Optimize Boot Time with Xeon D-1541 and Intel Optane SSD DC P4800X Series

Table of Contents:

1. Introduction
2. Benchmark Setup
3. System Configuration
4. Test Results and Analysis
5. Comparison with Windows Server 2016
6. Implications for Older Systems
7. Monitoring CPU Usage
8. Out-of-Band Connection
9. BIOS Configuration
10. The Importance of Boot Time testing

Introduction

In this article, we will be conducting stopwatch tests on the boot time of an Intel obtained on a Xeon D system running Windows 10. We will be using an Intel PCIe SSD, the PD 4800X, in the system. Before we dive into the test results, let's take a look at the benchmark setup and the system configuration.

Benchmark Setup

To accurately measure the boot time, we will be using a stopwatch and starting it when we see the Windows logo appear. We will be repeating the test multiple times to ensure consistency and reliability of the results. Additionally, we will be monitoring CPU usage using Task Manager to see if the CPU settles down after booting.

System Configuration

The system used for the test is a Xeon D based server with a PCIe 3.0 slot. The UEFI BIOS has been configured to be UEFI only. The Windows version used is build 1703.

Test Results and Analysis

During the first boot, the stopwatch recorded a boot time of approximately 7.2 to 7.3 seconds. This was consistent across multiple reboots. However, it was observed that this boot time was slightly slower compared to the boot time with Windows Server 2016. Further analysis will be conducted to determine the cause of this discrepancy.

Comparison with Windows Server 2016

In a previous test conducted with Windows Server 2016, a faster boot time was observed compared to the boot time with Windows 10. This was unexpected since Windows 10 is known to have fewer services starting at boot. However, it is important to note that boot time can vary depending on the system configuration and motherboard.

Implications for Older Systems

The test results may not significantly differ on older systems due to the nature of boot time testing. It is important to consider that boot time testing focuses on the time it takes for Windows to start and not on raw benchmarking or throughput. Therefore, conducting similar tests on older systems may not provide substantial differences in boot time.

Monitoring CPU Usage

One important aspect to consider during boot time testing is CPU usage. After the boot process completes, it is essential to check if the CPU settles down and is not excessively busy. Monitoring the CPU usage using Task Manager can provide insights into the performance of the system after booting.

Out-of-Band Connection

To monitor the system remotely, an out-of-band connection can be established through IPMI or a built-in feature in the motherboard. This allows monitoring of the system even if a network connection is not available or may interfere with the boot time testing.

BIOS Configuration

The BIOS configuration can have an impact on boot time. By adjusting the BIOS settings, such as disabling Splash screens, it is possible to improve boot time. However, it is important to note that tweaking these settings might not significantly impact boot time and should be approached with caution.

The Importance of Boot Time Testing

Boot time testing can provide insights into the performance of a system and the efficiency of the hardware components, such as SSDs. It allows users to assess the responsiveness and speed of a system after startup. Conducting boot time tests can help users optimize their system's performance and identify any potential bottlenecks.

Highlights

• Stopwatch tests conducted on the boot time of an Intel obtained on a Xeon D system running Windows 10.
• The boot time recorded was approximately 7.2 to 7.3 seconds.
• Comparison with Windows Server 2016 revealed a slightly slower boot time on Windows 10.
• Monitoring CPU usage using Task Manager showed that the CPU settled down after booting.
• Out-of-band connection through IPMI or built-in features provides remote monitoring capabilities.

FAQ:

Q: Can boot time vary depending on the system configuration? A: Yes, boot time can vary depending on factors such as motherboard and system configuration.

Q: Why was the boot time slightly slower on Windows 10 compared to Windows Server 2016? A: The exact reason for the slight difference in boot time is still being investigated.

Q: How can I monitor CPU usage after booting? A: You can use Task Manager to monitor CPU usage and ensure that the CPU settles down after booting.

Q: Is boot time testing essential for optimizing system performance? A: Boot time testing can help identify any potential bottlenecks and optimize system performance. However, it should be considered alongside other performance indicators.