🏆 ULTIMATE NON-SERVER WORKSTATION — MASTER SPECIFICATION
Fully merged • compatibility-corrected • performance-first • Cyber-Ice RGB edition 🔒
Design goal: Push a single-socket workstation to the highest practical workstation-class level without crossing into server architecture, while retaining extreme AI, rendering, simulation, professional video/photo editing, 4K gaming, and creator capability.
Rule: RGB is allowed only where it does not compromise compute, PCIe topology, storage, power delivery, cooling, reliability, or physical fit.
🔒 FINAL COMPONENT MASTER TABLE
| # | Category | Final Component / Model | Qty | Key specification / role | Status |
|---|---|---|---|---|---|
| 1 | 🧠 CPU | AMD Ryzen Threadripper PRO 9995WX | 1 | 96C / 192T, Zen 5, up to 5.4 GHz, 384 MB L3, 350 W, sTR5 | 🔒 |
| 2 | 🏗️ Motherboard | ASUS Pro WS WRX90E-SAGE SE | 1 | WRX90, sTR5, EEB, 8-channel RDIMM, massive PCIe 5.0 expansion | 🔒 |
| 3 | 🧠 System RAM | Samsung M321RBGA0B40-CWK 256 GB DDR5-4800 ECC RDIMM | 8 | 2 TB total, 8-channel, high-density RDIMM | 🔒 |
| 4 | 🎮 GPU | NVIDIA RTX PRO 6000 Blackwell Workstation Edition | 4 | 96 GB GDDR7 ECC each, PCIe 5.0 ×16, 600 W each | 🔒 |
| 5 | ⚡ PSU | Corsair WS3000 Workstation | 2 | 3,000 W each, 6,000 W combined, ATX 3.1 | 🔒 |
| 6 | 🧊 CPU Water Block | Watercool HEATKILLER IV PRO for Threadripper ACRYL NICKEL-BLACK — 18027 | 1 | sTR5-compatible, integrated RGB appearance | 🔒 |
| 7 | 🎮 GPU Water Block | Alphacool ES RTX 6000 Pro Workstation | 4 | Exact RTX PRO 6000 Workstation Edition block, compact ~1.5-slot design | 🔒 |
| 8 | ❄️ External Radiator | WATERCOOL MO-RA IV 600 | 2 | One dedicated CPU loop, one dedicated GPU loop | 🔒 |
| 9 | 🏠 Chassis | Phanteks Enthoo Pro II Tempered Glass — PH-ES620PTG_DBK01 | 1 | SSI-EEB, 11 slots, 305×330 mm board support, large GPU/storage capacity | 🔒 |
| 10 | 🔧 PSU Mounting | Custom dual-ATX PSU mounting plate | 1 | Mechanical solution for the 2× WS3000 installation | 🔒 |
| 11 | 💾 NVMe | Samsung 9100 PRO 8 TB | 4 | PCIe 5.0 ×4, extreme-performance M.2 tier | 🔒 |
| 12 | 🚀 Enterprise NVMe | Samsung PM1733a 30.72 TB | 2 | PCIe 4.0 ×4 U.2-class enterprise NVMe | 🔒 |
| 13 | 🗄️ HDD | Seagate Exos 32 TB CMR | 4 | SATA 6 Gb/s, enterprise bulk storage | 🔒 |
| 14 | 📡 Wi-Fi / Bluetooth | Intel Wi-Fi 7 BE200 | 1 | M.2 Key-E, Wi-Fi 7 2×2, Bluetooth 5.4 | 🔒 |
| 15 | 🌐 Ethernet | ASUS onboard dual 10GbE | 2 ports | High-speed wired networking | 🔒 |
| 16 | 🎥 Internal PCIe video I/O | None | — | DeckLink removed to protect 4-GPU physical layout | 🔒 |
| 17 | 🖥️ Main Display | ASUS ProArt Display OLED PA32UCDM | 1 | 31.5", 4K, QD-OLED, 240 Hz | 🔒 |
| 18 | 🎨 Pen Display | Wacom Cintiq Pro 27 | 1 | 27", 4K, 120 Hz professional pen display | 🔒 |
| 19 | ⌨️ Keyboard | Keychron Q6 Max | 1 | Full-size mechanical, QMK/VIA | 🔒 |
| 20 | 🖱️ Mouse | Logitech MX Master 4 | 1 | Professional productivity/creative mouse | 🔒 |
| 21 | 🎛️ Control Surface | Elgato Stream Deck+ | 1 | 8 keys + 4 dials + touch strip | 🔒 |
| 22 | ⚡ PDU | Vertiv Geist monitored PDU | 2 | One distribution path per PSU | 🔒 |
| 23 | 🛡️ UPS | Vertiv Liebert GXT5 10 kVA / 10 kW | 1 | Online double-conversion UPS | 🔒 |
🧠 CPU + PLATFORM
| Specification | Final |
|---|---|
| CPU | Threadripper PRO 9995WX |
| Cores / threads | 96 / 192 |
| Socket | sTR5 |
| Platform | WRX90 |
| Memory architecture | 8-channel DDR5 ECC RDIMM |
| PCIe architecture | Up to 128 PCIe 5.0 lanes |
| Motherboard | ASUS Pro WS WRX90E-SAGE SE |
| Motherboard form factor | EEB |
| Workstation boundary | Single-socket / non-server |
Role
This is the central compute platform for:
AI • CPU rendering • simulation • compilation • virtualization • scientific workloads • professional applications
🧠 SYSTEM MEMORY
8× Samsung 256 GB ECC RDIMM
| Parameter | Final |
|---|---|
| Modules | 8 |
| Capacity/module | 256 GB |
| Total | 2 TB |
| Type | DDR5 ECC RDIMM |
| Speed | 4800 MT/s |
| Organization | 8Rx4 |
| Channels populated | 8 |
| Voltage | 1.1 V |
Theoretical aggregate bandwidth
≈307.2 GB/s
Design philosophy
We deliberately prioritize:
2 TB capacity + ECC + 8-channel operation + high-density workstation stability
over chasing a higher DIMM frequency at reduced capacity.
