A field technician is performing hardware maintenance, diagnostics, and component upgrades across a fleet of enterprise laptops. Match each specific hardware scenario or component requirement on the left with the correct internal laptop hardware technology or form factor on the right.
- Upgrading system memory on a laptop motherboard using 260-pin compact modules designed specifically for mobile platforms.SODIMM (Small Outline Dual In-line Memory Module)
- Replacing a legacy mechanical drive with a high-performance internal solid-state drive that utilizes an M-keyed slot and PCIe x4 lanes.M.2 NVMe SSD
- Troubleshooting a dim screen on an older laptop model equipped with a CCFL backlight that requires DC-to-AC power conversion.Display Inverter Board
- Installing an internal expansion card connected to built-in display bezel antenna leads to enable mobile broadband cellular connectivity.M.2 WWAN Card
Answer
Each scenario correctly pairs with its specific internal laptop component: RAM upgrades require SODIMM modules; high-speed M-keyed storage uses M.2 NVMe SSDs; legacy CCFL backlight power conversion relies on a display inverter board; cellular connectivity additions require an internal M.2 WWAN card.
Each laptop hardware scenario maps directly to its unique component specification: SODIMMs provide compact system RAM, M.2 NVMe drives deliver high-speed storage via PCIe, display inverters supply AC power to CCFL backlights, and M.2 WWAN cards connect to internal antennas for cellular connectivity.
Step-by-Step Solution
Key Concept
Internal Laptop Hardware Components and Upgrades