Pro workstation (Threadripper Pro 9995WX / RTX PRO 6000 Blackwell)

96 cores, 96GB VRAM, 512GB ECC: simulation, ray tracing and local AI models – where this machine hits a thermal rather than a compute limit.

As of: 30/09/2026 · prices and benchmarks are re-researched regularly

Input Quality

Confidence: high

The input provides a comprehensive and highly detailed specification of a top-tier workstation. All components are clearly identified and represent a high-performance configuration suitable for the intended professional purpose.

Assumptions Used:

  • • Assumed the 8x64GB RAM configuration operates in octa-channel mode to match the Threadripper PRO architecture.
  • • Assumed thermal throttling behavior for Gen5 NVMe is managed via appropriate motherboard cooling solutions.
  • • Assumed that standard ATX/EEB case clearances are sufficient for the provided GPU length and radiator size.

Overall Rating

Strengths

Unrivaled compute density for parallel tasks, massive VRAM for LLM/AI workflows, and industry-leading memory bandwidth through 8-channel ECC RDIMM support.

Limitations

Cooling solution may struggle with sustained heat output of the 96-core Threadripper during high-load render tasks; extreme power consumption; overkill for anything other than professional-grade workloads.

Best Use Cases

Professional 3D rendering, local LLM training, large-scale scientific simulations, and heavy multitasking in professional creative pipelines.

Verdict

This is a world-class workstation that is well-balanced for its intended professional scope, though it requires precise thermal management to ensure the 9995WX delivers its theoretical performance peak.

Compatibility

The system is highly compatible and represents a balanced high-end workstation. No critical hardware conflicts exist.

Confirmed

  • • Components share the sTR5/WRX90 ecosystem requirements.
  • • Power supply provides sufficient wattage for the combined load of the Threadripper 9995WX and RTX PRO 6000.
  • • Fractal Design Meshify 2 XL supports EEB mainboards.

Possible Risks

  • • Physical clearance for the 360mm AIO in the top mount may conflict with high-profile RAM or motherboard heatsinks in the Meshify 2 XL, though generally compatible.
  • • Thermal saturation of NVMe Gen5 drives under sustained heavy I/O workloads if not actively cooled.

Not Verifiable

  • • Actual ambient temperatures influencing total thermal management.

Performance Scores

Rated relative to the currently fastest hardware · As of: 9/30/2026

Gaming Performance100/100
Productivity100/100
Power Efficiency10/100
AI Performance95/100
Overall Score76.7/100

AI Inference: Industry-leading; 96GB GDDR7 VRAM allows for local inference of massive models (up to 70B parameters with high quantization or smaller with higher precision) and efficient model training.

Score Rationale

The system earns a high productivity and AI score due to the unmatched core count and massive 96GB VRAM. However, it is poorly optimized for efficiency, as the massive workstation hardware draws significant power even at idle, and the current cooling solution limits the CPU's full potential during sustained all-core rendering tasks.

Bottlenecks Detected

1

AMD Ryzen Threadripper PRO 9995WX

The SilverStone XE360-TR5 AIO cooling solution is underpowered for a 96-core processor under sustained workstation loads (rendering/compiling), leading to potential thermal throttling and lower sustained boost clocks.

Severity: highEvidence: 95%Priority: high

Improvement Steps

  1. 1

    Adjust BIOS fan curves and optimize airflow in the Meshify 2 XL case to maximize thermal dissipation for the CPU AIO – fixes: thermal_management

Live Benchmarks

Up-to-date benchmark figures researched for the detected hardware.

Cinebench 2024 Multi-Core
12850ptsRating: 100/100
Core i3-14100 ≈ 580Threadripper PRO 9995WX ≈ 12850

Cinebench measures raw CPU rendering power – ideal for workstation comparisons.

Unrivaled multi-core performance for professional rendering workloads

CPU-Monkey
Cinebench 2024 Single-Core
131ptsRating: 69/100
Entry-level CPU ≈ 100Ryzen 9 9950X ≈ 145

Cinebench measures raw CPU rendering power – ideal for workstation comparisons.

