"INSANE 7U GPU Server! 8x RTX 5090 Build for AI & GPU Rentals"

Update time : 2025-11-12 16:47:39

Engineered for AI, HPC & deep learning operations — built to house the most demanding GPU configurations. OneChassis

Advanced thermal & power redundancy:

3 hot-swappable 12038 fans + 8 hot-swappable 8056 fans for optimal cooling under extreme load.
Supports 5 CRPS modules with N+N / N+I redundancy to ensure uninterrupted power delivery.

Future-ready GPU & storage:

Supports up to 8 GPU slots with flexible spacing (8×92 mm or 10×85 mm), GPUs up to 360 mm length, plus 8 Gen5 GPU risers and cables.
NVMe backplane compatible with U.2/SATA HDD/SSD + 8 hot-swappable 2.5″ bays for high I/O throughput.

Broad motherboard compatibility and durable build:

Compatible with boards like ROME2D32GM-2T, GENOA2D24G-2L+, TURIN2D24G-2L+, SP2C741032G-2L+.
Built from SGCC 1.0 mm material with black-coated front panel for strength and aesthetics.

Model:	OCG7900B-8H8-L (Barebone System)
7U 8GPU Server Chassis:	D900 × W447 × H308 mm; Rackmount style
Material:	1.0 mm SGCC
Surface Treatment:	Front panel and mounting ears coated in black
Fan Configuration:	3 hot-swappable 12038 fans, 8 hot-swappable 8056 fans, supporting intelligent temperature control
Cooler Maximum Height:	100 mm
PSU Form Factor:	Support 5 CRPS module, support N + N redundancy / N + l redundancy
MB Compatibility:	ROME2D32GM-2T, GENOA2D24G-2L+, TURIN2D24G-2L+/500W, and SP2C741032G-2L+ motherboards
HDD Backplane:	NVMe backplane, compatible with U.2/SATA HDD / SSD
HDD Bay:	8 hot-swappable 2.5″ HDD/SSD bays
GPU Slot:	8 × 92mm or 10 × 85mm GPU spacing, up to 360 mm length
GPU Riser:	8 Gen5 GPU risers and accompanying cables

UNBOXING

Prev : The Ultimate Guide to Purchasing Custom Server Chassis: OEM & 1U Rack Solutions

Next : Empty Data

相关新闻

From Sheet Metal to Stability: How ONECHASSIS Crafts GPU Server Cases Engineers Rely On

Nov 10,2025

At ONECHASSIS, we believe every millimeter of metal matters. This article takes you inside our design process —from sheet metal precision to airflow simulation —showing how we turn raw steel into GPU server cases trusted by engineers worldwide. Discover how material choice, structural accuracy, and airflow design directly impact GPU stability and lifespan. See how robotic fabrication, ±0.1 mm tolerance control, and real-world thermal testing define our approach to building cases that simply work —cooler, quieter, and longer.

How We Build GPU Server Cases That Engineers Trust? (From Sheet Metal to Stability)

Oct 29,2025

Why the Right Metal Matters? At ONECHASSIS, every millimeter matters. Our GPU Server Chassis are engineered from the ground up—optimized metal structure, intelligent airflow design, and real-world testing—to deliver cooler, quieter, and longer-lasting performance for AI and HPC systems. Explore how precision engineering turns hardware stability into competitive advantage.

Before You Scale Up: The Server Case Compatibility Traps No One Warns You About

Oct 27,2025

In the last 12 months, we’ve seen 2 clients hit the same wall — everything on paper looked right, yet their upgraded GPU servers overheated or failed under load. The culprit? Case compatibility. It’s not flashy, but when you’re scaling, it’s the quiet deal-breaker that can burn your timeline and your budget.

Multi-GPU Support Explained: Inside Scalable Server Case Architecture

Oct 24,2025

Learn how scalable server chassis—optimized for airflow, power, and modularity—turn that potential into results.