Cape Fear was one of my most anticipated Apple TV shows of 2026, but I was also worried about it. Adapting such an iconic story is no easy task, as people will always end up comparing it to the original. That said, I was impressed by Nick Antosca’s take on Max Cady and the terror he unleashes on everyone around him.

To give you a quick synopsis of Cape Fear, it follows Cady, a vicious and unreformed ex-convict who gets revenge on the two attorneys who put him behind bars. That’s enough to send a chill down your spine, and it requires a really strong performance to stick the landing.

Adding magnets to a 3D print can be very useful in a design, but there are some things that can trip you up if you’re not aware of them. In a recent video by [Lost in Tech] some of the essentials are covered, including why you shouldn’t get magnets near most extruder nozzles or the printing bed.

The easiest method is of course to add magnets in after printing, using friction fit with or without ribs, or with a dab of glue. Here making sure that the magnet stays in place is the trick, as you do not want the magnet to get lost or end up in the tummy of a curious pet or toddler.

Things get spicy when you’re talking about adding magnets during the printing process, as some extruders are made of a ferromagnetic material and thus a magnet will happily stick to said nozzle if it’s not pure brass or similar. As seen in the video even some purported ‘brass’ nozzles aren’t pure enough to not be significantly ferromagnetic.

Another issue is that of heat, which is something that magnets generally do not like much. Using magnets like you’d use heat inserts for bolts is a recipe for disaster, as the heat from a soldering iron will demagnetize the magnet, which for the typical magnet is less than 200°C. At least this should mean that the magnet stuck to your extruder nozzle will eventually fall off by itself after it demagnetizes.

With the bed of the typical FDM printer these days you’re talking about magnetically attached plates, with the underlying heated bed using a Halbach array configuration as is typical of flat magnets, yet with the gotcha that these aren’t typically real Halbach arrays, but knock-offs with simply alternating north-south pole magnets. As it turns out, these types of magnetic arrays can be disturbed by another magnet, such as a powerful neodymium magnet near said printing bed, flipping polarity in a way that cannot be easily undone.

You can still install magnets during printing, but it’s recommended to use something like side-insertion, where the extruder nozzle cannot pull out a magnet. Regardless of your approach, it’s good to know of the risks with ferromagnetic nozzles, the magnetic bed and treating magnets like they’re just heat inserts. While you can get higher-temperature magnets, many of the same issues still remain here.

Paying users will have tools for reaching either wider or more-specific audiences.

Zoë Schiffer: Deviants and freaks, the new name of our podcast. And this is, I mean, just going back to red teaming, that’s work that a trust and safety team typically does. And those teams—

Leah Feiger: We don’t have those anymore.

Zoë Schiffer: They’re not as big as they used to be. There’s just not as much work. So yeah, I mean, it will be interesting to see how this plays out. Obviously within Meta, we’ve been talking to folks this week who kind of met the news with a sigh. The company has just laid off a large portion of the workforce. We’ve written about that. We’ve talked about that. And I checked in with people being like, “Well, how’s it going now?” The hack was kind of an excuse to talk to people, see how they’re doing. And they’re like, “I mean, as you’d expect, we’re asked to do two jobs now instead of one.” So you can imagine how that’s playing out.

Brian Barrett: I also, we were talking about AI regulation earlier and all this emphasis on national security and these high-level things, but again, not as much on consumer-facing products, which would be if you had say some sort of bureau that looked after consumer finances and protecting that, that would be helpful to have in this moment as well. We used to have one of those. Technically, I guess we still do. Not really. So all of this broader deregulation is coming at this moment when the tools that were once available are not. These new tools are very fallible. We’re going to see a lot more of this.

Leah Feiger: Can I bring us to a topic that has nothing to do with AI, guys?

Brian Barrett: Please.

Zoë Schiffer: Wow. I didn’t know one existed, but yes, go off, queen.

Brian Barrett: Also, I think we can probably try to find a way to tie it back in.

Zoë Schiffer: We can. We can.

Leah Feiger: No, absolutely not. Well, OK. This story is something that we have been thinking about, covering, looking at for a long time, but it is all about a DOGE whistleblower who just filed a lawsuit against Elon Musk. This all really started last year. On April 14, 2025, Dan Berulis, an IT staffer at the National Labor Relations Board, the NLRB, filed a whistleblower complaint with a massive claim. He said that DOGE had compromised the agency’s data and appeared to be exfiltrating it out of the NLRB.

