TP-Link 4G Router Archer MR400 VS MR200

Many people know TP-link WiFi router because TP-link WiFi routers are very popular due to the good price and reliable performance. Following the market demand for 4G Routers, TP-Link also presented many 4G WiFi routers to the markets. TP-link Archer MR400 and MR200 are two hot TP-Link 4G Routers with SIM card slot and Ethernet ports. With the similar name, you may don’t know what the difference between the TP-link MR200 and MR400 is. We will compare the Archer MR400 and MR200 to find the answer.

 

TP-link Archer MR200 VS MR400 Appearance

 

The TP-link Archer MR400 and MR200 are both desktop routers. If you let them stand together, you can’t tell which one is Archer MR400 or MR200. They use the same model design. On the top, there are some indicators for power, WAN, LAN, WiFi, and Signal with the new TP-link logo. On the back, there are two external antennas, 4 LAN ports (RJ45 Ethernet port), one of which is for both LAN & WAN. On the left side of the LAN ports, there is the plug for power and power on/off button. On the right side of the Ethernet ports, there is WPS reset button and WiFi on/off button with the SIM card slot. They both use the standard SIM card. If you are using Micro SIM or Nano SIM, the manufacturer TP-link offers the Micro to Standard SIM adapter and NANO to Standard SIM adapter.

 

Archer MR400 VS MR200 Specifications

 

From the appearance, we can see the TP-link MR200 and MR400 are very similar. Seems when they are produced, they are using the same design model. Then let’s have a comparison of the TP-link Archer MR400 Specs and MR200 Specs:

 

 

Model TP-link Archer MR400 TP-link Archer MR200
Product type 4G Router with SIM card slot and Ethernet port 4G Router with SIM card slot and Ethernet port
Category LTE Cat.4 LTE Cat.4
Chipset ? ?
LTE Data rates DL 150Mbps/UL 50Mbps DL 150Mbps/UL 50Mbps
Supported 4G LTE frequency bands * 4G: FDD-LTE B1/B3/B7/B8/B20 (2100/1800/2600/900/800MHz)
TDD-LTE B38/B39/B40/B41 (2600/1900/2300/2500MHz)
* 3G: DC-HSPA+/HSPA+/HSPA/UMTS B1/B8 (2100/900MHz)
* 2G: EDGE/GPRS/GSM Quad Band (850/900/1800/1900MHz)
* 4G: FDD-LTE B1/B3/B7/B8/B20 (2100/1800/2600/900/800MHz)
TDD-LTE B38/B39/B40/B41 (2600/1900/2300/2500MHz)
* 3G: DC-HSPA+/HSPA+/HSPA/UMTS B1/B8 (2100/900MHz)
* 2G: EDGE/GPRS/GSM Quad Band (850/900/1800/1900MHz)
WLAN * IEEE 802.11ac/n/a 5GHz, DL to 867Mbps
* IEEE 802.11b/g/n 2.4GHz, DL to 450mbps
* IEEE 802.11ac/n/a 5GHz, DL to 433Mbps
* IEEE 802.11b/g/n 2.4GHz, DL to 300mbps
Max supported users 64 users 64 users
MIMO n/a n/a
Anntenna 3 Internal Wi-Fi Antennas,
2 Detachable External 4G LTE Antennas
3 Internal Wi-Fi Antennas,
2 Detachable External 4G LTE Antennas
Buy Antenna TP-link MR400 external antenna TP-link MR200 external antenna
App management TP-Link Tether APP TP-Link Tether APP
SIM Size Standard SIM Standard SIM
Battery No No
Dimensions 202 x 141 x 33.6 mm 202 x 141 x 33.6 mm
Interfaces * 3 x 10/100Mbps LAN Ports
* 1 x 10/100Mbps LAN/WAN Port
* 1 x SIM Card Slot
* 3 x 10/100Mbps LAN Ports
* 1 x 10/100Mbps LAN/WAN Port
* 1 x SIM Card Slot
Datasheet TP-Link Archer MR400 Datasheet(PDF) TP-Link Archer MR200 Datasheet(PDF)
User Manual TP-Link Archer MR400 Manual(PDF) TP-Link Archer MR200 Manual(PDF)
Other features Traffic Control, Dynamic IP/Static IP/PPPoE/PPTP(Dual Access)/L2TP(Dual Access), Access Control, Local Management, Remote Management, DHCP, Port Forwarding,  Dynamic DNS, VPN, Access Control, Firewall, Supports IPv4 and IPv6, IPSec VPN Traffic Control, Dynamic IP/Static IP/PPPoE/PPTP(Dual Access)/L2TP(Dual Access), Access Control, Local Management, Remote Management, DHCP, Port Forwarding,  Dynamic DNS, VPN, Access Control, Firewall, Supports IPv4 and IPv6, IPSec VPN
Firmware download Archer MR400 Firmware Archer MR200 Firmware
Driver Archer MR400 driver Archer MR200 driver
Reviews TP-link Archer MR400 Review TP-link Archer MR200 Review
Price/USD 369.00 329.00

 

Summary

From the specs table, we can see the TP-link Archer MR400 and MR200 are both 4G LTE Router which could achieve 4G LTE download speed to 150Mbps and upload speed to 50Mbps based on the support of LTE Cat4. Other features are completely the same except that the WiFi feature. Due to the configuration of the MIMO 3 x 3 antennas in the 2.4 GHz band and the MIMO 2 x 2 in the 5 GHz band, the Archer MR400 provides a total transfer rate of up to 1350 Mbps (450 Mbps in the 2.4 GHz network and 867 Mbps in the 5 GHz). For comparison: the predecessor Archer MR200 model is limited to a speed of 300 Mbit/s in the 2.4 GHz network and 433 Mbps in the 5 GHz network. That’s why the TP-link MR400 is also called Archer AC1350 and TP-link MR200 is called Archer AC750. Of course, the TP-Link Archer MR400 is technically better than TP-link Archer MR200 AC750. If you would buy one router from the two, the Archer MR400 is better to recommend since the prices of the two routers are very close.

Alcatel EE60 4G LTE MiFi Hotspot Review

If you looking for a 4G mobile WiFi router for use with your data sim card and the 4G MiFi must have a low price and small size, we recommend you to consider the latest Alcatel EE60 Mobile WiFi. If you are unfamiliar with the Alcatel EE60 MiFi, you can proceed to read more about the Alcatel EE66 review in this article.

Why we need an LTE MiFi when the smartphone has the hotspot function?

