Apple Mac Pro A1481 (Late 2013) PCIe 1TB SSD with Heat Sink

Product Specifications

General

SKU

A1481-1TB-HEATSINK

Part Number (s)

661-03734

Brand

Apple

Year

2013

Color

Black

Material

Combination of Materials

Memory & Storage

Storage Type

SSD

Additional Details

Compatibility

13” MacBook Pro Retina A1502
Late 2013 – ME864LL/A (2.4 Core i5)
Late 2013 – ME866LL/A (2.6 Core i5)
Late 2013 – ME866LL/A (2.8 Core i7)
Mid 2014 – MGX72LL/A (2.6 GHz Core i5)
Mid 2014 – MGX82LL/A (2.6 GHz Core i5)
Mid 2014 – MGX92LL/A (2.8 GHz Core i5)
Mid 2014 – MGX92LL/A (3.0 GHz Core i7)
Early 2015 – MF839LL/A (2.7 GHz Core i5)
Early 2015 – MF841LL/A (2.9 GHz Core i5)
Early 2015 – MF843LL/A (3.1 GHz Core i7)
15” MacBook Pro Retina A1398
Late 2013 (IG) – ME293LL/A (2.0 Core i7)
Late 2013 (IG) – ME293LL/A (2.3 Core i7)
Late 2013 (IG) – ME293LL/A (2.6 Core i7)
Mid 2014 (IG) – MGXA2LL/A (2.2 Core i7)
Mid 2014 (IG) – MGXA2LL/A (2.5 Core i7)
Mid 2014 (IG) – MGXA2LL/A (2.8 Core i7)
Late 2013 (DG) – ME294LL/A (2.3 Core i7)
Late 2013 (DG) – ME294LL/A (2.6 Core i7)
Mid 2014 (DG) – MGXC2LL/A (2.5 Core i7)
Mid 2014 (DG) – MGXC2LL/A (2.8 Core i7)
Mid 2015 – MJLQ2LL/A (2.2 GHz Core i7)
Mid 2015 – MJLQ2LL/A BTO (2.5 GHz Core i7)
Mid 2015 – MJLQ2LL/A BTO (2.8 GHz Core i7)
Mid 2015 – MJLT2LL/A (2.5 GHz Core i7)
Mid 2015 – MJLT2LL/A BTO (2.8 GHz Core i7)
NOTE: Please verify your device’s model number to ensure that this part is compatible.

Additional Features

Material: Flash memory + PCB + Aluminum Heat Sink

Includes

1TB SSD FLASH Only
NO SOFTWARE OR SCREWS INCLUDED

Description

PCIe 1TB SSD With Heat Sink A1481 for Apple Mac Pro Late 2013

CONDITION:

Used 100% Genuine OEM Original Apple Part
Tested fully working,

ABOUT:

The PCIe 1TB SSD with Heat Sink A1481 is a high-performance solid-state drive designed for the Apple Mac Pro Late 2013. It offers 1TB of storage, enhancing data transfer speeds and system responsiveness. The integrated heat sink ensures efficient thermal management, maintaining optimal performance and reliability during intensive tasks and prolonged use.