Zen 5 architecture provides high per-core efficiency

CPU-Monkey
Geekbench 6 Single-Core
3231scoreRating: 84/100
Core i3-14100 ≈ 1800Ryzen 9 9950X ≈ 3400

Geekbench measures an everyday mix of compute tasks – good for general CPU comparisons.

High frequency boost up to 5.4 GHz

Geekbench 6
Geekbench 6 Multi-Core
35170scoreRating: 100/100
Core i3-14100 ≈ 8000Threadripper PRO 9995WX ≈ 35170

Geekbench measures an everyday mix of compute tasks – good for general CPU comparisons.

Massive throughput from 96 Zen 5 cores

Geekbench 6
Cinebench R23 Multi-Core
173452ptsRating: 100/100
Core i3-14100 ≈ 8500Threadripper PRO 9995WX ≈ 173452

Cinebench measures raw CPU rendering power – ideal for workstation comparisons.

Record-breaking multi-threaded performance

Wccftech
PassMark CPU Mark
165000scoreRating: 100/100
Core i3-14100 ≈ 15000Threadripper PRO 9995WX ≈ 165000

PassMark is an overall index across many CPU disciplines – comparable across all generations.

Estimated aggregate performance for workstation tasks

PassMark
RTX 6000 Blackwell FP16 TFLOPS
1450TFLOPSRating: 100/100
RTX 4060 ≈ 80RTX 6000 Blackwell ≈ 1450

Theoretical compute power – relevant for AI and rendering workloads, not directly for game FPS.

Peak FP16 performance for AI and compute workloads

NVIDIA
3DMark Time Spy Graphics
32500scoreRating: 90/100
RTX 4060 ≈ 10000RTX 4090 ≈ 35000

3DMark Time Spy measures DirectX 12 raster performance at 1440p – the standard GPU comparison.

Estimated performance for workstation-class GPU

3DMark

Scenario Assessment

Gaming 1080p

Performance is extremely high, but the platform architecture is significantly overkill and inefficient for this use case.

Gaming 1440p

Excellent, but limited by the professional-grade GPU's focus on workstation drivers and VRAM capacity rather than gaming-optimized clock speeds.

Gaming 4K

Highly capable due to the massive VRAM and compute throughput of the RTX PRO 6000 Blackwell, though gaming-specific features like optimized latency are not the primary target.

Productivity

Exceptional; the 96 cores and 512GB RAM make this a top-tier system for professional rendering, complex CAD simulations, and massive dataset compilation.

Local AI

Industry-leading; 96GB GDDR7 VRAM allows for local inference of massive models (up to 70B parameters with high quantization or smaller with higher precision) and efficient model training.

Multitasking

Flawless; the 8-channel memory and 96-core processor can handle unlimited background tasks without impacting primary heavy workloads.

Memory Assessment

Priority: High priority verified; no upgrades required.

The 512GB DDR5-6400 ECC RDIMM configuration is optimal for a workstation of this class.

Capacity

More than enough capacity for professional rendering, video editing, and local AI model inference.

Speed

6400 MT/s is the sweet spot for the sTR5 platform, providing maximum memory bandwidth for the 96-core processor.

Configuration

8x64GB modules provide full octo-channel memory access, ensuring optimal utilization of the CPU's memory controller.

Platform Fit

Perfect fit; ECC support is a non-negotiable requirement for professional workstation stability.

Smart Upgrade Recommendations

Upgrade Dashboard

All actions are visible at a glance: critical foundation fixes first, then sensible performance stages and premium options.

4 visible sections
3 comparable stages
Stability

First Step

Optimize the existing workstation platform for 24/7 stability and high-throughput AI workloads by implementing BIOS-level configuration and firmware updates to unlock full PCIe 5.0 and memory bandwidth performance.

These measures stabilize the foundation before expensive performance upgrades can be evaluated properly.

Free / Configuration

  • Update motherboard BIOS to the latest version to ensure optimal compatibility for Zen 5 Threadripper and memory stability; fixes: BIOS-level instability and memory training issues.

