Introduction, Conventions, Assumptions

Introduction

The Intel® Server Board Platform Confidence Test package provides a method to determine if an Intel-based server system is correctly assembled and functioning properly. The package provides three test suites for the onboard resources. The test suites included in the package are: the Quick Test, the Comprehensive Test, and a continuous loop of the Comprehensive Test. These tests can be run without user intervention.

At the start of each test, the Platform Confidence Test package probes for the hardware present and reports the identified components. The probe will indirectly identify many assembly and cabling errors, such as broken or improperly seated cables, because the associated hardware component will not be located.

Test results are reported directly to field replaceable units (FRUs), such as the installed processor modules, the server board, disks, and memory. Upon completion of the test, the test results are saved to the RESULT.LOG for viewing.

Conventions

In this document the following conventions are used:

•Selections you need to make from a screen are indicated in bold type, such as run file from current location

•Input that you need to type on your keyboard is indicated by bold and underlined text, such as a\:testmenu

•When you need to press a specific key on the keyboard, the text indicating the key that you should press is enclosed between brackets, such as <ENTER>

•Combinations of keys that must be pressed together are enclosed in brackets with a plus (+) between the keys, such as <CTRL+ALT+DEL>)

Assumptions

It is assumed that the integrator has configured a server with an Intel based server board and has worked with the following minimum components:

•The Intel server board integrated in an approved chassis

•At least one Intel processor

•A processor terminator

•A minimum memory configuration or greater, selected from the tested memory list for the board to be tested

•A floppy disk drive

•A hard disk drive

Refer to the server board tested memory document and the tested Hardware and Operating System document for Intel tested components. These documents can be found at the Intel Corporation support website http://support.intel.com/support/motherboards/server/

A96134-002 specifications

The Intel A96134-002 is a noteworthy component in the realm of semiconductor technology, representing a robust blend of performance and efficiency that caters to various computing needs. As a member of the Intel family, this processor integrates advanced technologies and features that make it suitable for both consumer and enterprise applications.

One of the distinguishing features of the A96134-002 is its multi-core architecture, which allows for enhanced parallel processing capabilities. This is crucial in today’s computing environment, where multitasking and efficiency are paramount. The multi-core design not only improves performance for demanding applications but also optimizes power consumption, allowing for longer operational times in portable devices.

The processor is built on Intel's 14nm manufacturing technology, which provides a higher transistor density. This leads to better performance per watt, and lower heat generation, which is particularly important in tightly packed systems. With its support for Intel's Turbo Boost Technology, the A96134-002 can dynamically adjust its clock speed to match the performance requirements of applications, ensuring that users receive the necessary power when they need it most.

Another significant aspect of the Intel A96134-002 is its support for advanced memory technologies. With support for DDR4 memory, this processor can handle higher bandwidths and larger capacities compared to its predecessors. This results in improved system responsiveness and is particularly beneficial for data-intensive applications such as video editing, gaming, and large-scale computations.

Additionally, the A96134-002 integrates Intel's security features, including various hardware-based safeguards to protect against unauthorized access and attacks. These features are essential in an era where cybersecurity is a growing concern, making this processor a reliable choice for sensitive environments.

Furthermore, the A96134-002 is compatible with a wide range of platforms, ensuring flexibility for various system designs. Whether used in desktops, laptops, or servers, this processor's versatility allows it to meet diverse user requirements effectively.

In summary, the Intel A96134-002 is a powerful and efficient processor showcasing advanced technologies and features that enhance performance, security, and flexibility. Its multi-core architecture, support for high-speed memory, and robust security measures make it a prime choice for both consumers and enterprises looking to boost their computing capabilities.