DELL

DELL Latitude E5250 Motherboard Intel Core i7-5600U 2.6GHz 1NVYD

SKU CH-WM8X-MQ53N

Genuine Dell OEM replacement board for Latitude E5250 with soldered Core i7-5600U running at 2.6 GHz base and 3.2 GHz turbo

Genuine Dell OEM replacement board for Latitude E5250
On-board Intel Core i7-5600U dual-core processor installed
Base clock 2.6 GHz with turbo up to 3.2 GHz
Exact Dell part number 1NVYD ensures correct fit
Ready-to-install system board with CPU already mounted

56,99 $

0.0007354 BTC με τη σημερινή ισοτιμία

Διαθέσιμο · αποστολή σήμερα

Το ταμείο κλειδώνει την ισοτιμία σας για 30 λεπτά.

Παράδοση προς Ηνωμένες Πολιτείες εκτίμηση

UPS Worldwide Expedited 3–6 εργάσιμες ημέρες 39,90 $
DHL Express Worldwide 2–3 εργάσιμες ημέρες 74,90 $

Προσθέστε 342,01 $ ακόμη και η βασική αποστολή γίνεται δωρεάν.

Οι εισαγωγικοί δασμοί επιβάλλονται κατά την άφιξη από τη χώρα σας.

Αποστολή αλλού

Genuine Dell Latitude E5250 Motherboard

This genuine Dell OEM motherboard is designed specifically for the Latitude E5250 laptop. It arrives with an Intel Core i7-5600U processor already soldered to the board. The dual-core CPU runs at a base frequency of 2.6GHz and can reach a turbo maximum of 3.2GHz. It serves as a direct replacement system board for compatible units.

Build Quality and Connector Implications

As an original Dell system board, it matches the exact mounting points and connector layout required by the Latitude E5250 chassis. All I/O ports, display outputs and internal headers align with the laptop's original design. Installation restores the factory fit without adapter cables or bracket modifications. The board is pictured exactly as supplied so buyers can verify port arrangement before purchase.

Practical Limits of the Soldered Processor Platform

The processor is permanently mounted and cannot be upgraded or replaced independently of the motherboard. Performance is fixed at the i7-5600U's dual-core capability with a 3.2GHz turbo ceiling. Memory capacity and speed are constrained by the board's soldered layout and chipset design. Buyers needing higher core counts, discrete graphics options or user-replaceable CPUs should look elsewhere.