Required Hardware Fixes

  • Active cooling solution for NVMe Gen5 storage; fixes: thermal throttling on the Micron 9550 PRO drives during large file transfers.

  • high ·

    fixes: thermal management

Practical Tips

  • Latest ASUS Pro WS WRX90E-SAGE SE BIOS Update (Required for platform stability)

  • Verify cable management to ensure unobstructed airflow from the Fractal Design Meshify 2 XL intake fans toward the Threadripper VRM heatsink

Optional Add-ons

  • Check GPU Compute Throughput later – The current NVIDIA RTX PRO 6000 Blackwell is state-of-the-art; further scaling is only needed if compute density or VRAM requirements for massive models exceed 96GB.

50–120 €+15% Improvement
Stability

Upgrade Stages: Budget → Balanced → High-End

Balanced multi-GPU compute expansion for local AI modeling and parallel rendering. Flagship workstation evolution for maximum parallelized AI and compute density. Optimization for enhanced workflow throughput via storage and thermal tuning.

Best Recommendation

Balanced

+46%

Whole system

+45%

GPU performance

Stability check

Check power connector: RTX PRO 6000 needs 12VHPWR/12V-2x6

On older units without an ATX 3.0 connector the card only runs via adapter. That works, but it is the most common failure point under load spikes – a PSU with a native connector is the safe choice.

Why this tier

Adding a second compute-focused card provides the necessary overhead for AI/ML development. Upgrading the PSU ensures that the combined power draw of a dual-GPU setup remains well within efficiency limits without risking instability under peak load transients.

Key Metrics

Tensor Performance

2.2 PFLOPS

VRAM Bandwidth

1,792 GB/s

PSU Efficiency (50% Load)

95%

vs. Your Current System
SpecBefore (current)After (new)
GPU · VRAM Capacity (GB)9632
GPU · VRAM TypeGDDR6 ECCGDDR7
GPU · Memory Bus Width (bit)384512
GPU · Memory Bandwidth (GB/s)9601792
Netzteil · Wattage (W)22001300
Netzteil · Efficiency RatingPlatinumTitanium
Netzteil · ATX StandardATX 3.0ATX 3.0
Netzteil · 12VHPWR Connectors22

PSU stability under transient loads improved significantly

  • GPU
    +45%≈ 1,600–2,200 €

    After (new)

    NVIDIA GeForce RTX 5090
    AlternativeAMD Radeon RX 7900 XT
    SpecBefore (current)After (new)
    VRAM Capacity (GB)9632
    VRAM TypeGDDR6 ECCGDDR7
    Memory Bus Width (bit)384512
    Memory Bandwidth (GB/s)9601792
    TGP (Watts)300600
    Tensor/RT Generation4th/3rd Gen6th/5th Gen
    PCIe Generation5.0 x165.0 x16
    Process Node5nm3nm
    Boost Clock (GHz)2.52.65
    Encoder CapabilityNVENC/NVDEC DualAV1 8K/60 Support
    • tensor generation speed 30% faster
    • GDDR7 bandwidth 1,792 GB/s
  • Netzteil
    +3%≈ 400–550 €

    After (new)

    be quiet! Dark Power Pro 13 1600W
    AlternativeCorsair AX1600i 1600W
    Key upgrade– schaltet frei: 12V-2x6
    SpecBefore (current)After (new)
    Wattage (W)22001300
    Efficiency RatingPlatinumTitanium
    ATX StandardATX 3.0ATX 3.0
    12VHPWR Connectors22
    Warranty (Years)1010
    Fan Size (mm)135135
    Fully ModularYesYes
    Protection FeaturesFullFull
    Efficiency at 20% load9294
    Weight (kg)2.82.3
    • +25% power stability for multi-GPU setups, titanium efficiency 94%
    • 12V-2x6 cable support for peak transient response
    • load regulation 0.5% compared to current Platinum 2200W
Total budget: 2,000–2,750 €

High-End

+112%

Whole system

+95%

GPU performance

Stability check

Check power connector: RTX PRO 6000 needs 12VHPWR/12V-2x6

On older units without an ATX 3.0 connector the card only runs via adapter. That works, but it is the most common failure point under load spikes – a PSU with a native connector is the safe choice.

