LGU is a 4G LTE smartphone with mid ranged specs packed inside a 7.7mm glossy unibody finish. Priced at approximately $346 it comes with a 5.2 inch Full HD IPS In-Cell Touch display offering 1920 × 1080 pixels resolution. Talking about USB Driver, it is a must have tool because it is the one that connects your LG phones with Windows
This tutorial explains how to setup and configure OpenWrt for using a USB 3g/UMTS-modem for WAN connection using the older and slower ppp protocol. Many modern and most LTE usb modems provide qmi, mbim, ncm, rndis protocol for connection instead of legacy ppp protocol, they are faster and better, overall recommended. For more information You may also want to checkout the multiwan_package package to use this simultaneously with other connections to the internet. Cellular mobile telephony can be intercepted very easily. Remember this is a wireless connection. Many mobile ISPs block certain or most ports. Port forwarding will probably not work as the traffic is blocked by the ISP's firewall. If you've got a Huawei E367 which will work, or a Huawei E585 which does not currently work, you may want to read the following tutorial which includes info on why you may not be able to get the on-board micro-SD card to function If you have the Leadtek FlashOFDM card Flarion from T-Mobile in Slovakia and the Asus WL-500g Premium, you may use the image on If you wish to get more information, or another distribution with the driver, please contact Accalio Some modem sticks provide an usb-ethernet-device Huawei “HiLink” - device numbers with 'h', but also other manufacturers like ZTE has such products MF823, MF831, ... In that case you should install usb-modeswitch package and follow usb tethering tutorial. Tethering will in most cases add an additional NAT layer. If you prefer to let OpenWRT care about dialing in, routing, NATting, firewalling or if your provider assigns you an external IPv4 which is most useful for setups, that need port forwarding, you will most likely want to set “modeswitch” your 3g/4g modem to act as a serial device. Serial device modes If a dongle in permanently configured for serial mode, it is advised not to install usb-modeswitch onto your router device. Modem sticks are commonly equipped with a flash space containing drivers and software and/or provide a slot for a micro-SD-card. These features like the 'NO-CD' feature can be configured in various ways. These configurations may be stored permanently. In that case a modeswitch will behave in an unpredictable way. A modem stick, that was previously configured as a modem will show up as serial devices typically /dev/ttyUSB0-2. A default setting in combination with modeswitch may additionally show the sd-card reader. See the Troubleshooting section in this document for further information. First install required packages If you are doing an offline installation, you might need some of these packages handy First install needed packages opkg update opkg install comgt kmod-usb-serial kmod-usb-serial-option kmod-usb-serial-wwan usb-modeswitch Now plug your USB Dongle to the USB port and restart the router. Check dmesg for USB Serial support registered for generic usbserial_generic 1-1 generic converter detected USB Serial support registered for generic usbserial_generic 1-1 generic converter detected usb 1-1 generic converter now attached to ttyUSB0 usbserial_generic 1-1 generic converter detected usb 1-1 generic converter now attached to ttyUSB1 ... usbcore registered new interface driver usbserial_generic usbserial USB Serial Driver core USB Serial support registered for GSM modem 1-port usbcore registered new interface driver option option Driver for GSM modems If above lines do not appear in dmesg, but instead you see something like scsi1 SCSI emulation for USB Mass Storage devices usb-storage device found at 4 usb-storage waiting for device to settle before scanning scsi 1000 CD-ROM Novatel Mass Storage PQ 0 ANSI 0 scsi 1000 Attached scsi generic sg1 type 5 usb-storage device scan complete then, depending on your modem, you have to switch device mode described below. If you can't see usbserial_generic go to usbserial_generic missing in dmesg The shown configuration replaces the WAN line, so no further changes are needed to the firewall/other configuration. Note that if you also want to use the WAN port, you have to define it as WAN2 in the configuration. If you define the 3g connection as WAN2, you have to do more changes to other parts, like firewall and so on. Edit your '/etc/config/network' file see network 3G section for more details config interface wan option ifname ppp0 on some carriers enable this line option pincode 1234 option device /dev/ttyUSB0 option apn option service umts option proto 3g Replace 'pincode' with the correct pincode of your SIM card. Note that a disabled pincode on the SIM card is problematic, please enable it. If you are connecting to a phone where the pincode has already been entered, there is no need for this. Replace 'device' with the correct USB port of