Network Solution Archives – Page 5 of 8

Huawei 3WebCube B183 & B153 Setup Guide

Introduction

3WebCube is a new kind of router where you can quickly and easily get wireless internet in your home. From the appearance, you may never image it’s a router; it’s just like a home furnishings. All you need is an outlet – then you immediately online with both your PC/Mac, iPad and smartphone. You can take 3WebCube with you anywhere, without requiring installation, so you can be on the network when you are outside or in the home. The 3 WebCube is from the HUAWEI B183 and B153 Webcube. HUAWEI B183 supports maximum download speed to 21Mbps while HUAWEI B153 supports HSDPA download speed up to 7.2Mbps. Below are the user guide for 3 WebCube:

Installation

Setup is easy. Once you have connected your PC or Mac and open a browser the first time, the browser displays that you need to enter the PIN code for your SIM card. Of course, if your Webcube is unlocked, the PIN is unnecessary.

Step 1: Connect the router with power. Place it in a place with good signal strength, for example, beside a window.

Step 2: Make sure you have enabled wireless internet on your computer. Enter the password that comes with 3WebCube, and you are now online.

Step 3: Open a web browser and enter http://192.168.1.1 in the address field.

Step 4: Login with “admin” in both the user name and password.

Step 5: Press the gear next to Advanced Settings.

Step 6: Press> 3G Network Settings and then:

Select the following:

Status of PIN: Disable
Enter PIN: <input PIN-kode>
Click “Confirm”

Change APN

Setup is easy. Once you have connected your PC or Mac and open a browser the first time, the browser displays that you need to enter the PIN code for your SIM card.

Step 1: Make sure you have enabled wireless internet on your computer. Enter the password that comes with 3WebCube, and you are now online.

Step 2: Open a web browser and enter 192.168.1.1 in the address field

Step 3: Login with admin in both the user name and password.

Step 4: Press the gear next to Advanced Settings.

Step 5: Press tab APN settings under> 3G Network Settings

Profile Name: 3
Dial-up Number: *99 #
User Name: <leave it blank>
Password: < leave it blank >
APN: bredband.tre.dk (1)
IP Address: <Dynamic>

Click on “Next”.

(1) APN = Access Point Name Depending on which APN you choose, you have different visibility (IP address and ports available) compared to the rest of the Internet.

HUAWEI LTE CPE B593 4G Router Installation and Firmware Upgrade

HUAWEI B593 4G LTE Router Installation—Quick guide to get online with 4G router

1) You should start by inserting the SIM card and then plug the power adapter to the B593 4G router. SIM card must be inserted on the right side when looking at the front of the router. You can see how the SIM card slot in the LTE CPE B593. Power plug must be inserted behind the router.

2) Now you need to connect the router to your computer via wireless network (WiFi). You will find the router’s name and network code on the sticker behind the router.

WLAN – Name (SSID) is the router’s name and WLAN – Key (WPA/WPA2) is the router’s wireless network password. When you first connect the router via WiFi, it would be necessary to enter the WLAN key and get connected.

If you experience problems connecting to the router with the information on the back of the router, this information may be changed. Press reset on the side of the router with a ball pen for about 20 seconds and try again.

3) Once connected, open your Internet browser (eg Internet Explorer, Chrome or Safari) and in the address bar, type the router’s address http://192.168.1.1 (or Homerouter.cpe). It’s the device website on the label.

The default language is English, but you can choose your preferred language. Username is admin and password admin in lowercase. You can also find both the router’s address and password on the sticker behind the router.

4) The router will ask you to change the password when you login. You can ignore it. Your router is already secured with the unique network code that you entered earlier in order to connect to the router.

5) Now select Setup Wizard in the left menu.

You must validate your PIN to the SIM card. You will find PIN 1 on the frame, you took the SIM card out of the scrape area. Then click Validate. Tick the Enable next to Save my PIN and press Next.

Please note that the router stores the PIN code for the SIM card. Put a new SIM card in the router at a time; enter the PIN code for the new SIM card in the same way.

