On July 12, 1999, the last Morse code message was sent from a Bay Area radio station, marking the end of an era. Every July 12, the Historic KPH Maritime Radio Receiving Station in Point Reyes revives the golden age of maritime radio, with volunteers exchanging Morse code messages worldwide. The Mercury News reports: Friday's "Night of Nights" event, which commemorates the long-gone stations and the skilled radiotelegraph operators who linked ships to shore, starts at 5:01 p.m. -- precisely one minute after the 1999 message ended. Operators will keep working until 11 p.m. "We're carrying on," said historical society president Richard Dillman, 80, who learned Morse code as a boy. "Morse code is not dead."

The event, based at KPH's stations that are now part of the wild and windswept Point Reyes National Seashore, northwest of San Francisco, is not open to the public. But amateur radio operators around the world can participate by sending messages and exchanging greetings. The operating frequencies of the historical society's amateur station, under the call sign K6KPH, are 3550, 7050, 14050, 18097.5 and 21050. Radiogrammed messages arrive from as far away as New Zealand and Europe, rich with memories of rewarding careers or poignant tributes to lost loved ones. "Dear dad, we love you and we miss you so much," said one. The station uses the original historic KPH transmitters, receivers, antennas and other equipment, carefully repaired and restored by the society's experts. [...]

All over the Pacific coast, stations closed. KPH's receiving headquarters -- an Art Deco cube built between 1929 and 1931, its entrance framed by a tunnel of cypress trees -- was acquired by the National Park Service in 1999. Its transmission station is located on a windswept bluff in Bolinas. [Historical society president Richard Dillman] and friend Tom Horsfall resolved to repair, restore and operate KPH as a way to honor the men and women who for 100 years had served ships in the North Pacific and Indian Ocean. "It was a brotherhood," said Dillman. "There was camaraderie -- a love of Morse code and the ability to do a job well." [...] They pitched their ambitious plan to the National Park Service.

"At first, I was skeptical about their proposal," said Don Neubacher, the Seashore's former Superintendent. "But over time, I realized the Maritime Radio Historical Society, led by Richard Dillman, was a gift for the National Park Service." "I was impressed by the overwhelming knowledge of early wireless and ship-to-shore communication," he said, "and their lifelong commitment to saving this critical piece of Point Reyes history." With a dozen society volunteers from all over the Bay Area -- all over the age of 60, self-described "radio squirrels" -- they went to work. They meet on Saturday mornings over coffee and breakfast "services" dubbed "The Church of the Continuous Wave," sometimes ogling over radio schematics. Then, for a few hours, they broadcast news and weather.

In a perplexing turn of events that has raised concerns about the vulnerability of critical undersea infrastructure, Norway's Institute of Marine Research is reconfiguring its sophisticated underwater observatory after a mysterious incident left a section of its seafloor cable cleanly severed. The Lofoten-Vesteralen Ocean Observatory (LoVe), an advanced array of sensors designed to monitor marine life and environmental conditions off Norway's rugged coastline, unexpectedly went silent in April 2021, prompting an investigation that would uncover more questions than answers.

As the institute's acoustic engineer Guosong Zhang delved into the mystery, he meticulously traced ship movements in the area, uncovering a curious pattern: a Russian trawler had repeatedly crossed the cable's location at the precise time the outage occurred, a coincidence that seemed too striking to ignore. Despite this compelling lead, subsequent police investigations proved inconclusive, leaving the institute grappling with the unsettling possibility of deliberate sabotage.

The incident, compounded by similar damage to a communications cable serving the remote Svalbard archipelago, has cast a spotlight on the potential vulnerabilities of submarine assets in an era of heightened geopolitical tensions, with some experts pointing to the possibility of Russian intelligence activities targeting Norway's undersea infrastructure. In response to these challenges and the unresolved nature of the cable damage, the Institute of Marine Research has made the difficult decision to adapt its approach, opting to replace the compromised cable section with wireless modules -- a solution that, while sacrificing some data transmission capacity, aims to enhance the security and resilience of this vital scientific installation in the face of evolving threats beneath the waves.

