On Dec. 11, 2025, 9to5Mac’s weekly Rumor Replay summarized a fresh batch of Apple product whispers from multiple sources: a Weibo leaker claiming under‑display Face ID for the iPhone 18 line, Macworld findings suggesting a Studio Display 2 with an A19 chip, 120Hz ProMotion and HDR, and leaked iOS 26 code pointing to AirTag 2 improvements. The column also flagged an analyst note that Intel could begin producing some iPhone A‑series chips for entry models by 2028. This round of rumors consolidates incremental hardware updates and potential supply‑chain shifts that would affect Apple’s device design and partners.
Key Takeaways
- Weibo leaker “Smart Pikachu” claims the iPhone 18 will include under‑display Face ID using “micro‑transparent glass panels,” though specific model allocation is unspecified.
- Macworld reporting from a pre‑release iOS 26 build lists three Studio Display 2 upgrades: an A19 chip, 120Hz ProMotion, and HDR support.
- Leaked iOS 26 code suggests AirTag 2 will add improved pairing, enhanced Precision Finding, battery level reporting, better moving‑tracking, and denser‑area accuracy; internal tags referenced 2025.
- Analyst Jeff Pu reported Intel may manufacture non‑Pro iPhone SoCs (e.g., A19, but not A19 Pro) beginning around 2028, expanding Apple’s foundry options beyond TSMC.
- If true, under‑display Face ID and a smaller Dynamic Island would change front‑panel design and accessory compatibility; Studio Display changes would bring Apple in line with current external‑display standards.
Background
Face ID has been a mainstay since the iPhone X era, relying on a TrueDepth sensor array that has traditionally required visible cutouts or the Dynamic Island on recent models. Industry chatter about moving biometric sensors under the display has circulated for several years as display transparency and sensor miniaturization advance. Apple’s design choices for cutouts affect front camera performance, notch/Island size, and third‑party accessory design.
The original Studio Display shipped with a built‑in camera and reasonably capable panel, but many reviewers criticized the camera and lack of higher refresh rates. Apple refreshes that product rarely; major upgrades are therefore notable when they appear in code or filings. Meanwhile, AirTag’s success has made location tags a common accessory, and incremental improvements—better pairing, battery reporting, and motion handling—would be logical next steps rather than a complete redesign.
On the supply side, Apple has relied heavily on TSMC for its A‑series and M‑series chips. Rumors of Intel participating in production reflect broader strategic moves to diversify suppliers and reduce concentration risk. Any shift toward Intel would be phased and likely focused on lower‑tier SoCs first, while high‑end Pro chips would probably remain with established fabs in the near term.
Main Event
The Face ID rumor stems from a weekend Weibo posting by an account known as Smart Pikachu, which said micro‑transparent glass panels allow the Face ID array to be placed beneath the display. The post did not name which iPhone 18 variants would receive the feature, leaving open whether it’s limited to Pro models, the Pro Max and foldable version, or the full lineup. Prior reports have suggested at least Pro and foldable models would gain under‑display sensors; this Weibo item reiterates that direction but does not resolve the Dynamic Island question.
Separately, Filipe Espósito’s Macworld reporting found references in a pre‑release iOS 26 build that imply a Studio Display 2 with three headline upgrades: an A19 system‑on‑chip, 120Hz ProMotion support, and HDR capability. The discovered strings and identifiers point to internal test configurations, which often precede product launches. Because Apple has rarely updated the Studio Display, these changes would represent a meaningful step to modernize its external monitor offering.
Leaked iOS 26 code examined in another report surfaced multiple AirTag 2 features: a smoother pairing experience, more detailed battery‑level telemetry, improved Precision Finding algorithms, an “Improved Moving” tag suggesting better tracking while the tag is in motion, and accuracy enhancements in dense, crowded locations. The code reportedly contained internal tags indicating a 2025 timeframe for these features, hinting that Apple at one point targeted a 2025 release or testing window.
Finally, analyst Jeff Pu’s note this week reiterated earlier coverage that Intel may take on production responsibilities for Apple silicon beyond Macs, potentially manufacturing non‑Pro A‑series chips for entry iPhone models starting in 2028. Pu framed this as part of Apple’s strategy to broaden foundry partners. The suggestion is that Intel would handle lower‑tier SoCs while Apple continues to reserve its top‑end Pro chips for the current foundry partners in the near term.
Analysis & Implications
Moving Face ID under the display would be a major industrial design milestone and could reduce or reshape the Dynamic Island and other cutouts. If Apple successfully embeds biometric sensors beneath a full‑coverage display, cases, screen protectors, and accessory makers will need to adapt; early iterations may see compromises in sensor area or camera placement. A single hole‑punch for the front camera has been rumored for some iPhone 18 models, but the final configuration will balance camera performance, Face ID reliability, and manufacturing yield.
