Fonera Ip Address



Fonera Ip Address

FON 2100 routers include a very basic firewall that helps protect your home network form unwanted access from the internet. Since this firewall blocks incoming connections you may need open a port through it for certain games and applications. This process of opening a port is frequently called a port forward, since you are forwarding a port from the internet to your home network.

The basic process to open a port is:

  1. Setup a static IP address on either your computer or device that you want to forward a port to.
  2. Login to your La Fonera FON2100 router.
  3. Navigate to the port forwarding section.
    • Click the Advanced button.
    • Click on Port Forwarding.
  4. Create a port forward entry.

Check if La-fonera FON2100 Router has a field called “External IP address” in the port forwarding section. Make sure you Enter '0.0.0.0' in the External IP address fields. External IP addresses are not entered unless you are restricting access from specific WAN addresses. Fon is the global WiFi network. We pioneered residential WiFi sharing over a decade ago and, together with leading telcos, we’ve built the world’s largest WiFi community of over 21 million hotspots.

While these steps might seem difficult at first, we will walk you through each step for your FON 2100 router.

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Fonera Ip Address

We think that forwarding a port should be easy. That's why we created Network Utilities.Our software does everything that you need to forward a port.

When you use Network Utilities you get your port forwarded right now!

Step 1

It is important to setup a static ip address in the device that you are forwarding a port to. This ensures that your ports will remain open even after your device reboots.

  • Recommended - Our free program will setup a static IP address for you.
    • → Download Network Utilities today!
  • Or follow our Static IP Address guides to setup a static IP address.

After setting up a static ip address on your devices you need to login to your router.

Step 2

Now we are going to login to your FON 2100 router. Your router has a web interface, so you will login to it using your web browser.This can be either Chrome, Firefox, Internet Explorer, or Edge. It usually does not matter which browser you choose to use.

Open up your web browser and find the address bar. It should look something like this:


Kodak webcam installer free download. In the picture above the address bar has 192.168.2.71 in it. Just replace all of that with the IP address of your FON 2100 router.Your router's IP address can also be refered to as your computer's default gateway.

By default the IP address is set to: 192.168.2.71

After entering the IP address of your router you can simply press enter. If all goes well you will see the following screen:

You should see a box prompting you for your username and password.

  • The Default La Fonera FON2100 Router Username is: admin
  • The Default La Fonera FON2100 Router Password is: admin

Enter your username and password, and then click the Login button to log in to your FON 2100 router.

FON Usernames and Passwords

If your username and password do not work then please visit our Default La Fonera Router Passwords page.

If you still can't login to your router because you forgot your FON 2100 router username and password, use our How to Reset a Router Password guide to set your FON 2100 router back to its factory settings.

Step 3

Now we need to find the port forwarding section in your router. Here's how you do it. Starting from the first page in your router:

Click the Advanced button near the left of the page.

You should now see a new menu. In this new menu, click Port Forwarding.

Step 4

Here are the ports to forward for Xbox Live:

TCP Ports:3074
UDP Ports:3074

If you are looking for the ports for a different application you can find it by either:

  • Browsing our List of Games
  • Check out our our List of Games by Genre
  • See our List of all Applications

Fonera Ip Address Finder

Use the Select dropdown box to select Add.

Enter the IP address that you are forwarding ports to in the Destination IP box. This is either the IP address of a computer or the IP address of another device on your network.

If you are forwarding a range of ports, enter the lowest number of that range into the left hand Public Port and Private Port boxes. Then enter the highest number of that range into the right hand Public Port and Private Port boxes.

If you are forwarding a single port, enter that port number into both of the Public Port and both of the Private Port boxes.

Use the Protocol dropdown box to select the protocol type of the ports you are forwarding.

After you are done click the Add button.

Your ports should now be open. It is time to test them.

Test if Your Ports are Open

Now that you have forwarded ports on the FON 2100 you should test to see if your ports are forwarded correctly.

FoneraFonera Ip Address

To test if your port has been properly forwarded, you can use our Network Utilities tool, which includes a free Open Port Checker.Our Open Port Check tool is the only online port checking tool with Guaranteed Results.

Fonera Ip Address Labels

FON 2100 Router Screenshots

Fonera Ip Address Ip

We also have the Internets largest collection of Router Screenshots.

Fonera Ip Addresses

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Fonera Simpl (fon2405e/fon2305e) Hacking

The Fonera Simpl is Ralink RT3050 based SoC. The device is faster and more stable than previous Fonera 2100 series. But it is not easy to do hacking and to replace custom firmware for this new model. I found to access to the SoC at last and I managed to replace this original firmware to my custom firmware.

