Connectivity, Communications & Cloud News - Page 3
Elon Musk has been helping out with the conflict in Ukraine with SpaceX Starlink satellite internet connections, with both Starlink satellites and user terminals... but now, Musk has some fightin' words.
In a new tweet, the SpaceX and Tesla founder said that some international governments want SpaceX to block Russian media outlets from using Starlink satellite internet connections. Musk tweeted that SpaceX would not be complying with these new orders "unless at gunpoint".
Musk tweeted: "Starlink has been told by some governments (not Ukraine) to block Russian news sources. We will not do so unless at gunpoint. Sorry to be a free speech absolutist".
Elon Musk has delivered on his personal promise, with a truck filled with SpaceX Starlink user terminals to Ukraine.
Ukraine Vice Prime Minister Mykhailo Fedorov asked Tesla and SpaceX CEO Elon Musk to help the country out by sending over Starlink satellite internet access, which had been activated in the days prior, but now the user terminals have turned up.
Fedorov tweeted "Starlink - here" and thanked Elon, to which the SpaceX founder simply tweeted "You are most welcome". Now that is some impressive turnaround time for SpaceX, to have Starlink satellites above Ukraine and then user terminals out in something like a 72-hour period is mighty impressive. So too is all of this happening with rockets, explosions, and everything in between that a special convoy from SpaceX with next-gen satellite technology was able to make it through unscathed.
I think most of the world knows about the conflict in Ukraine right now, but the assistance of SpaceX and Tesla founder Elon Musk has been called upon by Ukraine Vice Prime Minister Mykhailo Fedorov.
Fedorov took to Twitter, and tweeted to Musk for help, saying: "while you try to colonize Mars - Russia try to occupy Ukraine! While your rockets successfully land from space - Russian rockets attack Ukrainian civil people! We ask you to provide Ukraine with Starlink stations and to address sane Russians to stand".
Russian invasion of Ukraine has affected internet connectivity, but with SpaceX satellites above the people of Ukraine, those with SpaceX Starlink satellite internet will have connectivity. This is one of the beauties of Starlink internet, as you just need a power point and you're good to go -- especially if you've got Musk personally helping you out as the Vice PM of Ukraine -- nothing can take that down.
I personally signed up for SpaceX Starlink satellite internet a few weeks ago and will have my connection by the end of Q1 2022 hopefully, but as I went to check the SpaceX website I noticed something new... Starlink Premium. A quick Google search and yeah, it was just unveiled a couple of hours ago.
SpaceX's introduction of Starlink Premium offers a higher-end satellite internet service, offering faster speeds of 150Mbps through to a much faster 500Mbps -- with 20-40ms latency -- while upload speeds are bumped to 20Mbps to 40Mbps. This is compared to the 50Mbps to 250Mbps on the regular Starlink service on the download speeds, while uploads are just 10-20Mbps on the regular Starlink.
But... the regular Starlink service costs you $99 per month while Starlink Premium costs $500 per month -- 5x the cost, as well as the huge $2500 for the beefier antenna and other required hardware. You'll also need to plonk down a $500 deposit for Starlink Premium.
If you live somewhere where dinosaurs roam around, you might want to disconnect your SpaceX Starlink satellite internet service... because if a dinosaur roams too close to your house and stomps on your dish, you're not covered under warranty.
SpaceX explains in its Starlink warranty: "The warranty does not cover damage due to: Lightning, electrical surges, fires, floods, hail, windstorms, earthquakes, meteors, solar storms, dinosaurs or other forces of nature". Yes, you read that right -- meteors, solar storms, DINOSAURS, and other "forces of nature". Might as well include General Zod and Thanos, I guess.
Another thing is that Starlink is already laying the groundwork for Elon Musk and SpaceX's adventures to Mars, where Starlink won't be bound by Earth laws on the Martian surface of Mars.
