On June 5th Elon Musk said SpaceX had nearly 500,000 customers in 32 nations and 9 languages. By now, there must be 500,000 customers, most of whom are in the U. S. and Canada, and their performance is suffering. In the first quarter of this year, OOKLA reported that the median Starlink download speed fell from 104.97 to 99.55 Mbps in the U.S. and from 106.64 to 97.4 Mbps in Canada. more
Starlink now has nearly 500,000 users and is available in 32 countries and nine languages. It is either available, wait-listed, or coming soon in every nation except Afghanistan, Belarus, Cuba, China, Iran, North Korea, Russia, Syria, and Venezuela. There are now 15,000 Starlink terminals in Ukraine with service throughout the nation through connections to ground stations in Poland, Lithuania, and Turkey and they have made a significant contribution in the war with Russia. more
The impact of the Internet in the Russia-Ukraine war is unprecedented in speed and scope. The most visible example of this has been President Zelenskyy's use of social media and teleconferencing in his roles as Commander in Chief of the armed forces, a global diplomat, and a leader of the Ukrainian people. more
Apple recently announced that it is not building millimeter-wave spectrum antennas into the next generation SE iPhone. Interestingly, this is a phone sold by Verizon, which spent a year advertising on TV and showing us speed tests on cellphones that were receiving gigabit speeds. more
On March 1, I wrote that a small number of SpaceX Starlink terminals had arrived in Ukraine, and they would be an important asset for distribution to selected government and resistance leaders and journalists. I didn't know who would get the terminals or how many there were, but it was a single truckload. A week or so later, we learned that two more shipments of terminals had arrived and fifty of them went to DTEK, a company struggling to repair Ukrainian electrical infrastructure. more
There is an interesting battle going on to be the technology that monetizes the control of Internet of Things devices. Like a lot of tech hype, IoT has developed a lot slower than initially predicted -- but it's now finally becoming a big business. I think back to a decade ago when tech prognosticators said we'd soon be living in a virtual cloud of small monitors that would monitor everything in our life. According to those early predictions, our farm fields should already be fully automated, and we should all be living in the smart home envisioned by the Jetsons. more
The non-stop wireless industry claims that we've moved from 4G to 5G finally slowed to the point that I stopped paying attention to it during the last year. There is an interesting article in PC Magazine that explains why 5G has dropped off the front burner. The article cites interviews with Art Pouttu of Finland's University of Oulu about the current state and the future of 5G. That university has been at the forefront of the development of 5G technology and is already looking at 6G technology. more
When did the Internet begin? It all gets a bit hazy after so many years, but by the early 1970s, research work in packet-switched networks was well underway, and while it wasn't running TCP at the time (the flag day when the ARPANET switched over to use TCP was not until 1 January 1983) but there was the base datagram internet protocol running in the early research ARPA network in the US. Given that this is now around 50 years ago, and given that so much has happened in the last 50 years, what does the next 50 years have in store? more
The Chilean Undersecretary of Telecommunications (SUBTEL) has begun a year-long pilot study of SpaceX's Starlink satellite Internet service. I don't know how many test locations they are planning, but the first two have been selected. Last week I discussed the first, the John F. Kennedy school in Sotomó, an isolated town at 41.6° South on a fjord in Chile's Lake Region, and the second will be in Caleta Sierra on the coast about 1,200 miles north of Sotomó. SpaceX is also considering a European pilot study in Georgia and perhaps (hopefully) others. more
In an earlier post, I looked at the use of the Internet by anti-government protesters last month and the government's attempt to block them. Now, a few weeks later, let's see how the Internet changed after my July 18 post. The protesters used messaging and social media services, which the government tried to block, and posted images and videos of protests around the island. more
Elon Musk recently announced that he was going to be providing cellular backhaul from the Starlink constellation of satellites. This makes a lot of sense from a financial perspective in that it avoids the costly wired fiber networks needed to reach rural cell sites. This is clearly a shot across the bow for companies that currently bring fiber connectivity to rural cell sites. more
Unlike Bezos and Branson, they're going to stay there. Today we have space-based internet access and a terrestrial internet; within ten years, we'll have a space-based internet. Internet traffic will travel more miles in space than on terrestrial fiber. By that time, the great cloud data centers of Google, Amazon, Microsoft, and their competitors and successors will mostly be in orbit as well. Five years from now, this transition will be obvious, accepted, and well underway... more
Most carriers don't order 200,000 5G base stations, so they will pay more, but that's the actual price for the joint procurement of China Telecom and China Unicom. The 200,000-300,000 cells the two jointly are upgrading are probably more than the entire rest of the world will add. The second Chinese network, jointly built by China Mobile and China Broadcast, is growing even faster. more
Elon Musk packed a lot about SpaceX and Starlink into a 32-minute interview at the 2021 Mobile World Congress and ended with a discussion of his motivation and the roles of his three companies - SpaceX, Starlink, and Neuralnk. Let's start with the SpaceX and Starlink update and conclude with the philosophy and motivation. (Scroll to the end of the post for the video of the interview). more
A little over a year ago, the FCC approved the use of 1,200 MHz of spectrum in the 6 GHz band for public use -- for new WiFi. WiFi is already the most successful deployment of spectrum ever. A year ago, Cisco predicted that by 2022 that WiFi will be carrying more than 50% of global IP traffic. These are amazing statistics when you consider that WiFi has been limited to using 70 MHz of spectrum in the 2.4 GHz spectrum band and 500 MHz in the 5 GHz spectrum band. more