Two of the nation's major telecommunications companies are feuding over a plan to boost service for police, firefighters and other state and local agencies -- a move Verizon says would amount to a $14 billion gift to rival. From a report: AT&T and its allies are asking regulators to provide more wireless frequencies to FirstNet, a cellular network launched in 2017 to connect emergency responders and other public-sector groups. The Dallas-based telecom giant holds an exclusive 25-year contract to run the network for the federal FirstNet Authority, which oversees the project.

Rival telecom companies say the proposal would let AT&T's commercial business piggyback on those airwaves free. Verizon, which vies with FirstNet for public-safety contracts, called the proposal a giveaway of spectrum valued at around $14 billion that would give its competitor a "substantial windfall." T-Mobile US likewise urged regulators to avoid a "FirstNet takeover" of the spectrum. The carrier hasn't made its case as forcefully as Verizon, whose chief executive traveled to Washington twice in recent weeks to lobby regulators.

TechSpot writes: Users of the Linksys Velop Pro 6E and 7 mesh routers should change their passwords and Wi-Fi network names through an external web browser. The two models transmit critical information to outside servers in an insecure manner upon initial installation. New patches have emerged since the issue was discovered, but Linksys hasn't publicly responded to the matter, and it is unclear if the latest firmware leaves sensitive data exposed to interception.
The issue was discovered by Testaankoop, the Belgian equivalent of the Consumers' Association. And they warned Linksys back in November, according to the tech news site Stack Diary. (The practice could leave passwords and other information vulnerable to Man-in-the-Middle attacks.) Testaankoop suspects the security issue might stem from third-party software used in the Linksys firmware. However, they emphasize that this does not excuse the vulnerability.
Thanks to long-time Slashdot reader schwit1 for sharing the news.

An anonymous reader shares a report: The vast majority of the massive, metallic towers the city commissioned to help low-income neighborhoods access high-speed 5G internet still lack cell signal equipment -- more than two years after hundreds of the structures began sprouting across the five boroughs. Just two of the nearly 200 Link5G towers installed by tech firm CityBridge since 2022 have been fitted with 5G equipment, company officials said. Delayed installations and cooling enthusiasm around 5G technology have discouraged carriers like Verizon from using the towers to build out their networks, experts say. The firm only has an agreement with a single telecommunications carrier to deliver high-speed internet, stymieing its efforts to boost mobile connectivity citywide.

The 32-foot-tall structures, which resemble giant tampon applicators emerging from the sidewalk, offer the same services as the LinkNYC electronic billboards that popped up around the city in 2016. Those were also installed by CityBridge. Both the original Link kiosks and the 5G towers provide free limited-range Wi-Fi, charging outlets and a tablet to connect users to city services. Data shared by the company shows that 16 million people have used the internet at kiosks since 2016, and the attached tablets are used to call for city services thousands of times each month. But unlike the LinkNYC kiosks, each new tower is topped with a 12-foot-tall cylindrical mesh chamber containing five empty shelves reserved for companies like Verizon and T-Mobile to store the equipment they use to transmit high-speed 5G internet service to paying customers.

An anonymous reader quotes a report from Reuters: The German government and mobile phone carriers have agreed in principle on steps to phase components by Chinese technology companies out of the nation's 5G wireless network over the next five years, two people familiar with the matter told Reuters on Wednesday. Newspaper Sueddeutsche Zeitung as well as broadcasters NDR and WDR earlier jointly reported the news, saying the agreement gives network operators Deutsche Telekom, Vodafone, and Telefonica Deutschland more time to replace critical parts. Under the preliminary agreement driven by security considerations, operators will initially rid the country's core network of 5G data centers of technology made by companies such as Huawei and ZTE in 2026, said the sources, adding that a final pact has yet to be signed. In a second phase, the role of Chinese makers' parts for antennas, transmission lines and towers should be all but eliminated by 2029, they added. "The government is acting on the basis of the national security strategy and China strategy to reduce possible security risks and dependencies," said a spokesperson for Germany's interior ministry.

