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2/28/2022
• Device Could
Protect Satellites from Microwave Attacks
• Ukrainian Brewery Switches
from Beer to
Molotov Cocktails
• Evidence for
Exotic
Magnetic Phase of Matter
• Freight
Procurement Budgets Skyrocketing in 2022
• "The 5 MHz Newsletter"
Marks 10 Years
2/25/2022
• Material
Converts X-Rays
into Light
• NRAO Researcher Gets
IEEE Microwave Application Award
• COBOL
May Still Have a Shelf Life
• Joe Rogan
Radio's New
Big Money Man
• EU
Public Sector Cloud Use Under Investigation
2/24/2022
• ARRL
Section Manager Election Results Announced
• Operator
5G Engagement Increases by >50%
• What Is
5G VoNR?
• Murata
to Acquire Resonant for $295M
• Commercial
Space Travel Unlikely to Scale Up
2/23/2022
• FCC, NTIA Seek
Closer Spectrum Management Collaboration
• MIT Develops
New Language for High-Performance Computers
• Intel
to Acquire Tower Semiconductor for $5.4B
• Einstein's
General
Relativity Measured at Millimeter Scale
• China
Space Missions Aim to Break 2021 Record
2/22/2022
• Submarine
Cable Market Has Bright Future
• Telcos
Not Ready to Make Money from 5G
• SpaceX Launches
46 More Starlink Satellites
• SIA:
2021 Record
for Units and Revenues
• UK & Japan Develop
RF Sensor Technology for Fighter Jets
2/21/2022
• European Commission Authorizes
Additional Spectrum for 5G
• Chinese Claim 6G Data Streaming Record with
Whirling Radio Waves
• GSMA Report Outlining the
5G Roadmap for Middle East and N. Africa
• Superconducting Technology Takes
Data Beyond 1s and 0s
• U.S. Army Tests
Mobile Comms Gear for Armored Units
2/18/2022
• Satellites Provide New
Capabilities and Complexities for 5G
• Intel
Addresses Semiconductor Shortage with 2 New U.S. Plants
• Users Will
Bypass Wi−Fi 6E in Favor of Wi−Fi 7
• T-Mobile
Clashes with 2.5 GHz Spectrum Owners
• TSMC January
Revenues up 35.8%
2/17/2022
• 11%
Growth Projected for Semis This Year
• EU
Launches Chips Act
•• HamCation
2022 Roars Back to Life
• "Audacious"
6G Targets for the U.S.
• RF
Technology Helps Connect Avionics Systems
2/16/2022
• How
5G Wireless Service Puts Airplanes at Risk
• Quantum
Transport at Room Temp in Carbon Nanotube Transistor
• ETNO Says
Europe's Telco Investment Needs Dramatic Improvement
• SAMBAS Project Aims for
Sustainable 6G
• New Method for
Detecting
Transistor Defects
2/15/2022
• "Impossible"
Material Stronger Than Steel and Light as Plastic
• China Targets Being
#1 in Space Power Race
• GaN
Power Market to Grow >57% CAGR to 2030
• Nokia
Says the "Reset" Is Behind It
• A No-Code Solution to
Accessing Satellite Data
2/14/2022
• Geomagnetic Storm Leads to
Loss of up to 40 Starlink Satellites
• Quantum States
of >5 Seconds Achieved
• Low
Temperature Metal Oxide Structural Change
• 2021
O-S-D Revenues Crack $100B for 1st Time
• Are
Terahertz Lasers About to Have Their Moment?
2/11/2022
• Mexican Regulator Confirms
5G Spectrum Auction for 2022
• Making
Smartphone
Data Anonymous No Longer Enough
• UKSA
Funds £1.7M for Space Sustainability Projects
• Rural America Has
Internet Options
• Reconfigurable
Intelligent Radio-Enabled Surfaces
2/10/2022
• Moore's
Law Expanded: 4 New Laws of Computing
• AMSAT
Withdraws GOLF-TEE CubeSat from NASA Launch
• CBRS
RAN Adoption Lags
• Solving a
Superconducting
Mystery
• How a
Smart Electric
Grid Will Power Our Future
2/9/2022
• Commerce Dept. Says
U.S. down to 5 Days of IC Inventory (40 days pre-plandemic)
• Preventing Blackouts by
Packetizing the Power
Grid
• Intel Addressing
Semiconductor Shortage
• China Ends 2021 with
1.43M 5G Base Stations
• Webb
Telescope Reaches Final Destination 1,000,000 Miles Away
2/8/2022
• Average
Tech Salary Breaks 6 Figures
• MIT Lays out Strategy to
Make U.S. a Semiconductor Superpower
• Amateur Radio
Digital Communications Grants Continue
• Harvard Mathematician
Answers 150-Year-Old Chess Problem
• Packet Pioneer
Brian Rogers, N1URO, SK
2/7/2022
• Parsing
the 5G Power Equation: Is 5G Actually Greener?
• European
Space Summit to Boost Space Ambitions
• Wednesday Was
Not
a Great Day for Radio
• How
Entropy Might Increase Backwards in Time
• Private
5G Networks Rolling out Slowly
2/4/2022
• DoD Labs Face
$5B Infrastructure Shortfall
• Weak
Signals Heard from Spanish Satellites EASAT-2 and HADES
• Long-Range
Quantum Entanglement Measured at Last
• How You Can
Help
Keep Radio Free
• Chinese Scientists Closer to
Quantum Code-Breaking Machine
2/3/2022
• Trillion
Dollar Space Economy Threatened by Debris
• A
Language for Quantum Computing (how about Q++)
• $600B Chip
Industry Forecasted
• LoRa
Alliance Accelerates LoRaWAN Certification with More Test Tools
• Doomsday
Clock Stuck at 100 Seconds to Midnight
2/2/2022
• Intel Investing $20B for
IC Manufacturing Hub in Ohio
• China
Wi-Fi IoT Market to Grow at CAGR of 29%
• Quantum Computing
in Silicon Hits 99% Accuracy
• Mystery
of 3.45 GHz Auction Finally Ends
• Semis Grow
25%
2/1/2022
• High-Tech Scam Artists:
Counterfeit ICs
• Auto
Chip Shortage Through at Least 2023
• Nokia Prognosticates on the
Raison d'Être of 6G
• NRO Awards 5
Contracts for Commercial Satellite Radar
• FCC
Seeks Attorney-Advisor for Its Mobility Division
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