Samsung Exiting Exynos Auto Chip Business: What's Confirmed

Reports that Samsung is exiting the Exynos Auto chip business surfaced yesterday in Korean industry media, and they're detailed enough to take seriously even though Samsung itself hasn't confirmed them. The Today and IT Home both reported that Samsung's System LSI division plans to wind down its Exynos Auto application processor line, the chips built for infotainment systems, displays, and camera-related features in vehicles from Hyundai and Volkswagen. If you own one of those vehicles, or the infotainment platform factors into a car you're shopping for, here's what's actually confirmed and what's still sourced to anonymous industry contacts.

Both outlets describe the same plan: Samsung will finish its existing chip commitments to Hyundai Motor and BMW, then stop developing new automotive application processors and formally close that part of the business. Samsung has not confirmed an exit in the materials reviewed for this article, and the supplied research contains no statement from Hyundai or BMW confirming the reported arrangement. The one piece of this story with reporting from a separate outlet is narrower: S&P Global's Automotive Technology Insight reports, citing reports rather than a Samsung disclosure, that 100 to 150 chip designers have moved from automotive semiconductor work to AI processor development two days ago.

That gap between a detailed reported plan and a thin layer of outside confirmation shapes everything below. The rest of this piece sorts out what Samsung has actually said about its automotive chips over the years, what this week's reporting adds, what it would take to confirm the story, and what it does or doesn't mean for vehicles already built with Exynos Auto hardware.

What's confirmed, what's reported, and what's still unknown

Before getting into the details, it helps to separate the layers of this story:

• Confirmed by Samsung directly: the V7 and V920 infotainment processors exist, the V7 is in mass production for Volkswagen's ICAS 3.1 platform, and the V920 was announced for a Hyundai infotainment rollout targeted for 2025 (Samsung Newsroom, 2021; Samsung Newsroom, 2023).
• Reported but not independently verified: the decision to wind down the Exynos Auto application processor line, the BMW supply relationship, the cost figures behind the decision, and the restructuring rationale, all of which trace back to unnamed industry sources quoted by The Today and IT Home.
• Unknown: a firm exit timeline, which current production vehicles actually ship with these chips today, and whether any automaker has an alternative supplier lined up.

Keep that breakdown in mind. Everything that follows builds on it rather than repeating it.

What Samsung is reportedly discontinuing

IT Home's report says System LSI has decided to exit the Exynos Auto application processor business specifically, not automotive semiconductors as a whole. That distinction matters because Samsung sells several different kinds of automotive chips, and they're not interchangeable.

An application processor is the central computing chip that runs a car's infotainment screens, camera feeds, and driver-facing displays, roughly the equivalent of a phone's main processor. A telematics chip handles cellular and GPS connectivity. A power management IC, or PMIC, regulates and protects the electrical power feeding those other chips. Samsung's confirmed Exynos Auto lineup spans all three categories: the V7 and V920 are application processors, the T5123 is a telematics chip, and the S2VPS01 is a PMIC built specifically for the V-series application processors (Samsung Newsroom, 2021; Samsung Newsroom, 2023). The current reporting targets the application processor line. It doesn't address the T5123 or the S2VPS01 one way or the other.

Samsung introduced Exynos Auto in 2018, and IT Home's report describes it as having been positioned as a core chip for software-defined and autonomous vehicles at the time. A wind-down of the application processor line, if it happens as described, would close out a business Samsung spent years building.

Beyond the reported plan itself, the only detail with reporting outside the two Korean outlets is the designer reassignment. S&P Global reports, citing reports, that 100 to 150 designers have shifted from automotive chip work to AI processor development, without confirming a formal exit decision, a timeline, or which customers would be affected by either move (S&P Global).

Why Samsung is discontinuing Exynos Auto: the cost math behind the reports

Samsung's public record shows real design wins behind these chips. The Exynos Auto V7 reached mass production years ago and powers Volkswagen's ICAS 3.1 infotainment architecture, built through LG's vehicle-solutions division. It packs eight Cortex-A76 CPU cores and 11 Mali G76 GPU cores, supports up to four displays and 12 camera inputs for features like surround view and parking assistance, and meets ASIL-B safety requirements through an embedded fault-management unit (Samsung Newsroom, 2021). The companion T5123 telematics chip is, Samsung says, AEC-Q100 qualified for automotive-grade reliability, and the S2VPS01 power chip was the company's first automotive part produced under its ISO 26262 functional-safety process certification (Samsung Newsroom, 2021).

The V920, announced in 2023, marked Samsung's first chip collaboration with Hyundai Motor specifically. It's built on a 10-core CPU, supports up to six displays and 12 camera sensors, and Samsung claimed 1.7x CPU, 2x GPU, and 2.7x NPU performance gains over the prior generation, with a target rollout "by 2025" for Hyundai's next-generation infotainment systems, including enhanced driver-monitoring features (Samsung Newsroom, 2023). That 2025 target has already passed, and nothing in the current reporting confirms production volumes or which Hyundai models actually ship with it today.

Those wins apparently still didn't make the math work. The Today reports that developing a single automotive application processor costs more than 100 billion Korean won, roughly $75 million, while the finished chips sell for only $20 to $40 apiece (The Today). At that per-chip price, Samsung would need somewhere between 1.88 million and 3.75 million units just to match the development cost, before factoring in manufacturing, packaging, or ongoing support (The Today).

