Features
A native PCI-Express single chip design
Supports two SATA 3.0 6Gbps ports
Specification
General
Compliant with PCI Express Base Spec. Revision 2.0 backward compatible to Revision 1.0a
Single-Lane (x1) PCI-Express with throughput up to 5.0/2.5Gbps
Compatible with PCI-E Mini Card Electromechanical specification revision 1.2
Serial ATA (SATA) Interface
Compliant with Serial ATA AHCI (Advanced Host Controller Interface) Specification Rev 1.0
Compliant with Bus Master Programming interface for IDE ATA Controllers Revision 1.0
Supports SATA 3.0 transfer rate up to 6Gbps
Backward compatible with SATA-II (3Gbps) and SATA-I (1.5Gbps) specification
Supports Gen1m and Gen2m SATA PHY
Supports Native Command Queue (NCQ) and Port Multiplier
Supports Hot Plugging on SATA port
System Requirement
Computer system with one Mini PCI-Express slot available
Windows® 10/8/7 (32 / 64 bit) / Vista / Server 2003 / XP / 2000 Linux
Package Content
Mini PCI-Express to SATA Host Controller Card x 1
User Manual x 1
Software Driver CD x 1
SATA Cable x 1
Half size to full size bracketx 1
<p><br/></p><p>Q: Does this array card support UEFI mode?</p><p>A: It supports both UEFI and legacy modes.</p><p>Q: What are the prerequisites for creating a RAID with the 1061R?</p><p>A: The hard drives need to support the SATA interface, and at least two hard drives are required to create a RAID. Different RAID levels have different requirements for the number of hard drives. For example, RAID 1 requires at least two hard drives.</p><p>Q: Tutorial for creating RAID 1</p><p>A: For the creation of RAID and the installation of the system, please open the following link: http://www.mmui.com.cn/index.php?id=1119. You need to enable CSM in the motherboard BIOS and select all legacy options. Save and restart. After the card's self-check screen appears, press Ctrl+R.</p><p>Is it necessary to format the hard drives before creating RAID 1?</p><p>A: No, the hard drives will be automatically initialized when creating the array.</p><p>Q: Can I create RAID 1 with data already on the hard drives?</p><p>A: Yes, but if the hard drives have data, you need to back up the data in advance.</p><p>Q: How to recover data if one of the drives fails? A: Replace the failed drive with a new, data-free hard drive of the same or larger capacity. If the replacement drive has been used before, it needs to be deleted of partitions and initialized.</p><p>Q: How to recover data if the array card fails?</p><p>A: It is recommended to back up data before replacing the array card. Choose an array card of the same model and brand as the original to ensure that the RAID configuration data can be correctly recognized and read. After installing the new array card, it will automatically detect and read the existing RAID configuration data.</p><p>Q: How to recover data if one of the drives and the card fail simultaneously?</p><p>A: Before replacing the card and the hard drive, back up the data from the good hard drive. Then, replace the damaged array card and hard drive. When replacing, choose an array card of the same model and brand as the original to ensure that the RAID configuration data can be correctly recognized and read. For the hard drive, the new hard drive must be in good condition.</p><p><br/></p>
Downloads
