IBM - Ingram Certified Pre-Owned Memory Expansion Boards 4

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Part RoHS Manufacturer Brand Name Product Line Product Model Product Type TAA Compliant Package Type Memory Technology Number of Pins Number of Free Memory Slots Shipping Height Weight (Approximate) Environmental Certification Environmentally Friendly Product Condition Memory Form Factor Limited Warranty Number of Populated Memory Slots Signal Processing Error Checking Thickness Number of Total Memory Slots Maximum Memory Supported Packaged Quantity Height Standard Memory Product Name Shipping Width Length Application/Usage Shipping Weight (Approximate) Shipping Depth Country of Origin Memory Standard

60Y0323-RF

IBM - Ingram Certified Pre-Owned

IBM - Ingram Certified Pre-Owned

Memory Expansion Board

DDR3 SDRAM

240-pin

Refurbished

DIMM

16

256 GB

x3690 X5 16-DIMM Internal Memory Expansion

Server

44E4252-RF

IBM - Ingram Certified Pre-Owned

IBM - Ingram Certified Pre-Owned

Memory Expansion Board

DDR2 SDRAM

240-pin

8

Refurbished

DIMM

8

128 GB

8-Slot Memory Expansion Card for x3850 M2 and x3950 M2

Server

DDR2-667/PC2-5300

81Y8926-RF

IBM - Ingram Certified Pre-Owned

IBM - Ingram Certified Pre-Owned

Memory Expansion Board

DDR3 SDRAM

240-pin

Refurbished

DIMM

16

x3690 X5 16-DIMM Internal Memory Expansion

Server

69Y1888-RF

IBM - Ingram Certified Pre-Owned

IBM - Ingram Certified Pre-Owned

Memory Expansion Board

DDR3 SDRAM

240-pin

0.91 kg

Refurbished

DIMM

2.54 cm

8

2.54 cm

x3850 X5 and x3950 X5 Memory Expansion Card

7.62 cm

Server

Memory Expansion Boards

Memory expansion boards, also known as memory expansion cards or RAM expansion cards, are peripheral devices used to add additional RAM (Random Access Memory) to a computer system. These boards typically connect to the computer's motherboard via a PCI or PCIe slot and provide additional memory slots for installing RAM modules. Memory expansion boards are commonly used in servers, workstations, and high-performance computing systems to increase system memory capacity and improve overall performance. They allow users to upgrade their systems' memory to accommodate demanding applications and workloads.