Intel brings back Raptor Lake with the Core 7 230H and Core 5 205H CPUs with disabled integrated graphics

Intel has quietly added two new processors to its lineup, and they come with a twist. The Core 7 230H and Core 5 205H are both Raptor Lake chips officially released in 2026, carrying the Core 200-series naming that would normally suggest Arrow Lake. The missing "Ultra" tag gives it away, though. These are 13th/14th-gen Raptor Lake parts in disguise, and Intel has confirmed it directly in its own spec listings.

The Core 7 230H is a 10-core part built around a 6P+4E configuration with 16 threads. It boosts up to 5.2 GHz, packs 24 MB of L3 cache, and operates within a 45W base and 115W max turbo power envelope. That puts it squarely in the same territory as the Core 7 240H in terms of clocks and cache, though there is one notable difference. The 230H appears to top out at DDR5-5200 speeds, whereas the 240H can handle up to DDR5-6400. Whether that is a deliberate downgrade or a spec page error is not officially known.

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The Core 5 205H is an 8-core chip with a 4P+4E layout, 12 threads, a 4.8 GHz boost clock, and 12 MB of L3 cache. It shares the same 45-115W TDP range as its bigger sibling. Both chips have one notable limitation: integrated graphics are fully disabled on both processors. That makes them purely for systems paired with a discrete GPU.

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This is likely Intel offloading silicon with defective or yield-failed iGPUs rather than letting those dies go to waste. We have previously covered a report about Intel repurposing scrap dies to increase yield for this exact purpose. Disabling the graphics block and rebranding for a specific market segment are cost-efficient ways to extract more value from an existing production pipeline.

The primary home for these chips, at least so far, appears to be the MoDT (Mobile on Desktop) form factor. We previously covered that Chinese board manufacturer MaxSun has already launched two Micro-ATX boards around them, the MS-MoDT 230H D4 WIFI and the MS-MoDT 205H D4 WIFI, targeting SFF systems, workstations, and edge computing deployments.

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The context here matters, though. Intel's arrival with an older architecture and no iGPU puts these chips at a disadvantage in the broader market. They make sense for builders who need raw CPU performance in a compact form factor and already have a GPU in mind, but they are a tough sell for anyone looking at general-purpose small-form-factor builds.

Intel has made no announcement about standalone retail availability, as these chips were quietly made official when they appeared on Intel ARK. For now, this silicon just appears to be filling a fairly narrow niche.