At its Galaxy Unpacked event today, Samsung unveiled a slew of new devices ushering in the "Next Frontier of Mobile AI." With "cross-device intelligence," each device has its own set of AI features that Samsung said will be personalized for users, good for humanity, and empowering for creators. Ars Technica's Kevin Purdy reports: Aiming to put its Galaxy AI onto your wrist and fingers, Samsung announced a seventh version of its Galaxy Watch, a rugged and larger Galaxy Watch Ultra, and the first version of a Galaxy Ring. [...] The Galaxy Watch 7 and Watch Ultra are strikingly similar to their inspirations: the Apple Watch Ultra and the previous Galaxy Watch, respectively. [...] The Galaxy Z Fold 6 ($1,900) and Z Flip 6 ($1,100) have the kinds of boosts from their prior models you might expect. There's a Snapdragon 8 Gen 3 chip inside. The folding glass on both is supposedly stronger and now rated for IP48, which means dust resistance went from "X" (good luck) to "4" (1 mm and greater particles), which is still unfortunate at these price points, but that's life on the folding edge.

The outward-facing screen on the Z Fold 6 got a smidge bigger (6.2 to 6.3 inches), though it has the same inner display. Its cameras are much the same (50 megapixel main, 10 megapixel telephoto, 12 megapixel ultrawide), though the ultrawide claims better low-light performance. The Z Flip 6's most notable upgrade is its 4,000 mAh battery and a vapor cooling chamber inside. The base model gets 12GB of RAM instead of 8GB and 512GB of storage instead of 256GB on the base model.

There are other products not mentioned here announced by Samsung today, including its Galaxy Buds3 and Buds3 Pro, which are wireless earbuds that will remind you of certain other very popular wireless earbuds. What Samsung really had to pitch today was how its own Galaxy AI was the connective tissue between all of them. The screens on the Fold and Flip models are ideal for circling things to search them. The cameras can auto-zoom, the notes can be summarized, and translations, in particular, are everywhere. The watches and rings can track your health and suggest ways to make it better in all kinds of ways that merit a lot of disclosure about where all that data is going. Rick Osterloh, Google's devices and services chief, showed up to give a kind of Gemini blessing to Samsung's efforts.

The FCC wants to make it significantly easier for consumers to unlock their phones from their carriers, proposing that all devices must be unlockable just 60 days after purchase. From a report: How this will mesh with current plans and phone buying trends, however, is something the agency is hoping to learn before putting such a rule into effect. Mobile phones purchased from a carrier are generally locked to that carrier until either the contract is up or the phone is paid off. But despite improvements to the process over the years (unlocking was flat-out illegal not long ago), it still isn't quite clear to all consumers when and how they can unlock their phone and take it to the carrier (or country) of their choice.

FCC Chairwoman Jessica Rosenworcel announced the Notice of Proposed Rulemaking, or NPRM, in a press release today. "When you buy a phone, you should have the freedom to decide when to change service to the carrier you want and not have the device you own stuck by practices that prevent you from making that choice," she wrote. "That is why we are proposing clear, nationwide mobile phone unlocking rules." Specifically, the release says, carriers would simply have to provide unlocking services 60 days after activation. A welcome standard, but it may run afoul of today's phone and wireless markets.