Archival audio: A whistleblower is coming forward with claims that DOGE not only accessed data from his agency but also took a substantial amount of sensitive data with them. According to a disclosure shared with Congress, “Around 10 gigabytes of data, the equivalent of a full stack of encyclopedia is worth if someone printed these files as hard copy documents.”

Leah Feiger: This was a massive claim, especially at the same time as you guys very much remember, DOGE teams were firing federal workers and accessing sensitive data across the country. We were in the height of this last year in April. Berulis went public in an NPR article. His name was attached to it, and he claimed a threatening note had been taped to his door, and he was already scared about speaking out. Fast-forward a little bit, Berulis has now filed a defamation lawsuit in a DC court against Elon Musk. He said that Musk made him a target of further violence by falsely stating that Berulis’ whistleblower claim against DOGE was fake. This is a really intense claim for a variety of reasons, and what this all really harkens back to is Musk last year resharing an X post from a right-wing influencer claiming that DOGE had been cleared and that this whistleblower’s testimony was fake basically. After that happened—

Apple TV+ is known for its lineup of exclusive content, including popular dramas, comedies, documentaries, and original films. Apple regularly offers free access through trials and promotional offers tied to its products and subscriptions. These deals allow new users to stream popular shows, movies, and documentaries without paying. Here are some of the easiest ways to watch Apple TV+ at no extra cost for a limited period.

Before claiming a free Apple TV+ offer, take a moment to review the eligibility requirements and subscription terms. Apple generally offers these trials to people who have not subscribed before. Users must enter a payment method to activate the offer. Since subscriptions automatically renew after the trial period, it’s a good idea to mark the end date on your calendar if you plan to cancel. Apple does not allow users to combine some Apple TV+ promotions with other discounts or free trials.

Anyone Can Start With a Free 7-Day Trial

Apple TV Plus offers a one-week free trial for new customers who wish to test its content. The trial allows new subscribers to watch and enjoy original content, including movies, TV series, and documentaries. Signing up for the free trial can be done either online or via the Plus application.

To start the trial, one needs to enter billing details and select a valid payment method. Although the product is free for the first seven days, the trial automatically continues after that. That is why it is recommended to set a reminder in case one plans to use only the free trial. By taking advantage of the trial, viewers can sample Apple’s exclusive content and decide whether the service is worth paying for.

Get Three Months Free With a New Apple Device

Individuals who buy a new eligible Apple device might be able to get three months of free access to Apple TV+. The promotion covers select new Apple devices, including iPhones, iPads, Macs, and Apple TV models. Buyers must purchase through approved retailers. This can be an added advantage for those consumers who had plans to buy a new Apple gadget anyway.

However, you must meet a few requirements to qualify for the offer. You need to purchase a brand-new device directly from Apple or an authorized reseller. Apple generally does not allow current Plus subscribers to use this promotion, and you usually cannot combine it with other free trial offers.

Try Apple One and Get Apple TV+ Included

People who regularly use Apple services may find Apple One to be a better value than subscribing to each service separately. Eligible customers can use the free Apple One trial to receive Apple TV+ and other services within the bundle for 30 days without paying anything extra.

The promotion is particularly effective for individuals who do not subscribe to Apple TV+ at all. Along with Apple TV+, customers get access to other Apple services offered under the same plan. Note that Apple will charge customers for this service after the trial period.

Students Can Access Apple TV+ Through Apple Music

The Student Plan for Apple Music would be a perfect choice for those looking to reduce their monthly entertainment spending. Along with a discounted Apple Music subscription, the plan includes Apple TV+ at no extra cost. This allows students to enjoy both services while paying less.

To qualify, users must be enrolled in a recognized higher education program and complete Apple’s student verification process. Once enrolled, the user will be able to stream music and Apple TV+ content without subscribing separately. Apple might require users to undergo a yearly re-verification process to ensure they remain eligible, as the reduced rates will apply only for a limited number of years.

ARCAM is celebrating its 50th anniversary at High End Vienna 2026 with the new A50 Signature integrated amplifier and CD25 CD player. Two products that lean hard into the company’s original reason for existing: proper British hi-fi without the tea and crumpets.

That matters because ARCAM was never built on lifestyle fluff. The company started as A&R Cambridge in 1976, and the A60 integrated amplifier became one of the defining British amplifiers of its era. Fifty years later, the A50 Signature feels like a deliberate nod to that legacy, but with modern expectations around digital connectivity, system integration, and performance. The new CD25 is just as interesting, because ARCAM clearly still sees value in silver-disc playback at a time when half the industry treats physical media like something found in a box at a Torquay flea market.