your modem. On a phone this might for example be /dev/ttyACM0. Replace 'apn' with the correct APN of your 3g/umts provider. Note in case your APN also requires an username/password, you can configure this too, just add to the network configuration file option username yourusername option password yourpassword Replace 'username' and 'password' with the correct username/password you received from your 3g provider. You can also look for this information apn, username and password in the mobile-broadband-provider-info database from the Gnome project. For some providers, apparently it is necessary to add 'noipdefault' to 'pppd_options'. If logread shows that the connection was established and CHAP authentication was successful, but the connection was immediately dropped after, then try option 'pppd_options' 'noipdefault' If your provider supports PAP authentication only then you need to disable all other protocols via these added options option 'pppd_options' 'noipdefault refuse-chap refuse-mschap refuse-mschap-v2 refuse-eap' Now you have configured the network interface. Now we need to check if the default chatscript does work with your 3g provider or not. You can find it here '/etc/chatscripts/ it looks like this ABORT BUSY ABORT 'NO CARRIER' ABORT ERROR REPORT CONNECT TIMEOUT 12 "" "AT&F" OK "ATE1" OK 'AT+CGDCONT=1,"IP","$USE_APN"' ABORT 'NO CARRIER' TIMEOUT 15 OK "ATD*99***1" CONNECT ' ' If your modem needs a special AT command, your can add it to this file. You may have to edit the dial number of the ATD command to fit in with your provider's settings for example “*99” instead of “*99***11”. Just type on console 'ifup wan' Now check dmesg logread for successful connect pppd started by root, uid 0 abort on BUSY abort on ERROR report CONNECT timeout set to 12 seconds send AT&F^M expect OK AT&F^M^M OK - got it send ATE1^M expect OK ^M ATE1^M^M OK - got it send AT+CGDCONT=1,"IP"," abort on NO CARRIER timeout set to 15 seconds expect OK ^M AT+CGDCONT=1,"IP"," OK - got it send ATD*99***1^M expect CONNECT ^M ATD*99***1^M^M CONNECT - got it send ^M Serial connection established. Using interface 3g-wan Connect 3g-wan /dev/ttyUSB0 Could not determine remote IP address defaulting to local IP address remote IP address primary DNS address secondary DNS address adding wan 3g-wan to firewall zone wan That's it, now you should be connected. If you want an permanent connect from startup, add 'ifup wan' command to '/etc/ file. For troubleshooting or locating the best position for the USB Dongle, you can use gcom info -d /dev/ttyUSBx from the console. This tool will report signal strength, but also network registration and SIM status. If it returns a port-in-use error because your connection is already up, try gcom -d /dev/ttyUSBx where x represents a port number not used by the wan connection itself. gcom returns the signal quality in RSSI Received signal strength indication and in BER Bit error rate, reported in percent. A higher RSSI value represents a stronger signal - scale is from 0 to 99, where 1 is the lowest detectable signal and 31 a very good signal. Don't expect your signal to go all the way up to 99, though. If BER returns 99 it means not known or not detectable. If your 3G modem is a ZTE K3565-Z featuring a LED SSI indicator to show it's status Not Connected, GPRS, UMTS you may be mislead to believe, that a strong signal strength of 17 may be better, while you only get GPRS, but a value of 4 allows for UMTS access. This is owed to the circumstance, that the device may switch over to another cell. The only method to prevent a handover between a GPRS and an UMTS station during the process of optimizing, is to initiate the device to use 'UMTS only' in the first place. You can also add the AT command "" "AT+CSQ" to your chat script to check signal quality. Command return is “+CSQ ,” and looks like this in logread send AT+CSQ^M expect OK ^M AT+CSQ^M^M +CSQ 11,99^M ^M OK - got it If you have problems establishing a connection and multiple modem devices /dev/ttyUSB0, /dev/ttyUSB1, ... are present, try all of them. Some may not work at all while others seem to work at first, but will give a NO CARRIER during the connection process. /etc/ starts aiccu when the WAN connection is established. It seems however that, in the case of 3G connections, the start scripts are started just a bit too early and the start of aiccu fails. I have butchered the script a bit !/bin/sh [ "$ACTION" = "ifup" -a "$INTERFACE" = "wan" ] && /etc/ enabled && sleep 15; /etc/ restart Note that sixxs really frowns upon quick re-re-restarts of aiccu, it may get your account blocked for unjust use of resources. Be careful with these scripts. You can use many usb 3G dongles easily by using an active USB hub. Prepare for the next steps We assume you have at least one 3g dongle configured. You will need an active internet connection in order to install modules for 3g support. Check 3gdongle for more information. 