Name: 700064-B21 HPE 2-Port 20Gb 630FLB PCIe Network Adapter
Brand: HPE
SKU: 700064-B21
Price: 73.47 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The 700064-B21 HPE 2-Port 20Gb 630FLB network adapter delivers dual 20 Gigabit Ethernet ports intended for HPE server integration. It connects via PCIe to provide increased network bandwidth and supports the 630FLB model specifications tailored for performance within compatible server environments.

General Information
Brand	HPE

Technical Information
Product Type	Mezzanine NIC
Data Rate (Speed)	10GbE
Number of Ports	2-Port (Dual)
Bracket Height	Internal/Mezzanine

Connectivity & Physical
Form Factor	Mezzanine (LOM)
Port Type	SFP+
Weight	3.00
Condition	Refurbished

Miscellaneous
Assembly Required	No

Product Description
The 700064-B21 HPE 2-Port 20Gb 630FLB network adapter provides dual 20 Gigabit Ethernet ports designed for integration with HPE server platforms. It is used to enhance network connectivity capacity and bandwidth within data centers or enterprise environments. This adapter is typically employed by IT professionals managing server infrastructure who require increased network throughput and efficient data handling capabilities. Key Features Dual 20Gb Ethernet ports for increased network bandwidth Designed specifically for HPE server compatibility Supports PCI Express interface for host connection Model 630FLB ensures optimized performance on supported systems Enables improved network traffic management in complex environments By deploying this network adapter, organizations can accommodate demanding networking workloads and enhance server communication capabilities. It plays a critical role in maintaining efficient data transfer rates and network stability within infrastructure setups.

Use Cases
This network adapter is typically used in enterprise and data center settings where enhanced network throughput is essential. It supports workloads requiring high-speed data transfer and benefits IT teams managing HPE server deployments. How It's Used: Increasing network bandwidth in HPE server configurations Supporting virtualization environments demanding high data rates Handling storage network traffic in SAN or NAS setups Facilitating clustered server communications Enhancing throughput for database and analytics workloads Its role is focused on improving network connectivity and data handling within complex IT infrastructures. It supports operational requirements where dual 20Gb Ethernet connections are necessary for maintaining network performance.

FAQ's
What servers is the 700064-B21 compatible with? This network adapter is designed specifically for use with HPE server platforms that support the 630FLB model. Compatibility depends on the server's hardware specifications and PCIe slot availability. What type of interface does this adapter use? The 700064-B21 connects to servers via a PCI Express (PCIe) interface, providing a standard connection for data transfer between the adapter and the host system. What network speeds does the 630FLB support? The adapter supports dual 20 Gigabit Ethernet ports, enabling network speeds of up to 20Gb per port. This supports high-bandwidth applications and network traffic. How many ports does the 700064-B21 have? This model features two independent network ports, allowing for increased network throughput and redundancy if configured accordingly. Is this adapter suitable for storage area networks? The dual 20Gb ports support high data transfer, making the adapter suitable for storage network environments such as SAN or NAS where fast and reliable network connections are necessary. Does the adapter require special drivers for installation? Installation requires drivers compatible with the HPE server operating system to ensure proper operation. These drivers are typically provided by HPE or included in the server's support resources.

700064-B21 HPE 2-Port 20Gb 630FLB PCIe Network Adapter

Product Overview

General Information

Technical Information

Connectivity & Physical

Miscellaneous

Product Description

Use Cases

FAQ's