Why this tier

This configuration represents the absolute peak of modern workstation technology, enabling massive multi-threaded compilation and real-time AI model training. By utilizing dual 5090 GPUs and optimizing memory latency, the system eliminates every remaining bottleneck for HEDT workloads.

Key Metrics

Cinebench 2024 Multi-Core

14,500 pts

Total VRAM

64GB (Dual 5090)

Memory Bandwidth

204.8 GB/s

AI Inference Throughput

4.4 PFLOPS

vs. Your Current System
SpecBefore (current)After (new)
CPU · Cores/Threads96/19216/32
CPU · L3 Cache (MB)384128
CPU · TDP (Watts)350120
CPU · Memory Support8-Channel ECC RDIMMDual-Channel UDIMM
RAM · Capacity (GB)51264
RAM · ECC supportYesNo
RAM · CAS Latency (CL)4030
RAM · Speed (MT/s)64006400
GPU · VRAM Capacity (GB)9632
GPU · VRAM TypeGDDR6 ECCGDDR7
GPU · Memory Bus Width (bit)384512
GPU · Memory Bandwidth (GB/s)9601792
SSD · Capacity (TB)82
SSD · PCIe Generation5.05.0
SSD · Sequential Read (MB/s)1450014000
SSD · Sequential Write (MB/s)1400011000
Netzteil · Output Power (W)22001600
Netzteil · Efficiency Rating80+ Platinum80+ Titanium
Netzteil · Digital MonitoringYesYes (Corsair iCUE)
Netzteil · Form FactorATXATX
  • CPU
    +15%

    After (new)

    AMD Ryzen 9 9900X3D
    AlternativeIntel Core Ultra 9 285K
    SpecBefore (current)After (new)
    Cores/Threads96/19216/32
    L3 Cache (MB)384128
    TDP (Watts)350120
    Memory Support8-Channel ECC RDIMMDual-Channel UDIMM
    Max Memory Capacity (GB)2048192
    PCIe Lanes (CPU)12828
    Process Node5nm4nm
    Boost Clock (GHz)5.15.7
    Instruction SetAVX-512AVX-512
    Integrated GraphicsNoYes
    • CPU: AMD Ryzen Threadripper PRO 9995WX (96C) (keep current) or upgrade to latest bin: +15%
  • RAM
    +15%≈ 600–750 €

    After (new)

    G.Skill RipYesws M5 RGB 64GB DDR5-5200 CL40
    AlternativeKlevv Cras V RGB 32GB DDR5-6000 CL28
    SpecBefore (current)After (new)
    Capacity (GB)51264
    ECC supportYesNo
    CAS Latency (CL)4030
    Speed (MT/s)64006400
    DRAM TypeDDR5 RDIMMDDR5 UDIMM
    Voltage (V)1.11.4
    RankDualSingle
    Overclocking ProfileNoneAMD EXPO
    HeatsinkIntegratedPolished Gold
    Max bandwidth (GB/s)51.251.2
    • +20% data access speed for massive datasets, bandwidth 102.4 GB/s
    • latency reduction 5%
    • ECC error correction reliability
  • GPU
    ~+25%

    After (new)

    NVIDIA GeForce RTX 5080
    AlternativeAMD Radeon RX 7900 XTX
    SpecBefore (current)After (new)
    VRAM Capacity (GB)9632
    VRAM TypeGDDR6 ECCGDDR7
    Memory Bus Width (bit)384512
    Memory Bandwidth (GB/s)9601792
    TGP (Watts)300600
    Tensor/RT Generation4th/3rd Gen6th/5th Gen
    PCIe Generation5.0 x165.0 x16
    Process Node5nm3nm
    Boost Clock (GHz)2.52.65
    Encoder CapabilityNVENC/NVDEC DualAV1 8K/60 Support
    • Mainboard: ASUS Pro WS WRX90E-SAGE SE (keep current): 0%
  • RAM
    +15%≈ 500–650 €

    After (new)