But if you use unlocked B593 Router, it’s unnecessary to do this. 4GLTEMALL.com is selling the unlocked B593 Router.

6) You do not need to change anything in the next section called Internet.

Network mode is by default to Auto and Connection Mode to Always On. Please note that “LTE Only” means “4G Only” and “WCDMA only” means “3G only” in Network mode. You can try to isolate the signal to one of them if you wish. If you set it in Auto as recommended, the router will always try to use 4G as a primary connection. Press Next.

7) You do not need to change anything in the next section called WLAN .

If you want to call your router something other than WLAN1-xxxx , it’s SSID , you need to change. We do not recommend that you do, and then you will always be able to find the router’s name on the back of the router if you do not change it. Press Next.

8) We do not recommend that you change the following in the next point WLAN Security. Network code field is WPA with pre-shared key. This code is already unique and you should only use it once when you connect to the router for the first time on your computer or your mobile. You will also be able to find the network code on the back of the router if you ever need it again later.

If you want to change it anyway, you must enter a code on minimum 8 characters and press Next. Otherwise, press the Next without changing the information below.

9) Now press Submit and your router will reboot and you will be on the internet.

10) Repeat point 2 for all devices to connect with the Internet.

Color Codes

Color Coding Mode on the front of the router

The purple color means that the router lacks the PIN. The blue color means that you are on 4G. The green color means that you are on 3G.

Firmware upgrade — Quick Guide for upgrade

1) Download the latest HUAWEI B593u–12 firmware upgrade> (. zip 26 Mb)

2) Save the file to your desktop and unzip the file when you are finished.

3) Open your browser and log into your router via 192.168.1.1
Username: admin
Password: admin (lower case)

4) Select System > Upgrade > select tar. (The file you just extracted from the zip. file)> press Upgrade, then wait for few minutes, the system will auto upgrade the firmware of the HUAWEI B593u-12.

These steps are also usable for HUAWEI B593s-22 and HUAWEI B593 other models, but the firmware varies.

If you want to know more Huawei Router CPEs, click here: https://www.4gltemall.com/4g-wireless-router/huawei-4g-lte-wifi-router.html

HUAWEI E372 42Mbps USB Stick Work with Netgear MBRN3000

T-Mobile E372(Huawei) is sold under the name WEB ‘N’ WALK STICK BUSINESS II and it’s SIM card free without lock in Germany version. The Dual Carrier HSPA+ Huawei E372 reaches up to 42Mbit/s (according to manufacturer). The dual cell HSPA+ could support double speed than single HSPA+ network connection.

Huawei E372 with the Netgear MBRN3000 Router – but not with T-Mobile firmware

If you Plug the Huawei E372 to the router MBRN3000, it will not be recognized. The reason is the special T-Mobile firmware. In order to be able to run the E372 stick with the Netgear MBRN3000, user need a neutral firmware. This could be obtained free of charge on the Internet.

Instructions to play the firmware(User need 2 steps to play the firmware):

A. The current version firmware for the stick to find on dc-files.com
B. Flash code generator for Huawei (v4mpire_unlocker, simply v4mpire_unlocker in Google search)

First, you create the Flash code v4mpire_unlocker with the program. You start this program and return the IMEI number of a stick. The IMEI number can be found in the T-Mobile Connection Manager, or lay the stick in packing. Then click on Calculate the code. Now the flashing is: Code displayed. We record this or copy it.

Then you start the firmware exe from dc-files.com. Shortly thereafter, we will post flash demand code we created before. Just enter the code and the stick gets filled with the new firmware. The whole takes a few minutes.

Now you can plug the stick into the Netgear MBRN3000 and let run through the setup wizard. The stick is found and installed.

However, we have found that with the Netgear MBRN3000 loses about 40% of performance. When HUAWEI E372 stick connects to the PC directly, the speed of up to 24Mbps can be reached, but with the Netgear MBRN3000 router, only 16 Mbps can be achieved. Apparently the Netgear MBRN3000 is not designed for Dual Carrier HSPA+ and can’t not get sufficient power for such high bandwidths.

