Mellanox BlueField-3 DPU Data Processing Unit 400GbE MBF3H332A-EEEOT

Mellanox BlueField-3 DPU Data Processing Unit 400GbE MBF3H332A-EEEOT

Brand: Mellanox | Category: Network Adapters & NICs

SKU: MBF3H332A-EEEOT | Part #: MBF3H332A-EEEOT | MPN: MBF3H332A-EEEOT

Contact for Pricing — Request a Quote

Request a Quote Contact Us

About the Mellanox BlueField-3 DPU Data Processing Unit 400GbE MBF3H332A-EEEOT

The Mellanox BlueField-3 DPU is a data processing unit engineered for infrastructure offload in enterprise data centers. It integrates a high-performance ARM-based processor with dual 400GbE network ports, enabling hardware-accelerated processing of networking, storage, and security workloads independent of the host CPU. The DPU architecture supports in-network compute, allowing organizations to offload zero-trust security policies, encryption, and packet processing to dedicated silicon while preserving host CPU cycles for application workloads.

BlueField-3 is purpose-built for NVMe-oF (NVMe over Fabrics) acceleration, storage disaggregation, and software-defined networking at scale. The unit supports DPDK, CUDA, and standard Linux environments, enabling flexible deployment across hyperscale, financial services, and cloud infrastructure environments. With 400GbE connectivity and hardware offload capabilities, the DPU reduces latency-sensitive operations and improves aggregate system throughput in demanding multi-tenant architectures.

The MBF3H332A-EEEOT variant is a single-socket design configured for data center integration, supporting PCIe 5.0 connectivity to host systems. This model addresses infrastructure modernization for organizations prioritizing security posture hardening, storage fabric optimization, and efficient resource utilization in constrained power and space footprints.

Ideal for

  • Zero-trust network security enforcement: Hardware-accelerated packet inspection, authentication, and encryption policies independent of host CPU
  • NVMe-oF target and initiator acceleration: Offloaded storage protocol processing for high-performance fabric connectivity
  • Disaggregated storage architecture: Network-attached processing for data reduction, tiering, and caching workflows
  • DDoS mitigation and threat detection: In-network filtering and anomaly detection at line rate
  • Multi-tenant cloud platform isolation: Hardware-enforced tenant segmentation and traffic steering
  • Software-defined networking (SDN) forwarding: Programmable packet processing and network function virtualization

Technical specifications

ManufacturerMellanox
BrandMellanox
ModelBlueField-3 DPU
Part NumberMBF3H332A-EEEOT
Product CategoryData Processing Unit (DPU) / Infrastructure Offload Card
Network Ports2× 400GbE QSFP112-DD
Port Speed400 Gbps per port
Total Network Bandwidth800 Gbps aggregate
Processor ArchitectureARM-based
PCIe InterfacePCIe 5.0
Memory16 GB GDDR6 on-board
Form FactorSingle-socket PCIe card
Supported ProtocolsEthernet, TCP/IP, UDP, VXLAN, NVME-oF, iSCSI, RoCE
Offload CapabilitiesEncryption, packet filtering, traffic steering, storage protocol acceleration
Operating System SupportLinux, DPDK, CUDA
Launch DateQ1 2023
Typical DeploymentData center infrastructure, cloud platforms, hyperscale environments

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.

Technical Specifications

BrandMellanox
CategoryNetwork Adapters & NICs
SKUMBF3H332A-EEEOT
Part NumberMBF3H332A-EEEOT
ConditionNew
ModelBlueField-3 DPU
Product CategoryData Processing Unit (DPU) / Infrastructure Offload Card
Network Ports2× 400GbE QSFP112-DD
Port Speed400 Gbps per port
Total Network Bandwidth800 Gbps aggregate
Processor ArchitectureARM-based
PCIe InterfacePCIe 5.0
Memory16 GB GDDR6 on-board
Form FactorSingle-socket PCIe card
Supported ProtocolsEthernet, TCP/IP, UDP, VXLAN, NVME-oF, iSCSI, RoCE
Offload CapabilitiesEncryption, packet filtering, traffic steering, storage protocol acceleration
Operating System SupportLinux, DPDK, CUDA
Launch DateQ1 2023
Typical DeploymentData center infrastructure, cloud platforms, hyperscale environments