AMD Ryzen Threadripper PRO 5975WX 32c/64t 3.6GHz-4.5GHz 280W (100-000000445)

P/N: 100-000000445

1 263 (excl. TAX)

1516 € RRP en Amd.com

  • Delivery is made within 3-7 days

  • Warranty 1 year

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AMD

AMD Ryzen Threadripper PRO 5975WX processor with fast EU delivery and worldwide shipping. The best price in the European Union. Includes official warranty.

Categories: AMD Threadripper

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Technical Specifications Product

Dimensions 17 × 17 × 10 cm
Country of manufacture

Taiwan

Manufacturer's warranty (years)

1

Series

Threadripper Pro

Number of cores

32

Number of threads

64

Clock frequency (GHz)

3.6

Cache L3 (MB)

128

Cache L2 (MB)

16

Cache L1 (KB)

2048

Process technology (nm)

7

Maximum Turbo Frequency (GHz)

4.5

Memory type

DDR4

Maximum memory channels

8

Maximum memory frequency (MHz)

3200

Maximum memory capacity

2TB

Heat dissipation TDP (W)

280

PCI Express controller

PCIE 4.0

Number of PCI Express lanes

128

Processors on a motherboard

1

Length (cm)

17

Width (cm)

17

Architecture

Zen 3 (Chagall PRO)

Socket

sWRX8

Product description

AMD Threadripper Pro 5975WX Processor: Maximum Power for Workstations

The AMD Threadripper Pro 5975WX processor, based on the Zen 3 architecture and the advanced 7nm process technology, is the pinnacle of engineering. This processor delivers unprecedented performance and power efficiency for the most demanding professional workloads, setting a new standard in high-performance computing.

The 32 cores and 64 threads of the Threadripper Pro 5975WX enable exceptional multitasking and parallel processing. This allows you to efficiently handle resource-intensive applications such as rendering, simulations, and complex calculations, significantly reducing the time it takes to complete projects.

With a base frequency of 3.6 GHz and the ability to overclock up to 4.5 GHz in TurboBoost mode, this processor demonstrates outstanding performance in both single-threaded and multi-threaded workloads. Such frequencies guarantee instant responsiveness and high speed of operations that are critical for professional workstations.

The processor is equipped with an impressive 128 MB of L3 cache, which significantly reduces data access latency and increases overall throughput. This cache capacity is critical for applications that work with large data sets, ensuring smooth and fast processing of information.

AMD Threadripper Pro 5975WX uses the sWRX8 socket, designed specifically for high-performance workstations. This socket, combined with the corresponding chipsets, provides ample expansion options and system stability, maintaining maximum bandwidth for all components.

The processor supports 8-channel DDR4 ECC REG memory up to 2 TB. The use of ECC memory provides increased reliability and system stability, preventing data errors, which is essential for mission-critical applications and long-term calculations.

With a TDP of 280 W and no integrated graphics core, AMD Threadripper Pro 5975WX is designed for maximum performance, requiring an effective cooling system. This processor is designed for professional tasks and is compatible with a wide range of modern instructions optimized for high-performance computing.

The single-threaded performance in the PassMark test is 3314, and the multi-threaded performance is 50406. These outstanding results confirm the exceptional power of the processor, making it an ideal choice for the most demanding professional tasks where every millisecond counts.

AMD Threadripper Pro 5975WX is a powerful solution for the most demanding professional tasks. This processor provides the highest performance and reliability. You can buy it to take your work to the next level.

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Product Berchmark

Benchmark overview — AMD Ryzen Threadripper PRO 5975WX

The AMD Ryzen Threadripper PRO 5975WX occupies the upper mid-tier position within the Threadripper PRO 5000WX workstation lineup.
With a 32-core configuration, it targets professionals whose workloads consistently benefit from higher parallelism,
while still operating within a balanced cost and infrastructure envelope.

This benchmark focuses on in-family positioning and real workload behavior rather than peak or marketing-oriented performance claims.

In-family performance comparison (Threadripper PRO 5000WX)

The figures below illustrate relative positioning inside the Threadripper PRO 5000WX lineup.
Multi-thread throughput is represented by an aggregate performance score, while single-thread ratings indicate expected responsiveness
in latency-sensitive workloads.

CPU Multi-Thread Score Single-Thread Score
Threadripper PRO 5945WX 40,128 3,348
Threadripper PRO 5955WX 48,804 3,310
Threadripper PRO 5965WX 66,638 3,342
Threadripper PRO 5975WX 75,012 3,332
Threadripper PRO 5995WX 94,960 3,230

What this means in practice

Compared to the 5965WX, the 5975WX delivers a measurable increase in sustained multi-thread throughput, particularly in workloads
that scale efficiently across many cores, such as CPU rendering, scientific simulations, and large batch-processing pipelines.
However, the relative gain is smaller than the jump observed between lower tiers, indicating the beginning of diminishing returns
within the lineup.

