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China threatens the EU with broad retaliation

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Beijing’s commerce ministry has formally submitted a 30-page document warning the European Commission that its draft Cybersecurity Act, which would make vendor removal mandatory for the first time, could trigger reciprocal measures against European companies in China.


China has formally threatened the European Union with retaliation if a sweeping new cybersecurity law leads to the exclusion of Chinese firms, including Huawei and ZTE, from European critical infrastructure.

The Chinese Ministry of Commerce submitted a 30-page document to the European Commission, reported earlier by the South China Morning Post, explicitly warning that Beijing is prepared to invoke its Foreign Trade Law and State Council Supply Chain Security Regulations, legal frameworks that allow China to restrict trade, investigate foreign entities, and impose reciprocal bans on European companies, if Chinese firms face what it calls discriminatory treatment.

The document was submitted on April 17 to the Commission. MOFCOM spokesperson He Yongqian confirmed the submission at a press briefing on April 24, framing China’s core objection as the draft law’s use of ‘non-technical risk’ factors, a mechanism Beijing argues is a subjective political tool designed to exclude Chinese companies regardless of the actual security properties of their equipment.

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What the EU Cybersecurity Act proposes?

The revised EU Cybersecurity Act, announced by the European Commission on January 20, represents a fundamental shift in how Brussels approaches network security. Since 2020, the EU’s ‘5G toolbox’ has recommended that member states avoid high-risk vendors in 5G networks.

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That recommendation has been implemented unevenly: only 13 of 27 member states had acted on it by the time the new law was announced, and several of the bloc’s most significant economies, including Germany, where Huawei provided equipment across approximately 60% of 5G sites as recently as late 2024, had been slow to act.

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The new law changes the legal basis from recommendation to obligation. It would require member states to remove equipment from vendors designated as high-risk suppliers from communications networks within three years of the law entering into force.

It also creates a mechanism under which the Commission can designate an entire country as a ‘cybersecurity threat,’ which would trigger exclusions extending beyond telecoms into 18 critical sectors, including energy, transport, and information technology.

The law does not name Huawei or ZTE explicitly, but the intent is unambiguous: EU Tech Commissioner Henna Virkkunen said it would give the bloc ‘the means to better protect our critical supply chains,’ and Strand Consult data puts Chinese vendors’ share of European 5G infrastructure at between 33% and 40%. A full removal would be the largest forced replacement of telecoms infrastructure in European history.

The precedent that makes Beijing’s threat credible

China’s retaliation threats have a documented track record. When Sweden banned Chinese vendors from its 5G networks in 2020, Ericsson’s revenues in China fell 46% the following year.

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The company has never recovered that business. Nokia, which has maintained a small footprint in the Chinese market, has watched its China revenues fall from roughly €2.5 billion in 2018 to approximately €913 million last year.

Nokia executives have told the company internally that it faces a total ban in China for national security reasons, with Nokia’s president of mobile networks, Tommi Uitto, publicly stating that the combined China market share of both Nordic vendors has dropped to 3%.

The asymmetry is pointed. China has already been restricting Nokia and Ericsson, the two European companies that stand to benefit most from a Huawei ban, while simultaneously warning the EU that it will face consequences if it formalises its own exclusions.

That double standard is increasingly being called out. Nokia CEO Justin Hotard has contrasted Europe’s continued openness to Huawei with China’s restrictions on European vendors, and Ericsson’s Börje Ekholm has estimated the EU revenue opportunity from replacing Chinese kit at a ‘sizeable’ number given Huawei and ZTE’s combined European market share.

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The Swedish precedent also illustrates the implementation challenge the EU faces independently of Chinese pressure. The UK mandated the removal of Huawei from 5G networks by the end of 2027. BT missed the 2023 deadline for its core network.

Germany ordered Huawei removed from the 5G core by the end of 2026, a deadline that applies to a part of the network Huawei was not even present in when the rules were announced, while allowing retention of Huawei’s radio access network until 2029. The practical reality of a three-year EU-wide rip-and-replace at scale is, as Light Reading noted, ‘ambitious and compliance is not certain.’

What Beijing is threatening and why?

China’s 30-page submission argues on four grounds. First, the ‘non-technical risk’ framework is discriminatory on its face, targeting companies by country of origin rather than by demonstrated security flaw. Second, the law violates WTO principles of non-discrimination and proportionality.

