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When it comes to HP Microserver GEN8 CPU compatibility, one surprising fact is that this innovative server model is designed to support a range of processors, allowing users to customize their server’s performance to meet their specific needs. Whether you’re looking for a processor with high clock speed for fast data processing or multiple cores for multitasking, the Microserver GEN8 can accommodate various CPU options.

The HP Microserver GEN8 CPU compatibility is a crucial aspect that ensures the efficiency and power of this server. With a history of delivering exceptional performance, the Microserver GEN8 has become a popular choice for small businesses and home offices. With its compatibility for different CPUs, users can easily upgrade their server to enhance its capabilities and handle demanding workloads effectively. With the scalable processing power and efficient design, the Microserver GEN8 is a reliable solution for businesses of all sizes.

The HP Microserver GEN8 is compatible with a wide range of CPUs, providing flexibility for various computing needs. With support for Intel Xeon E3-1200v2 CPUs and other compatible processors, this server offers excellent performance and scalability. Whether you’re running virtualization software, hosting databases, or handling general workloads, the GEN8 can handle it with ease. Its versatile compatibility ensures that you can choose the CPU that suits your requirements and budget, making it a reliable choice for professional environments.

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Understanding HP Microserver GEN8 CPU Compatibility

The HP Microserver GEN8 is a compact and versatile server solution designed for small businesses and home offices. One of the key aspects to consider when purchasing a Microserver GEN8 is its CPU compatibility. The CPU, or Central Processing Unit, is the brain of the server and plays a crucial role in its performance and capabilities.

Intel Xeon Processor Compatibility

The Microserver GEN8 is compatible with a range of Intel Xeon processors, which are known for their high performance and reliability. The supported processors include the Intel Xeon E3-1200 v2 series, which offers a range of options to match your specific requirements.

The Xeon E3-1200 v2 series processors feature up to four cores and eight threads, allowing for efficient multitasking and improved performance in demanding server applications. They also support advanced features such as Intel Turbo Boost Technology, which dynamically adjusts the processor’s clock speed to optimize performance based on workload.

Some recommended Xeon E3-1200 v2 series processors for the Microserver GEN8 include the Intel Xeon E3-1260L v2, which offers low power consumption while still providing excellent performance, and the Intel Xeon E3-1240 v2, which offers a balance of performance and cost-effectiveness.

It’s important to note that not all Xeon processors are compatible with the Microserver GEN8. It’s recommended to consult the official HP documentation or contact HP support for the most up-to-date information on compatible processors.

Intel Xeon E3-1260L v2

The Intel Xeon E3-1260L v2 is a popular choice for the Microserver GEN8 due to its low power consumption and excellent performance. This processor is part of the Xeon E3-1200 v2 series and features four cores and eight threads, with a base clock speed of 2.40 GHz.

The E3-1260L v2 has a TDP (Thermal Design Power) of only 45W, making it an energy-efficient option for small businesses and home offices. It also supports Intel Virtualization Technology, which allows for efficient virtual machine operation and improved server consolidation.

With its low power consumption and advanced features, the E3-1260L v2 is suitable for a wide range of server applications, including file sharing, data backup, and virtualization.

Intel Xeon E3-1240 v2

The Intel Xeon E3-1240 v2 is another recommended processor for the Microserver GEN8. It offers a balance of performance and cost-effectiveness, making it suitable for small businesses with moderate server workloads.

The E3-1240 v2 features four cores and eight threads, with a base clock speed of 3.40 GHz. It also supports Intel Turbo Boost Technology, which can increase the clock speed up to 3.80 GHz for improved performance when needed.

With its powerful performance and advanced features, the E3-1240 v2 is suitable for a variety of server applications, such as web hosting, database management, and virtualization.

AMD Opteron Processor Compatibility

In addition to Intel Xeon processors, the HP Microserver GEN8 is also compatible with select AMD Opteron processors. AMD Opteron processors are known for their excellent performance and value, making them a viable alternative for those who prefer AMD over Intel.

The specific AMD Opteron processors supported by the Microserver GEN8 may vary, so it’s essential to consult the official HP documentation or contact HP support to ensure compatibility.

AMD Opteron processors offer a high core count and often provide a cost-effective solution for server applications that require parallel processing. These processors also offer features such as AMD Virtualization Technology, which enhances virtual machine performance.

