Intel S3200SH, S3210SH manual Adapter / Peripheral Compatibility and Stress Testing

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Introduction

Intel® Server Boards S3210SH/S3200SH

Intel will NOT provide support for issues related to use of any add-in adapters or peripherals installed in the server system when an operating system that received basic installation testing only is in use.

Support is defined as assistance in root causing issues, and determining a customer acceptable resolution to the issue associated with the operating system. The resolution may include, but is not limited to, on-board controller driver changes, engaging the vendor for resolution, BIOS changes, firmware changes, or determining a customer acceptable workaround for the issue.

1.1.2Adapter / Peripheral Compatibility and Stress Testing

Adapter / Peripheral Compatibility and Stress testing is performed only on the most current release of a supported operating system at the time of a given validation run. The Adapter / Peripheral Compatibility and Stress testing process consists of three areas: Base Platform, Adapter Compatibility, and Stress.

Base Platform: Each base platform will successfully install a given operating system, successfully run a disk stress test, and successfully run a network stress test.

Adapter Compatibility: Adapter compatibility validation (CV) testing uses test suites to gain an accurate view of how the server performs with a wide variety of adapters under the primary supported operating systems. These tests are designed to show hardware compatibility between the cards and the server platform and include functional testing only. No heavy stressing of the systems or the cards is performed for CV testing.

Stress Testing: This test sequence uses configurations that include add-in adapters in all available slots, (depending on chassis used) for a minimum 72-hour test run without injecting errors. Each configuration passes an installation test, a Network/Disk Stress test, and tape backup test. Any fatal errors that occur will require a complete test restart.

1.1.2.1Support Commitment for Adapter / Peripheral Compatibility and Stress Testing

Intel commits to provide the following level of customer support for operating systems that receive Adapter / Peripheral Compatibility and Stress testing:

Intel will provide support for customer issues with these operating systems involving installation and/or functionality of the server board with or without the adapters and peripherals listed in this document as having been tested under the particular operating system.

Support is defined as assistance in root causing issues, and determining a customer acceptable resolution to the issue associated with the operating system. The resolution may include, but is not limited to, on-board controller driver changes, engaging the vendor for resolution, BIOS changes, firmware changes, or determining a customer acceptable workaround for the issue.

Intel will provide and test operating system drivers for each onboard video, network, and storage controller.

Intel will enable vendors to provide driver support for add-in adapters using these operating systems.

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Contents Intel Server Boards S3210SH/S3200SH Revision History Disclaimers IiiTable of Contents Support Commitment for Basic Installation Testing IntroductionAdapter / Peripheral Compatibility and Stress Testing Pass/Fail Test Criteria Base System Configurations BiosSupported Operating Systems Operating System Certifications S3210SHLRef SCO UnixWare Adapters and Peripherals Network Interface Controllers NICs Scsi RAID ControllersScsi Controllers Sata RAID ControllersSAS RAID Controllers PCI-LPSASWT4I CD-RW /DVD ROM Combo Drives Video ControllersSlim Line DVD±R/RW DVD ROM DrivesKVM Switches Input DevicesTape Drives Hard Disk Drives

S3210SH, S3200SH specifications

Intel's S3200SH and S3210SH are part of the company's esteemed line of embedded solutions, specifically tailored for demanding industrial and commercial applications. Both models leverage Intel's robust architecture, providing a versatile platform for various deployment scenarios.

The S3200SH is primarily designed for applications requiring high performance and energy efficiency. It integrates Intel's powerful multi-core processors, capable of processing complex tasks with ease. This server-grade board is equipped with support for Intel Virtualization Technology, enabling improved resource allocation and operational flexibility. Additionally, it boasts dual-channel DDR3 memory support, allowing for greater bandwidth and overall system performance.

On the other hand, the S3210SH builds on the strengths of the S3200SH, offering enhanced features that cater to more demanding industrial environments. The S3210SH includes enhanced graphics capabilities via Intel HD Graphics technology, which is ideal for applications that require advanced visualization and data processing. Furthermore, it supports higher memory capacities and expanded connectivity options, making it suitable for larger-scale systems or applications that integrate multiple peripherals.

Both models prioritize reliability and stability, featuring passive thermal management solutions that enable continuous operation in challenging environments. This is complemented by Intel's comprehensive security features, including Intel Trusted Execution Technology, which protects against malware and unauthorized access, ensuring the integrity of critical data.

In terms of connectivity, the S3200SH and S3210SH offer multiple I/O options, including USB, serial, and Ethernet interfaces, facilitating seamless integration into existing networks and systems. Their compact form factor and rugged design make them ideal for transportation, telecommunications, and industrial automation applications.

Both motherboards are also backed by Intel's extensive support ecosystem, ensuring that developers have access to the resources they need to optimize their applications. The combination of performance, scalability, and advanced connectivity solidifies the S3200SH and S3210SH as compelling choices for enterprises looking to leverage the power of Intel's technology in their embedded systems. Overall, these boards represent a blend of innovation and reliability, designed to meet the evolving needs of the market while delivering outstanding value.