Qualcomm's reported hold on more than half the global automotive chip market, according to The Today, made reaching that volume harder. IT Home adds that Samsung's System LSI and foundry divisions have been posting annual losses in the trillions of won, which puts pressure on management to cut lines that can't scale regardless of how technically capable the chips are (IT Home). An unnamed industry source quoted by The Today frames the decision as protecting existing customer relationships while cutting losses elsewhere: finish the contracted supply to Hyundai and BMW to preserve those relationships, but stop developing further chip generations because the upfront engineering costs were large enough to threaten the profitability of businesses Samsung already knew worked (The Today).

One more caveat worth flagging: the BMW relationship shows up only in this round of Korean reporting. The supplied research includes no Samsung or BMW statement confirming a deal, its scope, or its timing, unlike the Hyundai and Volkswagen programs, which Samsung announced directly through its own newsroom.

Which vehicles are actually linked to Exynos Auto automotive processors

Volkswagen's ICAS 3.1 platform is the most solidly documented case here. Samsung said in 2021 that the Exynos Auto V7 was already in mass production and built into that infotainment architecture through LG's vehicle-solutions division. That's a confirmed historical deployment, not a statement about which current model-year Volkswagens carry it, since nothing in the newer reporting updates that status.

Hyundai's situation is murkier than it first looks. Samsung announced the V920 partnership in 2023 and targeted a "by 2025" rollout for next-generation in-vehicle infotainment. That window has closed, and the supplied research doesn't identify which current Hyundai models run the V920 or at what volume. The Today's reporting says Samsung intends to complete existing Hyundai supply obligations before halting further development, but that's a statement about honoring contracts already in place, not confirmation of where the V920 program stands today.

The BMW connection remains the least substantiated part of the story, appearing only in Korean industry reporting with no Samsung or BMW statement identifying a specific product, volume, or timeline.

Outside application processors, IT Home reports that System LSI plans to expand its display-driver and power-management chip business while shifting resources toward image sensors and mobile processors. The reporting doesn't say whether that image-sensor push extends to automotive applications, and it doesn't confirm that automotive power-management chip supply continues beyond the Hyundai and BMW commitments already on the books.

None of the cited reports announces a change to existing vehicle software, infotainment function, or connected services. A chip developer halting future application-processor work isn't the same as an automaker pulling support from a feature already built into a car on the road. Whether updates, replacement parts, or long-term platform support continue would depend primarily on the automaker's own service arrangements and supplier contracts, something this reporting doesn't address either way.

Samsung System LSI restructuring: where the chip resources are headed instead

The resource shift is the one detail with reporting from outside the two Korean outlets, though even here the sourcing has limits. S&P Global reports, citing reports rather than a Samsung disclosure, that 100 to 150 chip designers have moved from automotive semiconductor work to AI processor development, without specifying which AI products or customers are involved (S&P Global).

IT Home fills in more detail, though its sourcing runs through the same Korean reporting chain rather than an independent check. It says System LSI is prioritizing image sensors and mobile application processors, with an internal goal of returning the division to profitability next year (IT Home). One specific example: Samsung reportedly wants to expand the role of its in-development Exynos 2700 mobile chip in next year's Galaxy S27 lineup, with mass production targeted for the fourth quarter of this year (IT Home). The same report notes Samsung's foundry business won an image-sensor order from Apple last year and began mass production at its Austin, Texas plant earlier this year, part of what IT Home frames as System LSI's broader path back to profitability (IT Home).

Read together, this looks like an opportunity-cost decision rather than Samsung abandoning automotive electronics outright. The reasoning laid out in the reporting is that image sensors and mobile processors already have proven market share and profitability, while automotive application processors demanded huge upfront investment against a customer base too small to make the economics work. That's the explanation offered in the reporting itself, not an independently audited breakdown of Samsung's automotive chip finances.

What would confirm or weaken this report

Nothing here has reached the level of an official company statement, so it's worth knowing what to watch for. A formal confirmation would look like a Samsung investor disclosure, an earnings-call mention, or a direct newsroom statement naming the Exynos Auto application processor business. A denial or correction from Samsung, Hyundai, or BMW would weaken the story significantly, especially regarding the BMW relationship, which currently rests entirely on unnamed sources.

Short of that, watch for named-source reporting that corroborates the BMW supply deal specifically, since every other piece of this story traces back to the same cluster of anonymous industry contacts cited by The Today and IT Home. A Hyundai or Volkswagen statement about sourcing future infotainment chips from a different supplier, such as Qualcomm, would also count as meaningful secondary evidence, even without a direct Samsung comment.

What current owners and buyers should do now

The cited reports announce no action for current owners. If a Volkswagen or Hyundai model in your driveway runs on Exynos Auto hardware, nothing in this reporting touches infotainment function, software updates, or service support today. That said, the reports also don't establish long-term support terms, replacement-part availability, or warranty obligations for these chips, because none of the sourced material addresses what happens to parts and software support once a chip line stops development. If that matters to you, check your vehicle's model year and trim against your automaker's own service bulletins, and ask your dealer directly whether any parts or software notices exist for your infotainment hardware.

If you're shopping for a vehicle and the infotainment platform factors into your decision, don't treat this report as a supply-risk warning yet. Verify the specific chip and software platform directly with the dealer or automaker rather than assuming a particular model is affected, and hold off on drawing conclusions until Samsung, Hyundai, or BMW issues an official statement, or until named-source reporting corroborates the parts of this story that currently rest on anonymous sources.