Slashdot reader unixbhaskar shared this report from Phoronix: Larry Finger who has contributed to the Linux kernel since 2005 and has seen more than 1,500 kernel patches upstreamed into the mainline Linux kernel has sadly passed away. His wife shared the news of Larry Finger's passing this weekend on the linux-wireless mailing list in a brief statement.
Reactions are being shared around the internet. LWN writes: The LWN Kernel Source Database shows that Finger contributed to 94 releases in the (Git era) kernel history, starting with 2.6.16 — 1,464 commits in total. He will be missed... In part to his contributions, the Linux wireless hardware support has come a long way over the past two decades.
Larry was a frequent contributor to the Linux Wireless and Linux Kernel mailing lists. (Here's a 2006 discussion he had about Git with Linus Torvalds.) Larry also answered 54 Linux questions on Quora, and in 2005 wrote three articles for Linux Journal. And Larry's GitHub profile shows 122 contributions to open source projects just in 2024.

In Reddit's Linux forum, one commenter wrote, "He was 84 years old and was still writing code. What a legend. May he rest in peace."

Filipe Esposito reports via 9to5Mac: When Apple introduced AirPods in 2016, the company also unveiled a new, easy and intuitive way to pair wireless accessories to iPhone and iPad. Rather than having to go to Bluetooth settings and press buttons, the system identifies the accessory nearby and prompts the user to pair it. With iOS 18, this quick pairing process will be available for the first time to accessory makers.

Called AccessorySetupKit, the new API gives third-party accessories the same setup experience as Apple accessories such as AirPods and AirTag. As soon as the iPhone or iPad running iOS 18 with the right app detects a compatible accessory, it will show the user a popup to confirm pairing with that device. With just a tap, the system will automatically handle all the Bluetooth or Wi-Fi connectivity required by the accessory. This also means that users will no longer have to manually give Bluetooth and Wi-Fi permissions individually to that accessory's app.

If the accessory requires a more complex pairing process, such as confirming a PIN code, the iOS 18 API can also ask the user for this information without the need to open an app. Once the accessory has been paired, more information about it can be found in a new Accessories menu within the Privacy settings.

An anonymous reader quotes a report from Ars Technica: The California Public Utilities Commission (CPUC) yesterday rejected AT&T's request to end its landline phone obligations. The state agency also urged AT&T to upgrade copper facilities to fiber instead of trying to shut down the outdated portions of its network. AT&T asked the state to eliminate its Carrier of Last Resort (COLR) obligation, which requires it to provide landline telephone service to any potential customer in its service territory. A CPUC administrative law judge recommended rejection of the application last month, and the commission voted to dismiss AT&T's application with prejudice on Thursday.

"Our vote to dismiss AT&T's application made clear that we will protect customer access to basic telephone service... Our rules were designed to provide that assurance, and AT&T's application did not follow our rules," Commissioner John Reynolds said in a CPUC announcement. State rules require a replacement COLR in order to relieve AT&T of its duties, and AT&T argued that VoIP and mobile services could fill that gap. But residents "highlighted the unreliability of voice alternatives" at public hearings, the CPUC said. "Despite AT&T's contention that providers of voice alternatives to landline service -- such as VoIP or mobile wireless services -- can fill the gap, the CPUC found AT&T did not meet the requirements for COLR withdrawal," the agency said. "Specifically, AT&T failed to demonstrate the availability of replacement providers willing and able to serve as COLR, nor did AT&T prove that alternative providers met the COLR definition."

The administrative law judge's proposed decision said AT&T falsely claimed that commission rules require it "to retain outdated copper-based landline facilities that are expensive to maintain." The agency stressed that its rules do not prevent AT&T from upgrading to fiber. "COLR rules are technology-neutral and do not distinguish between voice services offered... and do not prevent AT&T from retiring copper facilities or from investing in fiber or other facilities/technologies to improve its network," the agency said yesterday. AT&T California President Marc Blakeman said the company is lobbying to change the state law. "No customer will be left without voice and 911 services. We are focused on the legislation introduced in California, which includes important protections, safeguards, and outreach for consumers and does not impact our customers in rural locations. We are fully committed to keeping our customers connected while we work with state leaders on policies that create a thoughtful transition that brings modern communications to all Californians," Blakeman said.