The larger question is whether the A50 Signature and CD25 are true anniversary statement products or simply elevated Radia components with better tailoring. ARCAM has the history, engineering credibility, and British hi-fi baggage to make this launch matter. Now it has to prove that 50 years of institutional memory still buys you more than a nicer front panel and a slice of birthday cake.

ARCAM A50 Signature: Class G Moves Up the Radia Ladder

ARCAM is marking its 50th anniversary at High End Vienna 2026 with the A50 Signature integrated amplifier and CD25 CD player. Both products extend the Radia Series upward, with the A50 Signature positioned as ARCAM’s most advanced integrated amplifier to date and the CD25 arriving as the new flagship CD player in the range.

The A50 Signature connects directly to ARCAM’s amplifier history. The company was founded in Cambridge in 1976 as A&R Cambridge and later shortened its name to ARCAM in the 1980s. The “A” has always stood for amplification, and the A50 Signature keeps that part of the company’s identity front and center.

ARCAM co-founder John Dawson was involved in the project, with his signature appearing on the rear cowl and PCBs. The point is not retro theater. ARCAM says his role was to help ensure the amplifier reflects the company’s long-standing design philosophy while addressing how people listen today.

The A50 Signature is the first ARCAM integrated amplifier to use a fully dual mono Class G architecture. Each channel has its own PCB, output stage, Class G lifter stages, power regulation, and transformer windings. The design is intended to improve channel separation and reduce crosstalk.

Power output is rated at 150 watts per channel into 8 ohms. Digital conversion is handled by an ESS ES9039Q2M DAC in a fully differential configuration, supported by an ESS reference voltage regulator.

Connectivity is broad. The A50 Signature includes HDMI eARC/ARC, USB-C audio, optical and coaxial S/PDIF inputs, two-way Bluetooth with Snapdragon Sound, lossless-capable Bluetooth support, and Auracast. Analogue inputs include three RCA inputs, one balanced XLR input pair, and a built-in Class A MM/MC phono stage. RS232, trigger input/output, and USB service access are also included.

ARCAM CD25: A New Flagship CD Player for Radia

The CD25 is ARCAM’s new flagship CD player for the Radia Series and continues the company’s long-running work in disc playback. It supports CD, CD-R, and CD-RW playback and is designed to pair with the A50 Signature, SA45, SA35, A25+, or any amplifier with suitable analogue inputs.

The technical story is more substantial than “new CD player, nice glass front.” ARCAM says the CD25 is its first design since the FMJ D33 DAC to use a dual mono DAC architecture, with separate conversion paths intended to improve stereo separation and channel performance. It is also ARCAM’s first product to use ESS Hyperstream 4 DAC technology.

The CD25 uses a linear toroidal power supply, chosen for stable, low-noise operation and consistent analogue output performance. ARCAM has also included a vibration-damped internal structure to support accurate disc reading and reduce mechanical interference during playback.

Outputs include balanced XLR and single-ended RCA analogue connections, giving the CD25 some flexibility in higher-performance two-channel systems. The balanced outputs also make it a natural partner for the A50 Signature, which includes a balanced XLR input pair.

Visually, the CD25 follows the rest of the Radia Series, with a glass front panel, OLED display, and metal chassis. It looks modern without pretending that CD playback needs to apologize for itself.

Radia Series Expansion

The A50 Signature and CD25 represent the fourth phase of ARCAM’s Radia platform, moving the range into higher-performance integrated amplification and premium CD playback. Both products are designed to work as part of a wider ARCAM system rather than as isolated components.

That approach fits the brand. ARCAM’s best products have usually been about practical engineering, system matching, and long-term usability — not theatrical reinvention with a commemorative napkin.

The Bottom Line

The ARCAM A50 Signature and CD25 are not just anniversary products with nicer badges. The A50 Signature is technically significant because it is ARCAM’s first fully dual mono Class G integrated amplifier, with separate PCBs, output stages, Class G lifter stages, power regulation, and transformer windings for each channel. Add 150 watts per channel into 8 ohms, an ESS ES9039Q2M DAC in fully differential mode, HDMI eARC/ARC, USB-C audio, balanced XLR input, MM/MC phono, Snapdragon Sound, and Auracast, and this becomes the most complete Radia amplifier so far.