Third, that designating China as a ‘country of cybersecurity concern’ would, if triggered, extend exclusions far beyond telecoms into clean energy, automotive, and industrial supply chains where Chinese companies are deeply embedded in European markets.

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Fourth, that European companies operating in China, German automakers with €90 billion in annual exports, Dutch chipmakers, French luxury and aerospace firms, would face reciprocal market access restrictions.

The legal mechanisms cited, China’s Foreign Trade Law and the State Council’s Supply Chain Security Regulations, are the same frameworks Beijing has used in previous technology trade disputes. They permit retaliatory trade restrictions, procurement bans, investigations into foreign entities, and entity list designations that mirror the US model China publicly decries.

The spokesperson’s framing, that China ‘still views cooperative dialogue as the correct path’, is the standard diplomatic hedging that accompanies formal coercive submissions of this kind.

A geopolitically loaded moment

The Trump administration has simultaneously been pressuring the EU to accelerate Huawei removal while threatening tariffs over EU enforcement actions against US tech companies.

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The EU is navigating a position in which it faces pressure from Washington to act on Huawei and pressure from Beijing not to, while also trying to maintain economic relationships with both.

Germany, the member state with the most at stake both in terms of Huawei infrastructure and Chinese market exposure for its automotive sector, has been the most cautious about implementation pace.

For Nokia and Ericsson, the stakes are direct. Both were among the companies expected to meet EU leadership precisely around the question of European tech competitiveness and strategic supply chain policy.

A full European Huawei ban would represent the single largest new revenue opportunity the Nordic vendors have had in years. Whether the EU actually follows through, given member state reluctance, the implementation timeline, and Beijing’s explicit threat, is now the central question.

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The Cybersecurity Act must still be negotiated with EU governments and the European Parliament before it becomes law. No timeline for that process has been confirmed.

China’s formal submission is designed to influence that negotiation, and the governments most exposed to Chinese trade retaliation, Germany, the Netherlands, and France, are also the ones whose implementation of the existing 5G toolbox has been most limited.

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Joby Demos Its Air Taxi In NYC

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Joby Aviation has completed demonstration flights of its electric air taxi over New York City, testing real routes between JFK and Manhattan helipads as it prepares for a future commercial service. The company says its eVTOL could turn a 60- to 120-minute airport trip into a flight of under 10 minutes, though commercial launch still depends on FAA certification. Electrive reports: To launch operations in New York City, Joby acquired Blade Urban Air Mobility last year. Blade already enables helicopter flights for affluent travelers between Manhattan and airports such as JFK or Newark in just five minutes, avoiding up to two hours of traffic and typical airport hassles. Joby aims to replace this service with quiet, electric air taxis as soon as possible, transitioning Blade’s existing customers to the new technology.

However, introducing a new aircraft into commercial service requires a years-long certification process, overseen in the US by the Federal Aviation Administration (FAA). Joby is now in the final phase of FAA certification. Following a series of demonstration flights in the San Francisco Bay Area, the company has tested its air taxi in New York City on real flight routes and under real-world conditions. During these tests, Joby demonstrated the acoustics and performance metrics critical for entering the urban air taxi market.

During these demonstration flights, Joby’s air taxi took off from John F. Kennedy International Airport (JFK) and landed at various helipads across the city, including Downtown Skyport and the helipads at West 30th Street and East 34th Street in Midtown, where Blade Air Mobility’s premium passenger lounges are located. These locations represent some of the commercial routes Joby plans for New York […]. Fun fact: Joby’s eVTOL aircraft are over 100 to 1,000 times quieter than a conventional helicopter, operating at roughly 55-65 dB during takeoff and landing compared to 90+ dB for helicopters.

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Ubuntu’s AI Plans Have Linux Users Looking For a ‘Kill Switch’

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Canonical’s plan to add AI features to Ubuntu has sparked pushback from users who are concerned it could follow Windows 11’s AI-heavy direction. “After Canonical’s announcement earlier this week that it’s bringing AI features to Ubuntu, replies included requests for an AI ‘kill switch‘ or a way to disable the upcoming features,” reports The Verge. Canonical says it has no plans for a “global AI kill switch” but it will allow users to remove any AI features they don’t want. From the report: In his original post, [Canonical’s VP of engineering, Jon Seager] said the upcoming AI features will include accessibility tools like AI speech-to-text and text-to-speech, along with agentic AI features for tasks like troubleshooting and automation. Canonical is also encouraging its engineers to use AI more and plans to begin introducing AI features in Ubuntu “throughout the next year.”