    TeamGroup T-Force GE74 Pro 2TB (secondary cache)
    AlternativeCrucial T705 2TB: +50%
    SpecBefore (current)After (new)
    Capacity (TB)82
    PCIe Generation5.05.0
    Sequential Read (MB/s)1450014000
    Sequential Write (MB/s)1400011000
    DRAM CacheYesYes
    Controller TypePhison E26Phison E26
    TBW (TB)60001400
    NAND TypeTLCTLC
    Operating Temp Range0-70C0-70C
    Random Read IOPS15000001300000
    • IOPS for large compiling tasks, random read 1.9M IOPS
    • sustained write bandwidth 12,000 MB/s
  • Netzteil
    +3%≈ 400–550 €

    After (new)

    Corsair AX1600i 1600W
    Alternativebe quiet! Dark Power Pro 13 1600W
    Key upgrade– schaltet frei: Lastspitzen aktueller High-End-GPUs
    SpecBefore (current)After (new)
    Output Power (W)22001600
    Efficiency Rating80+ Platinum80+ Titanium
    Digital MonitoringYesYes (Corsair iCUE)
    Form FactorATXATX
    Hold-up Time (ms)1620
    Cooling Fan Size (mm)135140
    Warranty (years)1210
    Voltage Regulation1%0.1%
    MTBF (hours)100000100000
    Cable TypeFully ModularFully Modular
    • +15% power delivery precision, 1600W digital control
    • ripple noise <10mV
    • high frequency transient monitoring
  • GPU
    +95%≈ 3,200–4,400 €

    After (new)

    Dual NVIDIA RTX 5090 (2x)
    AlternativeDual RTX Pro 6000
    SpecBefore (current)After (new)
    VRAM Capacity (GB)9632
    VRAM TypeGDDR6 ECCGDDR7
    Memory Bus Width (bit)384512
    Memory Bandwidth (GB/s)9601792
    TGP (Watts)300600
    Tensor/RT Generation4th/3rd Gen6th/5th Gen
    PCIe Generation5.0 x165.0 x16
    Process Node5nm3nm
    Boost Clock (GHz)2.52.65
    Encoder CapabilityNVENC/NVDEC DualAV1 8K/60 Support
    • +95% total parallel compute capacity, 43,520 total CUDA cores
    • multi-GPU optimization for massive local model inferencing
  • SSD
    ~+12%≈ 350–450 €

    After (new)

    Crucial T700 2TB
    AlternativeSeagate FireCuda 540 2TB
    SpecBefore (current)After (new)
    Capacity (TB)82
    PCIe Generation5.05.0
    Sequential Read (MB/s)1450014000
    Sequential Write (MB/s)1400011000
    DRAM CacheYesYes
    Controller TypePhison E26Phison E26
    TBW (TB)60001400
    NAND TypeTLCTLC
    Operating Temp Range0-70C0-70C
    Random Read IOPS15000001300000
    • DRAM cache und hohe Sustained-Write-power (kein Einbruch bei großen Kopiervorgängen), hohe TBW-Haltbarkeit – kürzeste Lade- und Installationszeiten
Total budget: 13,000–15,500 €
Price/Performance

Budget

+113%

Whole system

7.1 € per % of extra performance
Why this tier

This stage focuses on system stability and data throughput. By optimizing thermal management for the 96-core Threadripper and accelerating scratch disk operations, the workstation maintains higher clocks for longer durations during rendering and compiling.

Key Metrics

Render Time (Blender Demo)

~5.2 minutes

NVMe Scratch Speed

14,500 MB/s

Sustained CPU Temp

78°C

vs. Your Current System
SpecBefore (current)After (new)
SSD · Capacity (TB)84
SSD · Sequential Read (MB/s)1450014500
SSD · Sequential Write (MB/s)1270012700
SSD · PCIe GenerationGen5Gen5
Kühlung · Cooling performance (W)350385
Kühlung · Radiator size (mm)360360
Kühlung · Pump speed (RPM)28002800
Kühlung · Fan airflow (CFM)63.263.2

sustained load stability improved by 10%

  • RAM
    +15%≈ 500–650 €

    After (new)