The CD25 matters because it pushes ARCAM’s CD playback platform forward with dual mono DAC architecture, ESS Hyperstream 4 DAC technology, a linear toroidal power supply, vibration-damped construction, and balanced XLR outputs. For listeners with large CD collections, it gives the Radia Series a proper disc source rather than treating physical media like an awkward relative at dinner.

Together, the A50 Signature and CD25 move Radia into more ambitious territory: higher-power Class G amplification, better digital architecture, broader system connectivity, and a renewed commitment to CD playback. Not retro. Not lifestyle fluff. Just ARCAM remembering what the “A” is supposed to stand for.

Pricing & Availability

The ARCAM A50 Signature and CD25 will make their global debut at High End Vienna 2026 and are expected to become widely available Q3 2026.

• ARCAM Radia A50 Signature Integrated Amplifier – $2,999.95 USD (€2,799, or £2,499).
• ARCAM Radia CD25 CD Player – $1,799.95 USD (€1,599, or £1,499).

For more information: arcam.co.uk

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HP has announced a new line of Windows PCs equipped with NVIDIA RTX Spark, designed to enhance AI computing experiences. They’re targeting creators, gamers, and developers who need to run intense apps and use new AI workflows. HP wants these PCs to be super capable, ultra-responsive, and ready for what’s ahead.

The new lineup includes the OmniBook Ultra 16 and OmniBook X 14. Both come with NVIDIA RTX Spark tech, which blends AI and superior graphics while boosting battery efficiency. So, HP is all about amazing performance without sacrificing battery life or mobility. The company claims these laptops will rank among the world’s thinnest models without compromising battery life.

Built For Creators, Gamers, And AI Developers

The platform gives us the computing power for video production, digital design, and content creation. Plus, gamers get better graphics and a more responsive experience. AI developers can make and test AI models right on their computers, too. This mix of AI and graphics tech makes advanced computing easier for a lot more people to use.

Along with its new AI laptops, HP is expanding into desktops, workstations, and enterprise systems. The company is preparing a compact RTX Spark-powered desktop that combines strong AI performance with a space-saving design. HP is also building advanced systems using NVIDIA GB300 technology for demanding business tasks. Furthermore, for those needing more security, there’s the ZGX Nano. It provides a safe space to develop and deploy AI without worries.

Expected Price and Availability

HP plans to launch the OmniBook Ultra 16 and OmniBook X 14 later in 2026. The company has not revealed pricing details for either laptop yet. More details about the devices are expected closer to release. HP also plans to launch the OmniDesk Mini Desktop PC in August 2026. Buyers can expect further information about features and pricing before the products reach the market.

A new research report has Apple’s first MacBook Pro with OLED shipping weeks or months sooner than other, more reliable leakers have been claiming for months, if not years.

We’ve seen rumors about the fabled OLED Apple laptop for years, all with various release dates. But recently, reports have coalesced on a release window of anywhere between October 2026 from older reports, and newer ones saying the early months of 2027.

Despite that, research outfit Omdia now believes that Apple is readying the MacBook Ultra for a release sooner than that. In its report on OLED display demand, Omdia says the new premium laptop will debut in the third calendar quarter of 2026.

If accurate, that means the MacBook Ultra could debut as soon as July 2026. There’s almost no chance of that.

But more realistically, we’re looking at a September timeframe at the very earliest.

The thing is, September is normally new iPhone and Apple Watch season. It remains to be seen whether Apple is willing to have its biggest product launches of the year share the month with a brand-new laptop.

This news also flies in the face of an April 2026 report claiming the MacBook Ultra had been delayed to 2027. Global RAM and SSD shortages were blamed for the delay, and they’ve certainly not improved.

Going back to August 2025, Bloomberg’s Mark Gurman pointed to a late 2026 or early 2027 release.

More recently, the same outlet’s February 2026 report believed the OLED laptops would debut near the end of the year, but no sooner.

With all of this in mind, it’s a surprise to now see mention of a release as early as September.

OLED, coming soon

Release window aside, the report notes that Samsung Display is set to produce 14.3- and 16.3-inch OLED panels for the unannounced laptop. It’ll use a hybrid OLED technology based on TFT and RGB tandem technology, Jerry Kang, Practice Leader at Omdia, believes.

The move to a hybrid OLED display is expected to gather pace following the MacBook Ultra’s release. It’s easy to see why, with the technology allowing for a thinner construction.

A recent report believed Samsung Display would be capable of supplying Apple with two million OLED displays by year’s end.