Accidental Tech Podcast

682: Medium Core

March 12, 2026

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  • The Accidental Tech Podcast celebrated its 13th anniversary on March 11th, 2026, marking the anniversary of episode four's publication. 
  • The MacBook Neo's global availability, unlike the US-only M1 MacBook Air Walmart deal, is seen as a major positive step in expanding the Mac market to lower-cost segments worldwide. 
  • Teardowns suggest the MacBook Neo is exceptionally repairable, utilizing screws almost exclusively instead of adhesive, which is unusual for modern Apple products. 
  • The Studio Display XDR white paper details an advanced, Apple-designed Timing Controller (Tcon) that manages the mini-LED backlight and LCD layers separately, and the display is the first to support the new Apple CMF 2026 calibration standard. 
  • Apple TV's F1 coverage offers superior live viewing features like multi-view, but the replay experience currently lacks these features and includes unexpected advertising, contrasting with the dedicated F1 TV app. 
  • Samsung's new Galaxy S26 Privacy Display achieves its effect by turning off 50% of the screen's pixels in privacy mode, a clever but potentially detrimental implementation that halves effective resolution and brightness in that mode. 
  • The rectangular screen of the Apple Watch is functionally superior for smartwatch tasks like reading text and scrolling lists compared to a round display, despite aesthetic preferences for round watches. 
  • Using a non-Apple smartwatch (like Garmin) with iOS results in significant 'paper cuts' and limitations due to Apple's restrictive ecosystem, including lack of Watch Access for Siri and inability to fully interact with notifications. 
  • The Apple Watch Workout app suffers from severe UI regressions, unforgiving mechanics (lack of undo functionality for pauses or accidental ends), and a lack of smart forgiveness features, making it frustrating for users who frequently switch between different workout types. 

Segments

Podcast Anniversary Corner
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(00:00:23)
  • Key Takeaway: The Accidental Tech Podcast celebrated its 13th anniversary on March 11th, 2026, referencing the tweet from March 11th, 2013, that announced the show.
  • Summary: The show marked its 13th anniversary on the day of recording, March 11th, 2026. The reference point was a tweet from March 11th, 2013, announcing the show. Episode four was released on this date, though the very first episode was published earlier on February 7th.
MacBook Neo vs. Mac Pro Confusion
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(00:02:20)
  • Key Takeaway: Listener confusion arose from John’s post comparing the MacBook Neo to the Mac Pro, with many misreading ‘Mac Pro’ as the more familiar ‘MacBook Pro’.
  • Summary: A post comparing the MacBook Neo’s performance and price to the Mac Pro caused confusion, as many assumed John meant the MacBook Pro, whose starting price is close to $1,700. This confusion was compounded by the fact that Apple Stores rarely display the actual Mac Pro tower. Some listeners also misread ‘MacBook Neo’ as ‘MacBook Pro’.
MacBook Neo Color Theory
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(00:04:41)
  • Key Takeaway: John suggested Apple should adopt an iMac-style color approach for future laptops: bold, saturated colors on the exterior with muted colors on the interior display area to prevent eye strain.
  • Summary: Discussions noted that while some desired bolder colors for the MacBook Neo, Apple might have muted them to avoid being tiring to look at constantly. John proposed that Apple could use bold colors externally while keeping the interior muted, similar to the iMac design. This two-tone approach would likely be more expensive due to dual anodization on a single chassis.
Global Neo Availability Impact
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(00:06:35)
  • Key Takeaway: The MacBook Neo’s worldwide availability is a significant market expansion opportunity for Apple, as its lower price point makes Macs accessible in many countries where previous models were prohibitively expensive.
  • Summary: The M1 MacBook Air deal was US-only via Walmart, but the MacBook Neo is hitting worldwide markets, which is a major positive for global Mac adoption. For many international markets, the $1,000 price point of previous base MacBook Airs was out of reach after import duties. Cutting the entry price roughly in half opens up a much larger customer base for the Mac platform.
Rosetta 2 on MacBook Neo
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(00:10:41)
  • Key Takeaway: The hosts assume the MacBook Neo, using an A18 Pro chip, supports Rosetta 2, despite the A18 Pro lacking certain hardware features designed for Macs, like dual USB ports.
  • Summary: A listener inquired if the MacBook Neo runs Rosetta 2, which requires specific silicon features present in M-series chips but potentially missing in A-series chips. The hosts noted that the A18 Pro seems less ideal for Mac peripherals, but they bet the necessary components for Rosetta emulation are included. They anticipate that most Intel apps will likely run faster on the Neo than they did on older Intel Macs.