🎮 GPU SUBSYSTEM
4× NVIDIA RTX PRO 6000 Blackwell Workstation Edition
Per GPU
| Specification | Value |
|---|---|
| VRAM | 96 GB GDDR7 ECC |
| Memory bandwidth | 1,792 GB/s |
| FP32 | 125 TFLOPS |
| Interface | PCIe 5.0 ×16 |
| Board power | 600 W |
| Physical class | Dual-slot |
Four-GPU total
| Metric | Total |
|---|---|
| GPUs | 4 |
| GPU memory | 384 GB ECC |
| GPU board-power budget | 2,400 W |
| Aggregate theoretical bandwidth | 7,168 GB/s |
PCIe topology
PCIe Slot 1 → RTX PRO 6000 #1
PCIe Slot 3 → RTX PRO 6000 #2
PCIe Slot 5 → RTX PRO 6000 #3
PCIe Slot 7 → RTX PRO 6000 #4
Important
The four GPUs are four independent GPU memory spaces, not automatically one unified 384 GB GPU. Software must support multi-GPU operation to exploit them together.
⚡ POWER SYSTEM
2× Corsair WS3000
| Parameter | Final |
|---|---|
| PSU count | 2 |
| Capacity/PSU | 3,000 W |
| Combined | 6,000 W |
| Standard | ATX 3.1 |
| Input | 220–240 V |
| GPU connectors | 4× 12V-2x6 per PSU |
| GPU connector capability | 600 W class |
Approximate locked CPU + GPU power
350 W CPU
*
2,400 W GPUs
=
~2,750 W
before the rest of the workstation.
Important distinction
6,000 W PSU capacity is not 6,000 W actual consumption.
It is our massive electrical headroom.
❄️ COOLING SYSTEM
Dual independent liquid loops
CPU loop
9995WX
→ HEATKILLER IV PRO ACRYL NICKEL-BLACK
→ redundant pumps
→ MO-RA IV 600 #1
→ reservoir/manifold
→ CPU
GPU loop
4× RTX PRO 6000
→ 4× Alphacool ES blocks
→ redundant pumps
→ MO-RA IV 600 #2
→ reservoir/manifold
→ GPU array
🧊 Cooling hardware
| Component | Final |
|---|---|
| CPU block | HEATKILLER IV PRO Threadripper ACRYL NICKEL-BLACK 18027 |
| GPU blocks | 4× Alphacool ES RTX 6000 Pro Workstation |
| Radiators | 2× MO-RA IV 600 |
| Pumps | Redundant pumps per loop |
| Reservoirs/manifolds | Dedicated per loop |
| Temperature monitoring | ✅ |
| Flow monitoring | ✅ |
| Leak detection | ✅ |
| Emergency shutdown | ✅ |
Thermal design target
~2.75 kW CPU + GPU heat
with the cooling system engineered for sustained workload rather than merely short benchmark bursts.
🏠 CHASSIS
Phanteks Enthoo Pro II Tempered Glass
PH-ES620PTG_DBK01
| Feature | Final |
|---|---|
| Motherboard | SSI-EEB / EEB |
| Maximum motherboard | 305 × 330 mm |
| PCI expansion | 11 slots |
| GPU clearance | ~503 mm |
| 3.5" storage support | Up to 12 positions |
| Tempered glass | ✅ |
| Integrated D-RGB | ✅ |
| Dual PSU architecture | ✅ |
Why TG instead of closed panel?
Because our workstation isn't changing internally.