According to SFGATE, the legislation pushed by AT&T "would create a way for AT&T to remain as COLR in rural regions, which the company estimates as being about 100,000 customers, while being released from COLR obligations everywhere else."

Bipartisan agreement on government internet subsidies seems unlikely as Democrats and Republicans propose conflicting bills to reauthorize the FCC's spectrum auctions. The Democratic bill aims to fund the now-defunct Affordable Connectivity Program, while the Republican version does not. "While some Republicans supported earlier efforts to extend the subsidy program, those efforts did not go through in time to keep it from ending," notes The Verge. From the report: The Senate Commerce Committee canceled a Tuesday morning markup meeting in which it was set to consider the Spectrum and National Security Act, led by committee chair Maria Cantwell (D-WA). When she introduced it in April, Cantwell said the bill would provide $7 billion to continue funding the Affordable Connectivity Program (ACP), the pandemic-era internet subsidy for low-income Americans that officially ran out of money and ended at the end of May. The main purpose of the bill is to reauthorize the Federal Communications Commission's authority to run auctions for spectrum. The proceeds from spectrum auctions are often used to fund other programs. In addition to the ACP, Cantwell's bill would also fund programs including incentives for domestic chip manufacturing and a program that seeks to replace telecommunications systems that have been deemed national security concerns. The markup was already postponed several times before.

Cantwell blamed Sen. Ted Cruz (R-TX), the top Republican on the Senate Commerce Committee, for standing in the way of the legislation. "We had a chance to secure affordable broadband for millions of Americans, but Senator Cruz said 'no,'" Cantwell said in a statement late Monday. "He said 'no' to securing a lifeline for millions of Americans who rely on the Affordable Connectivity Program to speak to their doctors, do their homework, connect to their jobs, and stay in touch with loved ones -- including more than one million Texas families." In remarks on the Senate floor on Tuesday, Cantwell said her Republican colleagues on the committee offered amendments to limit the ACP funding in the bill. She said the ACP shouldn't be a partisan issue and stressed the wide range of Americans who've relied on the program for high-speed connections, including elderly people living on fixed incomes and many military families. "I hope my colleagues will stop with obstructing and get back to negotiating on important legislation that will deliver these national security priorities and help Americans continue to have access to something as essential as affordable broadband," she said.

Cruz has his own spectrum legislation with Sen. John Thune (R-SD) that would reauthorize the FCC's spectrum auction authority, with a focus on expanding commercial access to mid-band spectrum, commonly used for 5G. But it doesn't have the same ACP funding mechanism. Some large telecom industry players prefer Cruz's bill, in part because it allows for exclusive licensing. Wireless communications trade group CTIA's SVP of government affairs, Kelly Cole, told Fierce Network that the Cruz bill "is a better approach because it follows the historical precedent set by prior bipartisan legislation to extend the FCC's auction authority." But other tech groups like the Internet Technology Industry Council (ITI), which represents companies including Amazon, Apple, Google, and Meta, support Cantwell's bill, in part because of the programs it seeks to fund.

Rocio Fabbro reports via Quartz: TDK, the largest maker of smartphone batteries in the world, said Monday that it has successfully developed a material that could be used in a new battery with "significantly higher energy density" than its existing cells. Energy density refers to how much energy a battery can store relative to its size or weight. The material will be used in TDK's CeraCharge solid-state battery, which it says has an energy density of 1,000 watt-hours per liter -- approximately 100 times more than its conventional solid-state battery. These batteries use an oxide-based solid electrolyte, in contrast with the liquid electrolyte used in lithium-ion batteries that are widely found in electronic devices, making them "extremely safe." Solid-state batteries are smaller, charge faster, last longer, and have a lower risk of damage from temperature changes. "Smaller size and higher capacitance contribute to smaller device size and longer operating time," the Tokyo-based company said.