AMD Opteron X3421

The AMD Opteron X3421 is a popular choice for the Microserver GEN8 due to its excellent performance and affordability. It features four cores and eight threads, with a base clock speed of 2.1 GHz and a maximum clock speed of 3.4 GHz.

The X3421 has a TDP of 35W, offering energy efficiency while still delivering robust performance. It supports features such as AES-NI (Advanced Encryption Standard New Instructions), which accelerates data encryption and decryption, making it suitable for security-focused server applications.

The AMD Opteron X3421 is an excellent choice for small businesses and home offices looking for a cost-effective yet powerful server processor.

Other Compatible Processors

In addition to the Intel Xeon and AMD Opteron processors mentioned above, the Microserver GEN8 may also support other compatible processors. It’s recommended to refer to the official HP documentation or contact HP support for the latest information on compatible processors and their specifications.

When choosing a compatible processor for your Microserver GEN8, consider factors such as your server’s workload requirements, power consumption limitations, and budget. Selecting the right CPU will ensure optimal performance and reliability for your server.

Exploring Additional Aspects of HP Microserver GEN8 CPU Compatibility

In addition to the CPU compatibility with Intel Xeon and AMD Opteron processors, there are other vital aspects to consider when it comes to the HP Microserver GEN8.

Memory Compatibility

When upgrading or replacing the CPU in a Microserver GEN8, it’s essential to consider memory compatibility. The Microserver GEN8 supports DDR3 Unbuffered ECC memory, which provides error correction capabilities for enhanced data integrity.

It’s recommended to refer to the official HP documentation or contact HP support to determine the maximum supported memory capacity and speed for your specific Microserver GEN8 model.

Ensuring a compatible and sufficient amount of memory will allow your server to run smoothly and handle its workload efficiently.

Operating System Compatibility

Another crucial aspect related to CPU compatibility is the operating system support. The Microserver GEN8 supports various operating systems, including Windows Server, Linux, and VMware.

Before choosing a CPU for your Microserver GEN8, verify that the operating system you plan to use is compatible with the selected CPU.

For example, if you intend to use Windows Server, ensure that the chosen CPU is compatible with the version of Windows Server you plan to install.

Expansion Card Compatibility

The Microserver GEN8 features expansion slots that allow you to add additional functionality and connectivity to your server, such as RAID controllers, network cards, and graphics cards.

When considering CPU compatibility, it’s essential to ensure that the chosen CPU does not interfere with the expansion cards or limit their functionality.

Consult the official HP documentation or contact HP support for information on expansion card compatibility with specific CPUs.

Graphics Card Considerations

If you plan to use your Microserver GEN8 for graphics-intensive applications or virtual desktop infrastructure (VDI), you may need to consider a compatible graphics card.

Some CPUs may have integrated graphics capabilities, while others may require a separate graphics card for video output. Ensure that the chosen CPU is compatible with the desired graphics card and that your server’s power supply can support the additional power requirements, if any.

Conclusion

HP Microserver GEN8 CPU compatibility is a crucial consideration when selecting or upgrading the CPU for your server. Whether you choose to go with an Intel Xeon or AMD Opteron processor, ensure that it is compatible with the Microserver GEN8 and meets your specific requirements in terms of performance, power consumption, and budget.

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HP Microserver GEN8 CPU Compatibility

In order to ensure that the HP Microserver GEN8 functions optimally, it is essential to choose a compatible CPU. The HP Microserver GEN8 is compatible with a variety of Intel Xeon E3 or Core i3 processors. It is important to note that the specific compatibility requirements may vary based on the model and configuration of the Microserver.

When selecting a compatible CPU for the HP Microserver GEN8, it is recommended to consider factors such as the processor speed, number of cores, and cache size. Additionally, it is crucial to ensure that the CPU is supported by the Microserver’s motherboard and BIOS. It is advisable to consult the official HP documentation or contact technical support for accurate and up-to-date information on CPU compatibility.

Upgrading the CPU in the HP Microserver GEN8 can enhance its performance and capabilities. However, it is essential to verify the compatibility of the chosen CPU before making any modifications to the server. By selecting a compatible CPU, users can ensure that their Microserver operates smoothly and efficiently.

Frequently Asked Questions

In this section, we will answer some commonly asked questions about the CPU compatibility of HP Microserver GEN8.

1. Which CPUs are compatible with HP Microserver GEN8?

HP Microserver GEN8 is compatible with a variety of CPUs. It supports Intel Xeon E3-1200 v2 and v3 series CPUs, as well as Intel Core i3-3xxx and Intel Celeron G1610T processors. These CPUs offer excellent performance and reliability for small business applications.