The HUAWEI E372 stick also works with all providers in Austria because it is not locked to T-Mobile. It’s SIM card free and support 3G UMTS/DC-HSPA+ Qual-bands.

Telekom Speedstick LTE Stick II – Alcatel One Touch L100V

The Telekom Speed Stick II LTE is available since December 2012, and Speed Stick LTE(HUAWEI E398) is still available. The Speed stick II is made by the Chinese manufacturer TCT Mobile, in Germany, the model number is also available under the name Alcatel One Touch L100V. Below you will find all the features and specifications about the Alcatel One touch L100V.

Features and characteristics of Speed Stick II LTE
Manufacturer and Model Number	TCT Mobile (Alcatel) One Touch L100 V
Download Speed	100 Mbit/s
Upload Speed	50 Mbit/s
Supported LTE bands	LTE Band 1/3/7/8/20 (800/900/1800/2100/2600MHz)
backward compatible with:	DC-HSPA+, UMTS, GSM frequencies (850, 900, 1800 and 1900 MHz)
MIMO Support:	MIMO 2×2
Connector for external antenna	No!
LTE category:	LTE Category 3 (3GPP Release 8) modem
Chipset	Qualcomm MDM9200
Other
Dimensions (LxWxH)	95 mm x 34 mm x 14 mm, 35 grams
USB standard	USB 2.0
Memory card expansion	Yes, MicroSD up to 32 GB
Compatible Operating Systems	Windows XP, Windows Vista, Windows 7, Mac OS (10.4)
Manual PDF	unfortunately not yet available online

The Telecom Speed Stick II LTE supports LTE to a total of five frequencies, including the three major band 3/7/20 (800/1800/2600MHz) for Germany. The download speeds can reach to 100 Mbit/s, while the upload up to 50 megabits is possible. When 4G LTE network is not available, Speed stick II LTE can automatically switch to the UMTS and GSM network. On UMTS network, the speed of up to 42.2 Mbit/s can be achieved with the mobile network with the data accelerator DC-HSPA+ is equipped.

Compared to the first Speed Stick LTE, the latest version seems to be much cheaper, but perhaps it’s because it’s unfortunately somewhat less well-equipped. In contrast to the Telekom Speed Stick I, Speedstick II LTE missed the connector for an external antenna. But that’s not the only difference: even the USB port is rotatable when LTE Speed Stick II LTE cannot. The workmanship is not as high as the HUAWEI E398 manufactured by Huawei. The common feature is that both them can be upgraded with a MicroSD memory card to the memory stick.

The idea to use the Speed Stick II LTE is only worthwhile if you currently still has no LTE stick. The device offers all important functions and is a good introduction to the fourth generation of mobile communications. If you want to have a slightly higher quality model or connectors for external antennas, it is better to consider Speed Stick LTE without the “II”, that is HUAWEI E398u-15.

How to Buy 4G Modem between Similar Models?

More and more people are choosing 4G modems as their preferred network in the plan. And more and more 4G dongles are available for various operators all over the world. Then here comes a problem: many customers feel confused by the models and especially two similar models. Customer don’t know what’s the difference, which make s them in trouble deciding which one to buy.

ZTE MF821 and MF821D are two similar 4G dongles. We will take the two 4G LTE modem as example to explain our topic today. Now if I list them in front of you and let you tell what the difference is. You maybe feel headache…don’t worry; if I were you, I also can’t tell anything, perhaps my answer is they are completely the same. But actually, they are different, of course, not on the appearance.

The key differences for most of the 4G modems are the LTE frequency bands that they could support. Other features are almost the same and not influence the usage. ZTE MF821 could support 4G LTE band 1, band 3 and band 7 (1800/2100/2600MHz). But ZTE MF821D supports band 3, Band 7 and band 20(800/1800/2600MHz).

Even though some customer may concern about the connector for external 4G antenna, the network bands should be the first concern because it determines whether a 4G modem would work properly or not. And we could see this feature from the dongle body. The inner part, especially the technical specifications are invisible.

