629135-B22

Overview Of 629135-B22

Introducing the HP Ethernet 1Gb 4-port 331FLR Adapter, a cutting-edge solution for HP ProLiant Gen8 and Gen9 rack servers. Featuring advanced Ethernet integration in a single-chip design with FlexLOM form factor, this adapter paves the way for future-proof upgrades to 10GbE speeds. It ensures seamless, full line-rate performance across all ports while consuming minimal power, making it perfect for demanding tasks like virtualization, security, and network segmentation. Compatible with 10/100/1000Base-T technology, this adapter optimizes throughput and port density, enhancing network efficiency in any setup.
Unlock secure and scalable networking with the HP 331FLR Adapter. With support for encryption protocols and access controls, your data remains safeguarded. Explore scalability options and power supply flexibility, empowering you to customize your server setup effortlessly. Its PCI Express 2.0 x4 interface ensures reliable performance while the Plug-in Card form factor simplifies installation. This adapter not only meets but exceeds expectations with its impeccable reliability, robust security features, and seamless integration into modern network infrastructures.

Key Features	Description
Single-Chip Design	Streamlined performance with minimal power consumption.
FlexibleLOM Form Factor	Allows for future-proof upgrades to 10GbE speeds.
Full Line-Rate Performance	Ensures consistent high-speed data transfer across all ports.
10/100/1000Base-T Technology	Optimizes network throughput and port density for efficiency.
Security Protocols	Includes encryption protocols and access controls for data protection.
Scalability Options	Customize your network setup with ease for future expansion.
PCI Express 2.0 x4 Interface	Ensures reliable and consistent performance.
Plug-in Card Form Factor	Simplify installation and enhance system flexibility.
Reliability	Impeccable performance and robust security for peace of mind.
Network Integration	Seamless integration into modern network infrastructures for optimal efficiency.