In a follow-up comment, Seager clarified that, “my plan is to introduce AI-backed features as a ‘preview’ on a strictly opt-in basis in [Ubuntu version] 26.10. In subsequent releases, my plan is to have a step in the initial setup wizard that allows the user to choose whether or not they’d like the AI-native features enabled.” Ultimately, he said, “All of these capabilities will be delivered as Snaps to the OS, layered on top of the existing Ubuntu stack. That means there will always be the option of removing those Snaps.” Users who prefer to avoid AI entirely could switch to other distros like Linux Mint, Pop!_OS, or Zorin OS. “These distros have some similarities to Ubuntu, but may not necessarily adopt the new AI features Canonical is rolling out,” adds The Verge.

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Today’s NYT Wordle Hints, Answer and Help for April 30 #1776

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Looking for the most recent Wordle answer? Click here for today’s Wordle hints, as well as our daily answers and hints for The New York Times Mini Crossword, Connections, Connections: Sports Edition and Strands puzzles.


Today’s Wordle puzzle is a bit tricky, thanks to its repeated letter. If you need a new starter word, check out our list of which letters show up the most in English words. If you need hints and the answer, read on.

Read more: New Study Reveals Wordle’s Top 10 Toughest Words of 2025

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Today’s Wordle hints

Before we show you today’s Wordle answer, we’ll give you some hints. If you don’t want a spoiler, look away now.

Wordle hint No. 1: Repeats

Today’s Wordle answer has one repeated letter.

Wordle hint No. 2: Vowels

Today’s Wordle answer has one vowel.

Wordle hint No. 3: First letter

Today’s Wordle answer begins with C.

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Wordle hint No. 4: Last letter

Today’s Wordle answer ends with K.

Wordle hint No. 5: Meaning

Today’s Wordle answer can refer to a thick earthenware pot or jar.

TODAY’S WORDLE ANSWER

Today’s Wordle answer is CROCK.

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Yesterday’s Wordle answer

Yesterday’s Wordle answer, April 29, No. 1775, was RURAL.

Recent Wordle answers

April 25, No. 1771: WOMEN

April 26, No. 1772: GLOSS

April 27, No. 1773: EERIE

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April 28, No. 1774: QUACK

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Schiit Buf Tube Buffer Launches at $99: A Subtle Upgrade or Sonic “Buf”?

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Schiit Audio is taking a more practical swing at tubes with the $99 Buf. It’s a compact tube buffer designed to sit in your signal chain, not take it over.

Buf isn’t a preamp and it’s not a DAC. There are no inputs for sources beyond basic line level, no volume control, and no system control duties. You place it between components; typically between a DAC and amplifier, or between a source and powered speakers, and it inserts a tube stage into the chain. If you don’t want that, it can be switched out and used as a straight pass through.

That makes it easy to experiment without committing to a full tube setup. It can be used to slightly reshape a solid state system, take the edge off a brighter chain, or add some variation to a desktop or headphone rig. It’s also flexible enough to move around depending on the system or use case, which fits Schiit’s usual modular approach.

At $99, Buf is less about replacing components and more about giving users a simple way to try a tube stage in different setups and decide if it works for them.

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Schiit Buf

Tubes Anywhere Without Rebuilding Your System

Schiit Audio isn’t pretending the $99 Buf is neutral. In fact, they’re leaning in the opposite direction.

Buf is a tube buffer. It adds a ton of low-order harmonic distortion, without adding a bunch of noise. It destroys the big perfect of ‘measurement gear.’ At the same time, lots of people, including those who use Audio Precisions all day, think it sounds better. So we figured we’d make this thing and let you find out for yourself,” said Jason Stoddard.

That’s the pitch. Not accuracy in the lab sense, but a different presentation that some listeners may prefer, especially in systems that lean hard into ultra-low distortion solid state performance.

Despite the price, this isn’t a stripped-down implementation. The Schiit Buf runs a 100V plate voltage, uses a linear power supply, and incorporates higher-grade parts including Panasonic film capacitors. Schiit’s Coherence topology is also in play, maintaining absolute phase and offering selectable gain; either 0dB or 12dB from a front panel switch.

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Stoddard is also clear that this isn’t a generic design.

It’s not just another cathode follower,” he explained. “It’s more akin to our Lyr and Vali tube amps, but it’s different than both—a simple Class A stage optimized for line level use, rather than driving headphones.”

