Description
Note: This Storage Processor (SP) does not include Ultraflex I/O modules or a power supply.
EMC 110-113-724B Storage Processor with 2.8GHz CPU and 24GB RAM for VNX7500 storage arrays. Whether you’re upgrading your EMC VNX7500 storage system or simply looking for a replacement Storage Processor (SP), we have what you need. If you don’t see the part listed that you’re looking for, please use our Contact Us form; as we have many parts in inventory that are not listed.
Please note that this EMC Storage Processor is used and backed by a 60 day warranty. Same day, expedited, and international shipping available!
EMC 110-113-724B VNX7500 Storage Processor with 2.8GHz CPU and 24GB RAM
- Network Interfaces
- N/A
- RAM
- 24GB
- Array Compatibility
- VNX7500
- Enclosure Compatibility
- 100-562-453
VNX7500 Overview
The VNX series is designed for a wide range of environments that include midtier through enterprise. VNX provides offerings that include file only, block only, and unified (block and file) implementations. The VNX series is managed through a simple and intuitive user interface called Unisphere®; this single pane of glass completes the unified experience.
The VNX7500 is designed for the enterprise space. This model provides either block and file services, file only, or block only and uses a Storage Processor Enclosure (SPE) form factor.
EMC 110-113-724B VNX7500 Storage Processor with 2.8GHz CPU and 24GB RAM
This model uses a 2.8 GHz, six-core Xeon 5600 processor with 24 or 48 GB RAM per blade and a maximum of 1,000 drives with the following host connectivity options: FC, iSCSI, and FCoE. There is also an optional upgrade to 48 GB of RAM if you have purchased a VNX or have an existing system with 24 GB of RAM per SP.
The VNX7500 has a SPE that uses UltraFlex I/O slots for all connectivity. The first slot houses the internal network management switch, which includes a mini-serial port and service LAN port. EMC service personnel use these ports to connect to the VNX.
A LAN connection is available on each SP for array management. Each SP in the enclosure also has two power supply modules. Each SP has a maximum of five I/O module slots. Any slots without I/O modules populate with blanks (to ensure proper airflow).
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