1. Connect an active USB hub to the OpenWrt router. You need to assure, that the power supply will deliver sufficent power for all of your 3g dongles. A proper estimation is, that you will need 500+ mA per one 3g dongle. Remember that modem can slightly exceed its declared power consumption in HDSPA+ modes. Be generous and pick USB hub with some power source overhead. 2. Connect all 3g dongles and start. 3. Browse through logread to check if modems are properly recognized and /ttyUSB ports are assigned. 4. Usually a 3g modem has a few “modem ports” - one for connection and others are service types. Exeplum gratum A Huawei E1750 has three ports. The first in is a communication port and last is a service port. If you only have one modem, it will be recognized as /ttyUSB0, /ttyUSB1 and /ttyUSB2. You need to configure interface using /ttyUSB0 first one. A Huawei E372 has five ports, but similar to other Huawei devices, the communication port is the first one. 5. You need to configure interfaces. An example of “/etc/config/network” could look like this config 'interface' 'wan' option 'proto' '3g' option 'service' 'umts' option 'device' '/dev/ttyUSB0' option 'apn' 'internet' option 'pincode' '' option 'username' '' option 'password' '' Usually you need to provide an APN name in “option 'apn' 'Name-Of-APN-HERE'”. If your sim card is locked with a PIN, or if your porvider requires to use a username and/or pass, add it accordingly. 6. Check in log read next /ttyUSB[X] ports. In my case I have second modem starting with /ttyUSB3 previous one use /ttyUSB0 to /ttyUSB2 so second interface looks like this config 'interface' 'wan2' option 'proto' '3g' option 'service' 'umts' option 'maxwait' '0' option 'device' '/dev/ttyUSB3' option 'apn' 'internet' option 'pincode' '' option 'username' '' option 'password' '' 7. Remember to add second interface to the zone “wan” in the firewall's config file “/etc/config/firewall” it may differ in your case config 'zone' option 'name' 'wan' option 'input' 'REJECT' option 'output' 'ACCEPT' option 'forward' 'REJECT' option 'masq' '1' option 'mtu_fix' '1' option 'network' 'wan wan2' Look at last line - there is wan2 added. 8. Now you have both interfaces configured and they should work. 9. You can use both interfaces as a failover. This section needs a complete rewrite to fix spelling and grammar errors. loadbalncer - Note It seems multiwan isn't perfectly suited for 3G modems in terms of stability. Modems don't reconnect automatically by HealthMonitor. Also, after a manual modem restart, multiwan doesn't use the newly reattached interface until it's restarted. Configuration files for two 3G modems paired in multiwan Network default route to 0 and peerdns to 0 config 'interface' 'loopback' option 'ifname' 'lo' option 'proto' 'static' option 'ipaddr' ' option 'netmask' ' config 'interface' 'lan' option 'ifname' ' option 'type' 'bridge' option 'proto' 'static' option 'ipaddr' ' option 'netmask' ' config 'interface' 'wan' option 'proto' '3g' option 'service' 'umts' option 'device' '/dev/ttyUSB0' option 'apn' 'vpn' option 'pincode' '' option 'username' 'vpn' option 'password' 'vpn' option 'maxwait' '20' option 'defaultroute' '0' config 'interface' 'wan2' option 'proto' '3g' option 'service' 'umts' option 'device' '/dev/ttyUSB3' option 'apn' 'erainternet' option 'pincode' '' option 'username' 'erainternet' option 'password' 'erainternet' option 'maxwait' '10' option 'defaultroute' '0' config 'switch' option 'name' 'rtl8366s' option 'reset' '1' option 'enable_vlan' '1' option 'blinkrate' '2' config 'switch_vlan' option 'device' 'rtl8366s' option 'vlan' '1' option 'ports' '0 1 2 3 5t' config 'switch_port' option 'device' 'rtl8366s' option 'port' '1' option 'led' '6' config 'switch_port' option 'device' 'rtl8366s' option 'port' '2' option 'led' '9' config 'switch_port' option 'device' 'rtl8366s' option 'port' '5' option 'led' '2' Firewall - add second wan zones config 'defaults' option 'syn_flood' '1' option 'input' 'ACCEPT' option 'output' 'ACCEPT' option 'forward' 'REJECT' option 'drop_invalid' '1' config 'zone' option 'name' 'lan' option 'network' 'lan' option 'input' 'ACCEPT' option 'output' 'ACCEPT' option 'forward' 'REJECT' config 'zone' option 'name' 'wan' option 'input' 'REJECT' option 'output' 'ACCEPT' option 'forward' 'REJECT' option 'masq' '1' option 'mtu_fix' '1' option 'network' 'wan' config 'rule' option 'src' 'wan' option 'proto' 'udp' option 'dest_port' '68' option 'target' 'ACCEPT' option 'family' 'ipv4' config 'rule' option 'src' 'wan' option 'proto' 'icmp' option 'icmp_type' 'echo-request' option 'family' 'ipv4' option 'target' 'ACCEPT' config 'rule' option 'src' 'wan' option 'proto' 'icmp' list 'icmp_type' 'echo-request' list 'icmp_type' 'destination-unreachable' list 'icmp_type' 'packet-too-big' list 'icmp_type' 'time-exceeded' list 'icmp_type' 'bad-header' list 'icmp_type' 'unknown-header-type' list 'icmp_type' 'router-solicitation' list 'icmp_type' 'neighbour-solicitation' option 'limit' '1000/sec' option 'family' 'ipv6' option 'target' 'ACCEPT' config 'rule' option 'src' 'wan' option 'dest' '*' option 'proto' 'icmp' list 'icmp_type' 'echo-request' list 