Many people may ask, why do I need a MiFi device while the smartphone is equipped with hotspot function? MiFi (Mobile WiFi) supports WiFi data sharing with many other devices. Usually, a MiFi support 5-15 users at a time depending on the model and the MiFi brand. MiFi usually would not become very hot and does not consume the battery fast compared to when using a smartphone as a hotspot. WiFi signal access from a mobile WiFi is also extensive and the MiFi also can usually extend the signal better than smartphones and provides faster internet. If you only use 2-3 devices like 1 smartphone and 1 laptop, MiFi is not required. But if you use more than 3 devices and share data with many people then a MiFi is highly recommended.

Alcatel EE60 Review

We get the Alcatel EE60 MiFi a couple of days ago, comparing with other mobile device models such as Huawei E5577, TP-link M7350 and so on, the Alcatel EE60 is most budget one. The highlight of Alcatel EE60 is the large battery capacity, which can not only keep it working for a long time but also charge other devices if needed.

 

The size of the Alcatel EE60 is quite compact and can fit in the pocket. The USB type-c cable is provided for you to charge. The battery capacity of the EE60 is 5150mAh, quite large compared to most other MiFi which usually have a battery of about 1500 mAh – 3000 mAh only. You can also use this MiFi as a power bank using the USB port.

 

Unlike other Alcatel 4G routers, Alcatel EE60 uses Nano SIM card. And LTE signal access is also very good, if we place a SIM card in Android smartphones, we can only get 1-2 bar signals but using the Alcatel EE60, it can get full signal. Most functions can be accessed using the Alcatel Link app on Android and iOS.

 

Alcatel EE60 Settings

The Alcatel EE60 is also very easy to setup. For starters, you just need to login to 192.168.1.1 and setup the parameters if you need. You can only use 5Ghz WiFi in AC wireless mode, while 2.4Ghz wifi only in wireless mode b/g/n. No dual-band function.

 

This EE60 MiFi can also receive SMS using this Link application, just in case you want to use data SIM card to receive TAC or SMS verification from Whatsapp etc.

 

The Alcatel EE60 MiFi manual promotes the use of a charger that supports Qualcomm Quick Charge 2.0 for fast charging. If you use a normal charger adapter, it will take a long time to charge the battery for 5150 mAh full. In addition to the Quick Charge 2.0 charger, the iPad charger (Apple 12W charger) is also suitable for charging this MiFi. Make sure to remove pouch MiFi bags before charging to avoid accumulating heat and heat up.

Alcatel EE60 MiFi Highlights:

  • Unlocked model – supports all the network providers in Asia and Europe
  • Battery life throughout the day – 5150 mAh
  • A strong data signal, WiFi area
  • Supports wireless AC
  • Compact size
  • Can work as a mobile power bank
  • Supports Qualcomm Quick Charge 2.0 for fast charging

 

 

Alcatel EE60 MIFI Configuration

  • Does not support dual band wifi 2.5 GHz and 5 GHz simultaneously
  • Not sold in regular stores but online
  • Some users reportedly difficult to play PS4 online using this Mifi (NAT limitation).
  • The latest firmware version EE60_00_05.00_31 does not support the Alcatel Link App app on iOS and Android
  • Does not have Micro SD card slot
  • The size of a large MiFi battery means you cannot use a low adapter/charger output as the charge will take a long time and hot fast. Please use high adapter/charger output such as iPad charger

 

Alcatel EE60 Firmware Update

Avoid Alcatel EE60 Mifi firmware updates to the EE60_00_05.00_31 version because this firmware does not support the Alcatel Link App app on iOS and Android. Some users report the latest EE60 firmware more stable, fast and less hot but Link App app is not accessed at all. If you have updated to this new firmware and need Link application, we recommend email to this application developer to support EE60 Mifi again.

 

 

You can contact the app developer of the Link app on the Play Store site> Scroll down> Developer> Send email> specify app does not support firmware EE60_00_05.00_31. Based on our search, firmware EE60_00_05.00_31 launched for security fixes.

 

 

Since the MiFi EE60 is already an old model, we also recommend this TP-Link M7450 MiFi if you need advanced functionality like Cat 6 LTE with Carrier Aggregation and download speed up to 300Mbps. If you only plan to get a MiFi device at an affordable price, you can get the EE60 because of the many exciting functions with a budget price.

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TP-Link M7650 Mobile WiFi Hotspot Test

TP-Link M7650 was available around half a year and many people got to know this new LTE WiFi router, but regarding the performance for internet access and connection stability, many people want to know more even they may get some information from TP-Link M7650 Review. It’s better to take a test for the internet connection and find the answers. Today, we would take a test for TP-Link M7650 and see how it performs for users.

TP-link M7650 Display

TP-Link M7650 Specifications

 

TP-Link M7650 is a portable LTE-A Category 11 hotspot allowing data download at speeds up to 600 Mb/s. With a 3000 mAh battery, the device can work up to 15 hours and can handle up to 32 devices. Thanks to the built-in screen with dedicated buttons, we can display current information about the router’s status and control data consumption, battery status and cellular network coverage. The manufacturer has equipped the solution with the 802.11ac standard, thanks to which the devices can communicate with the speed of 867 Mb/s.

 

TP-link M7650 USB Port

TP-Link M7650 is not the first TP-Link 4G LTE mobile WiFi hotspot. The manufacturer has been presenting interesting “MiFi” solutions for years. The TP-Link MiFi series includes the M5350, whose successor is the LTE version TP-Link M7200. And the TP-Link M5360 3G hotspot with 5200 mAh power bank function is also in this series.

 

TP-link M7650 side

The most interesting are the M7310, M7350 and M7450 mobile WiFi hotspots, which clearly show how the mobile data transmission developed. The first two offer cellular LTE data transmission at DL 150Mbps/UL 50Mbps, while M7450 supporting LTE category 6 allows downloading at 300 Mbps and uploading at 50 Mbps. The hero of today’s test is a device supporting LTE category 11 (LTE-Advanced), and hence offering 600/50 Mbps in the mobile network.

 

TP-link M7650 battery

TP-Link M7650 is based on the models M7310 and M7450. The device with dimensions of 112.5 x 66.5 x 16 mm contains a replaceable 3000 mAh battery, which, according to the manufacturer’s declaration, is sufficient for 15 hours of operation and up to 900 hours in standby mode. In predecessors (M7310 and M7350), the manufacturer TP-Link used 1800mAh and 2000 mAh batteries.

TP-link M7650 SIM Card and SD card slot

TP-Link M7650 Usage

After removing the battery, there is a place for a micro SIM card and a micro SD memory card (up to 32 GB). The hotspot was made of gray, pleasant to the touch material. The front part is a black glossy element with a small (1.44 “diagonal) color LCD screen. It is not as big as Netgear models, eg AirCard 810, but the information displayed on it is very clear and the menu is transparent. On the sides of the screen there are two buttons – turning on the power supply and the hotspot menu control button. Thanks to two buttons, we can easily navigate the menu of the device and activate the most important options.