Squarespace Sponsorship Read
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(00:13:55)
  • Key Takeaway: Squarespace is promoted as an all-in-one website platform offering customizable design tools, e-commerce capabilities, and integrated business features.
  • Summary: Squarespace allows users to build professional websites without needing coding knowledge, supporting various business models including selling physical goods, digital products, and time slots. The platform includes essential tools like domain registration, SEO, analytics, and email campaigns. Listeners can receive 10% off their first purchase using code ATP at squarespace.com/ATP.
Keyboard Inputs and SSD Speeds
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(00:16:03)
  • Key Takeaway: The MacBook Neo shares physical moving trackpad inputs with the iPad Air keyboard case, and its 256GB SSD speed (1.7 GB/s) is half that of the M1 MacBook Air (3.4 GB/s).
  • Summary: The MacBook Neo’s keyboard case features a physical moving trackpad, similar to older iPad Air cases, contrasting with the haptic trackpads on newer iPad Pro accessories. SSD benchmarks show the Neo’s speed is significantly slower than the previous M1 MacBook Air, suggesting the A18 Pro’s storage bandwidth is optimized for phone use rather than Mac expectations. This slower speed is noted as a regression from the previous generation’s base model.
Apple Logo Inlay Technology
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(00:19:23)
  • Key Takeaway: The Apple logo on the MacBook Neo is still a precisely inlaid separate part, now made of anodized aluminum instead of polished steel, similar to the high-precision camera alignment used for the iPhone 5 introduction.
  • Summary: The discussion referenced the high-tech process used to perfectly align inlaid components, recalling the iPhone 5 introduction video. While some speculated the Neo used a cheaper embossed logo, it retains a separate, inlaid logo, though it is now aluminum matching the chassis rather than polished steel. This change might simplify manufacturing or improve thermal expansion matching.
MacBook Neo Teardown Insights
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(00:21:15)
  • Key Takeaway: Teardowns reveal the MacBook Neo has a significantly smaller battery than the MacBook Air, leaving substantial internal space dedicated to acoustic channels for speakers, and it is almost entirely assembled with screws, suggesting high repairability.
  • Summary: Dave2D’s teardown showed the Neo only draws up to 30 watts, despite shipping with a 20-watt charger, and its battery is about one-third smaller than the Air’s. The internal space freed up by the smaller battery is used for speaker enclosures, unlike higher-end Macs which maximize battery size. Crucially, the device appears to be the most repairable Apple laptop ever due to the near-total absence of adhesive.
CPU Core Architecture Details
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(00:35:22)
  • Key Takeaway: The M5 Pro/Max chips introduce a new ‘M-Core’ (Performance Core) sitting between the ‘E-Core’ (Efficiency) and ‘P-Core’ (Super Core), featuring 7-wide decoding and 8MB L2 cache.
  • Summary: Xcode 24.6 beta 3 confirms the H17S identifier for the M5 Pro, revealing a new ‘M-Core’ type alongside the existing P and E cores. Super Cores run at 4.61 GHz with 10-wide decoding and 16MB cache, while the new M-Cores run at 4.38 GHz with 7-wide decoding and 8MB cache. Efficiency Cores clock lower at 3.05 GHz with 6-wide decoding and 6MB cache.
MacBook Pro Storage Price Correction
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(00:40:48)
  • Key Takeaway: The perceived price drop for MacBook Pro storage upgrades was an illusion; the cost per gigabyte remained the same because the base storage capacity was doubled while the upgrade price delta remained constant.
  • Summary: Richard Allen corrected the previous assumption that storage upgrades became cheaper on the M5 generation MacBook Pros. The base storage doubled, but the cost to upgrade to the next tier remained the same as the previous generation. This required referencing Mac Studio pricing since the old MacBook Pro configurator was unavailable for comparison.
New Keyboard Glyph Standardization
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(00:42:19)
  • Key Takeaway: New MacBook Pro keyboards now use glyphs alone for Tab, Caps Lock, Shift, Delete, and Return, standardizing these keys with symbols used in macOS menus.
  • Summary: Apple has replaced the text labels with glyphs for several modifier and function keys on the latest MacBook Pros, a change previously seen internationally. Keys retaining their word labels include Function, Control, Option, Command, and Escape. This standardization aligns the physical keys with the symbols displayed in macOS menus.
Third-Party Display Integration Issues
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(00:43:46)
  • Key Takeaway: Third-party monitors often lack seamless integration with macOS features like brightness control keys, True Tone, and consistent long-term driver support compared to Apple’s own displays.
  • Summary: Users missing out on Apple displays sacrifice hardware/software integration, such as keyboard brightness keys working reliably or features like True Tone functioning correctly. Third-party manufacturers may support features at launch but often fail to update drivers for new macOS versions. Apple ensures its monitors match the color profile of built-in laptop screens out-of-the-box.
