PNY DGXSPARK-BUNDL-CABLE 0.5m QSFP112 400G DAC Twinax
The estimated delivery time is provided by the carriers. It allows you to determine the expected date when your order will reach you.
This passive copper cable offers a direct, low-latency connection for NVIDIA DGX Spark, supporting 400G bandwidth with QSFP112 connectors.
> Passive DAC Twinax cable for direct attachment
> Bandwidth of 400G using QSFP112 connectors
> Length of 0.5 m (50 cm)
> 32 AWG wire gauge for optimal performance
> Compatible with NVIDIA and Mellanox DGX Spark
Ideal solutions for your business
Express delivery of equipment worldwide
Implementation support guaranteed
Customer first
OPTIMISED CONNECTIVITY FOR NVIDIA DGX SPARK SYSTEMS
The PNY DGX Spark Bundle Cable is meticulously crafted for seamless integration with NVIDIA DGX Spark platforms. This passive Direct Attach Copper (DAC) Twinax cable ensures a direct, low-latency connection between AI and HPC devices, facilitating optimal performance without any compromise on bandwidth. With a robust design tailored for high-demand environments, this cable is an essential accessory for professionals seeking reliable and efficient data transfer.
EXCEPTIONAL BANDWIDTH WITH QSFP112 TECHNOLOGY
Equipped with QSFP112 connectors, the PNY DGXSPARK-BUNDL-CABLE delivers an impressive bandwidth of 400G, making it ideal for data-intensive applications. This high-speed capability is crucial for environments that require rapid data processing and transfer, such as artificial intelligence and high-performance computing. The cable's 32 AWG construction further enhances its performance, ensuring minimal signal loss and maximum efficiency.
COMPACT AND EFFICIENT DESIGN FOR VERSATILE USE
Measuring 0.5 metres in length, the PNY DGX Spark Bundle Cable strikes the perfect balance between compactness and functionality. Its design allows for easy installation in tight spaces while maintaining high performance standards. Compatible with both NVIDIA and Mellanox DGX Spark systems, this cable is a versatile solution for professionals looking to enhance their network infrastructure with reliable, high-speed connectivity.