In addition to the TP-Link documentation, the set includes a nano SIM adapter – micro SIM, as well as a USB cable for charging the device or wired communication using the NDIS standard.

With the change of mobile communication technology in the TP-Link mifi, the standards of wireless communication have also changed. In the M7200 model, we had a wireless network system working at 300 Mbps in the 2.4 GHz band. The M7350 has a frequency of 5 GHz. In turn, the M7450 and M7650 solutions support the latest 802.11ac standard – in the 2.4 GHz band to 300 Mbps and band 5 GHz bandwidth – 867 Mbps. Thanks to this, we can easily connect up to 32 wireless devices.

 

TP-link M7650 back logo

The implementation of the 802.11ac standard and operating speed in the 5 GHz band with 867 Mbps is dictated primarily by fast LTE-A communication. Although the TP-link M7650 supports a cellular network with a speed of up to 600 Mbps, at present it is difficult to find a widely available location in which we will be able to reach this value. More specifically, what technologies and frequencies does the M7650 support?

In the field of LTE networks:

  • FDD-LTE: B1/B3/B7/B8/B20 (2100/1800/2600/900/800MHz)
  • TDD-LTE: B38/B40/B41 (2600/2300/2500MHz)

 

And on the 3G/2G network:

  • DC-HSPA+ /HSPA/UMTS: B1 / B8 (2100/900MHz)
  • EDGE/GPRS/GSM: 850/900/1800/1900MHz

TP-Link M7650 Mobile WiFi Settings

To use the TP-Link M7650 MiFi, simply insert the SIM card and start it. Hotspot distributes a secured wireless network whose parameters (name and password) can be found on the inside of the battery cover. The advantage of TP-Link is that in the case of tested SIM cards: Play, Viking Mobile, Orange and T-Mobile, each of them was correctly recognized and there was no need to edit the connection parameters. This is especially important for people who are not familiar with the technical details of editing connection parameters.

However, if we want to use the configuration options, we have three options. The first one is the LCD screen mentioned. By switching the Menu button we can set or preview:

  • the name of the Wi-Fi network and its password
  • Enable / disable energy saving
  • Activate the mechanism of connecting to the WiFi network via WPS
  • Determine the frequency of WiFi networks (2.4 or 5 GHz)
  • Specify the operating mode of the 3G / 4G cellular network
  • Activate GSM network roaming.

These are a few basic settings that are sufficient for an everyday mifi user. In turn, the main screen of M7650 presents the indicator and type of cellular network, enabled WiFi network, battery level as well as the name of the operator and in the central part of data consumption and download speed.

More configuration options can be found in the tpMiFi mobile application. After connecting to the Wi-Fi network provided by the hotspot, we can view the M7650 parameters:

  • basic information about the device,
  • wireless network options with the possibility to edit parameters,
  • Mobile network options, unfortunately there is no detailed information about work in a specific LTE mode. Information about the type of 3G or 4G network remains,
  • information about connected users,
  • information about the status of the battery,
  • SMS message panel,
  • The ability to set the operating mode for the memory card – sharing via Wi-Fi or via USB. In the latter case, after connecting the M7650 to the USB port it will be visible as a flash drive,
  • Additionally, in view of expenditure control and a specific data package, we can set usage limits, monthly statistics and specify a data package that is not covered by the limits (useful for “no limit” tariffs).

TP-Link M7650 mobile WiFi Hotspot Web Interfaces

Using the web interface, we will find much more hotspot configuration parameters. The appearance of the M7650 web interface does not differ from the one we know from other TP-Link routers, such as Archer MR400. So we have a classic panel with device network status. We will also find SMS support and the TP-Link configuration wizard.

 

Detailed configuration options are the place in the Advanced section. Here we have a full range of possibilities:

 

Dial-up – tab concerning the parameters of the connection to the cellular network with the settings of the operator, the type of cellular network or the management of the PIN code

Wireless – settings responsible for the wireless network parameters.

Compared to the classic TP-Link SOHO routers, there are few settings: network name, header broadcasting, operating frequency, channel, network type, encryption and password. We also have the ability to determine whether the password and name information will be displayed on the M7650 screen. TP-Link can work on both 2.4 and 5 GHz frequencies, unfortunately not at the same time. We need to compromise and either choose a slower 2.4 GHz or have 802.11ac client devices to switch to the fast 5 GHz network. In the Wireless section, you can also view connected clients and block them access to the network, activate the WPS mechanism (PIN code, button) or edit the black list of clients

DHCP server – you probably do not need to translate too much. For a simple mechanism for dynamically assigning IP addresses. We will not find here, for example, static IP assignment based on the MAC address. It’s a pity, because in the next tab NAT Forwarding in addition to options related to ALG control, we can also set port forwarding, enable the port triggering and even assign the computer to the DMZ zone.

In the following sections, we will find information on data usage with the possibility to set limits and warnings when approaching the packet volume.

 

Although TP-Link implemented two radio systems and LTE-A communication, the 3000 mAh battery according to the manufacturer’s declaration should last up to 15 hours. The power saving function helps in achieving the declared working time, which in the absence of connected Wi-Fi clients disables wireless Wi-Fi after 10 minutes.

In addition, if the hotspot works in close proximity to the devices, you can also set the Wi-Fi network signal strength. During the tests, we were able to achieve the declared time of the router’s work on the battery without any problem. During intensive use by several devices, the battery was enough for about 10 hours. It’s still a great result.

Finally, the functions associated with the memory card. You can insert a micro SD card with a capacity of up to 32 GB to the device. This is not much, but in the case of teamwork, you can use it as a place to exchange documents or store frequently used files. TP-Link implemented three possibilities of data sharing. The first one is sharing files after WiFi using the SMB protocol. Authentication takes place using the account specified in the account settings or can be anonymous. The second way is communication via FTP. In turn, the third is more individual – we can use the data by connecting the mifi to the USB port.

TP-Link M7650 Speed Tests

A few words of explanation at the beginning – it is possible to obtain a speed of 600 Mbps in a cellular network, but certain conditions have to be met. Well, as in Wi-Fi networks, the right number of bands and the modulation that allows LTE category 11 to obtain an aggregated frequency connection of 1800, 2100 and 2600 MHz is an important issue in the cellular network. And so for three bands with a speed of 150 Mbps, we have a total of 450 Mbps. To achieve the above mentioned 600 Mbps, it is necessary to use the 256-QAM modulation, which should improve the speed of the 64-QAM modulation connection by 30%. Similar solutions are used, among others for wireless networks for 2.4 GHz frequency, where from three streams with appropriate modulation and 256-QAM 5/6 coding, we can set up a 600 Mbps connection.

