The HPE Modular Smart Array 2070 16Gb Fibre Channel SFF Flash Bundle offers a robust solution for high-performance storage needs. With a total of 24 available expansion bays in a compact 2.5" SFF form factor, this storage array supports up to 12 installed devices, providing ample space for future growth. Equipped with advanced Serial Attached SCSI 3 technology, it ensures fast data transfers, reaching rates of up to 1.2 GBps. The dual internal power supply design and 80 PLUS Platinum certification enhance reliability and energy efficiency, making it a smart choice for any business environment. Designed to operate in a range of conditions, this device is compliant with numerous environmental standards, ensuring minimal impact. With features such as SNMP and SMTP support, it facilitates seamless management and monitoring. The system's operating temperature tolerance ranges from 5°C to 40°C, and it can endure humidity levels of up to 85% RH, reflecting its versatility and dependability for demanding applications.

Generous storage capacity: The HPE MSA 2070 features a total of 24 expansion bays with support for 12 installed devices, allowing for significant storage expansion to meet growing data demands.

Efficient power redundancy: Equipped with a dual internal power supply, this device features a 1+1 redundancy scheme, ensuring power availability and minimizing downtime for critical applications.

Versatile RAID support: Supports multiple RAID levels including RAID 0, RAID 1, RAID 5, RAID 6, and RAID 10, providing flexibility for data protection and performance according to the specific needs of the organization.

Fast data transfer capabilities: With 16Gb Fiber Channel and Serial Attached SCSI 3 interfaces, this device offers high-speed data transfers up to 1. 2 GBps, ensuring quick access to storage resources.

Environmentally sustainable operation: This device is ENERGY STAR certified and adheres to various environmental standards, highlighting its commitment to energy efficiency and reduced environmental impact during operation.