Axiom Memory Solutions 2GB DRAM Module for Cisco Systems - MEM-7828-H3-2GB

The Axiom Memory Solutions 2GB DRAM Module (Part Number: MEM-7828-H3-2GB) is designed to provide reliable, high-performance memory expansion for Cisco servers, switches, and hardware applications. Built with 240-pin unbuffered architecture, this module ensures enhanced system stability and dependable operation during heavy-duty tasks. Its compatibility with Cisco equipment is guaranteed, backed by Axiom’s extensive support and a lifetime warranty, making it an ideal choice for mission-critical network environments.

This memory module features a 2GB capacity that allows smooth execution of complex applications and multitasking environments. The DRAM interface facilitates efficient data transfer across electrical components, optimizing system performance. The single 2GB module design ensures quick access and retrieval of data, minimizing latency and maximizing productivity. Its unbuffered signal processing provides reliable programmability of the processor, which simplifies digital signal management and system tuning.

Designed for ease of installation and maximum usability, the Axiom 2GB DRAM module is a cost-effective upgrade that enhances overall system responsiveness. Whether upgrading existing Cisco hardware or building a new infrastructure, this module offers dependable performance, long-term support, and seamless compatibility. With a lifetime replacement warranty, users can trust that their investment is protected for years of continuous operation and performance improvements.

Features:

• RAM Module is the single answer to all your desired and heavy-duty application memory needs

• 2 GB memory smoothly executes complex apps and games

• DRAM interface helps the memory move data across electrical components at an effective transfer rate

• 1 x 2GB modules for quick access and retrieval of data and information to ensure maximum usability

• 240-pin for enhanced, dependable system performance with maximum usability

• Unbuffered signal processing for dependable programmability of the processor for easy optimization of digital signals