During the tests, we used cards from three operators: Viking Mobile, Orange and T-Mobile. The distance from the transmitters for individual operators was the same. We performed tests at various times of the day and night. As it turned out, the best maximum results were achieved by Viking Mobile. In the case of T-Mobile and Orange, the maximum download values ranged from 70 to 90 Mbit/s. In turn, in Viking Mobile at the same time they have already reached over 120 Mbit/s. However, it is worth remembering that Viking Mobile uses Play transmitters and in the test location we had the opportunity to use Play technology (4G LTE ULTRA).

120 Mbit/s values can be achieved when we are connected to a hotspot using USB or a 5 GHz network. In the case of the 2.4 GHz network, the connection speed in Viking Mobile dropped to around 83 Mbit/s.

 

Why is the communication in the 2.4 GHz network slower? First of all, the maximum available connection speed is 300 Mbit/s. This is possible thanks to two streams and 40 MHz channel. In spite of many attempts, the TP-Link M7650 stubbornly established a connection on a 20 MHz channel, which results in a long link with a maximum speed of 144.4 Mbit/s and has a direct impact on the network connection performance and indirectly on the speed of downloading and sending data to and from the Internet. In turn, if one of the devices was connected using NDIS (through USB), the communication was much more efficient. For the 2.4 GHz frequency – 82/72 Mbit/s and for the 5 GHz band: 280/239 Mbit/s.

Summary

The TP-Link M7650 mobile hotspot can be described as a very interesting yet powerful solution for home use. Long battery life will allow you to take your mifi on a trip, as well as use mobile internet at work or places where we do not have access to wireless networks. The advantage of TP-Link is the very good LTE-A network support and the possibility of remote access to the internal LAN created using the M7650. With mobile, unlimited access to the Internet, we can use the M7650 as the main source of Internet access but also for mobile entertainment and even watching video streams. It is a pity that the manufacturer has not decided to simultaneously support two bands of the wireless network. And the TP-link M7650 has not a touchscreen, which is a common feature in similar 4G LTE Mobile Hotspot.

 

TP-Link M7650 LTE-A Pro Mobile WiFi Hotspot Test

We had introduced the TP-Link M7650 mobile WiFi hotspot a few days ago and somebody asked about the performance of this new 4G LTE WiFi Router. We will take a test today to see what the TP-Link M7650 mobile hotspot can bring to us.

TP-Link M7650 Specifications and Package

As the most advanced 4G mobile WiFi hotspot, TP-Link M7650 supports LTE Cat.11 with theoretically up to 600 MBit/s in the download and 50 MBit/s in the upload. Simultaneous surfing is possible with up to 32 devices, namely via dual-band WLAN IEEE802.11a/b/g/n/ac with theoretically up to 300 MBit/s on the 2.4 GHz and up to 867 MBit/s on the 5 GHz band. The 3000 mAh battery is designed to provide power for up to 15 hours of operation. A microSD card slot donates up to 32 GB of additional storage space, provided you plug in an additional memory card. The TP-Link M7650 router is controlled either via the display and two pushbuttons, via the tpMiFi app or a web interface.

 

The TP-Link M7650 mobile WiFi is supplied in a blue metallic shiny cardboard packaging. The dimension is 6.7 x 1.6 x 11.2 cm and fits into the jeans pocket. The light gray case is slightly gummed, so the router does not slip easily out of hand. On the top there is a glossy black plastic surface around the display that magically attracts dust and fingerprints. At the left of this area is the menu button for the display, and the right of it is the power button, on a long narrow side the microUSB port for charging the battery.

 

In the package, we found a USB cable, various short instructions and an adapter from Nano-SIM to Micro in addition to the 3000 mAh battery. In the TP-link M67650 router, users can insert a micro-SIM, with adapter for a nano-SIM, but if with an old mini SIM, the router cannot be operated. And TP-Link also provides a plug-in power supply for the router, which can be charged on the USB port.

TP-Link M7650 Power on

After unpacking, you should first take a look inside the small LTE router and, if necessary, make a note of some details or take pictures with your mobile phone. Because the address and the password for the administration interface are located under the battery on the nameplate. And on the inside of the lid, the password for the Wi-Fi hotspot is printed, which is also required for use. The removal of the lid we found to be somewhat difficult, because you actually need long fingernails and some strength to reach into the notch of the lid on the device corner and then can lever up the lid.

 

The micro-SIM slot reminded us a bit of old Nokia phones. First, the lock must be released and folded up. After inserting the SIM, the lock is folded down again and locked. If desired, a memory card can still be inserted, for the operation of the TP-link 4G router as an Internet access device that is of course not necessary. Now the battery is inserted, the lid is closed and the hotspot is switched on or the battery is charged first.

In our test, the TP-Link M7650 recognized our LTE SIM card within a few seconds and connected to the mobile network. The PIN query we had already disabled before inserting the SIM, if you do not do that, if necessary, enter the PIN. On the 1.44-inch display, the top left of the power indicator is showing the technology used (in our case 4G). In the middle above, the WLAN icon indicates how many devices are logged into the network. At the top right is the battery level, in the middle of the display is the already used data volume and below is the network operator. Now we could couple different devices via WLAN and surf.

TP-Link M7650: Settings, App, Speedtest, Battery & Conclusion

The TP-Link M7650 can be administered in three ways: Some of the settings can be changed via the display and the two pushbuttons. The menu is navigated by pressing the menu key several times. Under “Device Info” users can display the WLAN password in plain text. “Power Saving” allows to switch the energy saving mode on and off. “WPS” couples the router to compatible devices, and “Wifi Band” allows switching between 2.4 and 5 GHz bands. In “Network Mode” manual, switching between 3G and 4G is possible; 2G cannot be selected explicitly. “Data roaming” allows the use of the router in data roaming; by default this feature is disabled.

 

The web interface of the TP-Link M7650 router address http://tplinkmifi.net on a paired device, the default password is admin. The third administration option is the app tpMiFi, which is available for Android and iOS. Via the app or the web interface, more extensive settings can be made than via the pushbuttons and the display. For example, it can be turned off that the Wi-Fi password appears on the display. If the tariff allows it, SMS can be sent and received via the hotspot. In addition, the administrator can set a data limit that can be maximized. Unwanted WLAN clients can be locked out.

 

TP-Link M7650 Performance

In the speed test, the TP-Link M7650 scored very well in our test measurements. We went to many places, where we knew that the mobile network reception is possible under almost optimal conditions. There, the TP-Link M7650 effortlessly managed to reach the maximum possible 50 Mbps downstream with our SIM card, even several times. For some test measurements, the value was even more than 60 Mbps downstream. The upstream, which is actually limited to 10 Mbit/s at our tariff, several times was even 12 Mbit/s. The ping was also very low with values of around 20 ms.

