ASUS Reportedly Readies 14 ROG, TUF, ProArt Laptops Featuring Next-Gen AMD Ryzen “Strix Point” APUs

ASUS is reportedly readying a total of 14 next-gen ROG, TUF & ProArt laptops equipped with AMD's next-gen Ryzen "Strix Point" APUs based on Zen 5.

ASUS's Next-Gen Laptop Lineup With AMD Ryzen "Strix Point" APUs Leaks Out, Equipped With NVIDIA RTX 40 GPUs

ASUS is preparing an extensive lineup of laptops that will be utilizing AMD's next-gen Ryzen "Strix Point" APUs. The models are reported to have been leaked within the product page of the 240 and 180W ROG Compact Plug adapter which lists down the new variants.

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According to ITHome, the "W" models represent the next-gen variants featuring AMD's Ryzen "Strix Point" APUs while the "U" variants represent the AMD Ryzen "Hawk Point" 8040 APUs. Following is the full list of laptops that have been revealed:

ASUS ROG Zephyrus G16 (AMD Edition)

• GA605WU: Strix Point + RTX 4050
• GA605WV: Strix Point + RTX 4060
• GA605WI: Strix Point + RTX 4070

ASUS TUF Gaming (A14 Series)

• FA401WU: Strix Point + RTX 4050
• FA401WV: Strix Point + RTX 4060
• FA401WI: Strix Point + RTX 4070
• FA401UU: Hawk Point + RTX 4050
• FA401UV: Hawk Point + RTX 4060
• FA401UI: Hawk Point + RTX 4070

ASUS TUF Gaming (A16 Series)

• FA608WU: Strix Point + RTX 4050
• FA608WV: Strix Point + RTX 4060
• FA608WI: Strix Point + RTX 4070

ASUS Creator ProArt P16

• M7606WU: Strix Point + RTX 4050
• M7606WV: Strix Point + RTX 4060

ASUS Creator ProArt X13

• HN7306WU: Strix Point + RTX 4050
• HN7306WV: Strix Point + RTX 4060
• HN7306WI: Strix Point + RTX 4070

Although the exact configurations of these laptops are still a mystery when it comes to the APU specifications, we know from previous information that AMD's Strix Point APUs will be branded under the Ryzen 9000 series and feature a hybrid design based on the next-gen Zen 5 & Zen 5C core architecture. The first roundup of chips will be monolithic designs based on the 4nm node, featuring the latest RDNA 3+ iGPU cores with up to 16 compute units and supporting