That last part matters. Buf isn’t trying to power anything. It’s there to sit in the chain and influence it, subtly or not, depending on the system and gain setting.

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Connectivity is simple: RCA in, RCA out. It will work in most two-channel or desktop setups without much thought. And because it can be fully bypassed, it’s easy to evaluate in real time without pulling cables.

schiiit-buf-back

Schiit Buf Specifications

  • Gain Modes
    • Low Gain (0dB): 20Hz–20kHz ±1dB, THD <0.5%, IMD <0.6%, SNR >106dB, Crosstalk -90dB
    • High Gain (12dB): 20Hz–20kHz ±1dB, THD <0.2%, IMD <0.4%, SNR >97dB, Crosstalk -80dB
  • Performance & Design
    • Output Impedance: 75 ohms
    • Input Impedance: 470k ohms
    • Maximum Output: 8.2V RMS
    • Topology: Coherence tube gain with BJT inverter, Class A
    • Protection: Delayed start, fast shutdown, muting relay
  • Power & Build
    • Power Supply: External 24VAC and 6VAC wall adapter, linear regulated rails, 6V AC heater
    • Power Consumption: 6W
    • Dimensions: 5 x 3.5 x 2.75 inches
    • Weight: 1 lbs
schiiit-buf-pcb

Schiit Buf Setup, Tube Use, and Basics

Buf can be added to a system in two straightforward ways. You can place it between a preamp and power amplifier, which allows it to affect every source connected to the preamp. Alternatively, you can insert it between a single source such as a DAC and an integrated amplifier, preamp, or headphone amplifier. In that setup, Buf only influences that specific source.

Tube lifespan is typically around 5,000 hours of use. That figure reflects active operating time, so it’s best to turn the unit off when it’s not in use to extend tube life.

Buf is compatible with tubes that use a standard 6922 pinout, with heater current up to 600mA. Supported types include 6N1P, 6922, ECC88, and 6DJ8. For simplicity and consistency, using the included tube is the most straightforward option.

Like the rest of Schiit’s lineup, Buf is built in the USA, with assembly in Texas and chassis work in California. It carries a 3-year warranty, with the tube itself covered for 90 days.

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The Bottom Line

The $99 Schiit Buf is a simple way to add a tube stage to almost any system without changing your core components and you can bypass it when you don’t want it. What’s unique is the price, true tube implementation, and flexibility. What’s missing is everything else: no volume control, no inputs beyond basic RCA switching, no DAC, no remote. This is for users who already have a system and want to experiment with tube character without committing to a full tube preamp or amplifier.

Where to buy: $99 at Schiit

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LG’s Wireless TVs are the first in the world to offer this feature

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LG has secured the first True Wireless Lossless Vision certification from testing body TÜV Rheinland for its premium wireless TVs, independently verifying that the OLED evo W6 and Mini RGB evo MRGB9M deliver visually lossless 4K picture quality over a wireless connection.

The certification addresses a longstanding concern with wireless TV technology, where the absence of a physical cable connection has introduced compromises with colour accuracy, HDR tone reproduction and image detail that made wireless displays a harder recommendation against wired equivalents at the same price point.

TÜV Rheinland’s evaluation confirmed that both LG models maintain colour reproduction, image detail, and HDR tone performance within defined tolerance levels relative to the input signal, with the OLED evo W6 additionally certified for wireless transmission at refresh rates up to 165Hz, a figure relevant to gaming use cases where motion clarity and input lag are primary concerns.

The OLED evo W6 sits at the centre of LG’s certified lineup as the company’s Wallpaper TV, a 9mm panel that ships with a separate Zero Connect Box housing all physical inputs, which can be positioned up to 10 metres from the screen to eliminate visible cable runs between source devices and the display itself.

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LG TUV Rheinland certifiedLG TUV Rheinland certified
Image Credit (LG)

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Extending the certification beyond OLED, the Mini RGB evo MRGB9M brings TÜV-verified wireless performance to LCD technology. Available in 65-inch, 75-inch, and 86-inch screen sizes, the panel applies image processing techniques more commonly associated with OLED-class displays to provide better colour accuracy and contrast management at larger scales.

The True Wireless Lossless Vision standard itself was developed by TÜV Rheinland to evaluate wireless display products against factors including input lag, colour accuracy and gamma tracking, establishing a repeatable test framework against which future wireless TV products from any manufacturer can be assessed.

