338-CMTV Dell Epyc 7302p 16-core 3.0ghz 128mb L3 Cache Sp3 7nm 155w Processor

Dell 338-CMTV Epyc 7302p 16-core 3.0ghz 128mb L3 Cache Sp3 7nm 155w Processor - 338-CMTV

Core Count: 16

Enhanced Performance

The Dell Epyc 7302p Processor is equipped with an impressive core count of 16, making it a powerhouse for high-performance computing tasks. With each core capable of executing multiple instructions simultaneously, users can expect enhanced performance and faster processing speeds.

Improved Multitasking

Having 16 cores allows users to run multiple applications and perform numerous tasks simultaneously without experiencing any lag or slowdown. Whether you're a professional video editor, a data analyst, or a gamer, the increased core count ensures seamless multitasking and efficient utilization of system resources.

Optimized Workloads

The higher core count enables the Dell Epyc 7302p Processor to handle heavy workloads with ease. Whether you're rendering complex 3D graphics, running simulations, or performing scientific calculations, the processor can efficiently distribute the workload across its cores, resulting in faster and more efficient computations.

Future-Proofing

Investing in a processor with a high core count like the Dell Epyc 7302p ensures future-proofing your system. As software becomes more optimized for multi-threaded performance, having additional cores allows your system to handle newer applications and software updates without requiring an immediate upgrade.

Base Clock Speed: 3.0GHz

Quick and Responsive Performance

The Dell Epyc 7302p Processor boasts a base clock speed of 3.0GHz, providing users with quick and responsive performance. This high base clock speed ensures that your system is always ready to handle demanding tasks and applications without any noticeable delay.

Smooth Gaming Experience

Gamers will appreciate the high base clock speed of the Dell Epyc 7302p Processor. It allows for smooth gameplay and reduces the chances of experiencing frame drops or stuttering. Whether you're playing graphically intensive games or engaging in virtual reality experiences, the processor's base clock speed ensures a seamless gaming experience.

Efficient Resource Allocation

A higher base clock speed means that the processor can allocate resources more efficiently. The Dell Epyc 7302p Processor can quickly respond to sudden spikes in workload demands and allocate the necessary processing power to address them. This results in improved overall system performance and reduced waiting times.

Faster Data Processing

The high base clock speed of the Dell Epyc 7302p Processor enables faster data processing, especially when dealing with large datasets. Whether you're analyzing big data or editing high-resolution videos, the processor's speed ensures that you can quickly manipulate and process large amounts of information without any hiccups.

L3 Cache: 128MB

Improved Data Access

The Dell Epyc 7302p Processor features a generous L3 cache size of 128MB, which allows for improved data access speeds. The larger cache size helps reduce memory latency and increases the chances of finding frequently accessed data within the cache, resulting in faster overall system performance.

Reduced Memory Bottlenecks

By storing a significant amount of data in the L3 cache, the Dell Epyc 7302p Processor minimizes the need to access slower system memory frequently. This reduces memory bottlenecks and ensures that your system can quickly retrieve critical data, thereby improving overall responsiveness and reducing lag.

Enhanced Multithreaded Performance

The ample L3 cache size of the Dell Epyc 7302p Processor benefits multithreaded performance. With multiple cores accessing the cache simultaneously, each core can efficiently retrieve the data it requires without unnecessary delays. This leads to improved parallel processing and enhanced overall system performance.

Boosted Virtual Machine Performance

If you frequently work with virtual machines, you'll appreciate the large L3 cache size of the Dell Epyc 7302p Processor. Virtual machines heavily rely on memory access, and a larger cache size ensures that each virtual machine can access its required data quickly and efficiently, resulting in smoother virtual machine operations.

Socket Type: SP3

High Scalability

The SP3 socket type of the Dell Epyc 7302p Processor offers high scalability, making it suitable for a wide range of applications and computing needs. Whether you're building a single-socket system or a multi-socket server, the SP3 socket type provides flexibility and future expansion options.

Increased Bandwidth

The SP3 socket type supports high-bandwidth memory channels, enabling faster data transfer rates between the processor and memory modules. This increased bandwidth helps reduce data bottlenecks and ensures that your system can quickly access and retrieve information from memory, resulting in improved overall performance.

Efficient Resource Allocation

The SP3 socket type allows for efficient resource allocation across multiple sockets. Whether you're running parallel workloads or distributing tasks among different processors, the SP3 socket type ensures that resources are allocated optimally, maximizing performance and minimizing any potential bottlenecks.

Compatibility and Upgradeability

The SP3 socket type is widely supported by various motherboard manufacturers, ensuring compatibility and ease of integration. Additionally, the SP3 socket type provides upgradeability options, allowing you to easily swap out the processor for a newer or more powerful model in the future without requiring a complete system overhaul.

Manufacturing Technology: 7nm

Improved Energy Efficiency

The 7nm manufacturing technology used in the Dell Epyc 7302p Processor offers improved energy efficiency compared to larger manufacturing nodes. This means that the processor can deliver high-performance computing while consuming less power, resulting in reduced energy costs and a smaller carbon footprint.

Higher Transistor Density

The 7nm manufacturing technology allows for higher transistor density, enabling more components to be packed into a smaller space. This increased transistor density leads to improved performance, as more transistors can be utilized for processing tasks, resulting in faster computations and enhanced overall system responsiveness.

Reduced Heat Generation

The smaller transistor size of the Dell Epyc 7302p Processor's 7nm manufacturing technology reduces heat generation. This is beneficial for maintaining system stability and longevity, as lower heat output translates to lower operating temperatures. It also allows for more efficient cooling solutions, ensuring that your system remains cool even under heavy workloads.

Greater Overclocking Potential

The 7nm manufacturing technology enables efficient power delivery and reduced heat generation, making the Dell Epyc 7302p Processor an excellent choice for overclocking enthusiasts. With improved thermal characteristics, users can push the processor beyond its base clock speed to achieve higher performance levels and unlock its full potential.

Power Consumption: 155W

Energy Efficiency

The Dell Epyc 7302p Processor's power consumption of 155W strikes a balance between performance and energy efficiency. With its high core count and clock speed, the processor delivers exceptional performance while minimizing power consumption, resulting in energy savings and reduced operating costs.

Reduced Environmental Impact

A lower power consumption translates to a reduced environmental impact. By choosing the Dell Epyc 7302p Processor, users contribute to sustainability efforts by minimizing their carbon footprint. This is particularly important in data centers or large-scale computing environments, where numerous processors are utilized simultaneously.

Cooler Operation

The lower power consumption of the Dell Epyc 7302p Processor results in cooler operation, as less energy is converted into heat. This not only improves system stability but also extends the lifespan of components such as cooling fans and heatsinks. Cooler operation also contributes to a quieter computing experience, especially in environments where noise levels are a concern.

Efficient Power Budgeting

A processor with a known power consumption of 155W allows for efficient power budgeting in server environments. System administrators can accurately calculate and allocate power resources based on the processor's power consumption, ensuring optimal usage of available power and preventing overloads or power supply failures.