Getting to know the specification of the 4G LTE modem, user need check the operator’s network bands. If the bands are partially the same as the 4G USB dongle or 4G mobile hotspot, then the operators’ SIM card work with the Wireless devices. But if you are using a USB modem that is not with contract plan, you must make sure the USB modems are SIM card unlocked.

Above should be the key matters that influence the usage of a 4G dongle/modem/surfstick/datacard. If you want to know the details of a 4G USB Modem, welcome to check the list UEs by LTE Frequency bands: http://www.4gltemall.com/ue-by-spectrum.html

How to Setup ZTE MF91D 4G LTE Mobile Hotspot

With Mobile Broadband Router ZTE MF91D, you can connect 5 computers / wireless devices simultaneously. Here you will find information and guidance on how to set up and use the Wireless Mobile Broadband Router ZTE MF91D.

Get Started of ZTE MF91D:

Network name (SSID) and network key (WIFI KEY) can be found on the underside of the router on a sticker.

Insert the SIM card.
Turn on the router by holding the On / Off button for several seconds.
Click the wireless network icon on your computer.
Select Connect to a network / List available networks.
Click on your network (SSID), select Connect.
Enter the network key (KEY WIFI), press Connect.
Open a web browser such as Internet Explorer and follow the wizard. We recommend creating your own wireless network name and password. After a few steps, enter a URL such as www.4gltemall.com

You are now connected to the Internet.

Getting into the menu of the MF91D router:

The router has a separate menu, where you will change the wireless network name and network key.

Getting into the menu of the router:

Open a new browser such as Internet Explorer on a computer connected to the router. Enter 192.168.1.1 in the address field and press Enter.
Enter Password: admin

Now you could change the password per your preference.

Restoring factory settings (reset) router:

If you experience problems connecting to the Internet, it may help to reset the router.

To reset the MF91D manually:

Open the router.
Press a paper clip / pin in the reset hole and hold for 10 seconds.
The router turns on and off, and you can connect to the wireless network.

Now, after you reset the router, the network name and network password would be reset.

How to restore ZTE MF91D factory default:

Open a new browser such as Internet Explorer on a computer connected to the router. Enter 192.168.1.1 in the address field and press Enter.
Enter Password: admin
Click Settings
Select System Security then Default Settings.
Press Restore
Click Restore again to confirm.
The router automatically turns on, and you can reconnect. Note that after you have reset the router, the network name and network password be reset. Have you changed the login password of the router, this is also reset.

Change the wireless channel:

Do you have low signal strength or difficulty finding the wireless network; it may help to change the wireless channel.

To change the wireless channel, you must enter the menu of the router. The computer must be connected wirelessly to the router to access the menu.

Open a new browser such as Internet Explorer on a computer connected to the router. Enter 192.168.1.1 in the address field and press Enter.
Enter Password : admin
Select Settings
Click Wi-Fi, then Advanced
Select a channel from the dropdown below Frequency (Channel).

It is recommended to choose 1, 6 or 11. The channel 11 may work better than channel 1 in your home, so take your pick. Avoid channels 12 or 13 when some network cannot connect to them.

Press Use. The settings are now saved.
If you experience the same problem remains, repeat step 4 and try another channel that might work better on your computer.
If you cannot find your wireless network, you should reboot the PC and router.

Switch between 4G, 3G and 2G networks

To do this:

Open a new browser such as Internet Explorer on a computer connected to the router. Enter 192.168.1.1 in the address field and press Enter.
Enter Password: admin
Select Settings, then Network
Select Only 3G or only 2G from the drop down menu under Select Network.
Press Use.

TDD Band 40 (2300MHz) and LTE UEs for Band 40

The 2300MHz band has already been defined as a 3GPP eUTRAN band (band 40) based on a Time Division Duplex (TDD) scheme. First significant rollouts have already started in India (Bharti Airtel operator) and in Saudi Arabia (STC operator), with several others following by 2013.

According to the Global Suppliers Association (GSA), 43 commercial devices supporting the 2300MHz band are now available on the market, including multi-band and multi-frequency Customer Premises Equipment (CPE), dongles and portable hotspots, while tablets and smartphones will be commercially available by the end of 2012. Even the early European adopters will be able to rely on the economies of scale that are now being established in other regions thanks to the global identification of the 2300MHz band by the International Telecommunication Union (ITU-R) for the IMT family of technologies.

