windows 10.0 in July of 2016 (free Microsoft upgrade from 7.0 to 10.0). I down loaded Windows 10.0 from Microsoft.I purchase Winclone this past fall with the intent of making a clone of Bootcamp. Before I could make a clone of Bootcamp, I lost the boot-ability of Bootcamp and Windows 10.
When the blood glucose level rises above 160 to 180 mg/dL (8.9 to 10.0 mmol/L), glucose spills into the urine. When the level of glucose in the urine rises even higher, the kidneys excrete additional water to dilute the large amount of glucose. Because the kidneys produce excessive urine, people with diabetes urinate large volumes frequently (polyuria Excessive or Frequent Urination Most people urinate about 4 to 6 times a day, mostly in the daytime. Normally, adults pass between 3 cups (700 milliliters) and 3 quarts (3 liters) of urine a day. Excessive urination can refer... read more ). The excessive urination creates abnormal thirst (polydipsia). Because excessive calories are lost in the urine, people may lose weight. To compensate, people often feel excessively hungry. 153554b96e
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