Axiom 2TB C565e Series Desktop SSD 6Gb/s SATA-III 3D TLC

• Acer - Power S290 Series
• Acer - Veriton L410 Series
• Acer - Aspire M1201 Series
• Acer - Aspire M3201 Series
• Acer - Aspire M3200 Series
• Acer - Aspire M3641 Series
• Acer - Veriton M6620G
• Acer - Veriton L460G Series
• Acer - Veriton 4 Series VM4630G-xxx
• Acer - Veriton 2 Series VM2631G-xxx
• Acer - Veriton 2 Series VX2631G-xxx
• Acer - Veriton M Series VM6640G-xxx
• Acer - Veriton M480G VM480G-xxx
• Acer - Veriton X480G Series VX480G-xxx
• Acer - Veriton S480G Series VS480G-xxx
• Acer - Veriton X488G-xxx
• Acer - Veriton L4610G Series VL4610G-xxx
• Acer - Veriton X4620G Series VX4620G-xxx
• Acer - Power FH Series
• Acer - Aspire T180 Series
• Acer - Veriton M275 VM275-xxx
• Acer - Veriton M670G Series VM670G-xxx
• Acer - Veriton X275 Series VX275-xxx
• Acer - Veriton M4618G Series VM4618G-xxx
• Acer - Aspire X3200 Series
• Acer - Aspire M5641 Series
• Acer - Aspire M5640 Series
• Acer - Aspire M5100 Series
• Acer - Aspire L5100 Series
• Acer - Veriton 6900 Series
• Acer - Aspire M1641 Series
• Acer - Aspire M1640 Series
• Acer - Aspire M1610 Series
• Acer - Aspire M1100 Series
• Acer - Aspire X1200 Series
• Acer - Aspire M3100 Series
• Acer - Aspire M5201 Series
• Acer - Veriton M410 Series
• Acer - Veriton M661 Series
• Acer - Veriton L460 Series
• Acer - Veriton M261 Series
• Acer - Veriton S461 Series
• Apple - Power Mac G5
• Apple - Power Mac G5 (June 2004)
• Apple - Power Mac G5 (Late 2005)
• Apple - Power Mac G5 (Early 2005)
• Apple - iMac (24-inch)
• Apple - iMac (17-inch Late 2006)
• Apple - iMac (Retina 5K 27-inch 2017)
• Apple - iMac (27-inch Late 2013)
• Apple - iMac (Retina 5K 27-inch Late 2014)
• Apple - iMac Retina 5K 27-inch (Mid 2015)
• Apple - iMac Retina 5K 27-inch (Late 2015)
• Apple - iMac (21.5-inch Late 2011)
• Apple - iMac (20-inch Mid 2009)
• Apple - iMac (21.5-inch Mid 2011)
• Apple - iMac (27-inch Mid 2011)
• Apple - Power Mac G5 (Late 2004)
• Apple - iMac (21.5-inch Late 2012)
• Apple - iMac (27-inch Late 2012)
• Apple - iMac (21.5-inch Late 2013)
• Apple - iMac (24-inch Early 2009)
• Apple - iMac (20-inch Early 2009)
• Apple - iMac (21.5-inch Late 2009)
• Apple - iMac (27-inch Late 2009)
• Apple - iMac (21.5-inch Mid 2010)
• Apple - iMac (27-inch Mid 2010)
• Apple - iMac (17-inch Late 2006 CD)
• Apple - iMac (20-inch Late 2006)
• Apple - iMac (20-inch Mid 2007)
• Apple - iMac (24-inch Mid 2007)
• Apple - iMac (20-inch Early 2008)
• Apple - iMac (24-inch Early 2008)
• ASUS - X79-DELUXE
• ASUS - P8B75-M LE
• ASUS - EeeBox PC EB1037
• ASUS - M51 Desktop M51BC
• ASUS - VivoPC VM60
• ASUS - M32 Desktop M32AD
• ASUS - ROG G11CD
• ASUS - P10S WS Motherboard
• Dell - OptiPlex GX270 (SD/SMT)
• Dell - PowerEdge 400SC
• Dell - PowerVault 745N
• Dell - Precision Workstation 670/670n

https://www.connection.com/product/axiom-2tb-c565e-dt-ssd-sata3-3.5/ssd3558hx2tb-ax/36924459

The Axiom C565e Series SSD features high quality 3D TLC NAND flash and the security features of OPAL 2.0/256-bit AES Encryption these SSDs are loaded with enhancements to promote a secure high performing and reliable computing environment.

The 3D TLC SSD provides outstanding transfer speeds. Improved system startup data access application loading and backup times are realized when upgrading systems to an Axiom SSD. External DRAM and SLC Cache is included and further enhances read/write and IOPS ratings. The 3D TLC SSD is an ultra-low-power storage solution with DevSleep support providing improved notebook battery life. 3D TLC SSDs are compatible with any operating system and work in both SATA and SAS environments. Includes 2.5" to 3.5" bracket adapter to fit most desktop applications.

Fast Performance

• Highest read and write speeds in its class
• Virtually zero spin up or seek times
• Zero rotational latency
• High sustained data transfer rate

Secure

• OPAL 2.0 Compliant
• 256-bit AES compliant Data Encryption

Reliable

• 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
• No volatile memory elements
• Improved resistance to shock & vibration
• Predictable and manageable failure modes reduce IT costs

Reduced Power Requirements

• No moving parts
• Super-low operating and standby power needs
• Power requirements notably reduced over a typical HD

Improved Operation

• Noise and vibration free
• Virtually no heat emissions