8 Things to Know About AMD vs. OEM Servers For Your Business

In the modern business landscape, the debate between using AMD servers versus (Original Equipment Manufacturer) OEM servers is becoming increasingly relevant.

As businesses strive to meet their computational needs while optimizing cost and performance, understanding the difference between these two server options is crucial. 

This article delves into eight key aspects to consider when choosing between AMD and OEM-based servers for your business.

1. Performance Capabilities

Performance capabilities in servers are critical because they determine how effectively and efficiently a server can handle various workloads, from simple web hosting to complex data analytics. It includes an in-depth understanding of processor architecture and benchmarking performance as per needs.

Understanding Processor Architecture

AMD servers are highly known for their high core count and impressive multi-threading capabilities due to their Zen architecture. This architecture enhances parallel processing, making AMD devices particularly adept at handling multiple tasks simultaneously. OEM devices use processors from various manufacturers, including Intel, and offer a wide range of performance characteristics personalized to different computing needs.

Benchmarking performance for your needs

When assessing servers for your business, benchmark tests that simulate your specific workloads can offer invaluable insights. AMD devices often excel in environments that demand high throughput and compute-heavy tasks. Meanwhile, the performance of OEM devices differs significantly based on the processor used, with some excelling in single-threaded applications and others in multi-threaded scenarios.

2. Cost-Effectiveness

Cost-effectiveness in the context of server selection encompasses not only the initial purchase price but also the total cost of ownership (TCO) over the server’s lifecycle. It includes energy consumption, maintenance, and potential upgrade costs. It includes the initial purchase cost and TCO management. 

Initial Purchase Price

AMD-based servers typically provide a favorable price-to-performance ratio, offering more cores and threads per dollar than many of their counterparts. This can result in lower initial costs for businesses that need substantial computational power. Similarly, the price of OEM-based devices varies widely by brand, server model, and additional features.

Total Cost of Ownership

Considering the total cost of ownership (TCO) is essential beyond the purchase price. AMD-based servers often provide lower energy consumption per core, potentially reducing long-term operational costs. However, OEM devices offer a broad spectrum of energy efficiency and performance options. It allows businesses to select a solution that minimizes TCO based on their specific usage patterns.

3. Scalability and future-proofing

Scalability and future-proofing are essential considerations for businesses planning for growth and technological evolution. It includes expansion capabilities and compatibility with futuristic technologies as well. 

Expansion Capabilities

Scalability is a critical factor for growing businesses. AMD-based servers, with their high core counts and support for advanced memory technologies, offer robust scalability options. This ensures that businesses can expand their computational capacity as needed without significant overhauls. OEM-based servers provide a range of scalability options, but the extent varies by manufacturer and model.

Compatibility with Future Technologies

AMD’s commitment to forward compatibility, particularly within its server processor families, It facilitates easier upgrades to newer technologies. In contrast, the future-proofing of OEM-based servers depends on the manufacturer’s roadmap and the specific technologies they adopt, which can necessitate more frequent hardware replacements or upgrades.

4. Energy Efficiency and Cooling Requirements

Energy efficiency and cooling requirements are crucial factors in server management, influencing both operational costs and environmental impact. It includes options like power consumption and cooling solutions as well.

Power Consumption

The energy efficiency of AMD-based servers is often highlighted as a key advantage, with newer models showcasing significant improvements in performance per watt. This not only reduces operational costs but also supports sustainability goals. OEM-based servers provide energy efficiency varies, with some models incorporating advanced power-saving technologies to mitigate energy consumption.

Cooling Solutions

Due to their efficient power usage, AMD-based servers require less intensive cooling solutions compared to some high-performance OEM server models. This can lead to savings in cooling infrastructure and energy costs over time. However, the cooling requirements for OEM-based servers are highly dependent on the specific configuration and workload, with some models designed for optimal thermal performance.

5. Support and compatibility with software

Support and compatibility with software ecosystems are crucial aspects when selecting server solutions, as they directly impact the server’s ability to run various applications efficiently and receive timely updates and technical assistance. It includes a software ecosystem and technical support.

Software Ecosystem

AMD-based servers support a broad range of operating systems and software applications, benefiting from AMD’s partnerships with major software vendors. This ensures compatibility and optimized performance across various workloads. OEM-based servers, depending on the hardware components and processor used, may have specific software ecosystems, with some offering exclusive features or optimizations for certain applications.

Technical support and community

AMD provides comprehensive technical support for its server products, supplemented by an active community of users and developers. This can be invaluable for troubleshooting and optimizing server performance. OEM server support varies by manufacturer, with some offering extensive technical support and others relying more on community-driven assistance.

6. Security Features

Security features in servers are paramount, given the critical importance of safeguarding data against increasing cyber threats. 

Built-in security technologies

AMD servers come equipped with AMD Infinity Guard, a suite of security features designed to protect against various vulnerabilities. This includes hardware-enforced memory encryption that secures data without compromising performance. OEM servers offer a range of security features, often incorporating proprietary technologies alongside standard security measures.

7. Customization and flexibility

Customization and flexibility within the server domain are critical considerations for businesses aiming to tailor their computational infrastructure to meet specific performance, storage, and operational requirements.

Hardware Customization Options

The ability to customize server configurations allows businesses to tailor their infrastructure to specific requirements. AMD-based servers offer flexibility in terms of processor, memory, and storage options. Similarly, OEM-based servers provide a wide range of customization options, though the extent of flexibility can vary significantly between different manufacturers and models.

8. Market Presence and Vendor Ecosystem

Market presence and vendor ecosystem refer to the visibility and availability of a particular product or service within the market, as well as the network of vendors, distributors, and partners supporting it.

Availability and vendor support

AMD’s growing presence in the server market is supported by a network of vendors and distributors, ensuring availability and support for businesses worldwide. The ecosystem around OEM-based servers is more established, with a broad selection of vendors offering a diverse range of server solutions and services.


Choosing between AMD and OEM-based servers for your business involves a comprehensive analysis of your specific needs, budget constraints, and long-term objectives. Both options present unique advantages, from the high performance and cost-effectiveness of AMD servers to the wide-ranging customization and support options offered by OEM servers.


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