'icmp_type' 'destination-unreachable' list 'icmp_type' 'packet-too-big' list 'icmp_type' 'time-exceeded' list 'icmp_type' 'bad-header' list 'icmp_type' 'unknown-header-type' option 'limit' '1000/sec' option 'family' 'ipv6' option 'target' 'ACCEPT' config 'include' option 'path' '/etc/ config 'forwarding' option 'dest' 'wan' option 'src' 'lan' config 'rule' option 'target' 'ACCEPT' config 'zone' option 'name' 'wan2' option 'forward' 'REJECT' option 'output' 'ACCEPT' option 'network' 'wan2' option 'input' 'REJECT' option 'masq' '1' option 'mtu_fix' '1' config 'forwarding' option 'dest' 'wan2' option 'src' 'lan' Multiwan - Additionally add option 'health_monitor' 'serial' at the beggining to help healthmonitor check for dropped ppp interface Proposed by Jolouis. config 'multiwan' 'config' option 'health_monitor' 'serial' option 'default_route' 'fastbalancer' option 'debug' '1' config 'interface' 'wan' option 'health_fail_retries' '3' option 'health_recovery_retries' '5' option 'failover_to' 'fastbalancer' option 'timeout' '10' option 'dns' ' option 'weight' '10' option 'health_interval' '120' option 'icmp_hosts' 'gateway' config 'interface' 'wan2' option 'timeout' '3' option 'health_fail_retries' '3' option 'health_recovery_retries' '5' option 'failover_to' 'fastbalancer' option 'dns' ' option 'weight' '10' option 'health_interval' '120' option 'icmp_hosts' 'gateway' config 'mwanfw' option 'src' ' option 'wanrule' 'wan2' config 'mwanfw' option 'wanrule' 'fastbalancer' I had issues with auto reconnecting modems so I've modified script for checking if modems are up. This script checks modems separately. I've based this on a great tutorial found at Create script cat /bin/ !/bin/sh if ! ping -q -c 1 -W 10 -I 3g-wan > /dev/null; then ifup wan; sleep 5; /etc/ restart & fi if ! ping -q -c 1 -W 10 -I 3g-wan2 > /dev/null; then ifup wan2; sleep 5; /etc/ restart & fi EOF chmod 755 /bin/ Create CRON job echo "*/2 * * * * /bin/ >> /etc/crontabs/root /etc/ restart This will ping through two wans 3g-wan and 3g-wan2 and restarts the interface in case of no replies. Additionally, It will wait 5 seconds and force a multiwan restart as it seems wouldn't recognize the new wan interfaces. Restart of multiwan should take care of this situation. Luci has supported 3G configuration. Be sure to have luci and luci-proto-3g installed. If you want to do multiwan configuration, make sure that luci-apps-multiwan is installed and optionally, luci-app-mwan3. To create a new 3g connection, go to Luci web interface. Navigate to Network ⇒ interfaces. Click on Add new interface button. Give a simple name to the interface, for example 3g and choose UMTS/GPRS/EVDO as its protocol. Here is basic configuration to get the connection working. General Setup Protocol UMTS/GPRS/EVDO Modem device /dev/ttyUSB0 Service type UMTS only You may prefer UMTS/GPRS if you wish APN internet Not needed for CDMA/EVDO PIN 1234 Leave it blank if you don't use pin PAP/CHAP username PAP/CHAP password Advanced Settings leave them as default Firewall Settings Create / Assign firewall zone wan If you want to enable IPv6 on 3G connection, make sure that your dongle supports PDPv61 and your 3G provider is providing IPv6 service. To enable IPv6 negotiation on the PPP link, issue the following command. uci set uci commit Be sure to replace 3g with the correct name of 3G interface. In addition, be sure to edit file /etc/chatscripts/ for PDPv6 configuration as currently there is no UCI entry for PDPv6. ABORT BUSY ABORT 'NO CARRIER' ABORT ERROR REPORT CONNECT TIMEOUT 10 "" "AT&F" OK "ATE1" OK 'AT+CGDCONT=1,"IPV6","$USE_APN"' SAY "Calling UMTS/GPRS" TIMEOUT 30 OK "ATD$DIALNUMBER" CONNECT ' ' You may use the following chatscript for PDPv4v6 configuration. Make sure that your dongle supports PDv4v62 before attempting to modify the chatscript. ABORT BUSY ABORT 'NO CARRIER' ABORT ERROR REPORT CONNECT TIMEOUT 10 "" "AT&F" OK "ATE1" OK 'AT+CGDCONT=1,"IPV4V6","$USE_APN"' SAY "Calling UMTS/GPRS" TIMEOUT 30 OK "ATD$DIALNUMBER" CONNECT ' ' If you are using Luci, be sure to check Enable IPv6 negotiation on the PPP link and optionally Use builtin IPv6-management on the Advanced settings section of the 3G interface configuration page. Also, be sure to modify /etc/chatscripts/ file for PDPv6 as explained above. Of course you can use other methods to obtain IPv6 instead of relying on PPP negotiation. See IPv6 for more explanation. WARNING - this will deactivate WEB-GUI access on these devices!!! You need to know howto submit AT commands to a modem in order to restore the GUI. Huawei ZTE Huawei ZTE AT+ZCDRUN=9 AT+ZCDRUN=F Sources 34 General information on modeswitching Modeswitching issues can occur especially on devices, in fallback modes Huawei. It is advisable to install usbutils opkg update && opkg install usbutils You can look for the usb ids from lsusb in /etc/ to see what modeswitch actions are being taken. If you prefer to permantently switch a modem to serial/fallback mode, see and take actions to deactivate the json-based modeswitch for that specific