We're simply giving the monster a glass showcase window so the four water-cooled professional GPUs, illuminated power cables and internal lighting are actually visible.
💾 COMPLETE STORAGE SYSTEM
Native motherboard connections
| Interface | Quantity | Locked device |
|---|---|---|
| M.2 PCIe 5.0 ×4 | 4 | 4× Samsung 9100 PRO 8 TB |
| SlimSAS PCIe 4.0 ×4 | 2 | 2× Samsung PM1733a 30.72 TB |
| SATA 6 Gb/s | 4 | 4× Seagate Exos 32 TB |
| M.2 Key-E | 1 | Intel BE200 — networking, not storage |
Capacity
32 TB Samsung 9100 PRO
*
61.44 TB PM1733a
*
128 TB Exos
💾 221.44 TB RAW
📡 NETWORKING
Built-in
2× 10GbE
Wireless
Intel Wi-Fi 7 BE200
Bluetooth
Bluetooth 5.4
Deliberately omitted
100/200/400 GbE server/data-center NIC
because it would consume valuable expansion resources without being automatically useful for our workstation workloads.
🎥 PCIe EXPANSION
Final internal PCIe expansion card count: 0
The previously selected:
Blackmagic DeckLink 8K Pro G2
is removed.
Why?
It has a physical multi-slot requirement that creates unnecessary uncertainty around the four-GPU arrangement.
Our rule is:
Protect the four-GPU architecture before adding auxiliary PCIe hardware.
Professional video I/O can instead be handled through an external solution when needed.
🖥️ DISPLAY SYSTEM
Main
ASUS ProArt PA32UCDM
31.5"
3840×2160
QD-OLED
240 Hz
HDR
professional wide-gamut
This is the central:
gaming + editing + professional workstation display
Creative display
Wacom Cintiq Pro 27
27"
4K
120 Hz
professional color
pen input
This is for:
retouching • drawing • compositing • digital art • 3D
🎛️ WORKSTATION CONTROLS
| Device | Model | Purpose |
|---|---|---|
| Keyboard | Keychron Q6 Max | Programming, editing, gaming |
| Mouse | Logitech MX Master 4 | Precision productivity |
| Control surface | Elgato Stream Deck+ | Resolve/Premiere/Photoshop/Blender/OBS automation |
⚡ POWER DISTRIBUTION + PROTECTION
| Layer | Final hardware |
|---|---|
| PSU #1 | Corsair WS3000 |
| PSU #2 | Corsair WS3000 |
| PDU #1 | Vertiv Geist monitored PDU |
| PDU #2 | Vertiv Geist monitored PDU |
| UPS | Vertiv Liebert GXT5 10 kW |
| Input architecture | Dedicated properly engineered 230 V circuits |
| Monitoring | PDU + UPS monitoring |
| PSU wiring | Genuine Corsair modular cables only |
Important
This is a high-current 230 V installation. The actual circuits, breakers, conductors, grounding and isolation must be designed/installed according to local electrical requirements by a qualified professional.
🌌 CYBER-ICE RGB SYSTEM
Now the workstation gets the gaming-PC visual treatment without becoming a gaming-platform compromise.
🌀 Case fans
| Position | Final |
|---|---|
| Front | 3× Phanteks D30-140 Reverse D-RGB |
| Top | 3× Phanteks D30-140 D-RGB Regular |
Total
6× D30-140
This respects the Enthoo Pro II's 140 mm fan capacity.
✨ Architectural RGB
Phanteks NEON
| Model | Quantity |
|---|---|
| NEON M1 1000 mm — PH-NELEDKT_M1 | 1 |
| NEON M5 500 mm — PH-NELEDKT_M5 | 2 |
Use them for:
long motherboard perimeter
lower GPU zone
rear/cable-channel accent
💎 Geometric lighting
Corsair iCUE LC100
| Product | Qty |
|---|---|
| LC100 9-panel Starter — CL-9011114-WW | 1 |
| LC100 9-panel Expansion — CL-9011115-WW | 1 |
Total
18 RGB panels
Placed behind/beside the GPU bank as an AI-core geometric pattern.
🔌 GPU POWER LIGHTING
Lian Li Strimer Wireless 16-12
PW16-121W
Quantity
4
One illuminated 12V-2×6 path per GPU.
Controllers
2× L-Wireless Controller RF-T-B
because four Strimers exceed the documented three-Strimer-per-controller arrangement.
Electrical rule
The Corsair WS3000 PSU-side wiring remains genuine Corsair wiring.
No unverified third-party modular PSU cable is introduced.
🧠 CPU RGB
HEATKILLER IV PRO Threadripper ACRYL NICKEL-BLACK
18027
This replaces the earlier pure-copper visual choice while retaining an sTR5-specific CPU block.
