Apple next-generation iPhone likely to adopt in-cell touch panels, say sources
Apple's new iPhone, which is expected to be released in the third quarter of 2012, is likely to adopt in-cell touch panels rolled out by Sharp and Toshiba Mobile Display (TMD), according to sources in Apple's supply chain.
Context & Ripple Effects
This DigiTimes report extends a supply-chain thread going back years: Sharp was flagged as an iPhone display candidate as early as 2007 with its next-gen multi-touch LCD, and Wintek was shipping touch panels for Apple iPods that same year — a structure where touch was a separate layer supplied by specialist firms. The new claim is that the touch function moves inside the LCD itself, with Sharp and Toshiba Mobile Display as the named panel suppliers.
The pickup was broad — CNET, AppleInsider, BGR, Pocket-lint and four other outlets carried the same sourcing on or about April 20, 2012 — which matters because in-cell is a manufacturing bet, not a spec bump: fewer layers means a thinner panel, but only if yields hold. With the device rumored for Q3 2012, panel allocation decisions were being locked in around now.
First-order effects
- Sharp and Toshiba Mobile Display stand to win the marquee iPhone panel slot, while incumbent touch-panel suppliers like Wintek face displacement if Apple integrates touch into the LCD rather than buying it as a separate component.
Second-order effects
- Rival handset makers watching a thinner iPhone would be pressured to adopt in-cell themselves, pulling demand away from standalone touch-module vendors and toward display makers with integrated-touch capability — a pricing squeeze on the middle of the touch supply chain.
Third-order effects
- If in-cell ramps at volume, the structural shift is consolidation of touch into display manufacturing: panel houses capture the touch-layer value, and the specialist touch-supplier tier shrinks or repositions — though yield risk on a new process keeps the outcome genuinely open until shipments start.
The trend: Smartphone display stacks are absorbing touch functionality directly into the LCD, shifting value from standalone touch-panel suppliers to the display makers capable of integrating it.