MSI GeForce RTX 5070 12GB Shadow 2X OC Graphics Card / 6144 Cuda Cores / 192-bit Memory Interface / Boost Clock : 2542 MHz / NVIDIA Blackwell & DLSS 4 / TORX Fan 5.0 / Nickel-Plated Copper Baseplate / 912-V532-011 / 912-V532-011 / [+] Get CONTROL Resonant with select GeForce RTX 50 Series + FREE DELIVERY !

The MSI GeForce RTX 5070 12GB Shadow 2X OC runs 6144 CUDA cores on a 192-bit memory interface with a 2542 MHz boost clock. It is built on the NVIDIA Blackwell architecture with DLSS 4 support, and cooling comes from TORX Fan 5.0 units over a nickel-plated copper baseplate, which is what keeps clocks steady during long gaming and rendering sessions.

MSI SHADOW is a performance-focused design line, built around what actually affects frame rates rather than decoration. That makes the Shadow 2X OC a straightforward pick for a new gaming build, with the card's budget spent on the GPU, the cooler and the board rather than on features that do not change how a game runs.

This RTX 5070 carries 6144 CUDA cores, the parallel processors that do the shading, geometry and compute work behind every frame. More cores means more of that work finishing inside the same frame budget, which is what turns a demanding scene from a stutter into smooth motion at higher settings.

A 12GB frame buffer gives current titles room for high-resolution texture packs and the extra buffers that ray tracing and upscaling need. When memory runs short a game has to swap assets in mid-scene, which shows up as hitching rather than a lower average frame rate, so capacity matters as much as raw speed.

The card connects its memory over a 192-bit interface, the path that carries texture and buffer data between the GPU and the 12GB of onboard memory. Interface width sets how much data can move per clock, and it works alongside capacity to keep the shader cores supplied instead of waiting on data.

This is the OC edition, tuned at the factory to a 2542 MHz boost clock, listed under MSI part number 912-V532-011. The higher clock is set and validated by MSI rather than left to the user, so the extra performance is available from first boot without touching any overclocking software.

The GPU is an NVIDIA Blackwell part, the generation behind the RTX 50 series. Blackwell is what underpins the card's AI-driven performance in modern games, handling the neural workloads that upscaling and frame-rate features depend on rather than running everything through traditional shader passes.

DLSS 4 is supported on this card, rendering at a lower internal resolution and reconstructing the final image, which lifts frame rates while keeping detail sharp. In practice it is what makes higher resolutions and heavier settings usable on a mid-range card instead of forcing a drop to a lower preset.

The Shadow 2X uses two fans across a large heatsink, spreading the cooling load over a wide fin stack instead of forcing a small assembly to work hard. The larger surface area means each fan can turn more slowly for the same heat removed, which is where the quieter running comes from.

TORX Fan 5.0 links three sets of blades tilted at 22 degrees with ring arcs, a design that raises both airflow and static pressure. MSI rates the result at 23% more airflow than a conventional axial fan, so more air is pushed through the fin stack at the same fan speed rather than spilling around the edges.

A solid nickel-plated copper baseplate sits against the GPU and the memory modules, capturing heat from both and passing it into the core pipes. Copper moves heat faster than aluminium, and covering the memory as well as the die means the parts that usually run hottest on a board are dealt with together.

Core Pipes are shaped with a square contact area where they meet the GPU baseplate, maximising the surface in contact rather than touching along a narrow curve. From there the pipes carry heat out across the full heatsink, so the fin stack is used evenly instead of concentrating everything above the GPU.

A backplate runs along the rear of the card, adding rigidity to the PCB and carrying an airflow vent that lets exhaust air pass straight through. Without that cut-out, air pushed by the rear fan hits a solid plate and recirculates inside the case rather than leaving the heatsink.

Zero Frozr shuts the fans off completely once temperatures drop low enough that active cooling is not needed, so the card is silent on the desktop, in a browser or during light work. The fans restart automatically as soon as heat builds during gaming, without any manual switching or software profile.

Real-time ray tracing is handled in hardware on this card, tracing how light actually travels through a scene so reflections, shadows and indirect lighting behave the way they would in life. It is the single setting that changes how a game looks most, and it runs alongside DLSS 4 to hold frame rates up.

The Shadow 2X OC brings AI acceleration to games that use it, which is increasingly where the extra frames come from rather than raw shader throughput alone. That AI capability is built into the GPU itself, so it applies to any title written to use it without needing a separate accelerator in the system.

Beyond gaming, the card is built for fast rendering, so video timelines, 3D scenes and effects previews resolve quicker than on an entry-level GPU. The 12GB frame buffer helps here too, since creative applications hold large assets in GPU memory and slow down noticeably once they have to spill out of it.

The Shadow 2X OC is aimed squarely at the upgrade path, dropping into an existing gaming PC as the single change that lifts frame rates most. Its two-fan body is more compact than a triple-fan card, which makes it a realistic fit in cases that were built around an older, shorter graphics card.

MSI Center is the control software for MSI hardware, letting you monitor, fine-tune and adjust performance in real time from one interface. Its AI Tuning feature adapts settings to the demands of what you are running, so the card is configured for the current game rather than sitting on one fixed profile.

MSI Afterburner gives full control over clocks, fan curves and voltages, with real-time monitoring of what the card is doing while a game runs. It is free and works with most graphics cards, not just MSI models, which is why it has become the standard tool for tuning and for checking temperatures.

Developed with BlueStacks, MSI APP Player runs mobile titles on the PC, so a game normally played on a phone can use the monitor, keyboard and mouse instead. For anyone who keeps a mobile game in rotation, it removes the split between the two platforms without needing a second device on the desk.