Joe Ross (@JJRoss_) profile picture
Virginia, USA
Joined October 2013
Photo by Joe Ross (@JJRoss_)Photo by Joe Ross (@JJRoss_)Photo by Joe Ross (@JJRoss_)Photo by Joe Ross (@JJRoss_)Photo by Joe Ross (@JJRoss_)Photo by Joe Ross (@JJRoss_)
Check out my latest blog post on fiber broadband deployment.... #broadband #fcc #fiber
You might be surprised by which states saw the greatest increases in fiber broadband service since June 2022 – I know I was. Check out our article - State Fiber Penetration and Growth: Outlook Over the Past Two Years and the Mid-2024 Service Results televate.com/2024/12/17/stat…
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$ASTS: Starlink resorts to attacking "foreign investors"
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$ASTS: It's entertaining to see SpaceX and T-Mobile scrambling to have power limits raised for their D2C satellites. It's important to understand that the FCC's Supplemental Coverage from Space (SCS) was established as SECONDARY to terrestrial mobile service. Satellite companies are required to ensure SCS deployment doesn't interfere with existing terrestrial mobile networks. Recently, SpaceX and T-Mobile have pursued a FCC waiver on the aggregate out-of-band omission (OOBE) power-flux density (PFD) limits and requested an almost nine-fold increase in the already allowed limit by regulations. Why? Because SpaceX is coming to the realization that its Direct-to-Cellular satellites that were quickly slapped together utilizing technology from SpaceX's acquisition of Swarm, a low bandwidth IoT LEO satellite startup that became infamous for becoming the first US company to have deployed satellites without regulatory approval in 2018, CAN'T WORK UNLESS THE FCC POWER LIMITS ARE INCREASED. Swarm's technology was never designed to work with unmodified mobile phones utilizing terrestrial cellular spectrum. Now SpaceX and T-Mobile find themselves in the unenviable spot of convincing the FCC that the power limits, that THEY HELPED CREATE to protect terrestrial networks, be raised so that their D2C satellites can work. These power limits were developed as part of the SCS regulatory framework that both SpaceX and T-Mobile helped shape along with other industry players a year ago! Yes you read that right, SpaceX and T-Mobile agreed to these limits, but are now coming back hat in hand asking the limits to be increased. You can't make this up. While some SpaceX supporters may brush this off as a move by industry incumbents to stifle innovation and block out a potential new competitor, it's important to note that T-Mobile raised interference concerns with the FCC about AST SpaceMobile's application for its new D2C service in November 2020. T-Mobile stated in 2020: "AST’s Petition for Declaratory Ruling is ultimately unnecessary to achieve many of the stated public interest benefits, as T-Mobile is already addressing the issues AST seeks to address with the instant request, specifically the deployment of affordable wireless broadband service to unserved or underserved rural areas and enhancing competition in these areas. Rather than bridging the Digital Divide, granting the Petition for Declaratory Ruling could exacerbate deployment to these areas by impeding a well-established, well-funded and technologically sound deployment due to harmful interference. " AST has addressed these concerns through multiple interference studies and test results, and from the beginning architected its solution to work with existing terrestrial networks and subsequently meets the FCC SCS interference requirements. Imagine that! AST SpaceMobile and other satellite operators are all working within the regulatory framework EVERYONE AGREED TO, but SpaceX and T-Mobile are now asking for the rules to be changed because their technology doesn't work.
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For FirstNet service, first responders need reliable service, especially when mother nature is at her worst. AT&T doesn't build its network as robustly as needed to deliver 99.999% availability of service and so having an always on backup could be huge for first responders.
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$ASTS: Great news today that AST has achieved 21mbps on just 5 MHz of spectrum! This is up from 14mbps / 5 MHz disclosed previously. I think it's worth revisiting AST's video highlighting the first ever 5G connection from space. Upwards and onwards! 🚀 youtu.be/jgMEJtFpadw?si=1J0e…
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Very cool. It needs to read reserved spots. Does it detect handicapped spaces?
Here is a highlight clip from my Supervised FSD v12.3.6 full length video that shows several Autopark scenarios. Please watch the whole clip, several things happen I didn't expect. Enjoy. @teslasi
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$ASTS: Rakuten to offer AST Spacemobile service to its subscribers in Japan starting in 2026.
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Learn about extending your P25 system with LTE Interworking in our newest blog post: televate.com/2024/01/16/exte…
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Wow! Impressive results!
In the last 12 months, #ASTSpaceMobile filed 500+ patent and patent-pending claims — taking it to a total of 3,100! Our IP portfolio kicked off in 2017, when founder @AbelAvellan, together with his Chief Scientist, filed for one of the company's first patents. We invented the satellite direct-to-device industry and made the world’s first space-based 2G/4G/5G connection, including calls and 14+ Mbps downloads using 5MHz capacity. With a capacity of up to 40 MHz, each beam will enable data transmission speeds of up to 120 Mbps directly to everyday smartphones! 📶#5G $ASTS #ASTS #Patents #History #SatelliteToMobile #DirectToCell #DirectToDevice
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The Infrastructure Act’s BEAD grant program is gaining momentum across the country. What opportunities are there for local governments? Read our latest blog post: Now is the Time for Local Government to Get Involved in the BEAD Grant Process televate.com/2024/01/10/loca…
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Getting ready for our planned Q1 2024 launch of five BlueBird Block 1 satellites!! 🦾🤠#5G📶
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Wow, this is huge! 10 Mbps to a standard cell phone from space! @AST_SpaceMobile businesswire.com/news/home/2…
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This is a game changer for rural and remote areas. 10 Mbps is enough to get some in-building coverage. If they can connect with mid-band, it could mean a lot more capacity. This is plenty of speed for voice, push-to-talk, text, web browsing, even some video.
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Array fully deployed in space!!!! See photos from BlueWalker 3 unfolded in orbit with different sun angles. So proud of the team. 🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🚀🤠🇺🇸📶#5G
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We've successfully controlled our #BlueWalker3 test satellite in orbit for 3 weeks via several ground stations. 📡 We plan to unfold the array in the second half of October during optimal conditions. On-board cameras are now operational — look at the view! 📷🌏☀️ Stay tuned...
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Jeffries now acknowledging $ASTS disruptive potential. Cant wait for them to initiate, probably after #BlueWalker3 testing results come out and prove the tech works as described. Exciting time for @AST_SpaceMobile and everyone thats been invested and currently looking to get in.
1/ $ASTS Institutions are slowly, but surely becoming aware of potentially the most disruptive force in the telecom industry. 8/14 Jefferies Aerospace & Defense Conference Notes:
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