Servers

Forensic Technical Intake: Workstation Server Systems

Service Protocol: Dual-Socket Architecture & High-Wattage Modular Swap

1. Primary Fault Classification

2. Server Architecture & Power Redundancy

Forensic Power Analysis: Workstation servers often utilize **Redundant PSUs**. If the system powers on but warns of “Lost Redundancy,” the modular **Power Distribution Board (PDB)** or a specific PSU module has failed. We must verify if the system can sustain peak AI compute loads without tripping the OCP (Over-Current Protection).

3. Multi-Socket & ECC Memory Integrity

AI Technical Insight: In dual-socket workstation servers, a “Dead System” can often be traced to a single failing **CPU Interconnect**. If the system boots with 128GB but only sees 64GB, a modular **ECC RAM stick** or the **CPU Integrated Memory Controller (IMC)** is the failing component.

4. Storage Backplane & RAID Integrity

Forensic Note: Workstation servers use a **Backplane module** to bridge the drives to the Logic Board. If multiple drives drop offline simultaneously, the **SAS Expander** or the **RAID Controller module** is the failure point. Shipping these units with drives installed can result in backplane connector shearing.

5. Previous Repair & Modification History

Why we need this: Servers are often upgraded with third-party PCIe NICs or NVMe adapters. If the **PCIe Lane bifurcation** was configured incorrectly in the BIOS, it can cause the system to fail “Forensic Power Analysis” due to resource conflicts.

6. Mandatory Packaging Compliance

IMPORTANT: Workstation Servers are extremely heavy (40lb+). The responsibility for secure packing remains entirely with the customer. You MUST use a heavy-duty, double-walled box with a minimum of 4 inches of high-density foam on all sides. REMOVE any modular GPUs or mechanical HDDs and ship them in separate anti-static packaging to prevent internal structural collapse.
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