The battery is designed to replace coin cell primary batteries, such as those found in wearable devices like wireless headphones, smartwatches, and hearing aids. The new batteries would be rechargeable, in compliance with new European Union battery regulations that are aimed at reducing the environmental impact of batteries. TDK said it's working toward mass production of solid-state batteries, and beefing up the batteries' capacity using multi-layer lamination technology and expanding their operating temperature range.

Thousands of people catching trains in the United Kingdom likely had their faces scanned by Amazon software as part of widespread artificial intelligence trials, new documents reveal. Wired: The image recognition system was used to predict travelers' age, gender, and potential emotions -- with the suggestion that the data could be used in advertising systems in the future. During the past two years, eight train stations around the UK -- including large stations such as London's Euston and Waterloo, Manchester Piccadilly, and other smaller stations -- have tested AI surveillance technology with CCTV cameras with the aim of alerting staff to safety incidents and potentially reducing certain types of crime.

The extensive trials, overseen by rail infrastructure body Network Rail, have used object recognition -- a type of machine learning that can identify items in videofeeds -- to detect people trespassing on tracks, monitor and predict platform overcrowding, identify antisocial behavior ("running, shouting, skateboarding, smoking"), and spot potential bike thieves. Separate trials have used wireless sensors to detect slippery floors, full bins, and drains that may overflow. The scope of the AI trials, elements of which have previously been reported, was revealed in a cache of documents obtained in response to a freedom of information request by civil liberties group Big Brother Watch. "The rollout and normalization of AI surveillance in these public spaces, without much consultation and conversation, is quite a concerning step," says Jake Hurfurt, the head of research and investigations at the group.

A report from BleepingComputer notes that ASUS "has released a new firmware update that addresses a vulnerability impacting seven router models that allow remote attackers to log in to devices." But there's more bad news: Taiwan's CERT has also informed the public about CVE-2024-3912 in a post yesterday, which is a critical (9.8) arbitrary firmware upload vulnerability allowing unauthenticated, remote attackers to execute system commands on the device. The flaw impacts multiple ASUS router models, but not all will be getting security updates due to them having reached their end-of-life (EoL).

Finally, ASUS announced an update to Download Master, a utility used on ASUS routers that enables users to manage and download files directly to a connected USB storage device via torrent, HTTP, or FTP. The newly released Download Master version 3.1.0.114 addresses five medium to high-severity issues concerning arbitrary file upload, OS command injection, buffer overflow, reflected XSS, and stored XSS problems.

"SpaceX has received FCC clearance to operate a mysterious 'wireless module' device," PC Magazine reported earlier this week, speculating that the device "might be a new Starlink router." On Tuesday, the FCC issued an equipment authorization for the device, which uses the 2.4GHz and 5GHz Wi-Fi radio bands. A document in SpaceX's filing also says it features antennas along with Wi-Fi chips apparently from MediaTek. Another document calls the device by the codename "UTW-231," and defines it as a "wireless router" supporting IEEE 802.11b/g/n/ax for Wi-Fi 6 speeds up to 1,300Mbps. But perhaps the most interesting part is an image SpaceX attached, which suggests the router is relatively small and can fit in a person's open hand.... SpaceX CEO Elon Musk has said the "Starlink mini" dish is slated to arrive later this year and that it's small enough to fit in a backpack...

On Wednesday, PCMag also spotted the official Starlink.com site referencing the name "Mini" in a specification page for the satellite internet system.
Today saw some interesting speculation on the unoffical "Starlink Hardware" blog (written by Noah Clarke, who has a degree in electronics). Clarke guesses the product "will be aimed at portable use cases, such as camping, RV's, vans, hiking... designed to be easy to store, transport, and deploy". But he also notes Starlink updated their app today, with a new shopping page showing what he believes the upcoming product will look like. ("Very similar to the Standard dish, just smaller. It has a similar shape, and even a kickstand.") If you go into developer mode and play around with the Mini network settings, you notice something interesting. There is no separate router. Devices are connected to the dish itself... I'm guessing that, in order to make the Mini as portable as possible, Starlink decided it was best to simplify the system and limit the number of components.

