NovaCore N205W

(15)

In Stock

| >10 in Storage

3499€*

* +19% VAT and Delivery Costs

An ultimate-tier workstation graphics card built for large-scale data science, real-time 8K video editing, and complex simulation workloads. It features expansive memory and certified drivers for mission-critical stability.

Technical Data

Boost Clock	2000 MHz
Memory Size	48 GB
Memory Type	HBM3 (ECC)
Memory Bus	4096-bit
Memory Bandwidth	2048 GB/s
Processing Cores	20,480
Tdp	350 W
Power Connectors	1x 16-pin
Outputs	1x Mini DisplayPort 2.0
Card Length	267 mm (Blower)

Product Description

The NovaCore N205W is the definitive tool for creative and scientific professionals. It is equipped with 48GB of HBM3 memory with ECC support, ensuring data integrity during intensive computation. The core architecture comprises 20,480 specialized processing units optimized for double-precision floating-point math and matrix operations. A single-slot, high-pressure blower design efficiently expels heat, making it ideal for dense, multi-GPU server racks and workstations. The N205W is certified for over 100 professional applications, guaranteeing stability and optimized performance in industries from architectural visualization to medical imaging.

Technical Data

Boost Clock	2000 MHz
Memory Size	48 GB
Memory Type	HBM3 (ECC)
Memory Bus	4096-bit
Memory Bandwidth	2048 GB/s
Processing Cores	20,480
Tdp	350 W
Power Connectors	1x 16-pin
Outputs	1x Mini DisplayPort 2.0
Card Length	267 mm (Blower)

Product Description

The NovaCore N205W is the definitive tool for creative and scientific professionals. It is equipped with 48GB of HBM3 memory with ECC support, ensuring data integrity during intensive computation. The core architecture comprises 20,480 specialized processing units optimized for double-precision floating-point math and matrix operations. A single-slot, high-pressure blower design efficiently expels heat, making it ideal for dense, multi-GPU server racks and workstations. The N205W is certified for over 100 professional applications, guaranteeing stability and optimized performance in industries from architectural visualization to medical imaging.