But even in poorly supplied areas, the router showed that it can “tickle out” the maximum available locally from the network. Stagnations or dropouts we did not notice. In normal operation, the TP-Link M7650 router should not be warm, but in the blazing sun you should not operate it for a long time, as this could damage the plastic body and the battery.

TP-Link M7650 Battery

In terms of battery life, TP-Link promises that the M7650 Router can last around 15 hours on a single charge. In our experience, this value should be seen as the maximum value and ultimately it depends on the setting: If you turn off the power saving mode, the Wi-Fi hotspot is constantly on, and not only when a device requires a connection. Of course, this sucks on the battery as well as any additional wireless client that contacts the LTE router for synchronization or data traffic. Also, the operation in the car can “gnaw” at the battery capacity when the hotspot must “overcome” the metal shell of the car body to make contact with the mobile network and hold.

If the battery is fully charged, the energy-saving mode is switched on and about five to ten devices are connected to the M7650 hotspot, which is not more than ten meters away, the battery should in our estimation without problems last ten to twelve hours, so a whole working day. In a building, you can also operate the router permanently at the socket – the battery problem is in any case only in one operation on the road.

Conclusion: Good Portable LTE router for Wireless Connection

The TP-Link M7650 proves to be a portable and robust router in the test, which can be easily put into operation and administered. Depending on the mobile phone tariff used, fast surfing with up to 32 devices is possible. The battery lasts around ten to twelve hours. However, the LTE hotspot price is not a bargain and the quickly smeared plastic surface around the display is visually unattractive.

 

Actually, there are many options of Portable LTE router available which can provide even faster speed such as the Gigabit LTE router Netgear Nighthawk M1 and Huawei E5788. You’d better check more before making the buy decision.

Huawei B612 VS Huawei B715

Since 4G LTE is becoming the mainstream, many people abandoned their ADSL router to change to LTE 4G Wireless routers for their home or offices. As the top network equipment worldwide, Huawei 4G LTE Router has gained a great reputation from the thousands of worldwide users. However, there are many Huawei 4G LTE Routers available in the market, if someone wants to buy one Huawei 4G LTE router, which one to buy? Today, we would like to recommend two latest Huawei 4G Routers: Huawei B612 and Huawei B715 WiFi Router. You may ask: What’s the difference between the B612 and 715? Then read the following content and we suppose you will find the answer.

Huawei B612 VS Huawei B715 Appearance and Interfaces

The Huawei B612 and B715 are both in traditional Huawei design like predecessor model Huawei E5186 and B593. On the front, there are few indicators to show the status of Power, Mode, WiFi, LAN and Signal. Huawei logo is located below the indicators. On the back, there are four RJ45 ports for Ethernet connection, actually, 3 ports for LAN and one is for both LAN & WAN. They also both have the RJ11 port for a telephone. The Huawei B715 has one more USB port but B612 doesn’t have the USB port.

 

They both have two SMA connectors for external LTE antennas which are located at the top back and covered by a cover. Users need to open the cover to see and connect antennas. And they both have the SIM card slot located at the bottom of the router. The difference is on that modem Huawei B612 has an angled backrest, which makes it stand stably.

 

Huawei B715 VS B612 Specifications and Features

From the appearance, we can see the Huawei B715 and Huawei B612 WiFi routers are very similar. Then let’s have a comparison of Huawei B715 specs and Huawei B612 specs:

Model Huawei B612 Huawei B715s-23c
Product type Huawei WiFi Router with Ethernet port Huawei WiFi Router with Ethernet port
Category LTE Cat.6 LTE Cat.9
Chipset HiSilicon LTE Cat6 Chipset ?
Data rates DL 300Mbps/UL 50Mbps DL 450Mbps/UL 50Mbps
Supported 4G LTE frequency bands Huawei B612s-25d:  B1/B3/B7/B8/B20/B38/B40/B41/B42/B43
Huawei B612s-51d: B2/B4/B5/B7/B41
LTE B1, B3, B7, B8, B20, B28, B32, B38
WLAN 802.11 b/g/n/ac, single-band 2.4GHz 802.11a/b/g/n/ac, dual-band 2.4GHz & 5GHz
Max supported users 32 users 64 users
MIMO 4 x 4 MIMO 4 X 4 MIMO
Connector for external antenna Two, SMA-female jacks Two, SMA-female jacks
Buy Antenna Huawei B612 external antenna Huawei B715 External Antenna
App management Huawei Hilink APP Huawei Hilink APP
SIM Size Micro SIM Micro SIM
Battery NO NO
Dimensions 240 × 155 × 78 mm 240mm × 448mm × 47mm
Interfaces * 3 x LAN port(RJ45)
* 1 x LAN/WAN port (RJ45)
* 1 x telephone port(RJ11)
* Two external LTE antenna ports (SMA-female)
* One micro-SIM card slot
* 1 x USB 2.0 port
* 1 x power adapter port
* 3 x LAN port(45)
* 1 x LAN/WAN port (45)
* 1 x telephone port(RJ11)
* Two external LTE antenna ports (SMA-J1.5)
* One micro-SIM card slot
* 1 x USB 2.0 port
Datasheet Huawei B612 Datasheet(PDF) Huawei B715 Datasheet(PDF)
User Manual Huawei B612 User Manual(PDF) Huawei B715 User Manual(PDF)
Other features  Firewall, CS Voice, VoIP, VoLTE, IPv6/IPv4 dual stack, NAT, DHCP, VPN, DMZ, UPnP, ALG,  VPN, VoLTE, IPv4 /IPv6 dual stack, DMZ, Port forwarding
Firmware download Huawei B612 firmware Huawei B715s-23c firmware
Driver Huawei B612 driver Huawei B715s-23c driver
Reviews Huawei B612 Review Huawei B715s-23c Review
Price/USD 399.00USD 399.00USD

 

Summary

From the specs table, we can see even though the two Huawei LTE routers has the similar appearance. They are different in the specs. Huawei B715 is more advanced in the specs, it could support LTE category 9 and could achieve download speed up to 450Mbps while the Huawei B612 modem supports LTE Cat6 and achieve download speed to 300mbps. Huawei B612 has two variant models: B612s-25d and B612s-51d while Huawei B715 has only one model now. The variant models make the unlocked B612 could work in more widespread areas with more possible network providers. We suppose there will be new variant models available for the B715 router in future like Huawei B593 Router.

