Axiom C550h Series - SSD - 8 TB - desktop - internal - 2.5 (in 3.5" carrier) - SATA 6Gb/s - TAA Compliant"
The Axiom C550h is a high-capacity, high-performance SATA 6Gb/s SSD ideally suited for cost-effective, small form factor and low power client and industrial storage solutions for PCs, Ultrabooks, Tablet PCs, and other embedded applications. Featuring the Phison S12 controllerand quality 3D QLC NAND, these SSDs are loaded with enhancements to promote a high performing and reliable computing environment. TRIM, Wear Leveling, StaticDataRefresh, and LDPC ECC functions optimize data processing efficiency. S.M.A.R.T. and a built-in temperature sensor assist with monitoring drive health.
The 3D QLC SSD provides outstanding transfer speeds. Improved system startup, data access, application loading, and backup times are typically realized when upgrading systems from a traditional spinning disk hard drive to a 3D QLC SSD. SLC Cache is included and further enhances read/write and IOPS ratings. The 3D QLC SSD is an ultra-low-power storage solution with DevSleep support, providing improved notebook battery life and lower cooling costs in datacenters. 3D QLC SSDs are compatible with any operating system and work in both SATA and SAS environments.
High Capacity
• Available capacities of 4TB, 8TB & 16TB
Reduced Power Requirements
• No moving parts
• Super-low operating and standby power needs
• Power requirements notably reduced over a typical HD
Fast Performance
• Virtually zero spin up or seek times
• Zero rotational latency
• High sustained data transfer rate Reliable
• No volatile memory elements
• Improved resistance to shock & vibration
• Predictable and manageable failure modes reduce IT costs
Improved Operation
• Noise and vibration free
• Low heat emissions.
- No moving parts
- Super-low operating and standby power needs
- Power requirements notably reduced over a typical HD
- Virtually zero spin up or seek times
- Zero rotational latency
- High sustained data transfer rate Reliable
- No volatile memory elements
- Improved resistance to shock and vibration
- Predictable and manageable failure modes reduce IT costs
- Noise and vibration free
- Low heat emissions