0.Firmware list

fonera-simpl-4.0.1.4.img Original fon firmware v.4.0.1.4
fonera-simpl-4.0.1.4-hacked.img
Hacked fon firmware v.4.0.1.4 (telnet enabled)
sdk_root_uImage_ram.img Custamized Firmware with utilities (Ralink SDK based)
ralink-custom-20100813.img Custamized Firmware (Ralink SDK based)
fonera-simpl-4.0.2.2.img Original fon firmware v.4.0.2.2 (by Giuseppe)
openwrt-foneraN-fonita-squashfs_22-SEP-2016.img Fon-ng (v4.0.2.3) based custom firmware



Model FON2305E/FON2405E
Architecture MIPS32 Release 1
Wireless IEEE 802.11g / IEEE 802.11b / IEEE 802.11n(2.4GHz only)
Security WiFi Protected Access (WPA) / WEP / WPA2 / WPS
Weight 95g
Power Supply DC 5V 1A
Antenna Terminal Reverse SMA(RP-SMA)
Antenna Gain 2dBi
BootLoader U-BOOT
OS OpenWRT(Linux2.6)
CPU RT3050 320MHz
Memory 32MB
Flash 2MB
Lan 10/100Base-T AutoMDI RJ-45*2

Remove four rubber feet. T
he screws are special, but some precision minus screwdriver may use to them.

Solder wires to serial port on the circuit board, Install pull-up register (in my case 1kohm, suitable resitor value usually between 1 kohm and 10 kohm)

Layout for FON2405E serial
J2 o o o o

| | | |
+3V Rx Tx Gnd
_1K_/
4, Access to SoC via serial

Prepare a proper cable and a module for TTL(CMOS). FTDI FT232RL module works well, some serial modules have a problem for Simpl.
Run terminal application on host PC (e.g. putty). And connect at 57600/8N1.


U-Boot 1.1.3 (Jan 6 2010 - 07:10:30)
Board: Fonera
DRAM: 32 MB
relocate_code Pointer at: 81fac000
spi_wait_nsec: 3e
spi deice id: c2 20 15 c2 20 (2015c220)
find flash: mx25l1605d
raspi_read: from:41030000 len:1000
Using default environment
##### The CPU freq = 320 MHZ ####
SDRAM bus set to 16 bit
SDRAM size =32 Mbytes
Please choose the operation:
1: Boot system code via Flash (default).
2: Load system code then write to Flash via TFTP.
3: Entr boot command line interface.
reset pressed for 2 seconds
You selected 2
0
2: System Load Linux Kernel then write to Flash via TFTP.
Warning!! Erase Linux in Flash then burn new one. Are you sure?(Y/N)

5. Setup tftp server
i. Setup tftp server (tftpd-hpa) on host PC and start daemon:


tftp dgram udp wait root /usr/sbin/in.tftpd /usr/sbin/in.tftpd -s /var/lib/tftpboot
Run inetd daemon
# /etc/init.d/inetd start
ii. Copy firmware to tftproot directory:

iii. Connect ethernet cable to fonera (computer side port)
iv. Setup static IP addess of host PC: 10.10.10.3/24

The way to access to u-boot is the following:
i. Put AC power plug to Simpl while pressing the reset button.manage
ii. Wait about four seconds, u-boot menu will be displayed.
iii. If installing a firmware to flash memory, press 2 and release the reset button,
If loading to RAM memory for testing, pess 3.
7. Load a firmware into ram for testing
i. Select '3' on u-boot menu
ii. Enter commands like this:
RT3052 # tftpboot 80800000 sdk_root_uImage_ram.img
RT3052 # bootm
Note: Ralink firmware only.
8. Backup the original firmware
i. Run telnet to Simpl:

$ telnet 10.10.10.254
ralink login: admin
Password: admin

ii. Extract firmware
# cd /tmp
# dd if=/dev/mtd3ro of=firmware.img
7808+0 records in
7808+0 records out
# ls -l
-rw-r--r-- 1 0 0 3997696 firmware.img
# killall goahead
# httpd -h /tmp
Note: The address of copied data is from 0x
20000 to 0x3f0000, but the actual range of kernel + rootfs of fon firmware is from 0x20000 to 0x1f0000.

SDK firmware's log:
Creating 4 MTD partitions on 'raspi':
0x00000000-0x00010000 : 'Bootloader'
0x003f0000-0x00400000 : 'Config'
0x00010000-0x00020000 : 'Factory'
0x00020000-0x003f0000 : 'Kernel'
Original fon firmware's log:
Creating 6 MTD partitions on 'raspi':
0x00000000-0x00010000 : 'uboot'
0x00010000-0x00020000 : 'boardconfig'
0x00020000-0x00200000 : 'image'
0x00020000-0x000b6000 : 'linux'
0x000b6000-0x001f0000 : 'rootfs'
0x001f0000-0x00200000 : 'uci_overlay'
iii. Transfer the copy to host PC
$ wget http://10.10.10.254/firmware.img
--2011-03-06 17:47:12-- http://10.10.10.254/firmware.img
Connecting to 10.10.10.254:80.. connected.
HTTP request sent, awaiting response.. 200 OK
Length: 3997696 (3.8M) [application/octet-stream]
Saving to: `firmware.img'
100%[>] 3,997,696 4.46M/s in 0.9s
2011-03-06 17:47:13 (4.46 MB/s) - `firmware.img' saved [3997696/3997696]
iv. Adjust proper file size