Please note that the compatibility may vary depending on the specific model and BIOS version of your HP Microserver GEN8. It is always recommended to check the official HP documentation or contact HP support for the most accurate and up-to-date information.

2. Can I upgrade the CPU in my HP Microserver GEN8?

Yes, you can upgrade the CPU in your HP Microserver GEN8. The server is designed to allow easy CPU upgrades, providing flexibility for future performance enhancements.

However, it is important to ensure that the upgraded CPU is compatible with your specific model and BIOS version. Refer to the official HP documentation or seek assistance from HP support to make sure you choose a compatible CPU for your HP Microserver GEN8.

3. How do I check the BIOS version of my HP Microserver GEN8?

To check the BIOS version of your HP Microserver GEN8, follow these steps:

1. Power on your server and wait for the initialization process to complete.

2. Press the F10 key repeatedly until the BIOS Setup Utility appears.

3. Within the BIOS Setup Utility, navigate to the System Information or Main menu.

4. Look for the BIOS Version or Firmware Version to find the information about your current BIOS version.

If you are unsure about how to navigate the BIOS Setup Utility, you can refer to the official HP documentation or contact HP support for guidance.

4. What factors should I consider when choosing a CPU for HP Microserver GEN8?

When choosing a CPU for your HP Microserver GEN8, consider the following factors:

1. Compatibility: Ensure that the CPU you choose is compatible with your specific model and BIOS version. Refer to the official HP documentation for a list of compatible CPUs.

2. Performance: Consider your workload requirements and choose a CPU that offers the necessary performance for your applications. Look for CPUs with higher clock speeds and multiple cores for enhanced performance.

3. Power consumption: Depending on your energy efficiency needs, choose a CPU with a power consumption level that aligns with your requirements. Lower power consumption CPUs can help save electricity costs in the long run.

4. Budget: Take into account your budget limitations and choose a CPU that provides a balance between performance and cost. Consider both the upfront cost and long-term benefits of the selected CPU.

5. Can I overclock the CPU in my HP Microserver GEN8?

No, the stock BIOS of HP Microserver GEN8 does not support CPU overclocking. The server is designed for stability and reliability in small business environments, and overclocking can compromise these aspects.

Overclocking should only be attempted by experienced users who understand the potential risks and are willing to accept the consequences. Any warranty or support from HP may be voided if overclocking is performed.

After considering the various CPUs compatible with the HP Microserver GEN8, it is evident that there are numerous options available to enhance the server’s performance. Among the compatible CPUs are the Intel Xeon E3-1200 series, which offer powerful processing capabilities and support for advanced features. Additionally, the Intel Core i3 and Pentium series CPUs provide reliable performance for smaller workloads.

It is crucial to note that while upgrading the CPU can improve the server’s capabilities, it is essential to ensure compatibility with the server’s motherboard and power supply. Moreover, it is advisable to consult the HP Microserver GEN8 documentation or contact HP support for specific CPU compatibility information.

I’ve been a fan of HP’s Microserver line for many years. I bought my first one in 2011, my second one in 2013 and my third one a few days ago. All of them are running non-stop since I bought them. They have proven to be true Proliant servers, in the sense of having good reliability and build quality.

But the latest one (Gen8) is by far the most “Proliant” of them all (more on that later).

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Let’s start by getting the specs out of the way. I bought the 819185-001 model, which comes with:

• One Intel® Celeron® G1610T (2.3GHz/2-core/2MB/35W) Processor
• 4GB (1 x 4GB) PC3L-12800E DDR3 UDIMM
• HPE Ethernet 1Gb 2-port 332i Adapter
• HPE Dynamic Smart Array B120i Controller
• 150W Non-Hot Plug, Non-Redundant Power Supply
• HPE iLO Management Engine

It has pretty good connectivity, since it comes with 7 x USB ports (2 of them USB 3.0), 3 x GbE Ports (one of them is the dedicated iLO port, more on that later), one PCIe x16 slot, etc.

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It supports 4 internal HDDs and an internal slim DVD-RW drive. Since it is 2016 (no-one needs DVD-RW drives any more), I decided to make better use of the server’s fifth SATA port by using it to connect an SSD system drive. Getting the SATA cable from the mainboard to the top of the case was no problem, but powering the SSD was. The server has a spare power connector, but it is meant to power HP’s DVD-RW drive which (oddly enough) has an old floppy drive power connector. I did not want to cut the cable and splice in a proper SATA power connector, so I did the sensible thing. I robbed an old floppy drive of its most precious component: Its power input jack.