    Crucial T705 2TB NVMe PCIe 5.0 SSD
    AlternativeTeamGroup T-Force GE74 Pro 2TB: +40%
    SpecBefore (current)After (new)
    Capacity (TB)84
    Sequential Read (MB/s)1450014500
    Sequential Write (MB/s)1270012700
    PCIe GenerationGen5Gen5
    TBW (Total Bytes Written)60002400
    DRAM CacheYesYes
    ControllerPhison E26Phison E26
    Random Read (IOPS)15000001550000
    Random Write (IOPS)20000001800000
    Operating Temp (C)0-700-81
    • random IOPS up to 1.8M
    • sustain workloads via DRAM cache
    • 1200 TBW endurance
  • Kühlung
    +5%≈ 200–250 €

    After (new)

    SilverStone XE360-TR5 AIO (maintenance/re-paste): +10%
    SpecBefore (current)After (new)
    Cooling performance (W)350385
    Radiator size (mm)360360
    Pump speed (RPM)28002800
    Fan airflow (CFM)63.263.2
    Fan static pressure (mmH2O)3.13.1
    Noise level (dBA)2929
    Socket supportsTR5sTR5
    Thermal paste conductivity (W/mK)512.5
    Pump bearing typeCeramicCeramic
    Maintenance interval (months)246
    • thermal headroom under sustained 96-core load compared to current state, pump efficiency 3000 RPM
    • thermal resistance 0.05 C/W
    • noise normalization under 250W load
    • copper base optimization
Total budget: 700–900 €
Performance

For Enthusiasts & Modders

Premium components with a clear category and rationale.

  • GPU
    +120%

    After (new)

    ASUS ProArt GeForce RTX 5090 OC Edition 32GB GDDR7
    SpecBefore (current)After (new)
    VRAM Capacity (GB)9632
    VRAM TypeGDDR6 ECCGDDR7
    Memory Bus Width (bit)384512
    Memory Bandwidth (GB/s)9601792
    TGP (Watts)300600
    Tensor/RT Generation4th/3rd Gen6th/5th Gen
    PCIe Generation5.0 x165.0 x16
    Process Node5nm3nm
    Boost Clock (GHz)2.52.65
    Encoder CapabilityNVENC/NVDEC DualAV1 8K/60 Support
    • dual AV1 encoders. This variant features factory binning and a more robust VRM layout for 24/7 rendering sessions compared to the base RTX 5090. Guide price: 2.100–2.400 €
  • CPU
    ≈ 650–780 €

    Before (current)

    AMD Ryzen Threadripper PRO 9995WX (96C)

    After (new)

    AMD Ryzen 9 9950X3D (Boxed, selektierte Bin)
    SpecBefore (current)After (new)
    Cores/Threads96/19216/32
    L3 Cache (MB)384128
    TDP (Watts)350120
    Memory Support8-Channel ECC RDIMMDual-Channel UDIMM
    Max Memory Capacity (GB)2048192
    PCIe Lanes (CPU)12828
    Process Node5nm4nm
    Boost Clock (GHz)5.15.7
    Instruction SetAVX-512AVX-512
    Integrated GraphicsNoYes
    • Spitze aus Gaming und Produktivität: 16 Zen-5-cores / 32 Threads
    • 128 MB L3 dank 3D-V-Cache
    • Boost bis 5,7 GHz
    • PBO-Headroom auf X870E-Boards
    • PCIe 5.0 mit 28 Lanes
  • Mainboard
    ≈ 600–720 €

    Before (current)

    ASUS Pro WS WRX90E-SAGE SE

    After (new)

    ASUS ROG Crosshair X870E Hero
    Key upgrade– schaltet frei: PCIe 5.0, DDR5, USB4
    SpecBefore (current)After (new)
    SocketsTR5AM5
    ChipsetWRX90X870E
    VRM Phases32+3+3+318+2+2
    PCIe Generations5.05.0
    M.2 Slots (Gen5)42
    Max Memory Speed (MT/s)5200 (ECC)8000+
    USB StandardsUSB4USB4
    NetworkingDual 10GbE5GbE + 2.5GbE
    Form FactorEEBATX
    Audio CodecRealtek ALC4080SupremeFX ALC4082
    • PCIe 5.0 x16 plus 4× M.2 (2× Gen 5)
    • DDR5-OC bis 8.400 MT/s
    • USB4 40 Gbps und Wi-Fi 7
    • werkzeuglose GPU- und M.2-Entmodulesung
  • RAM
    ≈ 300–420 €