Studio Display XDR vs. New Studio Display
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(00:50:27)
  • Key Takeaway: For the same price, the new Studio Display XDR (5K, 60Hz) is recommended over a used 32-inch Pro Display XDR (6K, 120Hz) unless the user has already experienced 6K resolution, which is difficult to revert from.
  • Summary: The new Studio Display XDR offers a superior panel experience compared to the older Pro Display XDR, except for the size difference. However, moving to 6K resolution is highly addictive, and users accustomed to it should stick with the larger Pro Display XDR if pricing is comparable. The new Studio Display XDR’s 120Hz ProMotion scrolling was immediately noticeable compared to the 60Hz Studio Display.
Studio Display Internal Specs
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(00:50:31)
  • Key Takeaway: The Studio Display XDR contains an A19 Pro chip with 12GB of RAM and 128GB of storage, making it significantly more powerful than the MacBook Neo.
  • Summary: The Studio Display XDR is equipped with an A19 Pro chip, 12GB of RAM, and 128GB of storage, while the standard Studio Display has an A19 with 8GB of RAM. This powerful hardware suggests the displays could potentially run macOS, though they are currently limited to display functions. The large storage capacity on these chips is likely due to using existing phone components.
Studio Display XDR White Paper Deep Dive
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(00:55:44)
  • Key Takeaway: The Studio Display XDR Tcon uses four processing pipelines and custom algorithms to synchronize the LED backlight and LCD layers, minimizing temporal artifacts.
  • Summary: Apple claims the Studio Display XDR polarizer technology leads to industry-leading wide viewing angles. The display features an advanced Tcon that controls the 2304 LED zones and LCD layer independently, optimizing local dimming eight times the refresh rate. This Tcon also performs machine learning-based content analysis to minimize blooming and artifacts.
New Calibration Standard Introduced
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(01:02:14)
  • Key Takeaway: Apple introduced Apple CMF 2026, a new calibration standard designed to address the limitations of the decades-old CIE 1931 CMF when dealing with modern display technologies like mini-LED.
  • Summary: The CIE 1931 color metric system is insufficient for accurately calibrating modern displays, leading to visual differences even when calibrated to identical targets. The Studio Display XDR is the first Apple display to support the new Apple CMF 2026 standard. This new standard presumably accounts for technologies like KSF LED backlighting and quantum dot conversion.
Display Optimization Modes Explained
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(01:03:24)
  • Key Takeaway: The Studio Display XDR offers a Reference mode that introduces a small frame delay to perfectly synchronize the LCD with the backlight, eliminating temporal artifacts common in local dimming displays.
  • Summary: The default optimization mode prioritizes lower latency, behaving similarly to MacBook Pro mini-LED displays. Reference mode prioritizes temporal image quality by delaying frames to ensure perfect synchronization between the LCD switching and LED modulation. This trade-off is necessary to eliminate stuttering artifacts caused by variable refresh rates on local dimming displays.
F1 on Apple TV Experience
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(01:09:37)
  • Key Takeaway: Apple TV’s F1 coverage allows for multi-view with up to four feeds (five on Vision Pro), but the replay experience currently lacks multi-view and audio switching options found on the dedicated F1 TV app.
  • Summary: Apple has integrated Netflix’s Drive to Survive into the Apple TV app, which is a great entry point for new F1 fans. The 2026 F1 season is an ideal time to start watching due to major regulation changes expected to shake up the competitive grid. Live F1 races on Apple TV are currently scheduled at inconvenient late-night/early-morning times for US viewers.
Samsung Galaxy S26 Privacy Display
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(01:29:29)
  • Key Takeaway: The Samsung Galaxy S26 Ultra features a software-controlled Privacy Display that can be activated globally or per-app, achieved by turning off half of the screen’s pixels.
  • Summary: The privacy feature works by checkerboarding the display, where 50% of the pixels are regular wide-angle pixels, and the other 50% are ‘privacy pixels’ that use a physical aperture to block off-axis light. When privacy mode is enabled, the non-privacy pixels are turned off, resulting in dimmer output and halved effective resolution for that screen area. The feature may provide a false sense of security against shoulder surfing.
Switching from Apple Watch to Garmin
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(01:39:38)
  • Key Takeaway: The primary friction points when switching from an Apple Watch to a Garmin smartwatch are the necessity of multiple management apps, cheap-feeling bands, and the impracticality of round screens for text and UI elements.