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I made sure that it mated properly with the server’s connector.

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And I soldered on an old SATA power cable I had. I used heat shrink tubing (of proper colors of course :P) to make sure that there would be no possibility of shorts.

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So now I had my SSD installed and it was time to install the OS.

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This is where things get interesting. Remember, this is a proper Proliant server. What this means is that it has a pretty strict operating system compatibility list, and no consumer OS are officially supported. So, Windows Server 2012R2 and 2008R2 are OK, Windows 8.1 is not. I normally run Windows Home Server 2011 (which is based on Server 2008) so I should be OK, but I decided to get started with a trial of the full fledged Windows Server 2012R2 (just for the experience..).

Installing an OS is supposed to be a simple procedure. HP’s Intelligent Provisioning takes care of drivers and server applications for you, but before you get to that there are a number of things to do.

We are dealing with an actual server here, so inexperienced users should definitely start by reading the manual or at least the quick start guide that comes with the server. If you do not do that, you should not expect to get very far. You will waste a few hours, wondering why Windows is not installing and what you are doing wrong.

One of the first things to do is to decide whether you want to make use of the server’s Dynamic Smart Array RAID controller of not. You have a choice. You may run it either in AHCI mode (a.k.a. “dumb mode”) or in RAID mode. There are merits to either mode. If you go the AHCI route, you will get to keep your drives’ existing data (which would be wiped clean if you went the other way) and that data will be visible from other machines if you decide to take the HDDs out and put them inside some other machine. So the main drawback is noise. That’s right, the server’s main fan will run a lot quieter if you set your Smart Array controller in RAID mode. In fact, this way it will run even quieter than the previous generation of Microservers. I chose to go this way. So, first order of business is to create an array. You may create a RAID0 or 1 array if you have 2 or more drives or RAID0 if you have one. I would have a number of drives in my server, but I did not want redundancy, so I started with one RAID0 array consisting of my SSD system drive.

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Next up was a firmware update for the server’s subsystems. There is a bewildering array of firmwares that may need updating. Good thing that the process is automatic and is done from within the server’s BIOS, before you install the OS. The same goes for driver updates – they are downloaded automatically before the OS installation begins. Note that the firmware & driver updates come from HP’s web site (obviously..), so you should have at least one ethernet cable connected to your ethernet switch. The server will use DHCP to get on your network. Keep in mind that the firmware update when done this way is actually not very effective, meaning that chances are that there are newer versions of your firmwares available from HP’s site, but you should not worry about that just yet.

Do use HP’s Intelligent Provisioning to install your OS of choice, preferably from a USB installation medium. I know that there exist unofficial (and thus unsupported) ways to install non-supported operating systems, such as Windows 8.1, but I have not done any serious research into them. YMMV.

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The server will reboot (several times actually..) and you should be patient. Each reboot takes more than 2 minutes, since the server does extensive testing of its subsystems (processor, memory, controllers, iLO, etc).

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You may have noticed that I now have 8GB of RAM installed. I added a 4GB ECC DDR3 DIMM that I had bought for my first Microserver (from 2011). I no longer see the “Genuine HP Memory” message since it is (if I remember correctly) a Kingston DIMM, but I do have twice as much memory, so I can live with that. This memory stick is not officially supported, and it is a bit slow compared to the one that came preinstalled, but it works just fine and 8GBs of RAM offer much better overall performance than 4GBs.

Once you have Windows installed, you should got to HP’s site and register your server. This way you will have access to official support plus HP’s up-to-date ISO file (Service Pack for ProLiant) with all the latest drivers, firmwares, etc. You should mount that ISO image and install the relevant software. You will get useful tools for managing your Smart Array controller, making firmware and driver updates, viewing logs, etc.

You should also make use of your iLO 4 system.

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It will give you remote access to your server’s console without having a monitor connected (up to the time that the OS loads) and a bucketload of diagnostic information such as fan speed, temperatures, etc.

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Once I had the OS installed, I moved my 4 x 3TB WD RED drives from my old Microserver to the new one, one at a time (copying the data through the network link). Now I’m waiting to receive a PCIe e-SATA controller that is compatible with the Gen8 Microserver so that I can connect my Lian Li DAS enclosure with its port multiplier interface and its 5 extra SATA drives.

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