Adaptec
Adaptec 8805 8-port SATA / SAS RAID Controller 12G PCIe x8 3.0 1GB incl. BBU
Adaptec 8805 8-port SATA / SAS RAID Controller 12G PCIe x8 3.0 1GB incl. BBU
Couldn't load pickup availability
The Adaptec 8805 is a professional SATA / SAS RAID controller for servers and workstations. It allows you to increase the number of connected hard drives. The controller organizes and coordinates these to regulate read and write access.
The RAID controller offers an interface with PCIe x8 3.0 and 1GB Cache. Via 2 miniSAS SFF-8643 ports you can connect up to 8 internal SATA or SAS drives. It is universally compatible with all known brands. In addition to the controller, you receive the compatible battery module AFM700 as well as full and low profile brackets for installation.
- The RAID controller functions as a hardware intersection for storage devices and their coordination.
- Ports: PCIe x8 3.0, 2 miniSAS SFF-8643 ports for up to 8 SATA / SAS drives (internal)
- Including BBU AFM700 for reliable data storage
- RAID levels: 0, 1, 5, 10, JBOD, 1E, 5EE, 6
- Can be used in HBA / JBOD mode
- The maximum data transfer rate is 12 Gbps.
- Full and low profile brackets for installation are included.
- Alternatively labeled as: 2277500-R, 8805, ASR-8805
Specifications
Share

Collapsible content
Safety Precautions
ATTENTION:
Before changing your system configuration, always back up your data to prevent data loss.
Hardware should only be handled by qualified technicians in an ESD safe environment with ESD safe tools.
Before installing components, always consult the manufacturer’s manual.
![]() |
CAUTION: Always turn off the power to your system and remove the AC power cord before installing or removing hardware to avoid experiencing electrical shock or damaging the system. During operation, heat sinks can heat up significantly. Do not touch them immediately after turning off the power. Leave sufficient time for cooling off before touching them to avoid burns. Server systems require sufficient ventilation, as provided by a rack case. Insufficient ventilation can cause overheating of components and potentially damage them. |