  • Summary: Marco purchased a Garmin Venu 4 seeking dual-band GPS support, which he believed was exclusive to the Apple Watch Ultra. He noted that Garmin requires multiple separate apps for watch management and app purchasing, unlike Apple’s integrated ecosystem. The rectangular screen of the Apple Watch is pragmatically superior for displaying text and common smartwatch UI elements compared to the round Garmin display.
Rectangular vs. Round Displays
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(01:51:53)
  • Key Takeaway: Rectangular screens are functionally superior to round screens for common smartwatch interactions like scrolling and reading text.
  • Summary: If Apple had released a round display for the Apple Watch, users would likely criticize it for not being rectangular. The original Apple Watch design period was the time when Jony Ive might have pushed for a radical design like a round screen, but even then, it was avoided. Round screens prove worse than rectangular ones for essential smartwatch functions such as scrolling lists and reading notifications.
Garmin Watch iOS Integration Issues
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(01:52:57)
  • Key Takeaway: Third-party smartwatch integration with iOS is severely restricted by Apple, leading to missing features like Watch Access for Siri and notification response buttons.
  • Summary: The experience of using a non-Apple smartwatch on iOS is restrictive, which is attributed entirely to Apple’s design choices, not the third-party manufacturer (Garmin). Key missing features include Watch Access for Siri commands and the inability to use quick actions on notifications, such as snoozing an alert. Furthermore, the Garmin watch vibrated for every iPhone notification even when off the wrist, indicating poor integration logic.
Finding Better Apple Watch Workout Apps
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(01:56:59)
  • Key Takeaway: Pedometer Plus Plus provided a superior tracking experience for long walks compared to the built-in Apple Workouts app and the Garmin interface.
  • Summary: The speaker explored alternatives to the native Apple Workout app, dismissing Workouts Plus Plus (which no longer exists) and Workoutdoors due to being overly complex or a ‘workout app construction kit.’ Pedometer Plus Plus, already owned by the speaker, offered a great experience for tracking walks, including offline map downloads and a red screen mode in dim light. For long walks requiring dual-band GPS and battery life, the Apple Watch Ultra combined with Pedometer Plus Plus is the preferred ongoing setup over Garmin devices.
Apple Watch vs. Garmin Use Cases
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(01:59:27)
  • Key Takeaway: Garmin devices are better suited for multi-day excursions or extreme sports requiring specialized physical characteristics and multi-day battery life, whereas the Apple Watch Ultra suffices for standard fitness tracking.
  • Summary: While Garmin excels in areas Apple does not cover, such as multi-day hikes requiring extended battery life or extreme sports durability, the Apple Watch Ultra handles the speaker’s needs for walks and strength training adequately. The speaker considered the Suunto Race S but concluded that the inherent limitations of non-Apple watches on the Apple platform outweigh potential benefits for their use case. The Ultra’s battery life might require a brief charge stop during a 32-mile walk, but this is manageable.
Workout App UI/UX Failures
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(02:02:20)
  • Key Takeaway: The current Apple Workouts app UI is error-prone and slow, especially when switching between different workout types, exemplified by accidental selection of adjacent workouts.
  • Summary: The speaker expressed intense frustration with the Workout app’s UI, noting that tapping near the desired workout often selects the wrong one due to the placement of the start button overlaying other options. This issue is exacerbated when frequently switching between workout types like Outdoor Walk, Indoor Other, and Indoor Row. While Siri or Shortcuts can start workouts, these methods are often slow and unreliable (around 80% success rate).
Desire for Workout App Forgiveness
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(02:04:01)
  • Key Takeaway: Apple should implement more forgiving features in the Workout app, such as automatic resumption prompts after a pause or the ability to undo critical actions like ending a workout early.
  • Summary: The Workout app lacks forgiveness, unlike the feature that retroactively captures data if the watch prompts the user to start a workout after movement has begun. The speaker desires this ‘undo’ capability to be extended to pausing or accidentally ending a workout, as losing tracked progress is highly demotivating and can break streaks. Utilizing the larger battery capacity of newer watches, like the Ultra, should allow for more computational budget dedicated to user error correction.
Apple Watch Platform Stagnation
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(02:07:06)
  • Key Takeaway: The Apple Watch platform is functionally the best for most iPhone users but is stagnating, receiving unwanted updates while core usability issues and limited complications remain unaddressed.
  • Summary: The Apple Watch, like the Apple TV, is best in its category for most people but suffers because Apple seems to have taken its foot off the gas, focusing on changes users do not request. The built-in complications and watch faces are described as ‘half-assed and limited,’ lacking basic information like sunrise/sunset in accessible formats. Unlike the Mac, which built its foundation during Apple’s peak focus, the Watch never received that level of attention, resulting in a solid but ultimately under-resourced platform.