product id. The following section will go into details on how to do this for the ancient E220. The following sections for MA260 explain, how such workarounds have looked like before the introduction of OpenWRT Chaos Calmer. It may in some cases be easier to delete the file /etc/ with a custom modeswitch file, if necessary. A previously configured serial modem, that is unknown to the kernel can be manually associated with it's driver by assigning it the manufacturer and product id as shown by lsusb as follows for E220 in fallback mode echo '12d1 1001 ff' > /sys/bus/usb-serial/drivers/option1/new_id Huawei E220/Chaos Calmer If you encounter problems with an undetected Huawei E220, you can try the following - this resets the E220 to its factory defaults, so it can again be handled by the new JSON-based modeswitch. This will reenable the CD-ROM Mode. 1. Make the modem work once, by manually telling the kernel to use generic option drivers. echo '12d1 1003 ff' > /sys/bus/usb-serial/drivers/generic/new_id 2. Shutdown WWAN necessary only if WWAN was previously configured ifdown WWAN 3. Modes of the E220 Modem + PC UI echo "AT^U2DIAG=0" >/dev/ttyUSB0 Modem + CD echo "AT^U2DIAG=1" >/dev/ttyUSB0 4. Reboot reboot If you can't see usbserial_generic in dmesg, try loading the usbserial module and are Vendor and Product ID of your device rmmod usbserial optional insmod /lib/modules/`uname -r`/ vendor=0x product=0x Alternatively, you can also use option GSM driver on your dongle. Option driver is more reliable, as it can distinguish between serial port and storage port. insmod option skip this if option driver is loaded already echo ' ff' > /sys/bus/usb-serial/drivers/option1/new_id To automate the process of attaching option serial driver on boot, just edit /etc/ and place echo ' ff' > /sys/bus/usb-serial/drivers/option1/new_id before the exit code exit 0 Adding the above to hotplug instead of You can easily integrate this into hotplug in the following way - in this example we will use a fictional “3G Dongie HSPA+” Dongle Create and edit the file /etc/ !/bin/sh ... DONGIEHSPAPLUS_PRODID="0815/9000/0" if [ "${PRODUCT}" = "${DONGIEHSPAPLUS_PRODID}" ]; then if [ "${ACTION}" = "add" ]; then ... echo '0815 9000 ff' > /sys/bus/usb-serial/drivers/option1/new_id ... If your modem's switched product id is 08159000, the above will work. So for your modem you will have to replace all appearances of the variable DONGIEHSPAPLUS_PRODID and all appearance of “0815” and “9000” in the above example with your matching product's name, vendor and product id. Check dmesg again for usbcore registered new interface driver usbserial USB Serial support registered for generic usbserial_generic generic converter detected usb generic converter now attached to ttyUSB0 usbserial_generic generic converter detected usb generic converter now attached to ttyUSB1 usbcore registered new interface driver usbserial_generic usbserial USB Serial Driver core Also check kernel USB debug for loaded drivers rootOpenWrt~ cat /sys/kernel/debug/usb/devices T Bus=01 Lev=01 Prnt=01 Port=00 Cnt=01 Dev= 3 Spd=480 MxCh= 0 D Ver= Cls=00>ifc Sub=00 Prot=00 MxPS=64 Cfgs= 1 P Vendor=1c9e ProdID=9800 Rev= S Manufacturer=USB Modem S Product=USB Modem S SerialNumber=1234567890ABCDEF C* Ifs= 4 Cfg= 1 Atr=e0 MxPwr=500mA I* If= 0 Alt= 0 EPs= 2 Cls=ffvend. Sub=ff Prot=ff Driver=option E Ad=81I Atr=02Bulk MxPS= 512 Ivl=0ms E Ad=01O Atr=02Bulk MxPS= 512 Ivl=4ms I* If= 1 Alt= 0 EPs= 3 Cls=ffvend. Sub=ff Prot=ff Driver=option E Ad=82I Atr=03Int. MxPS= 64 Ivl=2ms E Ad=83I Atr=02Bulk MxPS= 512 Ivl=0ms E Ad=02O Atr=02Bulk MxPS= 512 Ivl=4ms I* If= 2 Alt= 0 EPs= 2 Cls=ffvend. Sub=ff Prot=ff Driver=option E Ad=84I Atr=02Bulk MxPS= 512 Ivl=0ms E Ad=03O Atr=02Bulk MxPS= 512 Ivl=4ms I* If= 3 Alt= 0 EPs= 2 Cls=08stor. Sub=06 Prot=50 Driver=usb-storage E Ad=04O Atr=02Bulk MxPS= 512 Ivl=0ms E Ad=85I Atr=02Bulk MxPS= 512 Ivl=0ms
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3G/4G LTE USB Modems for Cellular Bonding Supported 3G/4G LTE USB Modem Our Peplink Balance multi-WAN router series, MAX cellular routers as well as the Surf SOHO routers support cellular USB modems as another WAN path, via an in-built USB port or via Android tethering, even. Listed below are USB modems that have been tested as compatible with our routers. If the USB modem you have is not listed, then you may contact us and we will see about making it compatible! 