Name: 16-Slot Disk Backplane
Brand: Oracle
Availability: InStock

Oracle 7020814 16-Slot Disk Backplane

The Oracle 7020814 16-Slot Disk Backplane is a high-performance, hot-plug ready backplane designed for enterprise storage enclosures. Engineered to provide reliable, low-latency connectivity for up to sixteen SAS or SATA drives, this backplane enable... Read More

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In Stock: 24
Manufacturer: Oracle
Model or Part: 7020814
Condition: Refurbished
Weight: 3.00

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Description

Overview
The Oracle 7020814 16-Slot Disk Backplane is a high-performance, hot-plug ready backplane designed for enterprise storage enclosures. Engineered to provide reliable, low-latency connectivity for up to sixteen SAS or SATA drives, this backplane enables scalable capacity and fast data access for mission critical applications.

Key Features

Supports 16 hot-plug SAS or SATA drives for flexible storage configurations
Full-duplex 12Gb/s SAS 3.0 data rate per lane for maximum throughput
Integrated power and data distribution to simplify cabling and reduce installation time
Designed for high availability with redundant signal paths and error detection
Compatible with Oracle server platforms and third-party chassis that meet standard dimensions

Technical Specifications

Model/Part Number: 7020814
Form factor: 2U rack-mount, standard 19 inch width
Connector type: 16 x 4.0mm SAS/SATA hot-plug connectors
Data rate: 12Gb/s per lane (SAS 3.0) / 6Gb/s per lane (SAS 2.0) compatible
Power rating: 15W typical, 30W maximum
Operating temperature: 0 to 55 degrees Celsius
Environmental compliance: RoHS, WEEE

Applications
The 16-Slot Disk Backplane is ideal for a wide range of enterprise workloads, including:

Database servers requiring high I/O performance and fast recovery
Virtualization platforms that need scalable storage density
Big data analytics and data warehousing solutions
Backup and archival systems with hot-swap drive capability
High-performance computing clusters that demand reliable, low-latency storage

By integrating the Oracle 7020814 backplane into your storage architecture, you gain a robust foundation for expanding capacity, improving fault tolerance, and maintaining peak performance across demanding environments.