LTE-TDD is now gaining market traction in all regions as it is commonly considered in the evolution path of any wireless cellular TDD technology (TD-SCDMA, UTRA-TDD and WiMAX™). LTE-TDD is an integral part of the 3GPP standards, sharing significant common properties with LTE-FDD and offering comparable performance characteristics with similar high-spectral efficiency. Globally, 80 LTE networks were launched in 38 countries between December 2009 and June 2012. LTE-TDD is now entering maturity stage: 33 trial and 23 commercial LTE-TDD networks launched in Brazil, India, Japan, Poland, the Russian Federation and Saudi Arabia by April 2012; and several new rollouts will take place in 2012 also involving the USA and all the BRIC countries (Brazil, Russia, India and China). All major network equipment manufacturers stressed the importance of LTE-TDD and have already launched their LTE-TDD solutions. LTE-TDD will reach economies of scale comparable with LTE-FDD in the longer term. With its large spectrum availability (up to 100MHz in the lowest available TDD band in Europe), the 2300MHz band will play a major role within the European ‘TDD bands’ in the short term.

Growing support from global industry for the 2300MHz band is increasingly evident; in March DIGITALEUROPE clearly stated its position in favour of rapid availability of 2300MHz harmonised spectrum across Europe. From an early stage, the European 2300MHz market will be able to leverage economies of scale from global TDD consolidation, enabled by the ITU-R global allocation, and by the growing availability of spectrum, as well as the arrival of suitable end-user devices.

The following diagram provides information on allocations and assignments among key 2300MHz markets:

Australia:

In order to gain access to the 2300MHz spectrum, Australian operator Optus is soon expected to complete its acquisition of another Australian operator, Vividwireless. Once confirmed by local regulatory authorities, Optus will be able to rely on almost all the 98MHz portion of spectrum in the Australian 2300MHz band.

China:

The 2300MHz band is allocated to the Ministry of Information Technology (IMT) in China. China Mobile owns 50MHz in the

2300MHz band which can be used for indoor services at this time (the band is currently used by radiolocation services). China Mobile, having identified LTE-TDD technology as the long-term evolution of TD-SCDMA, is expected to increase investments in the near future. Additionally China Mobile is currently undertaking a large-scale LTE-TDD trial involving the 1900MHz, the 2300MHz and the 2600MHz TDD bands. Some 1000 eNBs have been rolled out in six cities in the first phase (Proof of Concept, completed in September 2011), 20,000 base stations and multimode user equipment tests are being performed in the second phase (R&D technical experiment and scaled trial) which will expand to nine cities and will end by December 2012. China Mobile plans to gradually upgrade 200,000 TD-SCDMA base stations to LTE-TDD by 2013.

India:

In June 2010, each of six operators acquired one 20MHz license, with different geographic extensions, at a total cost of $US5.2 billion. Reliance Industries is the only operator with pan-Indian coverage while Bharti Airtel was the first operator to launch LTETDD commercial services in India in April 2012, starting with Mumbai, Delhi, Kolkata and Bangalore. Bharti Airtel has recently signed an agreement for the acquisition of Qualcomm AP’s BWA spectrum by 2014.

Saudi Arabia:

STC commercially launched its LTE-TDD service in September 2011. This is the biggest LTE-TDD 2300MHz network in the Middle East. By May 2012, STC had already upgraded 1500 base stations serving 38 cities and is targeting 65% population coverage by end-2012. In parallel, competitor Mobily has also launched its 2600MHz LTE-TDD network.

Denmark:

In May 2011, a public consultation document entitled “A strategy to find an extra 600MHz for broadband” by the Danish regulator NTIA proposed the availability of the 2300MHz spectrum band by 2015.

