MELLANOX MCX75310AAS-HEAT Connectx-7 Adapter Card 200gb/s Ndr200 Ib Single-port OSFP

• Brand Name:- Mellanox/NVIDIA
• Part Number:- MCX75310AAS-HEAT
• Product Category:- Adapter Cards
• Interface:-  Single-port OSFP
• Connectivity:-  200GbE / NDR200 IB (default mode)
• PCIeInterface:- PCIe 5.0 x16
• SecurityFeatures:- Crypto Disabled, Secure Boot Enabled
• FormFactor:- HHHL (Half-Height, Half-Length)
• Operating Temperature:- 0°C to 55°C
• Storage Temperature:- -40°C to 85°C
• Bracket:- Tall Bracket
• Product Size:-  Pcie Half Height, Half Length 2.71 In. X 6.6 In. (68.90mm X 167.65 Mm)
• If you need an NVIDIA MCX755106AS-HEAT, we have

We kept stock in New, Used, and Refurbished condition.

MCX75310AAS-HEAT

The Mellanox MCX75310AAS-HEAT ConnectX-7 is a Network Adapter Card that can support 200G Ethernet and NDR InfiniBand data transfer. It has integrated one-port OSFP for data transport and to design versatile networks by using an Octal Small Form Factor Pluggable interface. This adapter card is typically used to connect high-speed switches like Mellanox’s SN3000 series, SN2700, SN2100, SN3700, SN3410, and SN2010, enabling low-latency connections between servers and data centers.

With PCIe 5. This does not support x16, yet the card comes with the kind of bandwidth that is well-applicable in rigorous areas such as AI, big data, and cloud computing. The “HEAT” in the product name symbolizes High-efficiency airflow technology that is incorporated into the card to fit the closely compacted server environment appropriately.

FAQs

What is the highest manageable bandwidth in an MCX75310AAS-HEAT multi-coaxial connector?

The card does connect with a modulation that can go up to a maximum bandwidth of 200 Gbps.

Is the MCX75310AAS-HEAT an issue when I attempt to connect your device to Mellanox switches?

Well, it does support Mellanox SN3000 series switches as a matter of fact.

What does the letter OSFP stand for in OSFP?

In this regard, OSFP stands for Octal Small Form-Factor Pluggable which is a type of interface transceiver density.