NVIDIA RTX A1000 8GB Workstation Graphics Card (900-5G172-2580-000)

Leadtek nVidia RTX A1000 8GB (ATX Bracket)

The NVIDIA RTX A1000 (part number (900‑5G172‑2580‑000) is a compact, low‑profile GPU built on the NVIDIA Ampere architecture. Despite its small size, it delivers real‑time ray tracing, AI acceleration, and professional‑class graphics performance. With 8 GB of GDDR6 memory, PCIe 4.0 x8 interface, and multi‑display support, it is ideal for workstation builds, content creation, CAD / 3D modelling workflows, and multi‑monitor productivity setups — especially in systems with space or power constraints.

Key Features

• Compact Low‑Profile Design

RTX A1000 comes in a single‑slot, low‑profile form factor. Its small size and single‑slot design make it suitable for small‑form‑factor PCs or workstations where space is limited.

• 8 GB GDDR6 Memory + 128‑bit Bus

Equipped with 8 GB of GDDR6 VRAM and a 128‑bit memory bus, delivering a memory bandwidth of 192 GB/s. This ensures smooth handling of professional workloads, high‑resolution textures, and large datasets in design, editing, or visualization tasks.

• Ampere Architecture with CUDA, RT, and Tensor Cores

Powered by the NVIDIA Ampere GPU architecture, the card includes 2,304 CUDA cores, 18 second‑generation RT cores for real‑time ray tracing, and 72 third‑generation Tensor cores for AI‑accelerated tasks. This enables efficient rendering, GPU‑accelerated compute workloads, AI‑based processing, and ray‑traced visualization in professional apps.

• Multi‑Display Output, Up to 4 Monitors & 8K Support

The card supports up to 4 simultaneous displays via four Mini‑DisplayPort 1.4a outputs. It can drive resolutions up to 7680 × 4320 (8K), making it suitable for multi‑monitor productivity, high‑resolution content editing, and professional visualization.

• Efficient Low Power Consumption

With a typical board power (TDP) of only 50 W, this GPU offers high performance while drawing minimal power. This low power footprint reduces thermal and PSU demands, making it an efficient choice for compact or energy‑sensitive systems.

Technical Specifications