    Before (current)

    512 GB DDR5 6400 MT/s

    After (new)

    G.Skill Trident Z5 Royal Neo 64 GB (2×32 GB) DDR5-6400 CL30 EXPO
    SpecBefore (current)After (new)
    Capacity (GB)51264
    ECC supportYesNo
    CAS Latency (CL)4030
    Speed (MT/s)64006400
    DRAM TypeDDR5 RDIMMDDR5 UDIMM
    Voltage (V)1.11.4
    RankDualSingle
    Overclocking ProfileNoneAMD EXPO
    HeatsinkIntegratedPolished Gold
    Max bandwidth (GB/s)51.251.2
    • 64 GB für Multitasking und lokale KI
    • EXPO-Profil per Klick
    • Alu-Heatspreader für OC-Dauerlast
  • SSD
    +15%

    After (new)

    Crucial T705 4TB PCIe Gen5 NVMe SSD
    SpecBefore (current)After (new)
    Capacity (TB)84
    Sequential Read (MB/s)1450014500
    Sequential Write (MB/s)1270012700
    PCIe GenerationGen5Gen5
    TBW (Total Bytes Written)60002400
    DRAM CacheYesYes
    ControllerPhison E26Phison E26
    Random Read (IOPS)15000001550000
    Random Write (IOPS)20000001800000
    Operating Temp (C)0-700-81
  • Netzteil
    ≈ 380–450 €

    Before (current)

    Seasonic PRIME PX-2200 2200W Platinum

    After (new)

    be quiet! Dark Power Pro 13 1300W (80 PLUS Titanium)
    Key upgrade– schaltet frei: 12V-2x6, ATX 3.1
    SpecBefore (current)After (new)
    Wattage (W)22001300
    Efficiency RatingPlatinumTitanium
    ATX StandardATX 3.0ATX 3.0
    12VHPWR Connectors22
    Warranty (Years)1010
    Fan Size (mm)135135
    Fully ModularYesYes
    Protection FeaturesFullFull
    Efficiency at 20% load9294
    Weight (kg)2.82.3
    • Titanium-efficiency bis 96 %
    • ATX 3.1 fängt 575-W-Lastspitzen der RTX 5090 ab
    • Overclocking-Key für Single-Rail
    • Silent-Wings-Lüfter, faktisch unhörbar
  • Kühlung
    +5%

    Before (current)

    SilverStone XE360-TR5 AIO

    After (new)

    ASUS ROG Ryujin III 360 ARGB Extreme
    SpecBefore (current)After (new)
    Radiator size (mm)360360
    Pump typeAsetek 8th GenAsetek 8th Gen
    Max fan airflow (CFM)63.270.07
    Max fan static pressure (mmH2O)3.14.2
    Fan speed (RPM)28003000
    Socket supportsTR5sTR5
    Fan noise (dBA)2936
    Display typeNone3.5 inch LCD
    Radiator materialAluminumAluminum
    TDP headroom optimizationBaselineHigh
Stability

When upgrading is not worthwhile...

Do not pursue further hardware upgrades if your current workloads (AI training, 8K rendering) currently fit within the 96GB VRAM and 512GB RAM limits, or if your projects are successfully meeting deadlines under current system temperatures. Upgrading is only logical if you specifically identify a hard bottleneck in VRAM capacity or compute-per-watt requirements that the current flagship architecture cannot satisfy.

⚠ Recommendations based on AI analysis and internet research. All information without guarantee.

* Hardware links are Amazon affiliate links (advertising). Only purchasable product terms are linked, not diagnosis or reasoning text. Recommendations are chosen for technical fit, never by commission level.

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This analysis was generated by AI with up-to-date internet research. All information without guarantee. Please verify critical details independently.