PALIT GeForce RTX 5070 Ti GamingPro OC V1 16GB GDDR7 Graphics Card, 256-bit, 28 Gbps, 2482 MHz Boost, 8960 CUDA Cores, 896 GB/s Bandwidth, PCI-Express 5.0, 300W, Dual BIOS (Performance/Silent), 16-pin Power, TurboFan Blade 4.0 Cooling, DP2.1b x3 + HDMI 2.

The PALIT GeForce RTX 5070 Ti GamingPro OC V1 16GB GDDR7 (product code NE7507TS19T2-GB2031Y) is designed for builders who want a modern, high-performance NVIDIA GPU paired with a cooling-forward custom design and clear, practical specifications for real-world PC planning. This model sits in Palit’s GamingPro lineup, which is built around a blend of robust structure, configurable operating modes via dual BIOS, and a feature set that targets sustained performance over long gaming sessions and demanding creative workloads. If you’re building a new PC around modern standards—PCI-Express 5.0, high-refresh monitors, and current-generation power delivery—this GPU is engineered to fit that environment with defined clocks, defined power requirements, and modern display connectivity.

At the heart of the card is the NVIDIA GeForce RTX 5070 Ti GPU, specified by Palit with 8960 CUDA cores. CUDA cores are the parallel compute units responsible for much of the core work in modern rendering pipelines: shading, lighting calculations, post-processing effects, and compute tasks that game engines and content applications increasingly rely on. While the exact performance you will see depends on your CPU, game settings, and resolution, the CUDA core count is a foundational indicator of the GPU’s processing capability. In addition to gaming, CUDA cores can be used by many GPU-accelerated applications for tasks such as timeline effects, rendering steps, and compute workloads (when the software supports NVIDIA acceleration).

This GamingPro OC V1 edition is also defined by its official frequency targets. Palit lists a graphics clock of 2295 MHz and a boost clock up to 2482 MHz. These values are important because they describe the rated operating profile of the GPU in a controlled configuration. Boost behavior is always dependent on thermal and power conditions, so a major part of getting consistent performance is ensuring your case airflow and system cooling are solid. That is exactly where the GamingPro cooling and structural design choices become relevant: the goal is to keep the GPU operating within temperature ranges that support stable behavior during extended load.

Memory is one of the biggest practical differentiators in modern graphics cards, especially as games and creator workloads continue to grow in asset complexity. This model includes 16GB of GDDR7 memory, using a 256-bit memory interface and a rated 28 Gbps memory clock. Palit also specifies 896 GB/s memory bandwidth. Bandwidth matters because it reflects how quickly the GPU can move data between VRAM and the core—textures, frame buffers, geometry data, and other assets required to render frames smoothly. In modern games, fast VRAM and strong bandwidth can help maintain stable frame pacing at higher texture settings and in heavier scenes. In creative workflows, larger VRAM capacity can be beneficial when working with higher-resolution assets, complex projects, or large datasets that can increase VRAM usage. The combination of 16GB capacity and high bandwidth is built for users who want a GPU that can handle more demanding settings and workloads without immediately running into VRAM constraints in common scenarios.

For modern PC compatibility, the card supports PCI-Express 5.0. PCIe 5.0 is the current interface standard on modern desktop platforms, and it aligns the GPU with today’s motherboard ecosystems. Even when real-world performance differences between PCIe generations are workload-dependent, PCIe 5.0 support is still meaningful as a compatibility and longevity marker: it indicates the card is designed for current-generation platforms and standards, and it fits cleanly into new builds aimed at staying relevant for multiple upgrade cycles.

A major selling point of Palit’s GamingPro design is the emphasis on cooling and airflow control. This model includes multiple named design features: TurboFan Blade 4.0, 2-Ball Bearing, Air Deflector, Composite Heat Pipe, and Copper Base, alongside Superior Rigidity and a reinforced build approach. From a functional standpoint, these features target stable thermal behavior. A copper base helps transfer heat away from the GPU contact area efficiently. Composite heat pipes then move that heat into the heatsink array, where airflow from the fans dissipates it. Air deflector design elements are intended to guide airflow across the fin stack more effectively. The dual-ball bearing fan design is commonly used to improve durability over time versus simpler bearing types, and it can also help reduce vibration characteristics in certain operating ranges. The net result of a stronger thermal platform is not “magic extra performance,” but rather improved consistency: maintaining stable temperatures helps the GPU sustain its intended boost behavior more reliably during long sessions.