There are more Wifi details that have been revealed, and that is mesh compatibility. For those of you that might be interested in using the Mini at home, or for larger events where you need additional Wifi coverage, the Mini's built-in router will be compatible with Starlink mesh. You'll be able to wirelessly pair another Starlink router to the Mini.

ZDNet published a new article this week with their own tips for new Linux users. It begins by arguing that switching to the Linux desktop "is easier than you think" and "you'll find help everywhere". (And also that "You won't want for apps.") That doesn't mean it has everything. For example, there is no version of Adobe Photoshop. There is GIMP (which is just as powerful as Photoshop) but for those of you accustomed to Adobe's de facto standard, you're out of luck. The worst-case scenario is you have to learn a new piece of software to meet your graphic needs. At the same time, you might have to turn to proprietary software. For open-source purists, that's a no-go. But for those who just need to get things done, you'll find a mixture of open-source and proprietary software will give you everything you need to be productive and entertained.
Their article also recommends new users should "weed out Arch-based distributions," while warning that "Linux is more secure, but..." The truth is, any time you have a computer connected to a network, it's vulnerable and it doesn't matter what operating system you use. To that end, it's crucial that you keep your operating system (and the installed applications) up to date. Fortunately, most Linux operating systems make this very easy...

You're probably used to the slow trickle of updates and improvements found in the likes of Windows or MacOS. On Linux, you can count on that process being considerably faster. This is especially important with updates. When a vulnerability is found in an application that affects Linux, it is fixed far faster than it would be on competing platforms. The reason for this is that most Linux software is created and maintained by developers who don't have to answer to boards or committees or have a painfully slow bug resolution process. It might be announced that a vulnerability has been discovered in an application and the fix is officially released the next day. I've seen that very thing happen more times than I can count.

But it's not just about vulnerabilities. Developers add new features to software all the time and even listen to users. You could contact a developer of an open-source application with an idea and find it implemented in the next update. Linux is always evolving and it does so much faster than other operating systems.
And there's one final caveat. "Not all hardware will work (but most will)." I'll say this (and I stand by it): Ubuntu Linux probably has the best hardware detection and support of any operating system on the market. But that doesn't mean it works with everything. Certain peripherals you own could have trouble working with Linux. Two of the more problematic pieces of hardware are scanners and wireless chips. When I find a piece of hardware that isn't supported, here's one thing I've often done: I try a different Linux distribution... (Fedora often ships with a newer kernel than Ubuntu Linux, and therefore supports more modern hardware.)

Keep in mind that most Linux distributions are offered as Live images, which means you can test-drive them without making any changes to your hard drive. This is a great way to tell if a distribution will support all the hardware you need to use.
Agree? Disagree? Share your reactions in the comments...

And what advice would you give to a first-time Linux user?

An anonymous reader shares a report: Buy a pair of wired headphones, and you'd be forgiven for thinking they're just plug and play. Stick them into your phone, and out goes the audio up copper cables into your earholes. Simple as that. Trouble is, that straightforward mechanism has gotten more complicated, and in recent years there has been an influx of budget wired earbuds that, counterintuitively, depend on Bluetooth to function, despite having those copper cables. The problem is largely present in earbuds designed for iPhones. In 2016, Apple removed universal 3.5-mm headphone jacks in its iPhones, which means there are nearly eight years worth of iPhones out in the world -- from the iPhone 7 to the iPhone 14 -- that can connect to headphones only via Bluetooth or Apple's proprietary Lightning ports. (Apple switched to USB-C ports in its iPhones last year after legislation from the European Union put pressure on device companies to standardize connection ports.)

