Simultaneous mining of two polar routes
Publish: 2021-04-05 14:33:57
1. 168.199.1 enter the router background
2. Click cloud plug-in
3. Then click Add application
4. For example, to install a plug-in, click Install
2. Click cloud plug-in
3. Then click Add application
4. For example, to install a plug-in, click Install
2. Mining is done with graphics cards... No graphics card for routing..
3.
Polar route Act & amp; GCT cash withdrawal complete tutorial
main process:
step1: GCT cash withdrawal to BIGone
Step2: GCT cash withdrawal to act
Step3: Act cash withdrawal to fire money
Step4: Fire money act to BTC or eth or usdt
step5: BTC or eth or usdt to RMB
step1: GCT cash withdrawal to BIGone
Download wallet
you can download it in polar routing app routing tools polar chain beta At present, only Android mobile phones are supported, and IOS is under development
4. Most of the money is hyped
what is the currency without liquidity
just waste paper
besides, there is no data on paper
what is the currency without liquidity
just waste paper
besides, there is no data on paper
5. More memory capacity, faster network speed and more digging. Now the new proct X is on the market, you might as well pay attention to it
6. This K2 is a al band Gigabit wireless routing. Dual band has two wireless WiFi, one is the 2.4G of the general routing, and the other is the latest 5g. These two signals have one feature: 5g is faster and more stable in accessing the Internet, but the ability to penetrate the wall is very poor. The signal is not good at a distance. Nowadays, mobile phones generally have 5g wireless.
7. Two wireless routers expand the receiving range of wireless signal. Method: set up wireless router bridge
[main router setting]
1. Enter the setting interface of the main router, and then click [running status] in the left option bar. You can find DNS servers in the WAN interface status bar. There are two DNS servers, the main DNS server and the alternative DNS server. Record them
2. Click [network parameters] - LAN port settings to set the LAN address of the router to 192.168.1.1 and save it. At this time, the router will restart and return to the settings interface. Click [wireless settings] - basic settings
3. Set SSID to TP_ LINK_ A Set the wireless channel as: 11. Note: the WDS or bridge function must be turned off
4. Click wireless settings --- wireless security settings, and select wpa-psk as the encryption mode. In this case, 12345678 is taken as an example. Note: compared with the old we encryption, WPA / WPA2 encryption is more secure and more stable, so it is recommended to use WPA / WPA2 encryption. 5. Click [DHCP server] - DHC server settings to set [address pool start address] to 192.168.1.100; Set [end address of address pool] to 192.168.1.149 and click Save to restart the main router. Master router setup complete
[set sub router]
1. Enter the sub router setting interface
2. Click network parameters LAN port settings
3. Set the LAN address of the secondary router to 192.168.1.2 to prevent conflicts with the primary router, and to facilitate the management of the primary and secondary routers
4. Click wireless settings --- basic settings
5. Set SSID to TP_ LINK-B Set the wireless channel as: 11
6. Check start WDS and click Scan in the pop-up interface. After getting the AP list, find the SSID of the main router, that is, TP_ LINK_ A. Click the [connect] button on the right, select wpa-psk as the encryption method, fill in the key of the main route: 12345678 (keep consistent with the main router), and click save
7. Because the new WDS function is different from the old bridge and is more advanced, all the sub routers only need to turn on WDS and fill in the information of the main route. If the main route turns on WDS or bridge function, please turn it off, otherwise WDS function cannot be used
8. Click wireless settings --- wireless security settings to set the password of the secondary route wireless
9. Click [DHCP server] - DHCP server settings to change [address pool start address] to 192.168.1.150 and [address pool start address] to 192.168.1.199 Gateway] fill in the IP address of the main router, that is 192.168.1.1. The primary and alternate DNS servers fill in the previously recorded addresses, save them and restart the router