 

The Huawei B715 could support up to 64 wireless devices while Huawei B612 could support only half to 32 users simultaneously. Actually, in most cases, the support of 32 users would be enough for daily use. Since the Huawei B612 is latest 4G+ Cat6 router, the Huawei B715 price is very close to it. But we suppose the price of Huawei B612 would be down soon when there is mass supply of the unit. In our opinion, the Huawei B715 and B612 are both very good WiFi router for home and office use. Their functions are very similar and even though they support different LTE Category, in real use, you may not find the real difference in connection speeds.

Alcatel Linkhub HH40 WiFi Router Review

Since more and more 4G Mobile WiFi Hotspots are with Ethernet ports, the network equipment supplier Alcatel also presented a new 4G Mobile Hotspot with Ethernet port. The model number is Alcatel Linkhub HH40. It was available for some network providers in Europe, such as A1 Austria and re-named it as “A1 Net Cube 2”, which is following the first generation A1 Net Cube Plus B528. For carrier congstar in Germany, it got a new name as “Homespot WLAN Router“. Then what the new WLAN router could bring to us, let’s have a check the Alcatel linkhub HH40 Specifications and features.

Alcatel Linkhub HH40 Specs and Features
Manufacturer and model Alcatel Linkhub HH40
chipset Qualcomm MDM9207
LTE Category Cat. 4
Download rate 150Mbit/s
Upload rate 50 Mbit/s
Supported LTE bands 800, 900, 1800, 2100, 2600 MHz
Backwards compatible with UMTS, EDGE, GPRS
Support for LTE-Advanced No
MIMO Support Yes
Connection for external antenna: Yes, two SMA connectors(Buy Alcatel LinkHub HH40 Antenna)
Telephone
With integrated telephone system: Yes
Connection for ISDN phones: No
Connection for analogue phones: No
DECT: No
integrated answering machine: No
Network | LAN & WLAN
LAN ports: 2x 100 Mbit LAN (RJ45)(One for LAN/WAN)
WLAN standards: WLAN 802.11 b/g/n
5 GHz WLAN support: No
encryption: WEP, WPA, WPA2
WLAN hotspot function: Yes
Others
Battery pack No battery available
Dimension and Weight 134 x 134 x 31.5 mm / 310g
USB unavailable
Memory card expansion No
Release 10/1/17
Price: 169.00USD
Available at: » www.4gltemall.com (unlocked version)
File download
Manual as PDF ” Alcatel Linkhub HH40 User manual
detailed data sheet: » Alcatel Linkhub HH40 Datasheet

Alcatel Linkhub HH40 – Fast Speed Connection but not the best

Alcatel Linkhub HH40 could support LTE category 4, which means it could achieve maximum 150 Mbit/s in the download and up to 50 Mbit/s in the upload. For most applications, this speed should be enough, but in fact, this router is even closer to the data highway in reality. Neither the LAN port nor the WLAN interface of the Alcatel Linkhub HH40 actually provides the 150 Mbit/s. However, there are many LTE-A pro mobile routers with Ethernet port, which could support peak download speed to 1Gigabit/s, such as Netgear Nighthawk M1 or Huawei E5788. So Alcatel Linkhub HH400 is just decent WiFi router for normal daily use.

 

Alcatel states that up to 32 users can contact the HH40 router simultaneously, but then the bandwidth would (at best) be around 3.1 Mbps. After all, an optimal reception is ensured because the network device uses the multi-antenna technology 2 × 2 MIMO. In addition, external LTE antennas can be connected via the two SMA connectors. In terms of frequency diversity, Alcatel linkhub HH40 could support all the popular LTE frequency bands in Europe, including B1, B3, B7, B8, B20. The unlocked Linkhub HH40 could work with all the network carriers in Europe without any limit.

 

Alcatel Linkhub HH40 – Easy to take but no battery pack

If you want to take the 4G lte broadband router with you on the road, for example, to be able to control the Internet with your laptop while on the move, you will not need much space with this Linkhub HH40 router. The three centimeters thick and the 13 centimeters dimensions ensure high mobility. And the low weight of only 310 grams makes it easy to take in bag or pocket. What Useful are the indicators for connection status and reception. However, unlike other Alcatel 4G mobile WiFi routers, there is no battery pack with the device, the power of the Linkhub HH40 is supplied via a standard micro USB connection. Therefore, if you want to use the Linkhub on the move, you’d better to take a mobile power bank for it. It’s really a negative feature: The manufacturer has not thought of a battery.

Other features of the Alcatel Linkhub HH40

The Alcatel Linkhub HH40 can be configured not only via a web interface from the computer and mobile phone, but also by means of an app. For these, a smartphone with an operating system from iOS 5.0 or Android 4.2 is required. What has to mention with such a compact LTE router is the RJ45 connection. One RJ45 is for both LAN/WAN and the other is for LAN. A convenient convenience feature is the WPS button, so the annoying entry of the network key is not necessary when connecting a device for the first time.

 

Actually, here now there are many advanced Alcatel LTE Routers supports high-level LTE technologies. If you don’t have great demand for internet speed, Alcatel Linkhub HH40 is good to consider.

Huawei B612 VS Huawei B618

Since more and more Huawei LTE WiFi routers are available in the market, sometimes they had the similar name which may confuse the customer. At the beginning of 2018, Huawei presented a new 4G modem router Huawei B612, following the Huawei B618 router. As you can see, the Huawei B612 and Huawei B618 router names are very similar. For those who are unfamiliar with Huawei routers, they may don’t know what the difference is between the Huawei B618 and B612 LTE router. If they want to buy one of the two routers, they may be in trouble to make the decision which one to buy. Today, we will compare the two routers specs and features so the customers may get some reference.

Huawei B612 VS B618 Appearance and Interfaces

Simply from the router name, it may not be easy to identify the two routers, but if you see them, it would be easy to recognize. The Huawei B612 4G LTE Modem is in a traditional router shape, on the front, there are indicators for Power, Mode, WiFi, LAN and Signal. On the back, there are 3 LAN ports and One port for both LAN & WAN. And there is also a telephone port with the Ethernet ports. Like other Huawei 4G wireless routers, there are two SMA-male connectors at the back of the router and the connectors are covered by a long cap. The special design of the Huawei B612 router has an angled backrest for stand stability.

 

Huawei B618 LTE is not in a usual router design. It’s in a shape of cube, which looks cool like home furniture. Like Huawei B612, Huawei B618 Cube is also in white color. On the front face, there are indicators for Power, Status, Lan, WiFi, Mode and Signal. The WPS button is in the middle of the indicators. On the back of Huawei B618 WiFi router, there is One USB port, one LAN port, one telephone port and One WAN/LAN port. The power button is above the USB port. And there are also two connectors are for external antennas. The connectors are TS-9, not the common SMA connectors. The SIM card slot is at the bottom of the router.

