List of the Best mmwave 5g Phones

The upcoming 5G technology is not the same across all networks. There are different ways the 5G technology is built-in. From the US perspective, three other technologies are used for the 5G – low, mid, and high bands. Some of the carriers will support a few specific groups, while a few others support multiple bands.

mmWave 5G phones have the fastest speeds but have the shortest range and are the least available. Sub6 5G phones have slower speeds but have a more extended range and are more widely available. C-band 5G phones offer a reasonable rate, content, and availability balance.

The 5G bands are categorized into low-band, mid-band, and mmWave. Low-band operates between 600MHz to 2.4GHz, similar to 4G’s operational frequency band. Mid-band operates between 3GHz to 6GHz, offering much better speeds than 4G.

It can deliver speeds up to 1Gbps. Moving higher on the frequency ladder, the mmWave spectrum operates between 24GHz to 52GHz. This is an elite-tier frequency band that can deliver speeds up to 10-20Gbps.

The mid-band sub-6 GHz frequency band is the most popular 5G band. It is cost-effective, works over a more extensive range, and is accessible worldwide.

Here is a comparison table to give you an idea:

The most popular and widely used 5G band is the mid-band sub-6 GHz frequency band. It is cost-effective, works over a larger range, and is accessible across the world.

What is High Band 5G technology?

See the image below:

Source: Qualcomm

Specifications for mmWave 5G:

As you can see, mmWave 5G has the potential to offer very high data rates. However, it also has several limitations, including short-range and limited availability.

Here are some additional details about mmWave 5G:

• Frequency range: mmWave 5G uses frequencies much higher than traditional cellular frequencies. This allows mmWave 5G to achieve much higher data rates. However, it also means that mmWave 5G is more susceptible to interference from objects and the atmosphere.
• Wavelength: The short wavelength of mmWave 5G requires smaller antennas. This makes it challenging to integrate mmWave 5G into existing cellular infrastructure.
• Data rate: mmWave 5G has the potential to offer data rates of up to 10 Gbit/s. This is much faster than the current data rates with 4G LTE.
• Range: mmWave 5G has a concise range. Objects, such as buildings or trees, can easily block it. This means that mmWave 5G is not suitable for all applications.
• Availability: mmWave 5G is not yet widely available. It is only available in a few select cities.
• Cost: mmWave 5G is more expensive than traditional cellular technologies. This is because it requires new infrastructure and new devices.

Overall, mmWave 5G is a promising technology with the potential to offer very high data rates. However, it also has several limitations before it can become widely adopted.

The high band 5G spectrum refers to the short waves that would cover only a smaller area. These short waves will not be able to penetrate the buildings or even pass through objects. The Technology is offered by Qualcomm and is referred to as mmWave Technology.

The term mmWave stands for millimeter-wave. While it cannot pass through the buildings and other impediments, the Technology will be able to provide you with enhanced performance. The Technology will need you to have access to the mmWave modems inside the phones.

MmWave Technology is designed to work with the needs of a city or other dense urban areas. These can serve such sites with high-end effects because of the higher bandwidth and limited coverage. Verizon’s 5G network is designed to work with mmWave. Even AT&T is expected to support mmWave Technology, but it is still nascent and unavailable for consumers.

The advancement in the mmwave Technology

The critical advancement that the 5G network is set to bring in is the improvement in the connection speeds and an enhancement in the network efficiency. One of the high-end and promising technologies that would make this possible would be the new standard – millimeter Wave technology, dubbed mmWave Technology.

The mmWave Technology provides access to high-speed connectivity and communication aided by high frequencies. However, the Technology is quite limited in design and, as mentioned before, comes with interference issues. It does not pass through the objects and only covers a smaller area. This is why the Technology is used for line-of-sight and point-to-point fixed-line communication requirements.

Qualcomm has long been planning to use the Technology for mobile devices. In tune with this, Qualcomm has designed a new RF module. The new module works on mmWave standard and is planned to be available on the first generation 5G smartphones launched in 2019 and the ones found in 2020 onwards.

mmWave is the frequency that ranges from 30 GHz to 300 GHz frequency. This extremely high frequency provides you access to a high data transfer rate. However, a higher frequency will transform into a possible interference potential. You can take the example of the WiFi network that you usually use.

The 2.4 GHz WiFi signal can pass through the walls, while the 5 GHz signal can not pass through the divisions within the same building or apartment. But, when you look at the data transfer rates, you will find 5 GHz provides a better option than 2.4 GHz.

In the case of the mmWaves, this interference can be manifold. Even a moving car, tree, or just about anything can cause interference.

The mmWave Technology in mobile phones is combined with multiple MIMO arrays. Qualcomm has also moved ahead, demonstrating the capability of the mmWave standard for overcoming interference issues.

Table comparing mmWave 5G phones, sub6 5G phones, and C-band 5G phones:

As you can see, mmWave 5G phones have the fastest speeds but have the shortest range and are the least available. Sub6 5G phones have slower speeds but have a more extended range and are more widely available. C-band 5G phones offer a reasonable rate, content, and availability balance.

Ultimately, the best type of 5G phone for you will depend on your individual needs and preferences. A mmWave 5G phone is best if you need the fastest possible speeds. If you need a widely available phone with a good range, then a sub6 5G phone is a good option. And if you’re looking for a phone that offers a good balance of speed, content, and availability, then a C-band 5G phone is a good option.