Apple used this move to push its wireless AirPods, and it also sells its own wired headphones that connect to its Lightning ports for $19. You can also get an official $9 dongle that adapts the Lightning port to a 3.5-mm output. These work as intended, connecting with the Lightning port to playback audio. But Apple also has strict certification processes called MFi that require any accessories for Apple products to meet certain requirements in order to work with the Lightning port as intended. That means companies have to pay for the privilege of being a genuine Apple accessory. (If you have an unlicensed accessory, you'll probably see an alert pop up every time you plug it in saying, "Accessory may not be supported.") This has led to a steady trickle of knockoff earbuds that have chosen to use roundabout ways of connecting to Apple's proprietary port. Namely, by requiring a Bluetooth connection -- even for wired buds.

Apple has quietly added a Thread radio to nearly all of its newest iPads, MacBooks, and iMacs. The Verge reports: While the company doesn't list Thread on the specs of any of these products, FCC reports indicate that many of Apple's latest devices have had Thread radios tested for compliance. Generally, you don't test a radio that's not there. We found evidence of Thread testing in the following models: iPad Pro 13-inch (M4) (Wi-Fi + Cellular), iPad Pro 11-inch (M4) (Wi-Fi + Cellular), iPad Pro 11-inch (M4) (Wi-Fi), iPad Air 11-inch (M2) (Wi-Fi + Cellular), iPad Air 13-inch (M2) Wi-Fi, MacBook Air 15-inch (M3), MacBook Pro 14-inch (M3), MacBook Pro 14-inch (M3 Pro or M3 Max), MacBook Pro 16-inch (M3 Pro or M3 Max), iMac (M3, two ports), and iMac (M3, four ports).

The FCC requires manufacturers to list every radio contained in a device and to test them in every possible scenario to make sure they comply with its transmission regulations. Tom Sciorilli, director of certification for Thread Group, told The Verge that the FCC reports reference FCC 15.247, "which confirms the device will essentially 'stay in its lane' and not interfere with other radios when operating." The reports we found are tests of the IEEE 802.15.4 transmitter functionality -- 802.15.4 is the radio standard Thread runs on. While it supports a number of technologies, the reports mention Thread explicitly.

Thread is the primary wireless protocol for the new smart home standard Matter, which Apple helped develop and that is now the underlying architecture for its Apple Home smart home platform. A low-power, low-bandwidth, mesh networking protocol specifically designed for IoT devices, Thread is shown to be faster than Bluetooth and offers better range, making it ideal for connecting products like smart lights, locks, thermostats, and sensors. [...] So why is it there? The Apple Home app runs on Macs and iPads, and Thread radios could allow them to communicate directly with smart home devices and act as Thread border routers. It's possible Apple is planning to turn your Mac or iPad into a home hub, but iPads used to be home hubs, and the company discontinued that capability for its new Apple Home architecture. Those iPads didn't have Thread radios, though.

Several broadband industry lobby groups have filed lawsuits against the Federal Communications Commission (FCC) in an attempt to overturn the recently approved net neutrality rules. The regulations, which prohibit blocking, throttling, and paid prioritization, are scheduled to take effect on July 22. The lawsuits were filed in various US appeals courts by groups representing cable, telecom, and mobile Internet service providers, including NCTA-The Internet & Television Association, USTelecom, CTIA-The Wireless Association, and several state-level associations. The groups argue that the FCC lacks the authority to reclassify broadband as a telecommunications service under Title II of the Communications Act of 1934 without explicit instructions from Congress.

In addition to the lawsuits, the industry groups have also petitioned the FCC for a stay of the rules, claiming that their members will suffer irreparable harm if the regulations take effect while litigation is pending. The FCC is expected to reject the petition, but the groups can then seek an injunction from appeals court judges to prevent enforcement. The industry's legal challenge is based on the Supreme Court's evolving approach to the "major questions" doctrine, which limits federal agencies' ability to make decisions on significant issues without clear congressional authorization. However, FCC Commissioner Geoffrey Starks maintains that the agency's authority to regulate broadband as a telecommunications service is "clear as day."