$ dd if=firmware.img of=fonera-simpl-orig.firmware bs=64k count=29
29+0 records in
29+0 records out
$ ls -l
-rw-r--r-- 1 shiva shiva 3997696 Dec 31 1999 firmware.img
-rw-r--r-- 1 shiva shiva 1900544 Mar 6 17:51 fonera-simpl-orig.firmware
If having a problem while restoring orginal firmware, try this:
# dd if=fonera-simpl-orig.firmware of=fonera-simpl-orig.firmware.fix bs=128k conv=sync
This firmware is 64kb bigger than previous one, and it erases
'uci_overlay'.
9. Firmware installation into flash memory
A telnetd enabled orignal firmware. To access to Simpl:
i. Run dhcpclient
ii. Run telnet
$ telnet 192.168.10.1
Entering character mode
Escape character is '^]'.
BusyBox v1.11.1 (2010-01-05 11:31:52 CET) built-in shell (ash)
Enter 'help' for a list of built-in commands.
/ #
This firmware cannot do many things, only for using research purpose.
b. ralink-custom-20100813.img
Features:
i. Three operation mode: Bridge, Gateway, and AP Client: Bridge and AP Client work well
ii. Qos (not tested)
iii. Channel BandWidth 20/40 (Not tested):
Theoretically twice faster than original fon firmware.
iv: WPS (not tested)
v. Mesh metwork (not tested)
vi. a little advanced firewall settings: MAC/IP/Port filtering etc.
This firmware is built by ralink SDK. A few bugs exist:
i. Click Wireless Settings > Station List on GoAhead does not work and goes down.
ii. AP Client mode requires addtional setting.

Default IP addess is 10.10.10.254. Access the control panel via browser.
11. Basic Setting
a. Bridge (AP mode)
WAN: bridge
LAN: static IP addess (private network, require for AP Client)
Wireless: AP mode

Basic setting:
LAN: static IP addess(private network)

c. AP Client (Client bridge mode)
It needs a little tweak.

- NAT: disable
- LAN: static IP address
- DHCP: disable
- Wireless security: WPA2-PSK (strongest security)
- AP Client: SSID, Security mode, Encryption Type and Pass Phrase of AP
ii. Access to system via telnet:

If apcli0 interface does not exist, AP Client does not work.
12. Test
WAN DSL Simpl 1(GW, Fon firmware) Simpl 2 (AP,bridge mode customized firmware) ---Simpl 3 (AP Client, customized firmware)hubPCs
: Wired
Network: 192.168.211.0/27
Simpl 2: 192.168.211.29/27


PING 192.168.211.28 (192.168.211.28): 56 data bytes
64 bytes from 192.168.211.28: seq=0 ttl=64 time=0.577 ms
64 bytes from 192.168.211.28: seq=1 ttl=64 time=0.547 ms
64 bytes from 192.168.211.28: seq=2 ttl=64 time=0.540 ms
--- 192.168.211.28 ping statistics ---
3 packets transmitted, 3 packets received, 0% packet loss
# ping -c 3 192.168.211.29
PING 192.168.211.29 (192.168.211.29): 56 data bytes
64 bytes from 192.168.211.29: seq=0 ttl=64 time=1.177 ms
64 bytes from 192.168.211.29: seq=1 ttl=64 time=1.201 ms
64 bytes from 192.168.211.29: seq=2 ttl=64 time=1.386 ms
13. Repeater mode
AP Client also can be Repeater. Set SSID to AP Client with same SSID name of AP in Control Panel. Reboot and run this command:
# brctl addif br0 apcli0

Add New custom firmware (22 SEP 2016)
This FW is Fon-ng based firmware which is removed fon related packages.

UPDATE: fon2405e hack (August 14 2020)
Replace SPI flash with new one (8mb or 4mb) and OpenWrt firmware
See https://labs.hottuna.tk/2020/07/fon2405e-hack/


FON_SIMPL_4.0.2.3_GPL_Little_My.tar.bz2
fonera-simpl-4.0.1.4-hacked.img
fonera-simpl-4.0.1.4.img
fonera-simpl-4.0.2.2.img
openwrt-foneraN-fonita-squashfs_22-SEP-2016.img
ralink-custom-20100813.img
sdk_root_uImage_ram.img