GeForce RTX 30 GPU

Ampere Architecture

Utilizes Samsung 8nm process with doubled FP32 throughput per Streaming Multiprocessor (SM), enabling 128 FP32 operations per clock for superior compute performance.

Second-Gen RT Cores

Dedicated ray tracing hardware accelerates real-time lighting, shadows, and reflections by processing complex BVH traversal and ray-triangle intersection calculations up to 1.7x faster than Turing.

Third-Gen Tensor Cores

AI acceleration cores support FP16, bfloat16, TF32, and sparsity, powering NVIDIA DLSS 2.0 for AI-upscaled rendering that boosts frame rates without quality loss.

Advanced Memory Subsystem

GDDR6/GDDR6X memory with wider buses (320–384-bit) and doubled L1 cache/shared memory bandwidth (up to 219 GB/s on RTX 3080) eliminates bottlenecks in 4K gaming.

NVLink Support

RTX 3090 enables 2-way GPU interconnect for 112.5 GB/s bidirectional bandwidth, ideal for multi-GPU rendering and professional visualization workflows.

PCIe Gen 4 Interface

Full x16 bandwidth support doubles data transfer rates over Gen 3, ensuring minimal latency for DirectStorage and Resizable BAR technologies.

Multi-Instance GPU (MIG)

Partition single GPU into isolated instances for virtualization, allowing multiple users or workloads to share resources securely.

GPU Architecture

• Architecture: NVIDIA Ampere — enhanced ray tracing and AI performance
• Process Technology: Samsung 8 nm custom process
• CUDA Cores: Up to 10,752 cores (RTX 3090 Ti), scaling across the series
• RT Cores: 2nd-generation Ray Tracing Cores
• Tensor Cores: 3rd-generation Tensor Cores for AI and DLSS
• RTX IO: GPU-accelerated storage I/O for faster data streaming

Compute & Performance

• CUDA parallel processors for general-purpose GPU computing
• 2nd Gen RT Cores accelerate real-time ray tracing
• 3rd Gen Tensor Cores power DLSS and AI inference
• High Shader and Tensor TFLOPS for parallel workloads

Memory & Bandwidth

• GDDR6X memory on higher-tier GPUs for increased bandwidth
• Memory interfaces up to 384-bit for maximum throughput
• Optimized for large datasets and high-resolution rendering

AI & DLSS Features

• DLSS support across RTX 30 series using Tensor Cores
• NVIDIA Broadcast and Studio features
• AI-enhanced streaming, collaboration, and workflows

Power & Cooling

• TDP Range: ~170 W to ~450 W depending on model
• Requires robust power delivery and cooling
• PCIe 8-pin and modern 12-pin power connectors supported

Ampere Architecture

GeForce RTX 30 GPU leverages NVIDIA's Ampere architecture with Samsung 8nm process for doubled FP32 performance per Streaming Multiprocessor.

Second-Gen RT Cores

Dedicated ray tracing cores enable real-time lighting, shadows, and reflections up to 1.7x faster than previous generation.

Third-Gen Tensor Cores

AI acceleration with FP16, bfloat16, TF32 support powers DLSS 2.0 for AI-upscaled gaming with maximum frame rates.

GDDR6X Memory

Up to 24GB GDDR6X memory (RTX 3090) with 384-bit bus delivers massive bandwidth for 4K/8K gaming and content creation.

PCIe Gen 4

Full x16 PCIe 4.0 interface doubles data transfer speeds for DirectStorage and Resizable BAR technologies.

NVLink Support

RTX 3090 features 112.5 GB/s bidirectional NVLink for multi-GPU professional workflows and rendering.

4K Gaming Ready

HDMI 2.1 and DisplayPort 1.4a support 4K@120Hz gaming with G-SYNC and HDR capabilities.

Multi-Instance GPU

MIG partitioning enables secure virtualization for multiple users or concurrent workloads.

NVIDIA Reflex

Reduces system latency for competitive gaming with precise targeting and faster reaction times.

RTX Video Enhancement

AI-powered upscaling and noise removal transforms standard videos to near-4K quality in browsers.