 

Huawei B618 VS B612 Specs and Features

The appearance of Huawei B618 and Huawei B612 are very different, then let’s have a comparison of the Huawei B618 specs and Huawei B612 specs:

Model Huawei B612 Huawei B618
Product type Huawei WiFi Router with Ethernet port Huawei WiFi Router with Ethernet port
Category LTE Cat.6 LTE Cat.9/ Cat.11
Chipset HiSilicon LTE Cat6 Chipset HiSilicon Balong 750
Data rates DL 300Mbps/UL 50Mbps DL 600Mbps/UL 100Mbps
Supported 4G LTE frequency bands Huawei B612s-25d:  B1/B3/B7/B8/B20/B38/B40/B41/B42/B43
Huawei B612s-51d: B2/B4/B5/B7/B41
Huawei B618s-22d: Band 1/3/7/8/20/38
Huawei B618s-65d: 1/3/5/7/8/28/40
WLAN 802.11 b/g/n/ac, single-band 2.4GHz 802.11a/b/g/n/ac, dual-band 2.4GHz & 5GHz
Max supported users 32 users 64 users
MIMO 4 x 4 MIMO 4 X 4 MIMO
Connector for external antenna Two, SMA-female jacks Two, TS-9 jacks
Buy Antenna Huawei B612 external antenna Huawei B618 external Antenna
App management Huawei Hilink APP Huawei Hilink APP
SIM Size Micro SIM Micro SIM
Battery NO NO
Dimensions 240 × 155 × 78 mm 95 × 95 × 208mm
Interfaces * 3 x LAN port(RJ45)
* 1 x LAN/WAN port (RJ45)
* 1 x telephone port(RJ11)
* Two external LTE antenna ports (SMA-female)
* One micro-SIM card slot
* 1 x USB 2.0 port
* 1 x LAN port(45)
* 1 x LAN/WAN port (45)
* 1 x telephone port(RJ11)
* 1 x USB 2.0 port* Two external LTE antenna ports (TS-9)
Datasheet Huawei B612 Datasheet(PDF) Huawei B618 Datasheet
User Manual Huawei B612 User Manual(PDF) Huawei B618 User Manual
Other features  Firewall, CS Voice, VoIP, VoLTE, IPv6/IPv4 dual stack, NAT, DHCP, VPN, DMZ, UPnP, ALG, DHCP Server, DNS RELAY and NAT, VoLTE, IPv4 /IPv6 dual stack
Firmware download Huawei B612 firmware Huawei B618 firmware
Driver Huawei B612 driver Huawei B618 driver
Reviews Huawei B612 Review Huawei B618s-22d Review
Price/USD 399.00USD 449.00USD

Summary

From the specs table, we can see the new Huawei B612 is just a 4G+ Cat6 router, the Huawei B618 LTE is with more advanced technology, which could achieve download speed up to 600mbps and upload speed to 100Mbps. The Huawei B612 could support only LTE Cat6 up to 300Mbps. They both have two variant models for difference LTE frequency bands. Huawei B618 seems to be more suitable for home use but Huawei B612s-25d supports LTE B42 and B43, which are usually for industrial applications. Huawei B618 supports up to 64 wireless users while Huawei B612 support only half to 32 users. But they both use 4 X 4 MIMO technologies. Of course, the more advanced Huawei B618 price is higher than Huawei B612 price. Considering the LTE frequency bands at your location and your network providers, and the price & interfaces, you can easily make the decision which one to buy now.

QAM

What is QAM?

Quadrature amplitude modulation (QAM) is the name of a family of digital modulation methods and a related family of analog modulation methods widely used in modern telecommunications to transmit information. QAM is both an analog and a digital modulation scheme. It conveys two analog message signals, or two digital bit streams, by changing (modulating) the amplitudes of two carrier waves, using the amplitude-shift keying (ASK) digital modulation scheme or amplitude modulation (AM) analog modulation scheme. A variety of forms of QAM are available and some of the more common forms include 16QAM, 32QAM, 64QAM, 128QAM, 256QAM, 512QAM, 1024QAM, 2048QAM and 4096QAM.

 

Why are higher QAM levels used?

The various flavors of QAM may be used when data-rates beyond those offered by 8-PSK are required by a radio communications system. This is because QAM achieves a greater distance between adjacent points in the I-Q plane by distributing the points more evenly. And in this way, the points on the constellation are more distinct and data errors are reduced. While it is possible to transmit more bits per symbol if the energy of the constellation is to remain the same, the points on the constellation must be closer together and the transmission becomes more susceptible to noise. This results in a higher bit error rate than for the lower order QAM variants. In this way there is a balance between obtaining the higher data rates and maintaining an acceptable bit error rate for any radio communications system.

Modern wireless networks often demand and require higher capacities. For a fixed channel size, increasing QAM modulation level increases the link capacity. Note that incremental capacity gain at low-QAM levels is significant; but at high QAM, the capacity gain is much smaller. For example, increasing

  • From 1024QAM to 2048QAM gives a 10.83% capacity gain.
  • From 2048QAM to 4096QAM gives a 9.77% capacity gain.
QAM Increase Capacity Table

 

 

Understanding QAM Modulation

Let’s start with the QAM modulation process at the transmitter to receiver in the wireless baseband (i.e. Physical Layer) chain. We will use the example of 64-QAM to illustrate the process. Each symbol in the QAM constellation represents a unique amplitude and phase. Hence they can be distinguished from the other points at the receiver.

64QAM Quadrature Amplitude Modulation
  • As shown in the figure above, 64-QAM or any other modulation is applied on the input binary bits.
  • The QAM modulation converts input bits into complex symbols which represent bits by variation in amplitude/phase of the time domain waveform. Using 64QAM converts 6 bits into one symbol at transmitter.
  • The bits to symbols conversion take place at the transmitter while reverse (i.e. symbols to bits) take place at the receiver. At receiver, one symbol gives 6 bits as output of demapper.
  • Figure depicts position of QAM mapper and QAM demapper in the baseband transmitter and receiver respectively. The demapping is done after front end synchronization i.e. after channel and other impairments are corrected from the received impaired baseband symbols.
  • Data mapping or modulation process is done before the RF upconversion (U/C) in the transmitter and PA. Due to this, higher order modulation necessitates use of highly linear PA (Power Amplifier) at the transmit end.

 

QAM Mapping Process

64QAM Mapping Modulation

 

In 64-QAM, the number 64 refers to 2^6.

Here 6 represents number of bits/symbol which is 6 in 64-QAM.

Similarly, it can be applied to other modulation types such as 512-QAM, 1024-QAM, 2048-QAM and 4096-QAM as described below.

