Recently, a tech leaker released high-resolution spy photos of the new Intel data center GPU product "Crescent Island." As a core product that Intel has deeply optimized for AI inference workloads, these images allow the outside world to glimpse its internal hardware layout.
From the exposed front and back circuit patterns, this graphics card uses an advanced PCIe Gen5+ gold finger design. The central area reserves a large GPU core pad. In addition, the rear is equipped with the latest 12V-2x6 power supply pads to ensure stable power supply under heavy load operations.
On-board 20 LPDDR5X memory chips
The most groundbreaking aspect of this hardware lies in its memory configuration. The PCB board has densely arranged 20 LPDDR5X memory pads, meaning the card can accommodate up to 160GB of ultra-large video memory, which is highly competitive in the current AI inference hardware market.
In terms of power supply design, this graphics card also features a very solid material selection. Professional hardware media analysis indicates that based on differences in the shape of inductor pads, this graphics card will be equipped with 15-phase core power and 3-phase memory power. Additionally, the board also reserves a position for a BMC management chip and a side USB-C interface possibly used for debugging.
Targeting the air-cooled server market
According to Intel's official product roadmap announced earlier, Crescent Island will mainly target the air-cooled server market. Its foundation is based on Intel's latest Xe3P microarchitecture and natively supports a wide range of advanced data types, including FP8 and MXFP4.
The exposure of this AI inference graphics card marks that Intel is accelerating the completion of its data center product line layout. Officially, it is expected to be available to major cloud service providers and enterprise customers in the second half of 2026, which will bring more efficient hardware options to the global AI inference computing market.
