GIGABYTE GeForce RTX 5060 EAGLE MAX OC 8G Graphics Card (GV-N5060EAGLEMAX OC-8GD) – 8GB GDDR7 128-bit, 28Gbps, 3840 CUDA, 2550MHz, PCIe 5.0, DP 2.1b x3 + HDMI 2.1b

The GIGABYTE GeForce RTX™ 5060 EAGLE MAX OC 8G (model GV-N5060EAGLEMAX OC-8GD) is a factory-overclocked graphics card designed for gamers and creators who want a modern RTX 50-series platform, fast next-generation GDDR7 memory, and a cooling design built for sustained performance. Built around the GeForce RTX™ 5060 GPU and featuring 8GB of GDDR7 memory on a 128-bit memory interface, this card targets high-FPS gaming builds and creator PCs where stable thermals, modern connectivity, and dependable construction matter as much as headline specs.

At the heart of this model is NVIDIA’s RTX 50-series platform, and GIGABYTE positions the card as “powered by the NVIDIA Blackwell architecture and DLSS 4.” In practice, that means the GPU is built for the current generation of AI-assisted rendering features and performance optimizations that are increasingly common across modern titles and creative workflows. The RTX platform is also widely used across creator applications that benefit from GPU acceleration, and a modern RTX GPU is often chosen not only for gaming performance but also for improving workflow smoothness in GPU-accelerated tasks such as rendering, effects, previewing, and timeline scrubbing (depending on the application).

This EAGLE MAX OC variant is tuned with a 2550 MHz core clock, which is listed as a factory OC frequency compared to the 2497 MHz reference card clock. For buyers, the value here is simple: you are getting a defined, manufacturer-specified OC clock target out of the box, without needing to manually tune settings. While real-world clocks may vary based on workload, temperature, and system airflow, the stated OC clock provides a clear baseline for this model’s positioning within RTX 5060 partner designs.

Compute capability is also clearly listed: the card includes 3840 CUDA® cores. CUDA cores are the parallel compute units used by the GPU to process shaders and many of the workloads involved in real-time graphics rendering. They also play an important role in GPU compute and GPU-accelerated tasks supported by compatible software. A clearly stated CUDA core count helps buyers compare products within the same GPU tier, especially when evaluating different cooling designs and clock profiles across multiple partner models.

Memory configuration is a major highlight of this generation, and this card is specified with 8GB GDDR7 memory operating at a 28 Gbps memory clock on a 128-bit memory bus. GDDR7 is designed for higher data rates than older memory generations, and a 28 Gbps memory clock indicates a fast memory subsystem for this class. In real gaming scenarios, memory performance can influence how efficiently the GPU handles textures, frame buffers, and streaming assets as games load larger environments and higher-quality effects. Capacity (8GB) also matters: it sets a defined VRAM pool for games and creative tasks that are VRAM-sensitive. The combination of a modern GDDR7 configuration and a specified high memory clock is a practical advantage for buyers seeking a balanced, current-platform GPU at this tier.

Connectivity is modern and straightforward. The card uses PCI-E 5.0 as its host interface, aligning it with current-generation motherboard platforms. For display outputs, the card provides three DisplayPort 2.1b ports and one HDMI 2.1b port. This port layout supports a wide range of modern monitors and TVs (depending on the display’s capabilities) and is suited for multi-monitor environments. The card also lists support for up to 4 displays (“Multi-view: 4”) and a maximum digital resolution of 7680 × 4320. For users planning high-resolution single-display setups or productivity-oriented multi-display configurations, these specifications are essential for ensuring the GPU matches the intended display arrangement.

A core differentiator of this model is GIGABYTE’s WINDFORCE cooling system, which is explicitly highlighted in the card’s feature set. Cooling design matters because GPU performance and consistency are closely tied to temperature and sustained boost behavior. A capable thermal solution helps maintain stable operation under load, reduces the likelihood of thermal throttling, and supports consistent gaming performance during long sessions. For creators and power users, stable thermals also help maintain predictable performance during extended rendering or compute workloads.

GIGABYTE describes several elements within the WINDFORCE cooling ecosystem for this card. It highlights the Hawk fan design and a server-grade thermal conductive gel as part of the cooling system’s approach. GIGABYTE also describes the Hawk fan blade design as inspired by aerodynamic principles and states that the design is intended to reduce air resistance and noise while improving airflow characteristics. These are manufacturer-stated design intentions and claims, and the practical takeaway is that the cooling system is engineered for efficient airflow and thermal transfer across key components.

In addition to cooling performance, the card also emphasizes a reinforced structure. Structural reinforcement in graphics cards is relevant because GPUs are physically heavy components, and reinforced design can improve rigidity, reduce PCB flex, and support long-term reliability—especially in builds that are transported, frequently moved, or assembled with large components in compact cases. A reinforced structure can also be a quality indicator for users who prefer a sturdier GPU build that feels more secure when installed in a PCIe slot.

Physical fitment is often overlooked until it becomes a problem, so it is important that this model provides a defined card size. The listed dimensions are L=281 mm, W=115 mm, H=40 mm. This size is practical for many mainstream ATX and mATX cases, but builders should still confirm clearance—especially if the case has a front-mounted radiator, thick front fans, or limited GPU length support. The listed 40 mm height/thickness is also important for slot clearance and cable routing, particularly in tighter builds. The PCB form is listed as ATX, indicating the PCB layout style used for this board design.

Power planning is also kept simple with clearly listed requirements. GIGABYTE recommends a 550W power supply for this model, and the card uses one 8-pin power connector. This is a practical setup for mainstream gaming PCs because an 8-pin connector is widely supported across modern power supplies. A 550W recommended PSU figure helps builders plan system stability with reasonable headroom when paired with mainstream CPUs and common PC components. As always, actual PSU sizing should consider total system load (CPU, fans, drives, and peripherals), but the manufacturer’s recommended PSU figure provides a reliable starting point.

For software and API compatibility, the card lists DirectX 12 API and OpenGL 4.6 support. These are standard graphics APIs used by modern games and many graphics applications. Having these explicitly stated confirms compatibility expectations for current-generation gaming and general graphics workloads.

Finally, the in-box accessory is listed simply as a Quick guide, which is typical for many graphics cards. The essential value proposition here is the combination of current RTX platform capabilities, a clear factory OC clock target, modern GDDR7 memory specifications, and a cooling and structural design intended to keep performance stable and the build durable over time.

In short, the GIGABYTE GeForce RTX™ 5060 EAGLE MAX OC 8G is built to be a dependable, modern RTX 50-series GPU with defined and transparent specifications: 2550 MHz core clock, 3840 CUDA cores, 8GB GDDR7 128-bit with a 28 Gbps memory clock, modern outputs (DP 2.1b x3 + HDMI 2.1b x1), and builder-friendly requirements (1x 8-pin, 550W recommended PSU). Add GIGABYTE’s WINDFORCE cooling design elements and reinforced structure, and you have a card designed not only for performance on paper, but also for real-world stability, fitment planning, and long-term build confidence.