Intel Raptor Lake NEXT Leak Reveals LGA 1700 CPU Specs for 2027

Intel's desktop processor roadmap could surprise PC manufacturers again. Shipment records from Vietnam in August 2026 listed four undisclosed Raptor Lake NEXT CPUs, suggesting Intel's LGA 1700 platform could get another upgrade in early 2027. If accurate, the move would extend a socket many enthusiasts expected Intel to leave behind.

The leak, reported by Club386, identifies four processor codes: 99DLMV, 99DLMT, 99DLMW, and 99DLMX. Although shipping records offer useful supply-chain clues, they are not official product announcements. Intel has not yet confirmed the lineup, and final retail specifications could change.

However, the timing is important. DDR5 memory prices are giving budget PC builds a headache, but another processor generation that works with existing motherboards could be a feasible option instead of upgrading the whole system.

Intel Raptor Lake NEXT Specs Reveal Three CPU Configurations

The 99DLMV is believed to have eight Performance cores and eight Efficient cores, for a total of 16 physical cores and 24 threads. Preliminary specs include a 125W TDP, 30MB cache, and a 3.5GHz base clock.

This setup seems geared toward performance-minded desktops where multicore productivity and heavy-duty apps benefit from more processing power. But its value will depend on the retail price and how it performs in the real world against existing Core i7 and Core i9 CPUs.

The quoted 3.5GHz number is the base clock, not the peak boost frequency. Without confirmed turbo speeds and independent benchmarks, its gaming and productivity performance remains uncertain.

99DLMT Brings 20 Cores to a 65W Class

The 99DLMT could be the most interesting model in the leak. It is said to have 20 cores and 28 threads with eight P-cores and 12 E-cores, a 65W TDP, 33MB cache, and a 2.1GHz base clock. Its additional E-cores could help with heavily threaded tasks, multitasking, and productivity apps. The reported 33MB Cache is also the largest among the three variants with disclosed specifications.

However, the 2.1GHz base clock doesn't indicate peak performance. Maximum boost frequencies, sustained power behavior, and cooling requirements will be key to comprehending its capabilities.

99DLMW Targets Mainstream Systems

The 99DLMW is said to include six P-cores and four E-cores, totaling 10 cores and 16 threads. It features a 2.6 GHz base clock, 65W TDP, and 24MB Cache. This configuration seems suited to mainstream desktops, pairing six Performance cores for gaming and everyday tasks with additional E-cores for background work.

Existing LGA 1700 owners will need to compare its eventual price and benchmark results against current Core i5 alternatives. The fourth identifier, 99DLMX, also appears in the records, but its detailed specifications remain unconfirmed.

GIGABYTE BIOS Updates Point Toward a 2027 Launch

GIGABYTE has also reported BIOS changes for current B760 and H610 motherboards, another sign the chips could be available soon. Compatible boards can identify and initialize new processors with firmware upgrades without changing the socket.

The reported activity raises hopes of an early 2027 launch, but no official release date has been given. Compatibility will also depend on individual motherboard models, firmware versions, and power-delivery capabilities. Buyers should consult their exact board's CPU support list before upgrading.

Why LGA 1700 Still Matters for Budget Builders

The biggest potential advantage of another Raptor Lake refresh is platform longevity. LGA 1700 supports both DDR4 and DDR5, depending on the motherboard design, so existing DDR4 owners can avoid buying new memory just to upgrade their CPU.

That matters while elevated DDR5 prices put pressure on system budgets. Gamers, home-server operators, and workstation users could extend the life of existing hardware instead of paying for a motherboard and memory replacement.

However, DDR4 and DDR5 are not interchangeable. Buyers need to check compatibility with CPUs and motherboards and decide whether an older platform provides enough performance and connectivity for their needs.