250+ Modems 100+ Carriers 50+ Countries Need Assistance with your Modem? My USB Modem is listed but it keeps Connecting… If you still have problem with your USB modem, please contact us. System Integrator? Service Provider? Peplink and Pepwave devices are perfect for remote area projects and for bundling with 3G/4G LTE services. Contact us and our engineers can build new drivers for your devices with priority. USB Modem Not Supported? Our engineers will assist you in getting the modem to work through accessing your unit with our Remote Assistance Service. Please follow the steps below Keep the unit Power the modem plugged into the unit. Make sure this is the only modem to the Internet by plugging in a stable, wired Ethernet link to a WAN on Remote you have placed a firewall in front of the device, configure your firewall to allow the device to connect to the host Submit a support ticket with the following information– Serial Number of your device– Name of your 3G/4G LTE Service Provider– APN, username and password, if any– SIM PIN, if your SIM card is SIM lock-ed IMPORTANT When you encounter an issue, please follow the steps belowObtain a Diagnostic Report Before Rebooting When you reboot your device, valuable information about the issue could be lost. To obtain a diagnostic report, please refer to this On Remote Assistance Before Rebooting Remote Assistance enables us to better diagnose the problem. To turn on remote assistance, please refer to this a Support Ticket This will facilitate communications between you and our support team. Please submit the ticket via this link. If your Balance or MAX is running a Firmware older than then please upgrade to first before upgrading to newer firmware. ModelModem ManufacturerModeModem Support PackageKnown Compatible Carrier DWM-222 A2D-LinkLTE1025MTN Eswatini Eswatini E1752CHuawei3G1025Movistar Spain Hologram NovaQualcommLTE1024Mobistar Belgium Robustel M1000Huawei3G1024Life Belarus GLU194ST/GTC1000Global TelecomLTE, 3G1024Sprint US Prolink PLE902ProlinkLTE, 3G1023Singtel Singapore Iridium 9555IridiumSatellite1023Iridium Tube-U4GQualcommLTE, 3G1023MTN Irancell MR1100NetgearLTE, 3G1023Telstra MF833VZTELTE, 3G1023Pelephone MF833TZTELTE, 3G1023Airtel 4G UML397HuaweiLTE, 3G1022US Cellular US E3372s-153HuaweiLTE1022Plus Poland DWM-221 B1D-LinkLTE1022Vivo Brazil TIM Brazil DWM-222 A1D-LinkLTE1021Singtel Singapore AirCard 815SNetgearLTE, 3G1020AT&T US K4203-ZZTELTE1020Vodafone Italy DWM-221D-LinkLTE1020Telecom Italy E8372HuaweiLTE, 3G1020Vodafone India E3531s-2Huawei3G1020Méditel Morocco R216HuaweiLTE, 3G1020Vodafone New Zealand AirCard 779SNetgearLTE, 3G1019AT&T US AirCard 771SNetgearLTE, 3G1019Sprint US MiFi U620LNovatelLTE, 3G1019Verizon US ME909u-521HuaweiLTE, 3G1019Elisa Finland AirCard 791LNetgearLTE, 3G1019Verizon US E3272HuaweiLTE, 3G1018KPN Netherlands W21XSStick3G1018Telkomsel Indonesia AirCard 781SNetgearLTE1018AT&T US AirCard 754SNetgearLTE1018AT&T US X602DAlcatel3G1018Movistar Mexico AirCard 308UNetgear3G1018AT&T US E5372Huawei4G LTE, 3G1017Ooredoo Kuwait OneTouch L800MAAlcatel3G1017Orange Israel MF631ZTE3G1017Smart Philippines OneTouch L100VAlcatel4G, LTE1017Telcel Mexico E3531Huawei3G1017Three Indonesia Olicard 500Olivetti4G LTE, 3G1017TIM Italy JetPack 5510LNovatel4G LTE, 3G1017Verizon US MF6620LNovatel4G LTE, 3G1017Verizon US E3276Huawei3G1017Vodafone Italy MF823ZTE4G LTE, 3G1017AIS Thailand MF825ZTE4G LTE, 3G1017AIS Thailand MF821DZTE3G1017PT Hutchison Indonesia E5377Huawei4G, LTE, 3G1017 L03FLG3G1017NTT docomo Japan L03DLG3G1017NTT docomo Japan MC7354Skyus4G, LTE, 3G1017 E153HuaweiLTE, 3G1017Tigo Guatemala, Claro Honduras SU9800Longcheer3G1017Ir-mci Iran E3372Huawei4G, LTE, 3G1017Telekom Mexico Vodafone Italy OneTouch L800ZAlcatel4G LTE, 3G10163 UK E303CHuawei3G1016Movistar Mexico MF91DZTE4G LTE, 3G1016Qatarnet Qatar MF636DBZTE4G LTE, 3G1016Orange UK 1000KKC-motech1016 1K3MAlcatel4G LTE, 3G1016T-Mobile UK K5150Huawei4G LTE, 3G1016Vodafone UK K4203Huawei4G LTE, 3G1016Vodafone UK CE81BHaier3G1016PT-Mobile Indonesia FWM-156 A6D-Link3G1016StarHub Singapore K4201-ZZTE4G LTE, 3G1016ESSAR Cellphone India 209Qualcom3G1016XL Axiata Tbk Indonesia PHS600ZTE3G1016PT Hutchison Indonesia MA260TP-Link3G1015Celcom Malaysia E3276s-861Huawei4G LTE, 3G1015China Unicom China R212 MiFiZTE4G1015Vodafone Ireland LUU-2110TILG3G1015TNM Portugal E3276Huawei4G LTE, 3G1015MTS-Mobile TeleSystem Russia K4021ZTE3G1015ESSAR Cellphone India MF193ZTE3G1014Movistar Colombia DWM-157D-Link3G1014CSL Hong Kong DWM-156D-Link3G1014Etisalat United Arab Emirates MiFi2372Novatel3G1014GCI US DG-BA3370DIGISOL3G1014Idea india MF190SZTE3G1014Natcon Haiti X230DAlcatel3G1014O2 UK E3331Huawei3G1014MegaFon Russia UMG1831Huawei3G1014Reliance India E1820Huawei3G1014Reliance India MiFi4082Novatel4G, 3G1014Sprint US MHS291LVWPantech / UTStarcom4G LTE, 3G1014Verizon US K3765Huawei3G1014Vodafone Hong Kong K3770-ZZTE3G1014Vodafone India K4201Huawei3G1014Vodafone UK AirCard 340UNetgear4G LTE, 3G1013AT&T US E355Huawei3G1013Celcom Malaysia MF820S2ZTE4G LTE, 3G1013China Mobile China E156GHuawei3G1013Dialog Sri Lanka E272Huawei3G1013Dialog Sri Lanka K3806-ZZTE3G1013Dialog Sri Lanka MF667ZTE3G1013Globacom Nigeria EC306 EVDO Rev. BHuawei3G1013Intertelecom Ukraine PHS600PROLiNK3G1013M1 Singapore E5331Huawei4G LTE, 3G1013Ooredoo Qatar AirCard 341UNetgear4G LTE, 3G1013Sprint US MA180TP-Link3G1013Telkomsel Indonesia E397Huawei4G LTE, 3G1013Telus Canada K3800ZTE3G1013Vodafone India MF70ZTE3G1013 MF60ZTE3G10123 Austria AT&T Mobile Hotspot Elevate 4GSierra Wireless4G LTE, 3G1012AT&T US Ovation MC679Novatel4G LTE, 3G1012Bell Canada U679Novatel4G LTE, 3G1012Bell Canada Clear Stick AtlasUbee4G WiMAX, 3G1012Clear US