HPE 854194-B21

10Gb Ethernet Pass-Thru TAA Module

The HPE 854194-B21 10Gb Ethernet Pass-Thru TAA Network Switch Moduleis purpose-built for enterprises, government, and public sector organizations requiring high-speed, secure, and compliant network connectivity. Designed for TAA (Trade Agreements Act) compliance, it ensures reliable integration in environments where government or regulated deployment is mandatory. With its straightforward pass-thru design, the module delivers low-latency, direct server-to-network connections without the overhead of complex switching.This module is ideal for customers who want the simplicity of transparent pass-thru connectivity while maintaining the flexibility to connect servers and blade infrastructures to high-speed 10GbE networks. Whether used in a data center, enterprise IT backbone, or government deployment, the HPE854194-B21 delivers trusted performance, reliability, and compliance.

Features

The HPE854194-B21 Pass-Thru Module provides a streamlined solution for blade server environments that require fast, direct Ethernet connectivity. Unlike traditional switching modules, it operates as a transparent pass-thru device, significantly reducing configuration complexity while maintaining maximum throughput. This makes it an excellent option for environments where speed, reliability, and compliance are priorities.Its support for 10Gb Ethernet ensures high-performance connectivity for bandwidth-intensive workloads such as virtualization, storage networking, and clustered computing. By offering a simple plug-and-play design, the module reduces administrative overhead and integrates easily into existing network infrastructures. The TAA compliance further enhances its suitability for U.S. federal and government IT deployments.

Advanced Options

The HPE854194-B21 10Gb Ethernet Pass-Thru TAA Module is engineered for environments that demand compliance and reliability without unnecessary complexity. Its pass-thru architecture eliminates additional processing layers, delivering ultra-low latency performance directly to network-connected servers. This ensures high efficiency in data transfer for workloads such as storage replication, virtualization, and large-scale enterprise applications.