10. The setting is completed and the connection is successful.
[main router setting]
1. Enter the setting interface of the main router, and then click [running status] in the left option bar. You can find DNS servers in the WAN interface status bar. There are two DNS servers, the main DNS server and the alternative DNS server. Record them
2. Click [network parameters] - LAN port settings to set the LAN address of the router to 192.168.1.1 and save it. At this time, the router will restart and return to the settings interface. Click [wireless settings] - basic settings
3. Set SSID to TP_ LINK_ A Set the wireless channel as: 11. Note: the WDS or bridge function must be turned off
4. Click wireless settings --- wireless security settings, and select wpa-psk as the encryption mode. In this case, 12345678 is taken as an example. Note: compared with the old we encryption, WPA / WPA2 encryption is more secure and more stable, so it is recommended to use WPA / WPA2 encryption. 5. Click [DHCP server] - DHC server settings to set [address pool start address] to 192.168.1.100; Set [end address of address pool] to 192.168.1.149 and click Save to restart the main router. Master router setup complete
[set sub router]
1. Enter the sub router setting interface
2. Click network parameters LAN port settings
3. Set the LAN address of the secondary router to 192.168.1.2 to prevent conflicts with the primary router, and to facilitate the management of the primary and secondary routers
4. Click wireless settings --- basic settings
5. Set SSID to TP_ LINK-B Set the wireless channel as: 11
6. Check start WDS and click Scan in the pop-up interface. After getting the AP list, find the SSID of the main router, that is, TP_ LINK_ A. Click the [connect] button on the right, select wpa-psk as the encryption method, fill in the key of the main route: 12345678 (keep consistent with the main router), and click save
7. Because the new WDS function is different from the old bridge and is more advanced, all the sub routers only need to turn on WDS and fill in the information of the main route. If the main route turns on WDS or bridge function, please turn it off, otherwise WDS function cannot be used
8. Click wireless settings --- wireless security settings to set the password of the secondary route wireless
9. Click [DHCP server] - DHCP server settings to change [address pool start address] to 192.168.1.150 and [address pool start address] to 192.168.1.199 Gateway] fill in the IP address of the main router, that is 192.168.1.1. The primary and alternate DNS servers fill in the previously recorded addresses, save them and restart the router
10. The setting is completed and the connection is successful.
8. There are two kinds of connection modes in router cascade:
WAN port connection (more complex)
WAN port connection principle: route a allocates a fixed IP to the WAN port of route B, and route B allocates it to its LAN port to achieve the purpose of secondary routing
2. LAN port connection (relatively simple)
LAN port connection principle: the LAN port of route a is connected to the LAN port of route B, and route B is equivalent to the expansion port of route A.
it acts as a switch, and the computer is connected to the LAN port of route B
if you need to set the TCP / IP attributes of each computer, you can set them according to the rules of route A. in fact, they are connected under the
IP segment of route a.
WAN port connection (more complex)
WAN port connection principle: route a allocates a fixed IP to the WAN port of route B, and route B allocates it to its LAN port to achieve the purpose of secondary routing
2. LAN port connection (relatively simple)
LAN port connection principle: the LAN port of route a is connected to the LAN port of route B, and route B is equivalent to the expansion port of route A.
it acts as a switch, and the computer is connected to the LAN port of route B
if you need to set the TCP / IP attributes of each computer, you can set them according to the rules of route A. in fact, they are connected under the
IP segment of route a.
9. SSID (service set identifier) is a common wireless network name. Generally, wireless router manufacturers will take their own brand as a part of SSID name. For example, the default SSID of tp link wireless router is "tplink", and the default SSID of dlink wireless router is "dlink"
for 4GHz and 5GHz wireless signals, general wireless devices only support 2, of which the one with AC is 5GHz signal. The router is a al band router, so there will be two SSIDs, which can transmit 2 and 4GHz signals at the same time. There is no essential difference between the two SSIDs.
for 4GHz and 5GHz wireless signals, general wireless devices only support 2, of which the one with AC is 5GHz signal. The router is a al band router, so there will be two SSIDs, which can transmit 2 and 4GHz signals at the same time. There is no essential difference between the two SSIDs.
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