Mini PCIe to SATA III 2 Ports Raid Adapter Card ASMedia 1061R for Ipfs Mining and Adding SATA 3.0 Devices
US Delivery Time: 3-5 Business Days.
Product Description
Mini PCIe to SATA III 2 Ports Raid Adapter Card ASMedia 1061R for Ipfs Mining and Adding SATA 3.0 Devices
This 2-Port Mini PCI-Express 2.0 To SATA controller cards allows you to add 2 SATAIII connections to a small form factor system. This is a great way to upgrade or expand the capabilities of your current system. This controllers is compatible with serial ATA devices. This controller can utilize built in RAID support for RAID 0, 1, & span.Features of Mini PCIe to SATA III 2 Ports Raid Adapter Card ASMedia 1061R for Ipfs Mining and Adding SATA 3.0 Devices
Compatible with mini PCI-E Specification Revision 1.2 Compatible with Serial ATA AHCI spec. Rev. 1.3 Supports 1.5Gbps, 3.0Gbps, and 6.0Gbps Supports AHCI and IDE programming interface Supports Native Commanded QueueSpecification of Mini PCIe to SATA III 2 Ports Raid Adapter Card ASMedia 1061R for Ipfs Mining and Adding SATA 3.0 Devices
| Product Details | |
|---|---|
| Size | 2-port |
| Dimensions | 4.41X3.19x1.30 |
| Weight | 0.15 |
Product FAQs
Q: Is this Mini PCIe to SATA III 2 Ports Raid Adapter Card compatible with mini PCI-E Specification Revision 1.2?
Ans: Yes, this adapter card is compatible with mini PCI-E Specification Revision 1.2.
Q: What RAID configurations does this adapter card support?
Ans: This adapter card supports RAID 0, 1, and span configurations.
Q: What SATA speeds does this adapter card support?
Ans: This adapter card supports SATA speeds of 1.5Gbps, 3.0Gbps, and 6.0Gbps.
Q: Can this adapter card be used for Ipfs mining?
Ans: Yes, this adapter card can be used for Ipfs mining as it allows for adding SATA 3.0 devices.
Q: What are the dimensions and weight of this adapter card?
Ans: The dimensions of this adapter card are 4.41 x 3.19 x 1.30 inches and it weighs 0.15 pounds.
Warning - California Proposition 65 This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.