ASUS Introduces Slimmer DUAL EVO Graphics Cards Featuring NVIDIA Blackwell GPUs
ASUS has quietly expanded its DUAL series of graphics cards, unveiling new lower-end models built on NVIDIA’s GB206 “Blackwell” GPU architecture. These latest additions, identified by the “EVO” label, are designed with a slimmer profile, catering to users seeking efficient cooling in more compact PC builds.
Key Differences: DUAL EVO vs. Standard DUAL Models
The standout feature of the new DUAL EVO graphics cards is their reduced thickness. The DUAL EVO models measure just 2.1 slots (42 mm), compared to the standard DUAL variants, which are 2.5 slots thick (50 mm). This reduction primarily affects the width of the card, making the EVO versions a better fit for systems with limited space. Despite the slimmer design, the length and height of the EVO and non-EVO cards remain nearly identical, ensuring compatibility with a wide range of cases.
Model Availability and Design Updates
Currently, the slimmer DUAL EVO shroud is available on both overclocked (OC) and standard editions of the GeForce RTX 5060 Ti 16 GB and RTX 5060 8 GB graphics cards. Interestingly, the EVO design language first appeared earlier in 2025 with the DUAL GeForce RTX 5050 series, which featured an even slimmer 2.0-slot (40 mm) profile. The latest DUAL EVO cards also introduce a subtle but practical change: the single 8-pin power connector is now positioned closer to the I/O bracket, streamlining cable management and installation.
Enhanced Cooling and Compatibility
Both the DUAL EVO and standard DUAL models utilize twin axial-tech fans for effective cooling, ensuring stable performance even under demanding workloads. The slimmer EVO design is particularly advantageous for users building in smaller cases or those looking to maximize airflow without sacrificing GPU power.
ASUS’s ongoing updates to its DUAL graphics card lineup reflect a commitment to providing versatile options for a variety of PC builds. The introduction of the DUAL EVO series offers users more flexibility, especially for compact systems that require efficient, space-saving components.