This card also includes Dual BIOS, with BIOS 1: Performance Mode and BIOS 2: Silent Mode. Dual BIOS is a practical feature for real users because it provides hardware-level flexibility. Performance mode is intended for users who prioritize cooling headroom and sustained behavior under load, while Silent mode is intended for users who prioritize reduced noise characteristics when possible. The advantage is that you can choose the operating profile that matches your environment—competitive gaming, shared workspaces, or late-night sessions—without relying exclusively on software tuning.

For everyday usability, Palit lists 0-dB TECH, which typically means the fans can stop at low GPU load to reduce noise during light tasks such as browsing, office work, and media playback. When you start gaming or running heavier GPU workloads, the fans resume operation to maintain safe temperatures. This improves the “daily feel” of the PC: the GPU stays quiet when it doesn’t need active cooling, while still scaling up properly when demand increases.

Power planning is clearly defined for builders, which is important when pairing the GPU with high-performance CPUs and the rest of your components. Palit lists 300W graphics card power, a 750W recommended system power supply, and a 16-pin x1 supplementary power connector. This tells you exactly what you need to plan for: a quality PSU that meets or exceeds the recommended wattage and the correct power cabling for the 16-pin connector. Proper cable installation and sensible routing are part of reliable operation, especially with modern high-power GPUs, so building with the right PSU class and correct connector support is a straightforward step toward long-term stability.

Display connectivity is fully modern, making the RTX 5070 Ti GamingPro OC V1 a strong fit for today’s high-refresh and high-resolution monitor ecosystem. The card includes HDMI 2.1b and DP2.1b x3 (three DisplayPort outputs). Multi-monitor setups are common now for both gaming and productivity, and modern output standards matter for getting the most out of current displays. Palit lists the maximum digital output capability as 4K at 480Hz or 8K at 120Hz with DSC. This specification reflects high-bandwidth output capability when paired with compatible monitors and configurations that support Display Stream Compression (DSC). In practical terms, it means the card is built for modern display standards and is appropriate for high-refresh gaming monitors and advanced multi-display setups, depending on display support.

This GPU also supports modern graphics and compute APIs as listed by Palit: Microsoft DirectX 12 Ultimate, OpenGL 4.6, and Vulkan 1.4. These standards are important because they define compatibility with current game engines and graphics applications. DirectX 12 Ultimate is a common baseline for modern Windows gaming feature sets, while Vulkan and OpenGL support broader software compatibility across many applications and engines.

On the NVIDIA platform side, Palit lists the GPU architecture as Blackwell, along with 4th Generation Ray Tracing Cores and 5th Generation Tensor Cores. These core types are foundational to the RTX platform: ray tracing cores accelerate ray tracing calculations used by supported games and applications, and tensor cores accelerate AI workloads used by supported features and software functions. Palit also lists support for NVIDIA DLSS 4 and NVIDIA Reflex 2, which are NVIDIA ecosystem technologies used by supported games to enhance performance characteristics and responsiveness behavior. In addition, Palit lists ecosystem compatibility items such as NVIDIA Broadcast, Resizable BAR, NVIDIA App, and other NVIDIA features that are used depending on your software environment and preferences.

For creators, streamers, and users who record gameplay, the listed hardware video engines matter. Palit specifies NVIDIA Encoder (NVENC): 2 x 9th Generation and NVIDIA Decoder (NVDEC): 1 x 6th Generation. Hardware encoding and decoding support can reduce CPU load in streaming, recording, and playback workflows in compatible applications. This is especially relevant as modern codecs and high-resolution capture workflows become more common. Palit also lists an included accessory: Power Cable, supporting installation and power connectivity.

Physical compatibility is the last critical component of a clean build. Palit lists the card as a 3-slot design with a board size of 331.9 x 127.1 x 60 mm. This is a large GPU footprint intended to support the cooling platform and sustained thermal stability. Builders should confirm case clearance (length and thickness), consider front radiator/fan clearance if applicable, and plan for proper airflow. A 3-slot card also impacts PCIe slot availability on the motherboard, so it’s worth considering if you plan to install additional expansion cards.

In summary, the PALIT GeForce RTX 5070 Ti GamingPro OC V1 16GB GDDR7 (NE7507TS19T2-GB2031Y) is a modern RTX 50 Series GPU solution defined by clear official specs—8960 CUDA cores, 2295 MHz graphics clock, boost up to 2482 MHz, 16GB GDDR7, 256-bit, 28 Gbps, 896 GB/s bandwidth, PCIe 5.0, 300W power, 750W recommended PSU, 16-pin x1 power connector, and modern outputs (DP2.1b x3 + HDMI 2.1b)—paired with practical build features like Dual BIOS, 0-dB fan mode, and a cooling/structure design aimed at stable, sustained operation.