Neither pricing nor regional availability for the LG OLED evo W6 or LG Mini RGB evo MRGB9M has been confirmed, with LG stating only that availability may vary by market.

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SpaceX quietly warns its space AI data center dream may never work, even as Elon Musk keeps selling it as inevitable

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  • SpaceX admits orbital AI data centers may never become commercially viable
  • SpaceX S-1 filing reveals unproven technologies behind space-based computing infrastructure
  • Harsh space conditions threaten the reliability of sensitive AI hardware systems

SpaceX has warned potential investors its ambitious plans to build AI data centers in orbit may never become commercially viable due to unproven technologies and the harsh realities of space.

The company disclosed these risks in its pre-IPO S-1 filing, which US securities law requires to inform investors of potential pitfalls while shielding the company from future legal liability.

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New Releases on Prime Video in May 2026: Jack Reacher, Spider-Noir and More

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Nicolas Cage stars in the new live-action series Spider-Noir, based on the Marvel comic Spider-Man Noir. The show marks Cage’s first leading role in a TV series. In it, he plays Ben Reilly, a down-on-his-luck private investigator in 1930s New York who was once a superhero known as “The Spider.” When he’s offered a new case, Ben assumes his old alter ego one more time. 

While we’re excited to see what Cage can do in this role, we’re also looking forward to the choose-your-own-viewing-experience aspect of the show. The series will be available to stream two ways: “Authentic Black & White” for an especially noir feel, or in “True-Hue Full Color,” a stylized, color-saturated option. Lamorne Morris, Li Jun Li, Karen Rodriguez, Abraham Popoola and Jack Huston all co-star. The series will debut on MGM Plus’s broadcast channel on May 25 and arrives on streaming on Prime Video on May 27 as a binge release.

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LG Electronics and Nvidia are in talks on robotics, AI data centres

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The discussions, triggered by a visit from Nvidia’s Madison Huang, would deepen LG’s physical AI ambitions and give Nvidia another major consumer electronics partner at a moment when physical AI is moving from lab to factory floor.


LG Electronics confirmed on Wednesday that it has been in discussions with Nvidia over potential cooperation in three areas: robotics, AI data centres, and mobility.

The announcement, reported by Reuters, came after Madison Huang, Nvidia’s senior director for physical AI platforms, and the eldest daughter of CEO Jensen Huang, visited LG Electronics’ headquarters in Yeouido, Seoul, along with several other major South Korean technology companies. LG CEO Ryu Jae-cheol attended the meeting directly.

No formal agreement has been announced. The talks are at an exploratory stage, and no specific products, investment amounts, or timelines have been confirmed. But the three areas under discussion map precisely onto both companies’ most publicised strategic priorities, and the breadth of the conversation signals this is more than a courtesy call.

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What each side brings to the table?

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For LG, the strategic logic is straightforward. The company is one of the world’s largest home appliance manufacturers, but its growth thesis has shifted decisively towards AI-powered physical systems.

At CES 2026 in January, LG unveiled CLOiD, a home robot with two articulated arms, seven degrees of freedom per arm, and five individually actuated fingers per hand, the physical expression of what the company calls its ‘Zero Labor Home’ vision, in which connected robots and appliances automate the manual and cognitive load of household tasks.

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LG’s broader CES presentation framed its AI strategy around three pillars: device excellence, an orchestrated smart home ecosystem, and expansion into AI-defined vehicles and AI data centre HVAC solutions.

The CLOiD robot runs on LG’s own ‘Affectionate Intelligence’ platform, which handles contextual awareness, natural interaction, and continuous learning from the home environment.

What it does not have is Nvidia’s Isaac robotics stack: the simulation environment, the pre-trained manipulation models, the Omniverse-based digital twin infrastructure, and the GPU compute optimised for real-time physical AI inference that Nvidia has been building out over the past two years.

Integrating Nvidia’s physical AI platform with CLOiD would give LG what every other serious robotics company is currently racing to access: a proven development-to-deployment pipeline that can compress the time between prototype and production.

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For Nvidia, the attraction is consumer scale. Its existing robotics partnerships, including the Siemens factory trial, where a Humanoid HMND 01 Alpha running on Nvidia’s physical AI stack completed eight hours of live logistics operations at a factory in Erlangen, are concentrated in industrial and enterprise settings.

LG would represent a different category entirely: a company with mass-market distribution, a global installed base of connected home appliances through its ThinQ ecosystem, and specific plans to put a robot in people’s homes.

