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5/31/2022
• Walmart
to Use UHF RFID Tags on All Products
• Radio
Fighting the FCC
• ARRL
Honored by Masons in Newington, CT
• U.S.
Tower Execs Optimistic Despite Crappy Economy
• E-Mode
GaN Transistor Works Like Silicon MOSFET
5/30/2022
• ARRL
EXPO and Hamvention 2022 a Great Success
• RCS
Finally Justifying Its Existence
• Importance of
Submarine Cable Channel Planning
• Netherlands Invests
€1.1B in Photonic-Chip Industry
• Long-Hypothesized "Next Generation
Wonder Material" Created
5/27/2022
• Canada
to Ban Huawei and ZTE from 5G Networks
• CERN's
Large Hadron Collider Gears up for Run 3
• Boosting
Prospects of PhD Students Before and After Graduation
• Remembering 1982
IEEE President Robert
Larson
• Global
RAN Market Grows Despite Supply Chain Issues
• Democratic Socialist Republic of
Sri Lanka Phone App Enforces Gas Rationing
5/26/2022
• FCC
Discovers Computers
• Webb Telescope
Nearly Ready for "First Light"
• Undersea
Fiber Cables Detect Seismic Events
• Time to
Re-Assess Spectrum Strategy
• Pentagon Tech Chief Wants
"All in One" Sensor
5/25/2022
• Foundry's
31% Growth in 2021 Outpaced Overall Chip Industry
• Image Sensor
Wafer
Capacity to Grow 13% This Year
• LoRa Alliance Launches
IPv6 over LoRaWAN IoT Solution
• Wireless
Retail Workers See Rising Pay, Interest in Unions
• Northumbria University
Expands Engineering Teaching Facilities
5/24/2022
• NFC Forum Launches
NFC Wireless Charging Cert Program
• Pentagon's
$5.7B Lab "Wish List" Likely to Stay Unfunded
• 5G
Small Cell Trial for City of London
• TSMC
Hikes Prices
• Mitigate
EMI in Your 400-Hz Systems
5/23/2022
• 2023 IC Market
to Fall 22%
• Tech
Titans Curb Hiring in "Challenging Environment"
• Kids'
Screen Use Sees Fastest Rise in 4 Years
• Micro-Supercapacitors
Enable Fast Charging
• Students Develop
New Silicon Wafer Inspection Device
5/20/2022
• China
to Boost Tech Research to Best U.S. Industry
• Apple Set to
Kill off Lightning Port
• Transistors
Integrating High-k Perovskite Oxides and 2D Semiconductors
• Manufacturers and
Distributors Optimistic About Future
• Top
5G Wireless Growth Companies in 2022
5/19/2022
• Electronic
Component Counterfeiting is Big Business
• Ofcom
Opens Door for mmWave 5G in UK
• Integrated Lasers Could
Make Computers 106x Faster
• T-Mobile Touts
99% Coverage for LTE
• AI's Threats to
Jobs and Human Happiness Are Real
5/18/2022
• Finland Unveils
New 6G Initiative
• BAW
Sensor Market to Grow by $138M Near Term
• Dish Explains Costly Phone for
New 5G Band 70 Network
• How Does Radio
Reverse Declining Listener Trend?
• Pentagon Rethinks
Which Space Programs Are Classified
5/17/2022
• Ofcom Applauds Its Own
"End of Contract" Rules
• Wi-Fi
6 and Wi-Fi 6E See Unprecedented 50% Market Share
• Chinese Sets up
World's Highest Weather Station on Mt. Everest
• Canada's
Competition Commissar Oppose Rogers-Shaw Merger
• PCB
Testing: Matter and Methods
5/16/2022
• FCC
Expands List of National Security Risk Equipment
• Día
del Radioaficionado Celebrated May 10 in Puerto Rico
• IBM Targets 4,000-Qubit
Processor by 2025
• mmWave
Growth Slows But Outlook Still Favorable
• Radio
Grew Advertiser's Business by 11%
5/13/2022
• Armed
Forces Day Cross-Band Exercise Set for May 14
• India Prepares to
Build Its 1st Chip Fab
• Pentagon
Harnessing 5G for Future Fight
• RF
Semi Supply Shortage Should Ease in 2023
• Smart
Electric Grid Could Save Consumers $50B/Year
5/12/2022
• Public
LoRaWAN Networks ^66% over Last 3 Years
• 2nd Phase of
Europe's Tech Crackdown Finalised
• U.S. Delivers
$77M in Grants for Tribal Broadband
• Tin
Electrode Amplifies Supercapacitors
• Quantum
Memristor Paves Way for Neuromorphic Quantum Computing
5/11/2022
• FCC
Finally Fixes Ham Radio Licensing Problems
• Tech
Giants Lost >$1T Value Last 3 Trading Days
• Key Procurement Strategies in
Inflationary Environment
• Qualcomm
Pushes Wi-Fi 7 to Max
• Superconductors
Carry Data Farther Than Conventional
5/10/2022
• Average U.S. Gas Price Sets New High:
$4.37/gal.
• NFC Forum Releases
Test Specs for Wireless Charging
• U.S. Tech
Titans
Look to Ditch Passwords
• Copper
Supports Ultrafast Broadband
• T-Mobile
Sticks It to "Big Internet"
• Powerful
Family of 2D Materials Created
5/9/2022
• Japan to Reach
Full 5G Coverage by 2030
• LinkedIn
to Pay Paltry $1.8M Fine in Women's Pay Lawsuit
• FCC
Grants 5G Licenses from 3.45 GHz Auction
• IEEE Celebrates
25 Years of Women
in Engineering
• What's New in
Quantum Computing?
5/6/2022
• SEERA Legislation Takes Aim at
Counterfeit Components
• EU Law to Force
Social Media to Expose Censoring Algorithms
• Danny
Partridge Taking Break from Radio Show
• Doubt Creeps into
mmWave Business Case
• Negative
Capacitance to Make Transistors Energy Efficient
5/5/2022
• RF
Interference in 5G Networks
• Downbeat
Forecast from Intel
• SpaceX
Launches 53 Starlink Satellites from Florida
• Semiconductor
Shortages Coming to an End?
• Huawei's Steady
Decline Continues
5/4/2022
• Top 10 Semi
Companies Have 57% Market Share
• U.S
Trade Deficit ^22.3% to $109.8B in March (highest
ever)
• Samsung
Profit up 50%
• India Eying
June
for 5G Auction
• Smartphone
Shipments Fell 13% Globally in Q1
• Chinese Provence
Testing for COVID Every 48 Hours (Gut Gott - insane!)
5/3/2022
• 3D
Printed Shielding for Satellites
• DARPA Seeks to Bolster
"Critical" Defense Technologies
• Can
Semi Makers Meet Surging Demands?
• Germany Bans
Zero-Rating Mobile Tariffs
• New
Telco Alliance Wants 5G Start-ups to Be Global Powerhouses
5/2/2022
•
Hams to Participate in MARS Interoperability Exercise in May
• Ofcom
Investigates Shell Energy's Telecoms
• 5G
mmWave Solutions Investments to Pick up in 2023
• Chinese Academy of Sciences
Cuts Database Use over Steep Fees
• The Android Way for
In-Car Radio
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