1:2 (2x1) Internal SATA II Port Multiplier (PM), Bracket Mounting, RAID 0, 1, JBOD,MM-JMB390-2IR_Shenzhen MMUI CO.,Ltd

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1:2 (2x1) Internal SATA II Port Multiplier (PM), Bracket Mounting, RAID 0, 1, JBOD,MM-JMB390-2IR

Compliant with Serial ATA II Port Multiplier Spec. Revision 1.1，Compliant with Serial ATA II PHY Electrical Spec. Revision 1.0，Compliant with Serial ATA High Speed Serialized AT Attachment Spec. Revision 2.5

Model：

MM-JMB390-2IR

Input Interface：

SATA

Output Interface：

SATA

Motherboard Slot：

Transmission Rate:

SATA2.0

Auxiliary Accessories:

SATA Cable，Power cable

Product Size:

55.9x55mm

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Product Description

Product specifications

Driver Download

Document Download

Q&A

Specifacation

• Compliant with Serial ATA II Port Multiplier Spec. Revision 1.1
• Compliant with Serial ATA II PHY Electrical Spec. Revision 1.0
• Compliant with Serial ATA High Speed Serialized AT Attachment Spec. Revision 2.5

SATA
• Supports 3-port 3.0Gbps SATA II interface
• Supports SATA II Gen2i and Gen2m (External SATA Connection, eSATA)
• Output swing control and automatic impedance calibration for SATA II PHY
• Supports asynchronous signal recovery
• Supports spread spectrum clocking
• Supports partial / slumber power saving mode
• Automatically speed negotiation for 3 Gbps or 1.5 Gbps
• Supports BIST and loopback mode
• Supports staggered spin-up
• Supports 48-bit LBA addressing
• Supports ATAPI drives
• Supports Native Command Queue (NCQ)
• Supports Hot-Plug
• Supports Asynchronous Notification
• Supports PM aware and non-PM aware host
RAID
• Fully hardware-accelerated RAID Engine
• No driver, BIOS or software required for RAID operation
• No external DRAM or processor required for RAID operation
• Independent of device SATA port connection sequence
• Supports RAID levels: 0 / 1 / JBOD
• SATA In-band application interface
• Supports more than 2Tera Bytes RAID drive
• Supports on-line read data integrity check
• Supports on-line command based bad sector recovery
• Supports on-line Auto-Rebuild
• Rebuild speed: 200GB/hour
• Rebuild proceed continuously between power cycling

Related Downloads

1. IO-M2F8111H-GLAN frequently asked questions

2. 352.354.358 Q&A on Chip Serial Series Products

3. COMMON PROBLEMS WITH 1061R SERIES PRODUCTS

4. IO-M2F8111H-GLAN frequently asked questions

5. 352.354.358 Q&A on Chip Serial Series Products

6. COMMON PROBLEMS WITH 1061R SERIES PRODUCTS

7. IO-M2F8111H-GLAN frequently asked questions

8. 352.354.358 Q&A on Chip Serial Series Products

9. COMMON PROBLEMS WITH 1061R SERIES PRODUCTS

10. IO-M2F8111H-GLAN frequently asked questions

11. 352.354.358 Q&A on Chip Serial Series Products

12. COMMON PROBLEMS WITH 1061R SERIES PRODUCTS

What are the differences between this card and the usb3.1 10G interface that comes with the computer motherboard itself? Is it more stable than the usb3.0 interface of the computer itself?

It will be more stable than the USB port that comes with the computer itself. The reason is that most of the USB ports of a computer come out of the south bridge of the motherboard. This card directly comes out of the independent USB chip through the PCIE slot directly connected to the CPU, eliminating the south bridge as an intermediate link, which is more efficient and has lower wear and tear

What are the differences between this card and the usb3.1 10G interface that comes with the computer motherboard itself? Is it more stable than the usb3.0 interface of the computer itself?

It will be more stable than the USB port that comes with the computer itself. The reason is that most of the USB ports of a computer come out of the south bridge of the motherboard. This card directly comes out of the independent USB chip through the PCIE slot directly connected to the CPU, eliminating the south bridge as an intermediate link, which is more efficient and has lower wear and tear

What are the differences between this card and the usb3.1 10G interface that comes with the computer motherboard itself? Is it more stable than the usb3.0 interface of the computer itself?

It will be more stable than the USB port that comes with the computer itself. The reason is that most of the USB ports of a computer come out of the south bridge of the motherboard. This card directly comes out of the independent USB chip through the PCIE slot directly connected to the CPU, eliminating the south bridge as an intermediate link, which is more efficient and has lower wear and tear

What are the differences between this card and the usb3.1 10G interface that comes with the computer motherboard itself? Is it more stable than the usb3.0 interface of the computer itself?

It will be more stable than the USB port that comes with the computer itself. The reason is that most of the USB ports of a computer come out of the south bridge of the motherboard. This card directly comes out of the independent USB chip through the PCIE slot directly connected to the CPU, eliminating the south bridge as an intermediate link, which is more efficient and has lower wear and tear

What are the differences between this card and the usb3.1 10G interface that comes with the computer motherboard itself? Is it more stable than the usb3.0 interface of the computer itself?

It will be more stable than the USB port that comes with the computer itself. The reason is that most of the USB ports of a computer come out of the south bridge of the motherboard. This card directly comes out of the independent USB chip through the PCIE slot directly connected to the CPU, eliminating the south bridge as an intermediate link, which is more efficient and has lower wear and tear

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