DRAM Memory Expansion Boards 9

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Part	Manufacturer	Brand Name	Product Type	Package Type	Memory Technology	Number of Pins	Number of Free Memory Slots	Product Condition	Memory Form Factor	Number of Total Memory Slots	Maximum Memory Supported	Standard Memory	Product Name	Application/Usage
70033101	OKI Data	Oki	Memory Expansion Board	Retail	DRAM		2			2		1 MB	2-Slot Printer Memory Expansion Board	Printer
UCSC-MRB-002-C460	Cisco-IMSourcing DS	Cisco-IMSourcing DS	Memory Expansion Board		DRAM				DIMM	8			Memory Riser Board for C460 M2 Server Only	Server
139947-001	Hewlett-Packard	HP	Memory Expansion Board	Retail	DRAM	72-pin	8		SIMM	8			Server Memory Expansion Board	Server
70029701	OKI Data	Oki	Memory Expansion Board	Retail	DRAM		1			1	5 MB	1 MB	Printer Memory Expansion Board	Printer
236844-B21	HP-IMSourcing	HP-IMSourcing	Memory Expansion Board	OEM	DRAM	184-pin			DIMM	8	16 GB		8-Slot Memory Expansion Board for ML570 G2	Server
UCSC-MRB-002-C460-RF	Cisco Systems, Inc	Cisco	Memory Expansion Board		DRAM			Refurbished	DIMM	8			Memory Riser Board for C460 M2 Server Only	Server
70036201	OKI Data	Oki	Memory Expansion Board	Retail	DRAM		2			2	32 MB		2-Slot Printer Memory Expansion Board	Printer
236844-B21	Hewlett-Packard	HP	Memory Expansion Board	OEM	DRAM	184-pin			DIMM	8	16 GB		8-Slot Memory Expansion Board for ML570 G2	Server
UCSC-MRB-002-C460	Cisco Systems, Inc	Cisco	Memory Expansion Board		DRAM				DIMM	8			Memory Riser Board for C460 M2 Server Only	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.