Examples of using Mmwave in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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Computer
It's still faster than 4G, but not as fast as mmWave.
It's slower than mmWave, but that allows it to cover wider areas.
In fact,5G networks are going to be powered by mmWave technology.
A mmWave signal can be blocked by buildings, trees, and even your hand.
With small cells, carriers using mmWave for 5G can improve overall coverage area.
MmWave utilizes new spectrum, while sub-6GHz uses the same spectrum as existing 4G networks.
He also said that new iPhonemodels will be capable of supporting mmWave and sub-6GHz bands.
Both mmWave and sub-6GHz have distinct advantages that will make them necessary for 5G.
This means that the chip can reach theoretical speeds of up to 2Gbps using the sub-6GHz frequency andup to 6Gbps on the mmWave.
MmWave doesn't work well in the rain or fog, and the~60GHz chunk of this spectrum can actually be absorbed by oxygen.
It opens up the new stage of the 39GHz mmWave technology and will deliver the ultra-fast experience with 5G high data speed.".
LTE infrastructure will be the backbone of 5G networks,especially at longer distances where Wi-Fi and mmWave technologies can't reach.
The thing about these higher mmWave frequencies though is that they are much easier to block and multiple antennas can lead to greater interference.
The aforementioned 5G Exynos Modem 5123 is one of the first modem chips made using the 7nm EUV process andsupports both sub-6GHz and mmWave airwaves.
Use of mmWave frequencies requires higher power to receive and transmit signals, which in turn uses more power, generating waste heat.
This test is the first time successfully to verify the long-distance transmission of 5G mmWave, Huawei will continue to innovate to make 5G mmWave a success.
Based on 3.5 GHz and mmWave, users can enjoy a fiber-like experience of wireless home broadband services with the rate exceeding 2Gbps.
Qualcomm says 3D beamforming is a key design feature of 5G devices, since a more concentrated beam will help overcome some of the range andpenetration problems of mmWave.
Qualcomm's page on the QTM052 says you will need"four differently located mmWave modules" in order to work around all of mmWave's limitations, although more advanced designs might get down to three.
Qualcomm already makes a 5G modem that Apple could use in the iPhone, the x55, which“is designed to provide comprehensive support for 5G NR TDD and FDD,as well as mmWave and sub-6 GHz spectrum.”.
When 5G finishes rolling out, there will be some areas with mmWave technology where data transfer speeds will be lightning quick, coupled with other more expansive areas that are closer to 4G LTE speeds.
The partners recorded over 3 Gbps downlink throughput on the stationary user equipment(UE) at a distance of 1.5 km andover 2 Gbps at a distance of 1.8 km on 39 GHz mmWave.
Kuo stated that we anticipate Apple would possibly adopt 5G baseband chips from Samsung(focus on Sub-6GHz markets)and Qualcomm(focus on mmWave markets) for reducing supply risk, lowering costs and having advanced bargaining power.
Long-distance mobility transmission over 5G mmWave is one of the enabling technologies to realize 5G enhanced Mobile Broadband(eMBB) and ubiquitous connectivity of massive data rate whilst fully leveraging the current macro-cellular sites investment by operators.
Takehiro Nakamura, Vice President and Managing Director of 5G Laboratory atNTT DOCOMO said,"Long-distance transmission over 39GHz mmWave will enable 5G network deployments on a large scale.
Internally, however, a 5G antenna is used which uses the part of the wireless spectrum known as Sub-6, which, according to OnePlus,is relatively shorter compared to the mmWave(millimeter-wave) part of the spectrum responsible for the highest 5G speeds Reach as sub-6.
Internally, however, will be a 5G antenna that uses the portion of wireless spectrum known as sub-6,which OnePlus says is relatively easier to deploy compared to the mmWave(millimeter wave) portion of the spectrum responsible for the highest 5G speeds over shorter range than sub-6.
While all will include 5G connectivity, the tiering of the devices will also introduce variations on this feature, as only the higher-tier pair will include support for mmWave, allowing them to connect at very high speeds in cities and built-up areas where mmWave 5G is offered.