❄️ MO-RA RGB
For each MO-RA IV 600:
| RGB component | Qty per radiator | Total |
|---|---|---|
| MO-RA IV 600 Ambient Light aRGB | 1 | 2 |
| MO-RA IV 600 Front Logo aRGB | 1 | 2 |
| MO-RA IV Tank aRGB Module 600 | 1 | 2 |
| MO-RA IV Passive Control 600 | 1 | 2 |
🌀 MO-RA COOLING FANS
Noctua NF-A20 HS-PWM chromax.black
9 per MO-RA
18 total
These remain performance fans rather than decorative RGB fans.
The RGB comes from the MO-RA lighting system itself, keeping radiator performance as the priority.
🧩 RGB CONTROL ARCHITECTURE
| RGB ecosystem | Hardware controlled |
|---|---|
| ASUS Aura Sync | Motherboard + compatible 5 V aRGB |
| Phanteks D-RGB | D30 fans + NEON + case lighting |
| Corsair iCUE | LC100 |
| Lian Li Wireless | 4× Strimer |
| Watercool aRGB | Both MO-RA systems |
| RGB software layer | Optional synchronization/visual profiles |
Critical rule
RGB software never becomes the cooling controller.
Fan speed, pump speed, coolant temperature and protection remain under the dedicated thermal-control architecture.
🌈 CYBER-ICE LIGHTING PROFILES
| Mode | Visual |
|---|---|
| 💤 Idle | Deep blue / ice blue, very low brightness |
| 🧠 CPU Workload | Blue → violet |
| 🤖 AI / GPU Load | Cyan → purple |
| 🎬 Video Editing | Neutral white + subtle blue |
| 🎮 Gaming | Cyan → blue → violet → magenta |
| ❄️ Cooling Showcase | Ice blue / white |
| ⚠️ Thermal Warning | Amber → red |
So although the machine is fundamentally a professional workstation, the visual identity is unmistakably:
Modern flagship gaming-PC aesthetic 🌌🎮
📊 MASTER PERFORMANCE SUMMARY
| Metric | Final configuration |
|---|---|
| CPU | Threadripper PRO 9995WX |
| CPU cores | 96 |
| CPU threads | 192 |
| System RAM | 2 TB ECC RDIMM |
| Memory channels | 8 |
| GPU count | 4 |
| GPU VRAM | 96 GB × 4 = 384 GB ECC |
| GPU board-power budget | 2,400 W |
| CPU power rating | 350 W |
| Approx. CPU + GPU load | ~2.75 kW |
| PSU capacity | 6,000 W |
| Native Gen5 NVMe | 4× |
| Native Gen4 SlimSAS NVMe | 2× |
| SATA ports | 4× |
| Raw local storage | 221.44 TB |
| Wired networking | 2× 10GbE |
| Wireless | Wi-Fi 7 |
| Bluetooth | 5.4 |
| Main display | 4K 240 Hz QD-OLED |
| Pen display | 4K 120 Hz |
| Case | Phanteks Enthoo Pro II Tempered Glass |
| GPU cooling | 4× full-cover water blocks |
| Radiators | 2× MO-RA IV 600 |
| MO-RA fans | 18× Noctua NF-A20 |
| Case RGB fans | 6× D30-140 |
| LC100 panels | 18 |
| NEON strips | 3 |
| Illuminated GPU cables | 4 |
| Workstation platform | Single-socket / non-server |
🔒 FINAL STATUS
🟢 PERFORMANCE HARDWARE
✅ CPU locked
✅ Motherboard locked
✅ 2 TB ECC RAM locked
✅ 4-GPU RTX PRO 6000 configuration locked
✅ 6,000 W PSU architecture locked
✅ Dual-loop cooling locked
✅ Dual MO-RA IV 600 locked
✅ 221.44 TB storage architecture locked
🟢 VISUAL HARDWARE
✅ Tempered-glass chassis
✅ 6× D30 RGB fans
✅ 3× NEON lighting sections
✅ 18× LC100 panels
✅ 4× Strimer GPU power paths
✅ RGB CPU block
✅ 2× illuminated MO-RA systems
❌ DELIBERATELY EXCLUDED
❌ DeckLink 8K Pro G2
❌ Server-class networking card
❌ Separate gaming GPU
❌ RGB hardware that requires weakening the cooling system
❌ Extra PCIe cards merely to fill empty slots
🏆 FINAL IDENTITY
ULTIMATE NON-SERVER WORKSTATION — CYBER-ICE
96-core / 192-thread Threadripper PRO
2 TB ECC memory
4× 96 GB RTX PRO 6000 Blackwell
384 GB total GPU memory
6,000 W PSU capacity
2× MO-RA IV 600 liquid cooling
221.44 TB raw local storage
4K 240 Hz QD-OLED
Wi-Fi 7 + dual 10GbE
full modern RGB architecture
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