 

 

Following table mentions 64-QAM encoding rule. Check the encoding rule in the respective wireless standard. KMOD value for 64-QAM is 1/SQRT(42).

Input bits (b5, b4, b3) I-Out Input bits (b2, b1, b0) Q-Out
011 7 011 7
010 5 010 5
000 3 000 3
001 1 001 1
101 -1 101 -1
100 -3 100 -3
110 -5 110 -5
111 -7 111 -7

QAM mapper Input parameters: Binary Bits
QAM mapper Output parameters: Complex data (I, Q)

The 64-QAM mapper takes binary input and generates complex data symbols as output. It uses above mentioned encoding table to do the conversion process. Before the coversion process, data is grouped into 6 bits pair. Here, (b5, b4, b3) determines the I value and (b2, b1, b0) determines the Q value.

Example: Binary Input: (b5, b4, b3, b2, b1, b0) = (011011)

Complex Output: (1/SQRT(42))* (7+j*7)

512-QAM modulation

512QAM Modulation

 

The above figure shows 512-QAM constellation diagram. Note that 16 points do not exist in each of the four quadrants to make total 512 points with 128 points in each quadrant in this modulation type. It is possible to have 9 bits per symbol in 512-QAM also. 512QAM increases capacity by 50% compares to 64-QAM modulation type.

 

1024-QAM modulation

1024QAM Modulation Constellation

 

The figure shows a 1024-QAM constellation diagram.

  • Number of bits per symbol: 10
  • Symbol rate: 1/10 of bit rate
  • Increase in capacity compare to 64-QAM: About 66.66%

 

2048-QAM modulation

2048QAM Modulation Constellation

 

Following are the characteristics of 2048-QAM modulation.

  • Number of bits per symbol: 11
  • Symbol rate: 1/11 of bit rate
  • Increase in capacity from 64-QAM to 1024QAM: 83.33% gain
  • Increase in capacity from 1024QAM to 2048QAM: 10.83% gain
  • Total constellation points in one quadrant: 512

 

4096-QAM modulation

4096QAM Modulation Constellation

 

Following are the characteristics of 4096-QAM modulation.

  • Number of bits per symbol: 12
  • Symbol rate: 1/12 of bit rate
  • Increase in capacity from 64-QAM to 409QAM: 100% gain
  • Increase in capacity from 2048QAM to 4096QAM 9.77% gain
  • Total constellation points in one quadrant: 1024

 

Advantages of QAM over other modulation types

Following are the advantages of QAM modulation:

  • Helps achieve high data rate as more number of bits are carried by one carrier. Due to this it has become popular in modern wireless communication system such as LTE, LTE-Advanced etc. It is also used in latest WLAN technologies such as 802.11n 802.11 ac, 802.11 ad and others.

 

Disadvantages of QAM over other modulation types

 

  • Following are the disadvantages of QAM modulation:
  • Though data rate has been increased by mapping more than 1 bits on a single carrier, it requires high SNR in order to decode the bits at the receiver.
  • Needs high linearity PA (Power Amplifier) in the Transmitter.
  • In addition to high SNR, higher modulation techniques need very robust front-end algorithms (time, frequency and channel) to decode the symbols without errors.

 

Samsung SFG-D0100 5G Home Router Pass through FCC Approval

The Federal Communications Commission (FCC) of the United States has recently completed compatibility testing of the first 5G router, which will be used by customers using the wireless Internet connection. The Samsung router with the designation SFG-D0100 will be available in the offer of the American operator Verizon. This equipment works in the 5G mmWave 28 GHz millimeter. The 5G terminal “SFG-D0100” made by Samsung Electronics (Samsung Electronics) passed the Federal Communications Commission (FCC) on April 30, 2018. FCC ID is A3LSFG-D0100.

The frequency of the mobile network is certified at 27.50 to 28.35 GHz. Radio waves from the 28 GHz millimeter range have the same strong propagation suppression. This means that the range of the base station is small. However, engineers working on 5G solved this problem using beamforming technologies. This means that both the base station and the client’s device can form, by means of the antenna system, a directional antenna radiation pattern aimed at the direction chosen by the system. The Samsung 5G router uses for this purpose 2 antenna systems, of which each of them consists of 32 small antennas. Each system radiates on a different polarity, so data transmission takes place in 2 × 2 MIMO mode. On the other hand, the very high frequency allows us to occupy the 800 MHz wide channel (here we aggregate 8 blocks of 100 MHz each). Samsung SFG-D0100 is the model number of the unreleased terminal.

It is customer premises Equipment (customer premises equipment: hereinafter referred to as CPE) for indoor use. It corresponds to the millimeter wave (mm Wave) of the 28 GHz band which is considered as the leading candidate frequency band of the fifth generation mobile communication system (5G) from the frequency certified by FCC.

 

 

In the United States, Verizon Wireless plans to commercialize 5G for Fixed Wireless Access (FWA) in 2018, and Samsung Electronics has decided to deliver communication equipment to Verizon Wireless in 2018.

The SFG-D0100 is likely to be a 5G indoor CPE provided by Verizon Wireless’ 5G. In FCC, labels and terminal diagrams are released. From the label we know to manufacture in South Korea (South Korea), China, Vietnam factory.

 

5G Frequency Bands Allocation Globally

5G Spectrum Allocation Globally
Country Low Frequency Band High Frequency Band
Finland 3.4 – 3.8 GHz 26.5 – 27.5 GHz
France 3.46 – 3.8 GHz 26 GHz
Germany 3.4 – 3.8 GHz 26 – 27.5 GHz
Ireland 3.4 – 3.8 GHz 26 GHz
Italy 3.6 – 3.8 GHz 26.5 – 27.5 GHz
Russia 3.4 – 3.8 GHz 26 GHz
Spain 3.4 – 3.8 GHz 26.5 – 27.5 GHz
United Kingdom 3.4 – 3.6 GHz, 3.6 to 3.8 GHz (in 2019) 26.5 – 27.5 GHz
USA 600 MHz (2 x 35 MHz) 27.5 – 28.35 GHz
3100 – 3550 MHz 37 – 40 GHz
3700 – 4200 MHz
Japan 3600 – 4200 MHz 27.5 – 28.28 GHz
4400 – 4900 MHz
China 3300 – 3600 MHz 24.25 – 27.5 GHz
4400 – 4500 MHz 37 – 43.5 GHz
Korea 26.5 – 29.5 GHz
Canada 600 MHz (2 x 35 MHz) 27.5 – 28.35 GHz
64 – 71 GHz 37 – 37.6 GHz
37.6 – 40 GHz
Australia 3.4 – 3.7 GHz 24.5 – 27.5 GHz
39 GHz