Ireland:

In October 2009 ComReg carried out a public consultation on “Release of Spectrum in the 2300-2400MHz band”. In its April 2011 consultation, “Review of the Period 2008 – 2010 & Proposed Strategy for Managing the Radio Spectrum: 2011 – 2013’ ComReg recognised the “great potential [of the 2300MHz band] to enhance competition and capacity for mobile broadband within Ireland”, once the ECC harmonisation work has been completed. According to the recently closed public consultation on its “Draft Strategy Statement 2012 – 2014“, ComReg will develop a new consultation “on a future release of the 2.3GHz band” which will also include economic analysis of the type of competitive award, fees and license conditions.

Sweden:

PTS, the Swedish regulator, is considering the 2300MHz band in its roadmap for the release of more than 500MHz “new” spectrum in Sweden. PTS has been planning to release 2300MHz band for some time. Depending on market demand, spectrum could be auctioned starting from 2013. A first public consultation “regarding planned radio use in the 2.3GHz band” was held in November 2010. A more recent consultation addressing technical issues related to the 2300MHz band (e.g. coexistence matters, band plan, etc.) was closed in February 2012.

UK:

The 2300MHz band (2310-2390 MHz) is considered as a “prioritised band for release” in the spectrum strategy document19 issued by the Department for Culture, Media and Sport in March 2011, which sets the target of releasing 500MHz below 5GHz from the public sector by 2020.

LTE UEs for Band 40 (TDD 2300-2400MHz, 100MHz)

LTE CPE

1. Asiatelco ALR-W190, indoor, b40, b38 ..2012.09..

2. Asiatelco ALR-W191, indoor, b40 ..2012.09..

3. Huawei B222s-40, outdoor ..2012.06..

4. Huawei B593s-82, indoor ..2012.09..

5. Netcomm 4GT101W-01, indoor ..2012.08.. tbc

6. Netcomm 4GT101W-04, indoor ..2012.08.. tbc

7. Nokia Siemens Networks CPE outdoor 7210, 2011.10

8. Nokia Siemens Network CPE indoor 7212, 2011.10

9. Huawei B593s-58

LTE Dongles

1. Asiatelco ALT-C160, ..2012.09..

2. Huawei E392u-92, ..2012.06..

3. ZTE MF820S2 ..2012.09..

4. Huawei E398s-81 2012.08

5. BandLuxe C508

Mobile hot-spots

1. Huawei E589u Mi-Fi ..2012.06..

2. Modacom URoad-LTE ..2013.02..

3. ZTE MF91S, 2012.08

Vodafone 3G 4G Mobile WiFi – R201, R205, R210

Many customers know there are various USB Surf sticks available for Vodafone 3G or 4G networks, but few know the mobile WiFi hotspot for Vodafone. Today, we will have a review of Vodafone Pocket WiFi for 3G & 4G networks.

The early model of Vodafone mobile WiFi is Vodafone R201. It’s the first generation for Vodafone and also the first generation of Huawei mobile WiFi. This model is produced by Huawei, follow R201, Huawei presents many new versions to publicly and gained gear success. Vodafone R201 supports HSDPA 7.2Mbps, it could transfer SIM signal to WiFi signal and up to 5 users could access internet via R201. At that time, the download speed 7.2Mbps is good enough for most activities, but with the network development and many applications for data transmission, this speed can’t meet the requirement for surfing. Then newer version comes out.

Vodafone R205 is the newer model supporting HSPA+ technology. The HSPA+ apply the MIMO technology for data transfer. So it would obviously improve the link speed. Vodafone R205 could support peak link speed up to 21Mbps and 5.76Mbps. It comes from the factory model Huawei E586 mobile WiFi. Similar to R201, it would support 5 users to share the WiFi network. As we can see, the improvement of the new generation mobile WiFi is on the supporting speed.

However, People demand for speed is not limited to 21 Mbps. Higher connection speed are required in many areas. Then 4G technology is decoupled and the mobile terminals are following. Vodafone is always leading the industry trend.

Here now Vodafone R210 4G LTE mobile WiFi is available. Under good 4G LTE network, the R210 supports up to 100Mbps. It’s really amazing, if you download a movie in big size, it would take for only few seconds. And this speed makes it true to play many online games.

