Intel Chips to power iPad/iPhone?

b10hzrd 1 Tallied Votes 688 Views Share

Intel is known for being…well, Intel. They have been making processors and the like for as long as anyone cares to remember and while they may be the current reigning champ in the desktop PC processors wars, the same cannot be said about the oh-so-popular “gadget” market. Intel is a house built on the foundation of x86 architecture and this has served them well for years, but with the boom of the mobile market (be it iPad, iPhone, etc) Intel’s reliance upon x86 architecture leaves them high and dry. ARM processors dominate the mobile market due in no small part to their power efficient nature and faster performance in the requisite smaller mobile package. The rub here is that Intel currently doesn’t have any ARM products to offer, relegating them to role of mere spectator instead of quarterback in the biggest game of the year.

Enter German-based chip-maker Infineon. Infineon does have solid mobile solutions as evidenced by it’s products appearances in the latest and greatest gadgets from the likes of Samsung, Nokia and even Apple, to name a few. One merely has to look at Apple’s sales numbers to realize scoring a slot of PCB real estate in one of their products is no doubt the design-win of the year for any chip-making company…and Infineon has scored two slots. Infineon provides both the Transceiver as well as the Baseband Processor for Apple's iPhone 4.

Current rumors are pointing to a deal between Intel and Infineon. While early reports around the web pointed to an acquisition of Infineon by Intel, a recent report on Reuters points to a more selective sale of Infineon’s Wireless Business Unit stating:
“Negotiations between Infineon (IFXGn.DE) and U.S. chipmaker Intel Corp (INTC.O) over the sale of the German chipmaker's wireless business have reached an advanced stage, several people familiar with the matter said.”

This deal would solidly put Intel into some of the hottest devices on the market, pulling them off the sidelines and into the fray of the mobile market, a market Intel desperately wants a piece of. The deal looks to be an easy decision for Intel but ultimately the decision to sell belongs to Infineon.

Neither party would openly confirm the possibility of the deal, Intel declined to comment while Infineon Chief Executive Peter Bauer only said “We are very happy with the wireless business.” That being said Infineon “mandated J.P. Morgan to sound out options for the unit, the sources said, adding the business is valued at around 1 billion euros.”

You can read more here .

Dani AI

Generated

Good summary, . A few clarifications that help separate the engineering realities from rumor-driven excitement.

Switching a phone or tablet CPU family is not just a drop-in swap. The OS, apps, and toolchains are built around an instruction set; moving from one ISA to another requires either recompiling the entire ecosystem or a very good binary-translation layer. On desktops Apple managed a CPU transition before, but mobile adds tighter battery and thermal budgets plus millions of third-party apps — all of which raises the bar for any new CPU supplier.

Modern mobile parts are system-on-chip designs where the CPU, GPU, memory controller, image pipeline, power-management firmware and often the cellular modem are designed together for power efficiency. Supplying just a raw x86 core is unlikely to win a design if the rest of the SoC and low-level firmware don’t match Apple’s power and integration needs. Driver stacks, ISP tuning, and power-management firmware are every bit as important as the core silicon.

What to watch if you care about whether a non-ARM vendor will land in an iPhone/iPad: official supplier disclosures, regulatory/FCC filings, and vendor IDs that show up in teardowns. Those are the concrete signals that follow any acquisition or partnership chatter. Treat early supply-chain rumors cautiously — a deal to buy a modem team or IP is not the same as actually shipping a finished SoC in a consumer device.

Bottom line: the idea is technically possible, but it requires sustained engineering, tight SoC integration, and ecosystem work — not just a single acquisition. For anyone tracking the story, prioritize verifiable supply-chain evidence over speculation.

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