存储介质
| 原始能力 |
4800 GB |
| 存储驱动器容量 |
600 GB |
| 硬盘转速 |
10000 RPM |
性能
| 支持网络协议 |
IPv4, IPv6 |
| 管理平台 |
SNMP, telnet, SSH, HTTP, Web (SSL), host scripting |
EqualLogic PS6010X - 8x 600GB SAS 10.000rpm Dual Controller - 4yr ProSupport for IT and Next Business Day On-Site Service
Dell EqualLogic PS6010X
The Dell™ EqualLogic™ PS6010X is a virtualized iSCSI SAN that combines intelligence and automation with fault tolerance to provide simplified administration, rapid deployment, enterprise performance and reliability, and seamless scalability.
With 10,000 RPM SAS disk drives, the PS6010X array provides up to 9.6TB of storage for a great balance of cost-effective performance and capacity.
The PS6010 line features a redesigned 10GbE dual-port controller delivering up to 10x the bandwidth per port and 2.5x the bandwidth per array compared to previous generations.
EXCEPTIONAL EASE OF USE
The PS6010X is an intelligent storage array that is designed to provide rapid installation, simple management, and seamless expansion.
All PS Series storage arrays include SAN configuration features and capabilities that sense network connections, automatically build RAID sets, and conduct system health checks to help ensure that all components are fully functional.
A PS6010X is designed to be installed, configured, and serving storage in less than one hour.
FLEXIBILITY WITH LOW COST OF OWNERSHIP
The EqualLogic PS Series arrays represent a breakthrough in storage economics, from purchase and setup to operation and upgrades. The PS Series scales on-demand and online allowing storage growth without disrupting applications. As a result, EqualLogic arrays provide exceptional flexibility at a low total cost of ownership.
Whether consolidating a direct-attached storage (DAS) infrastructure, migrating data from an existing SAN or NAS system, streamlining data protection processes, or simply adding storage capacity, the EqualLogic PS Series from Dell offers a family of proven, high-performance, self-managing storage arrays designed to meet the requirements of today’s critical datacenter environments.