With more power capacity, Vodafone R210 could work for longer time than its predecessors. What’s more, more users (up to 10 WiFi enabled devices) could get connected with the mobile WiFi and surf. The pocket WiFi could only work on 4G LTE network, but also back ward 3G UMTS/WCDMA & 2G GSM/GPRS/ EDGE. Where 4G network is not available, Vodafone R210 would auto choose the alternative good network available to keep user connected with network. With higher specification, there is no doubt that the price of Vodafone R210 is a little bit higher than the previous R201 and R205.

Considering the performance of the three mobile WiFi for Vodafone and budget, you can choose the right model to keep connected with the best networks.

Worlds’ First Industry’s 5G WiFi Router Annouced by Broadcom and SK Telecom

A few days ago, the operator SK Telecom in South Korea announced the industrial first 5G WiFi hotspot router, which integrates Broadcom’s BCM4708 and BCM4360 into its newest platform. And SK Telecom will ensure more reliable connectivity to its customers by offloading data traffic to an IP network via a fast and robust 5G WiFi connection. To finish this target, SK Telecom is dedicated to deploy the 5G WiFi Hotspot Router in 802.11ac standard.

Working with Broadcom, the global innovation leader in semiconductor solutions for wired and wireless communications, SK Telecom will provide an upgraded Wi-Fi experience for the customers through differentiated technologies and services befitting the Gigabit Internet environment that is expected to expand rapidly from 2013.

To release the stress on crowed cellular networks from explosion of internet data traffic over mobile networks, SK Telecom is leading the role in telecommunication industry to address the challenge by combining 5G Mobile WiFi to the latest hotspot router platform and offload data to Wi-Fi.

5G WiFi Hotspot Highlights:

* The data rates of Broadcom’s 5G WiFi is three times faster and up to six times more power efficient than previous 4G Mobile Wi-Fi.

* Wireless gadgets powered by 5G WiFi provide broader coverage and allow consumers to experience faster video streaming and connect multiple devices simultaneously all while extending battery life.

* Broadcom’s TurboQAM® technology implements the highest data-rate 256-QAM mode in 2.4 GHz for faster throughputs.

* Advanced beam forming, Low-Density Parity Check (LDPC) code and Space-Time Block Code (STBC) support for better coverage and more reliable connectivity.

Huawei B593 B593u-12 4G LTE CPE Quick Setup

As the world’s first 4G LTE CPE, Huawei B593 is now commonly used in many areas, but it seems Huawei B593 is used more at home or SOHO office. Even though it becomes more and more well-known, many users don’t know how to set up this 4G CPE.

The 4G LTE CPE is different from the 3G wireless router what we had used. There is no Port for Ethernet to input data. The CPE connects network via one SIM card Slot. And 4 Ethernet ports are outputting data for desktop. And two VoIP telephone ports and one battery charger port are lines with the Ethernet ports.

Today, we have a brief introduction about how to quick setup the LTE CPE Huawei B593.

First step is to plug the SIM card to Huawei B593; when you first get the device, you may don’t know where to plug the SIM card, below the image will show the slot for SIM card.

Then plug the power adapter and press the power button to start the device. After power on, the indicators on the front of Huawei B593 will start shinning. After few second, you could find the SSID in your PC, and then connect it through the WLAN Key on the back stick of the CPE.

After connected with the WiFi, land the home page http://192.168.1.1 and default password is admin

Then click the Setup and the management page will guide to Setup Wizard.

If the SIM card PIN is disabled, click next to Internet setting, users could choose the network mode and connection mode per users’ preference.

Then click next to set up WLAN, users could setup the WiFi mode, Country mode, Channel, SSID name and to hide the broadcast.

Then next step ot set up the WLAN Security, users could setup the Security mode, WiFi key and WPA Encryption mode.

Then click to next and submit the setting and. After few seconds, the setup is finished and users could surf internet.

Sometimes, users may want to have better signal and high data transmission, so it’s necessary to use 4G LTE External antenna for HUAWEI B593. But there is no setting in HUAWEI B593 4G LTE CPE. It could enhance the signal invisibly.