Connectivity & Communications News - Page 1
SpaceX has some big claims about its revolutionary satellite internet deployment, with Starlink satellites packing "super low latency and download speeds greater than 100 mbps".
Starlink consists of around 12,000 satellites orbiting in low orbit around the Earth, blasting super-fast internet down to the ground. A bunch of personal antennas on the ground are what you'd be connecting to, which is being touted a "UFO on a stick".
Kate Tice, the senior program reliability engineer at SpaceX, explains: "The Starlink team has been collecting latency statistics and performing standard speed tests of the system. This means that we're checking how fast data travels from the satellites to our customers, and then back to the rest of the internet. Initial results have been good".
We could have 6G technology being deployed by 2028 says Samsung, with the company saying 6G would make it possible to "replicate people, devices, objects, systems, and even places in a virtual world".
Samsung explains it all in a new research paper, with the company saying that 6G will deliver in a few different services. First, we have immersive extended reality (XR), high-fidelity mobile holograms, and digital replicas.
The paper teases: "With the help of advanced sensors, AI, and communication technologies, it will be possible to replicate physical entities, including people, devices, objects, systems, and even places, in a virtual world".
Intel has just announced the new generation of Thunderbolt, with the new Thunderbolt 4 standard being virtually identical to Thunderbolt 3 -- but Intel being Intel, we have Thunderbolt 4. Check it out:
What does Thunderbolt 4 do exactly? What is Intel's aim with Thunderbolt 4 is to boost up the minimum performance requirements, provide a couple of improvements, and USB4 specifications. The new Thunderbolt 4 standard supports dual 4K displays (versus just one 4K display on TB3) but now you can also connect a single 8K display over a single Thunderbolt 4 connection. Impressive.
Jason Ziller, Intel general manager of the Client Connectivity Division explains: "Thunderbolt provides consumers with a leading connectivity standard across a range of devices, helping to advance computing experiences and delivering on the promise of USB-C with simplicity, performance, and reliability. The arrival of Thunderbolt 4 underscores how Intel is advancing the PC ecosystem toward truly universal connectivity solutions".
If you are scared of 5G radiation then you really need to look at buying this $416 product called 5GBioShield, from a UK-based company that says when the 5GBioShield is plugged in, it'll emit a protective shield with a 40-meter diameter that cancels out 5G radiation.
The company explains its 5GBioShield: "It harmonizes all harmful frequencies into life affirming frequencies". The drive itself is pwoered by "quantum nano-layer technology" that 5GBioShield says will "balance the imbalanced electric oscillations arising from all electric fog induced by all devices such as: laptops, cordless phones, wlan, tablets, etc".
But that's when IT security company Pen Test Partners steps in, as they purchased and tested the 5GBioShield. The firm said that the USB drive was "virtually identical" to a normal USB flash drive that you can buy wholesale form China for just $6. Yeah, there's nothing special going on -- it's like the Alex Jones of USB sticks.
No matter where you are, no matter who you are, no matter how much money you've got -- you do not have an internet connection anywhere near this good.
Australian researchers have developed a new internet connection that is capable of driving up to a truly mind-boggling 44.2 Tbps, or 44 terabits per second. This is around 1 million times faster than the average American's internet speed, which is around 50Mbps. 1 million times faster, just let that sink in.
How is it done? Through using an optical device known as as "microcomb" that replaces the traditional 80 lasers or so found inside of modern telecom equipment. Phys.org explains a microcomb as it: "generates very sharp and equidistant frequency lines in a tiny microphotonic chip".
We know governments of the world are wanting to use as much power at their disposal to track, and hopefully stem the spread of COVID-19 coronavirus -- but how far is too far? We last heard the talks were happening to use mobile data to track users' location, but it seems this is now in full effect.
Google is now using Google Maps location data from people who have previously agreed to share their history, to see who is staying and working at home. In Google's new COVID-19 Community Mobility Reports, the search giant is using anonymized data from people in 131 countries, in order to see their movement trends.
Google adds that "No personally identifiable information will be made available at any point". Because we haven't heard that before.
In the new Community Mobility Reports, Google says that the aim of it is to provide public health officials an insight into what has changed in "response to policies aimed at combating COVID-19. The reports chart movement trends over time by geography, across different categories of places such as retail and recreation, groceries and pharmacies, parks, transit stations, workplaces, and residential".
It was just over 24 hours ago that we wrote the story that 21 million phones in China vanishing over coronavirus, but it seems the Associated Press noticed my story and 'fact checked' it.
The Associated Press has the "claim" of questioning the "Drop in cellphone users in China is proof that the coronavirus has killed 21 million in the country, far more than the official count". AP has their own "assessment" on this, where Arijeta Lajka writes: "False. The decline in cellphone users is not linked to the number of people who died after being infected with coronavirus. Major cellphone carriers in China attributed the drop to people with multiple phone numbers canceling some service during the outbreak".
AP talked with a representative of China Mobile, who said that the situation is indeed related to the COVID-19 outbreak, it was "not related to deaths, but changes in lifestyle". A China Mobile spokesperson said: "It was mainly due to reduced business and social activities resulting from the COVID-19 outbreak. Many customers in China have multiple SIM cards and it is common that they use their non-primary SIM cards to do these activities".
Beijing authorities have said that as of March 19, there have been over 21 million cell phone accounts cancelled -- while over the last 3 months they've have 840,000 landlines closed in China. Where did all these people go? What happened?
There are some eerie reports that deaths of COVID-19 in China might have "contributed to the high number of account closings", according to The Epoch Times. But, if you didn't already know -- the Chinese government require all Chinese citizens to use their smartpone to generate a health code.
US-based China affairs commentator, Tang Jingyuan, told The Epoch Times: "The digitization level is very high in China. People can't survive without a cellphone. Dealing with the government for pensions and social security, buying train tickets, shopping... no matter what people want to do, they are required to use cellphones".
It appears the havoc that COVID-19 coronavirus is causing on the world is not limited to just forcing us all inside in a global lockdown, but it is wrecking havoc on the internet, too.
Major internet services like Netflix and YouTube are having to reduce the quality of their streaming resolutions to keep up with the massive uptick in demand, with hundreds of millions of people stuck inside their homes. But now, experts in European countries are predicting we'll see large-scale "internet rationing" that would prioritize things like health and emergency services, as well as online education over everything else.
Matthew Howett, principal analyst at Assembly, told The Telegraph: "If we end up in a situation where worldwide, 850m children start to receive lessons virtually for an extended period of time, then networks might want to start prioritizing video traffic over gaming traffic".
Nokia has been chosen to deploy a 5G radio network for Chunghwa Telecom in Taiwan, where it will deploy 5G technology in the Central and Southern Region of Taiwan.
Chunghwa Telecom has its eyes on becoming the 5G leader in Taiwan, and will be using Nokia's range of 5G radio technology to make it happen. Chunghwa Telecom will be the first in Taiwan with 5G connectivity, with the continued relationship between the companies extending back to 1973 -- right up to the next generation of 5G technology.
The rollout of 5G technology is already happening in Taiwan, and will be live for users to use in July -- aiming at high-end 4K video streaming and VR technology. Nokia will tap the huge array of Chunghwa Telecom's existing LTE install base with huge spectrum resources at its disposal, to launch a 5G non-standalone (NSA) using multiple bands -- where in the future it will expand on that with 5G standalone (SA).