Single-thread performance remains effectively unchanged. Interactive tasks, application responsiveness, and lightly threaded workloads
therefore behave similarly across all models in the series, while differences emerge primarily under prolonged full-core utilization.

Cost-aware alternatives (indicative pricing)

The prices below are indicative examples and should be clarified in the product catalog or with a sales manager.
They are used here solely to illustrate relative performance density.

CPU Indicative RRP (€) Performance per €
Threadripper PRO 5945WX 856 46.86
Threadripper PRO 5955WX 870 56.10
Threadripper PRO 5965WX 1,158 57.55
Threadripper PRO 5975WX 1,582 47.42
Threadripper PRO 5995WX 2,366 40.14

Multiple lower-tier CPUs vs fewer high-end CPUs

In environments where workloads scale efficiently across multiple machines and licensing permits,
several lower-tier CPUs may deliver higher combined throughput than fewer high-end processors at a comparable budget.

  • 2 × Threadripper PRO 5975WX → total throughput score: 150,024 (≈ €3,164)
  • 1 × Threadripper PRO 5995WX → total throughput score: 94,960 (≈ €2,366)

This comparison represents a planning scenario rather than a guarantee.
Real-world performance depends on software scalability, memory behavior, I/O requirements, and licensing constraints.

How to read these numbers correctly

  • Benchmarks indicate relative behavior under controlled conditions, not exact real-world performance.
  • Single-thread metrics matter for responsiveness and lightly parallel workloads.
  • Multi-thread metrics matter for rendering, simulation, and batch processing.
  • Price-to-performance ratios are useful for planning, but platform and system costs are equally important.
  • Workstation-class features such as memory capacity, ECC support, and PCIe connectivity often outweigh small differences in benchmark scores.

Practical takeaway

The Threadripper PRO 5975WX is designed for professionals running consistently parallel, CPU-bound workloads that benefit from higher
core counts but do not justify the cost and diminishing returns of the flagship model. It provides additional throughput headroom over
the 5965WX while maintaining a more balanced system profile than the 5995WX, making it a strong choice for demanding single-workstation builds.

Product FAQ

The 5975WX is designed for workloads that consistently scale beyond 24 cores but do not require extreme 64-core density. Typical examples include CPU-based rendering engines, large scientific or engineering simulations, complex compilation pipelines, and batch-oriented processing where sustained parallel execution is the dominant factor.

The primary difference lies in sustained throughput under full load. While both CPUs behave similarly in interactive and lightly threaded tasks, the 5975WX provides additional headroom in long-running parallel workloads. The performance gain is measurable but incremental, reflecting the start of diminishing returns as core counts increase.

All models in the 5000WX series share the same architecture and operate within similar frequency ranges for lightly threaded tasks. As a result, application responsiveness, UI performance, and latency-sensitive operations depend more on boost behavior and system configuration than on core count.

Yes, provided that parallel workloads represent a significant portion of overall usage. For environments dominated by interactive tasks with only occasional parallel bursts, the practical difference between the 5965WX and 5975WX may be limited. The 5975WX shows its value when high parallel load is sustained regularly.

The 5995WX offers substantially higher peak throughput, but at a higher cost and with lower performance efficiency per euro. The 5975WX often represents a more balanced choice when workloads benefit from additional cores but do not scale perfectly to the maximum core count.

While the nominal power envelope is the same across the series, the 5975WX places greater sustained demand on cooling and memory subsystems during full utilization. Proper airflow, robust cooling, and correct memory population are essential to maintain predictable performance.

The 5975WX works well for medium- to high-density virtualization scenarios, especially when virtual machines require multiple cores over extended periods. For extreme consolidation or highly CPU-bound virtual environments, the 5995WX provides additional margin at the cost of efficiency.

Memory configuration plays a critical role. Populating all memory channels and maintaining balanced NUMA-aware workloads can have a larger impact on real-world performance than small differences in benchmark scores between adjacent CPU models.

If workloads scale extremely well and execution time reduction is the primary goal, the 5995WX may be justified. Conversely, if workloads do not consistently saturate many cores, the 5965WX often offers better cost efficiency with minimal practical downside.

Payment & Shipping methods

Fast and reliable delivery across the European Union
Estimated transit time: 14–21 days from order confirmation. Worldwide shipping is available for customers outside the EU.
All orders are processed within 24 hours after confirmation. Tracking information is provided as soon as the parcel leaves our logistics center.

Multiple Secure Payment Methods
We accept: Visa, MasterCard, PayPal, Bank Transfer, Klarna, Stripe, Revolut Pay, Google Pay, Apple Pay, and USDT (TRC20) cryptocurrency payments.
All transactions are encrypted and processed via certified payment gateways for your security.

Additional Notes

  • Delivery times may vary depending on customs clearance and carrier schedules.
  • Large or custom-built items may require additional handling time.
  • Shipments are insured until delivered to the customer.
  • We do not deliver to P.O. boxes or military addresses.

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