MQM9790-NS2R 64-port Non-blocking Unmanaged NDR 400Gb/s InfiniBand Smart Switch

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NVIDIA MQM9790-NS2R Quantum-2 NDR InfiniBand Switch, 64-ports NDR 400Gb/s, 32 OSFP Ports, Unmanaged, Connector-to-power (C2P) Airflow (reverse), with 1-year Service

Name: NVIDIA MQM9790-NS2R Quantum-2 NDR InfiniBand Switch, 64-ports NDR 400Gb/s, 32 OSFP Ports, Unmanaged, Connector-to-power (C2P) Airflow (reverse), with 1-year Service
Brand: Naddod
SKU: 102411
Price: 24185.00 USD
Availability: OnlineOnly
Rating: 5.0 (18 reviews)

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Model: MQM9790-NS2R|790-SN9N0Z+P2CMI12 | SKU: 920-9B210-00RN-0D0

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In Stock: Available

$ 24185.00

Switch Types:

MQM9790-NS2R

MQM9790-NS2R

Brand:

NVIDIA/Mellanox (InfiniBand)

Service:

790-SN9N0Z+P2CMI12 | 1 Year

790-SN9N0Z+P2CMI36 | 3 Years

790-SN9N0Z+P2CMI60 | 5 Years

790-SN9N0Z+P2CMI12 | 1 Year

790-SN9N0Z+P2CMI36 | 3 Years

790-SN9N0Z+P2CMI60 | 5 Years

Item Spotlights

64 ports of 400Gb/s (NDR) over 32 OSFP cages.
51.2Tb/s aggregate bandwidth.
Internally managed with on-board subnet manager.
Connector-to-power (C2P) airflow (reverse).
1+1 redundant and hot-swappable power.
Support RDMA,adaptive routing,SHARPV3,congestion control,self-healing networking.
Support Fat Tree,SlimFly,DragonFly+,multi-dimensional Torus, and more.

NVIDIA MQM9790-NS2R Quantum-2 NDR InfiniBand Switch, 64-ports NDR 400Gb/s, 32 OSFP Ports, Unmanaged, Connector-to-power (C2P) Airflow (reverse), with 1-year Service

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Specifications

Applications

Product Highlights

Questions & Answers

Resources

Specifications

Applications

Product Highlights

Questions & Answers

Resources

Description

NVIDIA MQM9790-NS2R Quantum-2 NDR InfiniBand Switch, 64-ports NDR 400Gb/s, 32 OSFP ports, unmanaged, connector-to-power (C2P) airflow (reverse)

The NVIDIA Quantum-2-based QM9790 switch systems deliver an unprecedented 64 ports of NDR 400Gb/s InfiniBand per port in a 1U standard chassis design. A single switch carries an aggregated bidirectional throughput of 51.2 terabits per second (Tb/s), with a landmark of more than 66.5 billion packets per second (BPPS) capacity. The externally managed QM9790 switch can utilize the advanced NVIDIA Unified Fabric Manager (UFM®) feature sets to empower data center operators to efficiently provision, monitor, manage, preventatively troubleshoot, and maintain the modern data center fabric, to realize higher utilization and reduce overall opex.

Specifications

Part Number

MQM9790-NS2R

Mount Rack

1U rack mount

Ports

32x OSFP (64x 400Gb/s)

Management

Unmanaged

Airflow

connector-to-power (C2P)

Switching Capacity

51.2Tb/s

Software

MLNX-OS

EMC (emissions)

CE, FCC, VCCI, ICES, RCM

System memory

Single 8GB

Storage

M.2 SSD SATA 16GB 2242 FF

Product safety compliant/certified

RoHS, CB, cTUVus, CE, and CU

Dimensions (HxWxD)

1.7” (H) x 17.2” (W) x26” (D)
43.6mm (H) x 438mm (W) x 660mm (D)

Temperature

Operational: 0℃to 40℃
Non-Operational: -40℃ to 70℃

Connectivity Solutions

Compute Fabric Topology for 127-node DGX SuperPOD

Each DGX H100 system has eight NDR400 connections to the compute fabric. The fabric design maximizes performance for AI workloads, as well as providing some redundancy in the event of hardware failures.

Applications

Product Highlights

SHARP Technology: Low Latency Data Reduction and Streaming Aggregation

Adaptive Routing

Intelligent selection of optimal network paths to reduce latency, alleviate congestion, and achieve dynamic load balancing.

SHIELD: Fast Network Link Self-Healing for Enhanced Availability

GPU Direct RDMA: Optimizing CPU Efficiency and Accelerating Data Transfer Performance

Reduces CPU load, lowers latency, and boosts data transfer speed and bandwidth utilization, enhancing HPC and deep learning performance.

NCCL: Library for Accelerating Multi-GPU Communication

Facilitates collective and point-to-point communication between multiple GPUs, improving data transfer efficiency.

Questions & Answers

Ask a Question

Can the same module on an NDR switch have one port connected to an NDR cable and another port connected to an NDR200 1-to-2 cable?

Yes, this is possible, but the switch side needs to configure port splitting for the NDR port.

Is there a difference in the number of management nodes between the switch management function, the openSM subnet manager of the network card, and UFM? Which option is more suitable for customers during deployment?

Managed switches are suitable for managing up to 2,000 nodes, while UFM and OFED's openSM have unlimited node management capabilities, depending on the CPU and hardware processing capacity of the management nodes.

Can the NDR switch support downward compatibility?

Yes, it can achieve downward compatibility by reducing the speed. The 400G NDR ports on the NDR switch can be downshifted to 200G to connect to the CX6 VPI 200G HDR network card.

Does the IB switch support Ethernet?

Currently, there are no switches that support both IB and Ethernet simultaneously. According to IB standards, Ethernet data (IPv4, IPv6) can communicate over the IB network in a tunneled format (IPoIB).

What is the difference between managed and unmanaged IB switches?

Managed switches run a Network Operating System (NOS), similar to standard Ethernet switches. They allow direct login and configuration through a dedicated management port and provide subnet manager functionality (which can be enabled as needed). Unmanaged switches, on the other hand, do not have a CPU and do not run a NOS; configuration is performed through a remote configuration tool, mlxconfig.

Are the management functions of the switch, the opensm subnet manager of the network card, and UFM the same thing? What is UFM?

The subnet manager is an essential network controller for IB networks, providing a range of functions such as network initialization, routing, and partitioning. It can be deployed on managed IB switches, as well as on Linux servers equipped with IB cards and OFED drivers, and is one of the many components of UFM. UFM is a comprehensive platform that includes several types, such as telemetry, Enterprise, and Cyber-AI. Taking UFM Enterprise, the most widely used application, as an example, UFM offers web-based management, monitoring, and analysis of the entire network. UFM can manage the entire IB network through in-band management and monitor the IB network end-to-end, including HCA (IB network cards), cables, and IB switches. The server deploying UFM must meet the requirements of the UFM software (UFM Telemetry/Enterprise) and be equipped with an IB card to provide in-band IB connectivity.

The NDR 9700/9790 switches claim to have 64 400G ports, but why do they only feature 32 OSFP ports?

Due to size and power constraints, the 1U panel of the NDR switch can only accommodate 32 cages (OSFP). Each OSFP port provides two independent 400G connections, referred to as Twin-port 400G.

What is the difference between P2C and C2P airflow in IB switches?

P2C stands for power-to-connector, while C2P stands for connector-to-power.