Studio Display upgrades to an A19, ProMotion and HDR would close a specification gap between Apple’s external monitor and competing professional displays. An A‑series chip would enable on‑display processing for camera and audio features; ProMotion would make pointer and window movement visually smoother; HDR would improve color and contrast for media and photo workflows. For creatives and pros who keep displays for many years, these changes would be welcome and could influence purchasing cycles for Mac users.
AirTag 2 candidate features are primarily iterative, which fits a product that currently succeeds on simplicity and battery life. Better pairing and battery reporting reduce friction for new users and fleet managers, while improved moving and crowded‑area tracking address two common failure modes: tracking tags in motion and discriminating targets in dense environments. Those software and firmware improvements could be implemented alongside modest hardware tweaks without a full product overhaul.
Supply‑chain diversification to include Intel for non‑Pro iPhone chips would be strategically significant. If Intel reaches acceptable manufacturing yields and power/performance targets, Apple gains bargaining leverage and potential cost benefits. However, fabricating mobile SoCs at scale is technically demanding; a 2028 timeline for entry SoCs implies a long, cautious ramp. Market effects—component pricing, regional manufacturing footprint, and partnership dynamics—would unfold over several years.
| Item | Current/Original | Rumored/2025–2028 |
|---|---|---|
| Studio Display | Intel‑based camera, 60Hz, SDR | A19 SoC, 120Hz ProMotion, HDR |
| AirTag | Precision Finding, basic battery icon | Improved pairing, detailed battery %, moving tracking, crowded‑area accuracy |
| iPhone Face ID | TrueDepth module with Dynamic Island/notch | Under‑display Face ID via micro‑transparent panels; possible smaller Dynamic Island or single hole‑punch |
The table above contrasts current products with the reported upgrades. While code strings and leaks point to concrete feature sets, actual product specifications can change between beta builds and final shipping units. The chart highlights the nature of changes—mostly iterative improvements for AirTag and significant display/biometric shifts for iPhone and Studio Display.
Reactions & Quotes
Below are short attributions and context from the primary sources and analyst commentary cited in the reporting this week.
“Micro‑transparent glass panels” were named by a Weibo account reporting on under‑display Face ID; the post did not detail model coverage.
Weibo leaker Smart Pikachu (social media post)
The Weibo posting reignited public debate about how Apple will handle display cutouts and sensor placement in the iPhone 18 generation. Because social‑platform leaks vary in accuracy, the claim is notable but not definitive without supply‑chain corroboration.
Macworld found iOS 26 build strings referencing A19, 120Hz and HDR support for a Studio Display configuration.
Filipe Espósito / Macworld (trade press)
Macworld’s code discovery is typical of pre‑release analysis that often precedes product updates; such strings have been reliable indicators historically, but they remain subject to change before launch. The presence of an A19 identifier suggests Apple is testing on‑display compute features.
Analyst Jeff Pu noted Intel could be assigned non‑Pro iPhone SoC production starting around 2028.
Jeff Pu (industry analyst)
Analyst notes reflect strategic scenarios rather than confirmed contracts. If Intel is involved, Apple would likely phase responsibilities to limit risk while validating volume and yields over multiple years.
Unconfirmed
- Which specific iPhone 18 models will receive under‑display Face ID remains unspecified; leaks mention Pro and foldable models but lack definitive confirmation.
- The exact front‑panel design for 2026 iPhones—whether a shrunken Dynamic Island, single hole‑punch, or other layout—has not been finalized publicly.
- AirTag 2’s 2025 internal tagging suggests a target, but Apple has not announced a release window or formal product plans.
- Intel’s involvement in A‑series production is reported as a potential 2028 plan for non‑Pro chips; no public contract or timeline has been confirmed by Apple or Intel.
Bottom Line
This week’s rumors point to an evolutionary product cycle for Apple rather than a radical shift: incremental hardware and firmware enhancements for AirTag, a significant modernization for the Studio Display, and a continued push to place biometric sensors beneath displays. Each item, if realized, responds to clear user complaints—camera quality on Apple’s display, tag accuracy in crowded settings, and a desire for cleaner front panels on iPhones.
Perhaps the most consequential thread is supply‑chain diversification. Intel participation in non‑Pro chip production would reshape manufacturing dynamics over the coming years, but the technical and logistical hurdles mean any changes will be gradual. For now, these reports are useful signals for designers, accessory makers, and prosumers to watch, but they should be treated as plausible but unconfirmed until Apple’s own product announcements.