قصيرة: Curious about how this performs in practice? Join us for a hands-on look at the NVIDIA Mellanox ConnectX-6 network adapter. This video showcases real-world deployment cases, demonstrating how its 200Gb/s throughput and in-network computing capabilities accelerate AI training and cloud data centers. You'll see the advanced hardware offloads in action and learn how it delivers ultra-low latency for high-performance computing environments.
خصائص المنتج ذات الصلة:
Delivers unprecedented 200Gb/s throughput per port with dual-port QSFP56 InfiniBand connectivity.
Features PCI Express 4.0 x16 host interface with backward compatibility to Gen 3.0 for future-proof design.
Includes hardware-accelerated XTS-AES 256/512-bit block-level encryption for enhanced security.
Supports advanced in-network computing capabilities to offload computational tasks from host CPUs.
Enables ultra-low latency communication with support for up to 215 million messages per second.
Provides comprehensive virtualization support with SR-IOV for up to 1000 virtual functions.
Offers protocol support for InfiniBand, Ethernet, and RoCE v2 for versatile deployment.
Features adaptive routing with intelligent packet forwarding and out-of-order delivery support.
الأسئلة الشائعة:
What makes the ConnectX-6 different from previous generations?
The ConnectX-6 introduces in-network computing capabilities, higher port speeds of 200Gb/s, enhanced encryption, and improved virtualization support compared to earlier models.
Is this adapter compatible with existing InfiniBand infrastructure?
Yes, the ConnectX-6 network card maintains backward compatibility with lower-speed InfiniBand systems and can auto-negotiate to appropriate speeds.
What encryption standards are supported by this NIC card?
The card features hardware-accelerated XTS-AES encryption with 256/512-bit keys and complies with FIPS security standards.
Can this NIC card operate in both InfiniBand and Ethernet modes?
Yes, the adapter supports both InfiniBand and Ethernet protocols, though configuration is required for the specific operational mode.