T-Mobile has successfully identified or blocked over 21 billion spam calls in 2021 alone, which works out to around 700 calls every second.
The US telco giant identified 1.1 billion calls as Scam Likely in January 2021 alone, while by November 2021 those numbers had reached 2.5 billion. The reason why spam calls ramped from 2020 to 2021 was because of the on-going pandemic, with an average rate of around 425 million spam calls per week these numbers are up 116% compared to 2020.
Spam calls dropped off by 80% across the weekend, as well as slowing down during the holidays. According to a recent report from Truecaller, around 23% of Americans have fallen for the spam calls and lost money as a result. There was an average of $502 lost per person, up from $351 in 2020 -- in total, we're looking at just shy of $30 billion for 2021.
We've been walking into the world of 5G for a few years now, but it's only just now -- days before 2022 begins -- that major US air carriers begin freaking out that 5G wireless services are going to wreck havoc on the travel industry.
United Airlines Chief Executive Scott Kirby said during a U.S. Senate Commerce Committee said that US telco giants AT&T and Verizon need to delay their plans to use C-Band spectrum for 5G wireless services. Kirby said during the hearing that 5G wireless services would delay, divert, or cancel around 4% of daily flights in the US -- impacting hundreds of thousands of passengers per year, every year.
Kirby said: "It would be a catastrophic failure of government. Coming Jan. 5 -- unless something changes -- we will not be able to use radio altimeters at 40-something of the largest airports in the country. It is a certainty. This is not a debate".
Seriously, we're so close to the launch of the PCIe 5.0 standard that will launch with Intel's next-gen Alder Lake platform -- and we're hearing more concrete details about the new PCIe 6.0 standard.
PCI-SIG has announced that the next-gen PCIe 6.0 standard is close to being finalized, with the new standard offering up to 128GB/sec of bandwidth -- double that of PCIe 5.0, and quadruple PCIe 4.0 and its 32GB/sec of bandwidth that we're just using now.
PCIe 6.0 has now reached the Final Draft version (version 0.9) allows members of PCI-SIG to review the new standards for not just patents, but IP. There are no changes allowed by PCI Express, so PCIe 6.0 has effectively 'gone gold'. PCIe 6.0 has some wicked speeds that it will be capable of, especially in the beast PCIe 6.0 x16 port with up to 128GB/sec of bandwidth -- double that of PCIe 5.0 x16 which is crazy.
The official USB Type-C 2.1 specifications have been published, where it is indeed true: USB Type-C 2.1 will deliver a huge 240W of power over a tiny USB-C cable.
In order to pump 240W through that small USB-C cable you're going to need a new USB-C EPR (Extended Power Range) cable, the new EPR specification bumps up the maximum voltage to 48V. This bump to 48V is what is required to push 240W of power at 5A.
USB-C Type 2.1 devices and cables will be backward compatible, and vica versa, with USB Type-C 2.0 ports. Nothing has changed with the port at all, but there are standards on the midplate being stronger, and mandates for pins for A4-A9 and B4-B9 (power, power delivery, and legacy USB 2.0 support) must not short in order to ground during connecting mating.
Alphabet has been running projects offering next-generation internet services for many years now, with its latest Project Taara blasting 700TB of data across the Congo River in a really new way.
Project Taara is a new technology that offers fiber optic cable-type speeds, without the cables -- with the Free Space Optical Communications (FSOC) technology developed for Alphabet's Project Loon, in its new Project Taara. Where Project Loon used stratospheric helium balloons to blast wireless internet to everyone, Project Taara uses the wireless optical link technology to connect services across the Congo River.
Alphabet has its own moonshot lab called X where it well -- shoots for the moon -- with projects like this. FSOC is capable of pumping a 20Gbps+ link between two points if it has clear line of sight. The way it works is through using light to transmit high-speed data between two points. 20Gbps+ is on offer using just light to transmit information at incredibly fast speeds through the air, as a very narrow, invisible beam.