USB STICK LTE HWD12Huawei4G LTE, 3G1012KDDI au Japan E3276Huawei4G LTE, 3G1012Optus Australia Cell C South Africa Vivo Brazil China Telecom China Megafon Russia M1 Olicard 160Olivetti3G1012TIM Brazil E5776Huawei4G LTE, 3G1012Vodacom South Africa K4305Huawei3G1012Vodacom South Africa K4510-ZZTE3G1012Vodacom South Africa K5006-ZZTE4G LTE, 3G1012Vodacom South Africa E303Huawei3G10118ta South Africa MiFi LiberateNovatel4G LTE, 3G1011AT&T US AT&T USBConnect Momentum 4GSierra Wireless4G LTE, 3G1011AT&T US ASB T960Alcatel3G1011China Mobile China A351+ZTE3G1011China Mobile China AC582ZTE3G1011China Telecom China BandLuxe C330BandRich3G1011Docomo Pacific Guam BandLuxe C331BandRich3G1011Go Mobile Malta EC156Huawei3G1011INWI Morocco MF192ZTE3G1011Orange Ivory Coast E392Huawei4G LTE, 3G1011Smartone Hong Kong Claro Brazil U770Franklin Wireless4G LTE, 4G WiMAX, 3G1011Sprint US BandLuxe C270BandRich3G1011STC Saudi Arabia MSA Brazil MT8205Onda4G LTE, 3G1011TIM Italy U310Franklin Wireless4G WiMAX1011TSTT Trinidad and Tobago K3773Huawei3G1011Turkcell Turkey MiFi 4620LNovatel4G LTE, 3G1011Verizon US MiFi 5510LNovatel4G LTE, 3G1011Verizon US UML295Pantech / UTStarcom4G LTE, 3G1011Verizon US K3765-ZZTE3G1011Vodafone Malta MiFi 680ZTE3G10103 Italy Movistar Spain MF190ZTE3G1010Celcom Malaysia Cell C South Africa T5300Longsung3G1010China Mobile China M305ZTE3G1010China Mobile China C5300Longsung3G1010China Telecom China MC2716ZTE3G1010China Telecom China EM820WHuawei3G1010China Unicom China AD3812_V2ZTE3G1010China Unicom China L03DLG3G1010docomo Japan Norway AR910BZTE3G1010PTCL Pakistan CHU628SC-motech3G1010SK Telecom South Korea E3131Huawei3G1010T-Mobile UK Optus Australia MT835UPOnda3G1010TIM Italy K3570-ZZTE3G1010Vodacom Tanzania K3772Huawei3G1010Vodafone Portugal E173Huawei3G1009Orange France U602Franklin Wireless4G WiMAX, 3G1009Sprint US CS-11Nokia3G1009Telcel Mexico E372Huawei3G1009Turkcell Turkey E367Huawei3G1009VIVA Kuwait E372Huawei3G1009Videotron Canada E372Huawei3G1009T-Mobile USA MF656ZTE3G10081&1 Germany E368Huawei4G LTE, 3G1008Deutsche Telekom Germany E398Huawei4G LTE, 3G1008Deutsche Telekom Germany MF100ZTE3G1008O2 UK Ovation MC547Novatel3G1008SaskTel Canada MF190ZTE3G1008TIM Brazil MT191UPOnda3G1008TIM Italy K3772-ZZTE3G1008Vodacom South Africa K3805-zZTE3G1008Vodacom South Africa 301USBVKOM3G10078ta South Africa U547Novatel3G1007Bell Canada A371BZTE3G1007China Mobile China MBD-200HUMobiData3G1007Iusacell Mexico CNU-680C-motech3G1007Kõu Estonia AirCard 330UNetgear3G1007Rogers Canada U210Franklin Wireless3G1007Strata Networks US T-Mobile Rocket US Olicard 155Olivetti3G1007TIM Brazil A371ZTE3G1006China Mobile China MF821ZTE4G LTE, 3G1006CSL Hong Kong OneTouch X220SAlcatel3G1006Orange Israel Vodafone Italy MV241Axesstel3G1006PTCI US MF591ZTE3G1006T-Mobile US MF821ZTE3G1006Telstra Australia USB551LNovatel4G LTE, 3G1006Verizon US MF190ZTE3G1005Leo Namibia One2Free Hong Kong E353sHuawei3G1005MTN South Africa MF683 T-Mobile Rocket 4GZTE4G LTE, 3G1005T-mobile US AC5710ZTE3G1004Telekom Malaysia AirCard 320UNetgear3G1004Telstra Australia C888Sierra Wireless3G1004Turkcell Turkey K4501Huawei3G1004Vodafone Italy AT&T USBConnect TurboLG3G1003AT&T US GI 461Option3G1003AT&T US AirCard 313UNetgear4G LTE, 3G1003AT&T US Rogers Canada E173Huawei3G1003Chunghwa Telecom Taiwan Hamrahe Aval Iran MTN Iran Claro Brazil DWM-156D-Link3G1003Claro Brazil MF626ZTE3G1003Claro Guatemala AirCard W801Netgear3G1003Clear US MF820ZTE4G LTE, 3G1003CSL Hong Kong MF668AZTE3G1003Mobily Saudi Arabia E352Huawei3G1003T-Mobile Netherlands E367Huawei3G1003Three UK 303USBVKOM3G1003Vodacom South Africa Cell C South Africa K4505-ZZTE3G1003Vodafone Italy K3770Huawei3G1003Vodafone UK CS-17Nokia3G1003Vodafone UK GD01Huawei3G1002Emobile Japan DATA07Huawei3G1002KDDI au Japan E353Huawei3G1002Smart Philippines MTN South Africa E372Huawei3G1002Zain Jordan USB 306Sierra Wireless3G1001CSL Hong Kong Telus Canada EC168Huawei3G1000Alltel US AirCard 881UNetgear3G1000AT&T US Compass 885Sierra Wireless3G1000AT&T US ShockwaveSierra Wireless3G1000AT&T US USB 305Sierra Wireless3G1000AT&T US U998DNovatel3G1000Bell Canada MF622ZTE3G1000Brasil Telecom Brazil MF636ZTE3G1000Brasil Telecom Brazil EC226Huawei3G1000CAT Thailand EC1260Huawei3G1000China Telecom China E261Huawei3G1000China Unicom China E1553Huawei3G1000Claro Brazil MD300Sony Ericsson3G1000Claro Brazil D301 HSDPA USB ModemTRAVELLER3G1000Claro Brazil MF645ZTE3G1000Claro Brazil AL621ZTE4G LTE, 3G1000CSL Hong Kong MF668ZTE3G1000CSL Hong Kong Cell South Africa E1550Huawei3G1000Digi Malaysia MTN South Africa Docomo L-05AFOMA3G1000docomo Japan L02CLG4G LTE, 3G1000docomo Japan L08CLG3G1000docomo Japan E1552Huawei3G1000dtac Thailand WM-66BM3G1000Maxis Malaysia CS-15Nokia3G1000O2 Germany E156CHuawei3G1000oi Brazil AC2790ZTE3G1000optcl Pakistan OneTouch X220DAlcatel3G1000Orange Israel E160EHuawei3G1000Orange UK E180Huawei3G1000PCCW Hong Kong E270Huawei3G1000PCCW Hong Kong Three Italy E1752Huawei3G1000Phonero Norway AC2726ZTE3G1000Reliance India CS-18Nokia3G1000Rogers Canada 950DNovatel3G1000Rogers Canada