The best mmWave 5G Phones

Well, a host of 5G phones have already been launched and have been quite promising. But sadly enough, not all of them support mmWave Technology. If you have already bought a 5G smartphone, it may not be helping mmWave. And mmWave support cannot be added through a software update.

The mmWave compatibility on a 5G smartphone depends on the module used. That is precisely why a 5G smartphone you buy this year will soon go obsolete by next year. If you have a regular 5G device and move into an area with only a mmWave network, you will be stuck with the 4G LTE connectivity.

From that perspective, we thought we would check out a few of the best mmWave 5G devices you can opt for. Most 5G devices launched so far are equipped with sub-6 5G connectivity.

Some 5G smartphones that support mmWave Technology would include the following.

Samsung Galaxy S20 Plus 5G and Ultra 5G

The phone does support mmWave next-gen 5G technology and provides you access to enhanced 5G technology. The single-take AI functionality lets you capture your images and videos in ultra-transparent mode.

The Space Zoom up to 100x is one of the unique features that would provide you with an enhanced performance standard. The 108 MP camera sensor is what would make it an excellent option for enhanced photography ever. Of course, the phones are all about the camera, and the 5G experience will make it all the more extensive.

LG V60 ThinQ 5G UW

The new LG V60 ThinQ 5G UW    provides the much-needed mmWave standard support to its LG V60 ThinQ 5G smartphone. The crystal apparent audio enhancement and 8K cinematic camera performance are the two features that provide a truly enhanced experience ever. The LG dual-screen Technology on the phone should be another advanced option to let you play and be productive simultaneously.

Support Ultra-Wideband support makes it the fastest-ever phone from LG so far. The phone has a 64 MP camera that can shoot excellent images even in low-light scenarios. The quad microphone 3D audio recording is a great feature on the LG flagship. In essence, it should be your multitasking superhorse by every means.

Sony Xperia Pro

It features 5G mmWave and can be an excellent smartphone for all your business broadcasting performance. The unrivaled data speeds and higher bandwidth are a few features that should take you places as long as your communication needs are concerned. The remarkably low latency can get things done faster.

The HDMI connectivity available on the device should be another great feature letting you connect a camera or a video camera seamlessly with your device. The 360-degree antenna design will be one of the innovative features that enhances signal quality. The four sides of the invention have a total of 16 antennas for continuous signal strength. Further, beamforming technology considers the mmWave signals and their effective direction.

Samsung Galaxy S10 5G

You can access an enhanced experience concerning unrivaled power, speed, and connectivity with the Galaxy S10 5G from Samsung. The cinematic infinity display is one of the features that will give you access to a full screen – literally. The bezel, as good as nonexistent, can experience enhanced and extreme clarity.

The phone features a 6.7-inch dynamic AMOLED screen that provides access to a realistic yet vibrant color performance. The dual front depth-sensing cameras provide access to a compelling portrait. The lenses are embedded within the display, making them invisible.

The rear features a quad camera setup with a 16 MP Ultra full camera, a 12 MP telephoto camera, a 12 MP wide-angle camera, and a 3D depth camera for sensing depth. The video bokeh shoot is yet another excellent option that is quite innovative. Improve your video-making skills with Samsung Galaxy S10 5G and showcase your masterpieces.

Moto 5G Mod

Moto 5G Mod offers next-generation connectivity speeds through the Qualcomm 5G mmWave technology. A unique antenna array can take you places with its high transfer rate and higher bandwidth. The reduced lag time on the 5G top band will let you play the games on the cloud without hassles, as if you are laying those games right on your device.

The phone does provide you access to enhanced and improved performance with augmented and virtual reality. Extremely low latency should give you access to new possibilities with your network. You can even convert your phone into a virtual router through the WiFi Hotspot. Or, if you want, you can tether it to your laptop for a perfect 5G speed on your computer.

Note that this is a mod; you can snap it on your Moto Z device to improve its performance characteristics.

In Conclusion

Ultimately, the best type of 5G phone for you will depend on your individual needs and preferences. A mmWave 5G phone is the best option if you need the fastest speeds. If you need a widely available phone with a good range, then a sub6 5G phone is a good option. And if you’re looking for a phone that offers a good balance of speed, content, and availability, then a C-band 5G phone is a good option.

Here are some additional details about each type of 5G:

• mmWave 5G: mmWave 5G is the fastest type of 5G. It uses frequencies much higher than sub6 5G or C-band 5G. This allows mmWave 5G to achieve speeds of up to 10 Gbps. However, mmWave 5G also has the shortest range of any 5G. Objects, such as buildings or trees, can easily block it. And it is not yet widely available.
• Sub6 5G: sub6 5G is the most common type of 5G. It uses frequencies that are lower than mmWave 5G. This makes it have a more extended range and less susceptible to object interference. However, sub6 5G is also slower than mmWave 5G. It can achieve speeds of up to 4 Gbps.
• C-band 5G: C-band 5G is a new type of 5G that is quickly becoming more widely available. It uses frequencies that are in between mmWave 5G and sub6 5G. This gives it a good balance of speed, range, and availability. C-band 5G can achieve speeds of up to 3 Gbps.

That was a list of the 5G smartphones with mmWave standard. We would expect more such phones to be launched in 2020. We would expect every 5G phone in 2020 to feature a mmWave module because of the impetus that networks have given to implementing mmWave Technology. Qualcomm has indeed been at the forefront in this direction.

However, please note that the phones we have featured here would only be able to offer blazing mmWave speeds only when you are in a supported network area. In other cases, you will be limited to the network standard in the region.