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Huawei releases CableFree, a breakthrough 5G antenna technology

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HUAWEI RELEASES CABLEFREE, A BREAKTHROUGH 5G ANTENNA TECHNOLOGY
MAY 24, 2020

Huawei recently released a 5G antenna technology called CableFree. This technology comes with major breakthroughs in key areas such as base station antenna integration, radiation efficiency, and power capacity. This device starts a new phase in the development of antennas in the 5G era. According to the company, CableFree technology breaks through the current antenna design bottleneck. It also effectively improves the antenna’s capabilities in all aspects.

Huawei’s new CableFree antenna, like its name, comes with a cable-free design. It also integrates a phase shifter design which improves antenna integration and antenna performance. CableFree technology has already been used for a couple of Huawei devices including Huawei’s Munich Pro, Golden Mini, and London Pro series antennas, as well as 32T32R Massive MIMO products. This helps customers to quickly deploy high-quality 5G networks.

SOME TECHNOLOGICAL ADVANCEMENT OF HUAWEI’S CABLEFREE
  • Good high-band coverage: 5G uses a higher frequency band and requires higher antenna for better coverage. At the same time, 5G network coverage needs to be coordinated by multiple frequency bands. If 1.8GHz / 2.1GHz and other frequency bands are used as 5G uplinks, high-frequency coverage plays an important role in the continuity of 5G experience. CableFree technology improves antenna radiation efficiency by approximately 20%. This also increases the antenna coverage quality.
  • Meets higher power and frequency demand: In the 5G era, large-capacity and high-speed requirements need the use of more spectrum and higher-order MIMO. The antenna load power increases from five or six hundred watts to more than one kilowatt. CableFree technology improves the antenna power capacity by more than 80%. With this, it meets the greater output power requirements of the 5G era.
  • Lower weight, easy to install: The high degree of integration of antenna components effectively reduces antenna weight. Take the 6-band antenna as an example, the overall weight reduces by about 10kg. The weight of the control multi-band antenna is within 50kg. With this, it avoids the use of cranes, thus simplifying the installation process and saving installation costs.
  • Antenna PIM performance is better: CableFree technology reduces 80% of the internal antenna screws and welding joints. With this, it also reduces the PIM risks. PIM means “Passive Intermodulation”. CableFree comes with fewer screws and joints thus it guarantees long-term PIM stability. This new architecture and process improve the production automation ratio. It also ensures better consistency of mass production performance.
 
Be so good that they cannot ignore you. Keep going China. The future will belong to those who create knowledge and possibilities that didn't exist before.
 
HUAWEI RELEASES CABLEFREE, A BREAKTHROUGH 5G ANTENNA TECHNOLOGY
MAY 24, 2020

Huawei recently released a 5G antenna technology called CableFree. This technology comes with major breakthroughs in key areas such as base station antenna integration, radiation efficiency, and power capacity. This device starts a new phase in the development of antennas in the 5G era. According to the company, CableFree technology breaks through the current antenna design bottleneck. It also effectively improves the antenna’s capabilities in all aspects.

Huawei’s new CableFree antenna, like its name, comes with a cable-free design. It also integrates a phase shifter design which improves antenna integration and antenna performance. CableFree technology has already been used for a couple of Huawei devices including Huawei’s Munich Pro, Golden Mini, and London Pro series antennas, as well as 32T32R Massive MIMO products. This helps customers to quickly deploy high-quality 5G networks.

SOME TECHNOLOGICAL ADVANCEMENT OF HUAWEI’S CABLEFREE
  • Good high-band coverage: 5G uses a higher frequency band and requires higher antenna for better coverage. At the same time, 5G network coverage needs to be coordinated by multiple frequency bands. If 1.8GHz / 2.1GHz and other frequency bands are used as 5G uplinks, high-frequency coverage plays an important role in the continuity of 5G experience. CableFree technology improves antenna radiation efficiency by approximately 20%. This also increases the antenna coverage quality.
  • Meets higher power and frequency demand: In the 5G era, large-capacity and high-speed requirements need the use of more spectrum and higher-order MIMO. The antenna load power increases from five or six hundred watts to more than one kilowatt. CableFree technology improves the antenna power capacity by more than 80%. With this, it meets the greater output power requirements of the 5G era.
  • Lower weight, easy to install: The high degree of integration of antenna components effectively reduces antenna weight. Take the 6-band antenna as an example, the overall weight reduces by about 10kg. The weight of the control multi-band antenna is within 50kg. With this, it avoids the use of cranes, thus simplifying the installation process and saving installation costs.
  • Antenna PIM performance is better: CableFree technology reduces 80% of the internal antenna screws and welding joints. With this, it also reduces the PIM risks. PIM means “Passive Intermodulation”. CableFree comes with fewer screws and joints thus it guarantees long-term PIM stability. This new architecture and process improve the production automation ratio. It also ensures better consistency of mass production performance.


looks good , but microvave radiation may increase as it will require stronger antenae .
 
True, thats why many ppl believe that Hwei 5G is one of the reason making corona virus get worse,right ??

this should answer your question.

ev5spkd08s051.jpg
 
What second wave?
https://fox6now.com/2020/05/20/more...ockdown-as-2nd-wave-of-covid-19-cases-emerge/
JILIN, China — Nearly 108 million people in China’s Jilin province could be forced back into lockdown after a growing group of new coronavirus infections triggered a backslide in the nation’s push to return to normal.


The abrupt reversal in China’s northeast region has once again cut off public transportation, closed schools and led to another round of quarantine.
 
https://fox6now.com/2020/05/20/more...ockdown-as-2nd-wave-of-covid-19-cases-emerge/
JILIN, China — Nearly 108 million people in China’s Jilin province could be forced back into lockdown after a growing group of new coronavirus infections triggered a backslide in the nation’s push to return to normal.


The abrupt reversal in China’s northeast region has once again cut off public transportation, closed schools and led to another round of quarantine.

that's prudence. quarantine to stamp out 18 cases is better than waiting for 18k cases.

so my question is, what do you think about CoVID-19 elsewhere?
 
that's prudence. quarantine to stamp out 18 cases is better than waiting for 18k cases.

so my question is, what do you think about CoVID-19 elsewhere?
Covid-19 is in every CN cities now and it has much longer incubation time ( 1 month) due to mutation.... The frequency of Hwei 5G could cause the problem :cool:

Lmao...
@Viva_Viet buddy, do you understand this post?
Thats trolling to avoid the fact that mutated corona virus is in all CN cities now, bro
 

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