ADU-510LAnyDATA3G1000Romtelecom Romania ADU-520AAnyDATA3G1000Skylink Russia K3715Huawei3G1000Smartone Hong Kong K4505Huawei3G1000Smartone Hong Kong Vodafone UK 8830Blackberry3G1000Sprint US U300Franklin Wireless3G1000Sprint US U301Franklin Wireless3G1000Sprint US U600Franklin Wireless4G WiMAX, 3G1000Sprint US Compass 597 USBSierra Wireless3G1000Sprint US USB 595Sierra Wireless3G1000Sprint US MiFi 2200Novatel3G1000Sprint US Verizon US USB720 / ES720Novatel3G1000Sprint US Verizon US USB727Novatel3G1000Sprint US Verizon US USB760Novatel3G1000Sprint US Verizon US EC168CHuawei3G1000Starcomms Nigeria E220Huawei3G1000Sun Cellular Philippines Cosmote Greece Tele2 Sweden Orange Botswana E122Huawei3G1000T-Mobile Netherlands UMG 1691Huawei3G1000T-mobile US iCON 452Option3G1000T-mobile US Rocket HSPA+ZTE3G1000T-mobile US GI 0401Option3G1000Tella Sweden USB3-8521Maxon3G1000Telstra Australia AirCard 312UNetgear3G1000Telstra Australia E182EHuawei3G1000Telus Canada Turkcell Turkey 8707GBlackberry3G1000Three Hong Kong E176GHuawei3G1000Three Hong Kong Starhub Singapore [email protected]Huawei3G1000Three Italy E169Huawei3G1000Three Italy Three UK Chunghwa Telecom Taiwan E1820Huawei3G1000Three Italy Mobily Saudi Arabia Cell South Africa E1756Huawei3G1000TIM Brazil E226Huawei3G1000TIM Brazil E1692Huawei3G1000TIM Italy MT512HSOnda3G1000TIM Italy MT825UPOnda3G1000TIM Italy UM150Pantech / UTStarcom3G1000Verizon US UM175Pantech / UTStarcom3G1000Verizon US UML290Pantech / UTStarcom4G LTE, 3G1000Verizon US UMW190Pantech / UTStarcom3G1000Verizon US Ovation MC760Novatel3G1000Virgin Mobile US E156Huawei3G1000vivo Brazil CS-11Nokia3G1000vivo Brazil MF110ZTE3G1000vivo Brazil K4511Huawei3G1000Vodacom Ireland K4605Huawei3G1000Vodacom South Africa 300USBVictory3G1000Vodacom South Africa 301USBVictory3G1000Vodacom South Africa K3520-ZZTE3G1000Vodacom South Africa K3771Huawei3G1000Vodafone Australia K3765Huawei3G1000Vodafone Turkey K3760Option3G1000Vodafone UK OneTouch X200Alcatel3G1000Wind Italy GoYes4G WiMAX, 3G1000YTL Malaysia MF633ZTE3G1000Zain Saudi Arabia
Howto Install MTK USB Drivers. Follow the process mentioned below -. Download the Latest Mediatek USB drivers from the link above. Unzip the package and then open the folder. Now right click on Mediatek-Driver-Install and then select Run
Drivers filed under LTE Modem RSS Feed for this tag 768 applications totalLast updated Jun 13th 2023, 0210 GMT
ZETAN-LTE(EU) – 4G/3G/2G GPRS, GSM, HSPA+, LTE, UMTS Modem RS-232, USB from Siretta Ltd. Pricing and Availability on millions of electronic components from Digi-Key Electronics. Login or REGISTER Hello, {0} Account & Lists
ProductsHome / KOMPUTER / MODEM / DT 100 Plus Fitur * Membuat WIFI hotspot dengan catu daya eksternal * terhubung ke multi-pengguna pada saat yang sama * dukungan kecepatan tinggi 100Mbps DL , 50Mbps UL Compare Description Additional information Advance Modem Usb Wifi DT-100 4G Lte didesign dengan kecepatan Download hingga 100 Mbps dan kecepatan upload 50 Mbps. Modem Wifi Advance LTE ini adalah modem nirkabel 4G/3G dengan fungsi wifi yang mendukung jaringan FDD-LTE/TDD-LTE/WCDMA/GSM. Modem ini mempunyai mode yang dapat kita atur sendiri yang berada pada menu “setting” lalu pilih “mode” maka akan muncul pilihan Wifi Mode dan Dongle Mode. Modem yang bekerja pada satu atau lebih terminal dengan menyediakan wifi hotspot disebut Wifi Mode up to 8 user. sedangkan modem yang bekerja hanya untuk satu komputer disebut Dongle Mode. Tetapi Modem ini tidak dapat bekerja di Wifi Mode dan Dongle Mode pada saat bersamaan. Anda harus beralih mode jika diperlukan, mode pengaturan dari pabrik adalah Wifi Mode. Modem ini juga dilengkapi dengan slot micro sd sehingga dapat memberikan fungsi USB Flashdisk. Modem ini juga dapat berfungsi dalam “Modus WIFI” ketika Anda colokkan pada USB Power Adaptor atau USB pengisi daya di mobil. Dilengkapi dengan lampu LED yang menyala ketika sedang digunakan. Device Type USB LTE WiFi Stick Indicator Led Support LTE B3/B8, WCDMA B1,EDGE 850/900/1800/1900MHz LTE DL 100Mbps / UL 10Mbps – 1800Mhz HSPA DL 43,5Mbps / UL 5,7Mbps – 2100Mhz EDGE DL 236,6 Kbps / UL 118 Kbps GPRS DL 85,6 Kbps / UL 32,8 Kbps Wi-Fi AP support up to 8 users Micro SD Memory card Telkomsel, Indosat, XL dan Three Connectivity USB High Speed support, Plug and Play Compatible Windows XP SP3, Windows Vista SP1/SP2, Windows 7/8/10, MAC OS with latest upgrade
Berbagikoneksi internet data seluler via Wifi hingga ke 8 perangkat sekaligus. Bisa ON dengan power bank ataupun batok charger hp.Buat koneksi wifi di rumah
Hi all,With reference to the following question, I'd like to provide the solution for this. Was facing the same issue in Windows 11 for my HP question I could not reply to that thread, hence this new item... Windows 10 and Windows 11 driver can be found in SoftPaq can be downloaded here 'All Drivers', downloaded it, installed it and the device now has the correct driver for Windows 10/11 x64Hoping this helps someone else....
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advance lte usb modem driver