If Nvidia’s Isaac platform becomes the AI stack inside CLOiD, it gains access to one of the most data-rich training environments imaginable: real homes, real tasks, real variability.

The robotics thread is the most visible, but the data centre and mobility conversations are arguably of greater near-term commercial significance.

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On data centres: LG’s CES presentation explicitly positioned the company as a provider of high-efficiency HVAC and thermal management solutions for AI data centres, a product category that is exploding in relevance as the power density of GPU clusters makes conventional cooling infrastructure inadequate.

Nvidia’s data centre business, which accounted for the overwhelming majority of its record revenues over the past two years, is the most important AI infrastructure deployment context in the world.

A partnership on data centre thermal management would position LG as a hardware supplier inside Nvidia’s ecosystem at the infrastructure level, complementing the AI compute layer rather than competing with it.

On mobility: both companies have well-established automotive AI programmes that are logical fits for collaboration. Nvidia’s DRIVE platform is among the most widely deployed AI computing systems in autonomous and semi-autonomous vehicles.

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LG’s automotive components division, which produces in-vehicle infotainment, camera systems, EV components, and what it calls ‘AI-powered in-vehicle solutions’ including gaze-tracking, adaptive displays, and multimodal generative AI platforms, is one of the company’s fastest-growing segments.

The two companies are already operating in adjacent layers of the same vehicle; a formal collaboration would potentially integrate LG’s in-cabin AI experience layer with Nvidia’s DRIVE compute platform.

Wednesday’s announcement is the latest signal that the physical AI race, the deployment of AI in robots and autonomous systems operating in the real world, as distinct from software models running in the cloud, is accelerating beyond the controlled trials of the past two years into commercial partnership structures.

For example, Sereact raised $110 million to scale AI that makes any robot adaptable, underscoring how capital is flowing into the intelligence layer of the robotics stack. The Siemens–Nvidia factory deployment demonstrated that physical AI can run in live production environments; the LG talks suggest it is now extending into the consumer home.

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For Nvidia, the expansion of physical AI partnerships beyond purely industrial settings into consumer electronics is strategically significant. The company’s Omniverse and Isaac platforms are designed to be the universal development infrastructure for physical AI, in the same way its GPU architecture became the universal infrastructure for cloud AI.

Every major robotics company that adopts the Nvidia stack strengthens that position. LG, with its scale in home appliances and its explicit commitment to bringing robots into the home, is a materially different kind of partner than a German factory or a logistics warehouse, and potentially a much larger one.

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Using A VT-100 Today | Hackaday

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You may not know what a ADM-3, a TV910, or a H1420 are, but you probably have at least heard of a VT-100. They are all terminals from around the same time, but the DEC VT-100 is the terminal that practically everything today at least somewhat emulates. Even though a real VT-100 is rare, since it defined what have become ANSI escape sequences, most computers you’ve used in the last few decades speak some variation of the VT-100’s language. [Nikhil] wanted to see if you could use a VT-100 for real work today.

While the VT-100 wasn’t a general-purpose computer, it did have an 8080 inside. It only had about 3K of RAM, which was enough to act as a serial terminal. A USB serial port and a terminal with modern Linux, how hard could it be?

As it turns out there were a few issues. MacOS assumes terminals can take data at 9600 baud with no handshaking, apparently. It also means that any application that assumes redrawing the whole terminal is fast will be sorry for that choice.

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Of course, there are commands modern VT-100-like terminals accept that the original didn’t. However, as you’ll see in the post, all of these things you can either live with or solve.

It is easy to make your own VT-100 replica. While the VT-100 may seem simple today, it was a marvel compared to even older terminals.

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FLOSS Weekly Episode 869: Linux On Your Toaster

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This week Jonathan chats with Andrei, Mahir, and Praneeth, live on location at Texas Instruments! The team at TI has been working hard to provide really good Open Source support for Sitara processors, including upstreaming support to the mainline Linux kernel. We talk about the CI pipeline for these devices, the challenges of doing Open Source at a big company, and more. Check it out!

Did you know you can watch the live recording of the show right on our YouTube Channel? Have someone you’d like us to interview? Let us know, or have the guest contact us! Take a look at the schedule here.

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Direct Download in DRM-free MP3.

If you’d rather read along, here’s the transcript for this week’s episode.


Theme music: “Newer Wave” Kevin MacLeod (incompetech.com)

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Licensed under Creative Commons: By Attribution 4.0 License

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