Name: G16565-301 Intel 2-Port IOM Carrier Card for HNS2600JF Module
Brand: Intel
SKU: G16565-301
Price: 117.64 USD
Availability: InStock
Rating: 4.8 (125 reviews)

Product Overview
The Intel G16565-301 carrier card provides two ports designed for the HNS2600JF Compute Module, enabling connection and communication within server or compute module environments. It supports input/output management and module expansion without additional components, fitting into Intel's server architecture ecosystem.

General Information
Brand	Intel

Technical Information
Series	HNS2600JF
product type	I/O Board, Carrier Card
Product Category	I/O Boards
Compatibility	HNS2600JF Compute Module

Miscellaneous
Assembly Required	No

Physical Characteristics
Form Factor	IOM carrier card
Weight	3.00
Condition	Refurbished

Product Description
The Intel G16565-301 is a 2-port IOM Carrier Card specifically designed for the HNS2600JF Compute Module. This carrier card provides an essential interface that enables the compute module to connect seamlessly with other components or systems. Typically utilized within server or data center infrastructures, this carrier card facilitates efficient module integration and communication. It is primarily intended for use by IT professionals and system integrators working with Intel compute modules. Key Features Two ports available for module connectivity and data transfer Compatibility with Intel HNS2600JF Compute Module Enables robust integration within server or compute environments Designed to handle input/output management for attached modules Facilitates expansion and interface flexibility This carrier card plays a critical role in enabling the HNS2600JF Compute Module to interface properly within a broader system architecture. It ensures that the compute module's capabilities are accessible and extendable, supporting operational needs in data center and enterprise computing settings.

Use Cases
The G16565-301 carrier card is typically used in data centers and enterprise server environments where the Intel HNS2600JF Compute Module is deployed. It supports workloads requiring modular compute expansion and efficient I/O handling. How It's Used: Connecting the HNS2600JF Compute Module to server systems requiring modular expansion Facilitating input/output operations in server environments using Intel compute modules Supporting infrastructure setups where compact, modular compute and networking are needed Integration into compute clusters for workload distribution Use in enterprise environments focusing on scalable compute solutions Overall, this carrier card serves as a fundamental interface component that allows the compute module to function within larger operational systems, ensuring connectivity and communication for varied compute tasks.

FAQ's
What compute module is the G16565-301 carrier card designed for? The G16565-301 carrier card is specifically designed to work with the Intel HNS2600JF Compute Module, providing essential connectivity and interface support. How many ports does this carrier card provide? This carrier card includes 2 ports, enabling data transfer and connectivity between the compute module and other system components. Can the G16565-301 be used with other Intel modules? The carrier card is designed exclusively for the HNS2600JF Compute Module; compatibility with other Intel modules is not indicated. What environments typically use this carrier card? It is primarily used in server and data center environments where modular compute infrastructure based on Intel technology is deployed. Does this card handle input/output management? Yes, the G16565-301 facilitates input/output operations for the connected compute module to ensure proper communication within the system. Is additional hardware required to install this carrier card? The card is designed for direct integration with the HNS2600JF Compute Module and does not specify additional hardware requirements for installation.

G16565-301 Intel 2-Port IOM Carrier Card for HNS2600JF Module

Product Overview

General Information

Technical Information

Miscellaneous

Physical Characteristics

Product Description

Use Cases

FAQ's