
( Brand: Supermicro ), ( Type: Board ), ( Unit Type: Unit ), ( Manufacturer Part Number: AOM-DP801-SW )
The Supermicro AOC-DP801-SW is a versatile Network Adapter Card designed specifically for use with NVIDIA Delta-Next GPUs. This adapter board expands the connectivity options for your GPU system, providing eight 10GbE SFP ports that support both data and console redirection.
The AOC-DP801-SW is built on the Marvell Prestera Switch ASIC, ensuring high performance and reliability. Each port on the adapter supports both full and half duplex modes, making it suitable for various network configurations. The card also features built-in support for IEEE 802.3az Energy Efficient Ethernet (EEE), which can help reduce power consumption in your data center.
The adapter board is designed with a compact form factor to fit easily into Supermicro GPU systems. It is also hot-pluggable, allowing for easy installation and replacement without requiring a power cycle of the system. Additionally, the AOC-DP801-SW supports both PCIe Gen3 x16 and Gen3 x8 interfaces, providing flexibility in terms of system configuration.
The Supermicro AOC-DP801-SW also includes several management features to help simplify system administration. It supports both IPMI 2.0 and BMC 2.0 for remote management, allowing you to monitor and control the adapter card from a remote location. The card also includes LED indicators for each port, providing real-time status information at a glance.
Overall, the Supermicro AOC-DP801-SW is an essential component for any GPU system that requires high-speed connectivity and flexible networking options. Its support for Delta-Next GPUs, compact form factor, hot-plug capability, and advanced management features make it a valuable addition to your data center infrastructure.
The Supermicro AOC-DP801-SW nic adaptor board is designed to enable the use of NVIDIA GPUs in 1U and 2U Supermicro server chassis that do not have built-in PCIe slots for GPU installation. This adaptor board comes with eight 10GbE SFP ports, making it an attractive option for data center environments that require high-speed network connectivity. Here are some pros and cons of buying this adaptor board for a Delta-Next GPU:
Pros:1. Enables use of GPUs in servers without PCIe slots: The AOC-DP801-SW adaptor board provides a solution for deploying GPUs in Supermicro servers that do not have PCIe slots.
2. High-speed network connectivity: The eight 10GbE SFP ports provide high-speed network connectivity, making it suitable for data-intensive workloads.
3. Support for multiple GPUs: The adaptor board supports up to two GPUs, enabling users to increase compute power in their servers.
4. Reduced cabling: The integrated network connectivity eliminates the need for separate network cables, simplifying server cabling.
Cons:1. Higher cost: The adaptor board comes at a higher cost compared to servers with built-in PCIe slots.
2. Additional complexity: Installing and configuring the adaptor board and GPUs may require additional expertise and time.
3. Limited expandability: The adaptor board only supports two GPUs, limiting the potential for future expandability.
In conclusion, the Supermicro AOC-DP801-SW nic adaptor board is a useful solution for deploying GPUs in servers without PCIe slots, offering high-speed network connectivity and support for multiple GPUs. However, it comes at a higher cost and additional complexity compared to servers with built-in PCIe slots, and its expandability is limited to two GPUs.
If you are in a situation where you need to deploy GPUs in a Supermicro server without PCIe slots and require high-speed network connectivity, the adaptor board may be a worthwhile investment. However, if expandability and cost are primary concerns, it may be worth considering servers with built-in PCIe slots instead. Ultimately, the decision depends on the specific requirements of your IT infrastructure and budget.
Serials may vary. Supermicro AOM-DP801-SW NIC Adaptor Board For Delta-Next GPU Systems. If you do not see it in the photo or block above, is included listing.