PCIe3.0x16 to 4x M.2 NVMe Adapter Card,IO-PCE34M2-02_Shenzhen MMUI CO.,Ltd

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PCIe3.0x16 to 4x M.2 NVMe Adapter Card,IO-PCE34M2-02

Support for up to four PCIe 3.0 M.2 drives with transfer bandwidth up to 128Gbps.Intel VROC technology and AMD Ryzen Threadripper support enables creation of bootable NVMe RAID arrays using CPU PCIe lanes.

Model：

IO-PCE34M2-02

Input Interface：

PCIe

Output Interface：

M.2

Motherboard Slot：

PCIe x16/x32

Transmission Rate:

128Gb/s

Auxiliary Accessories:

M.2 Mounting material， Screwdriver

Product Size:

203.7x110.8mm

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Product Description

Product specifications

Driver Download

Document Download

Q&A

Features

• New two-phase power solution with up to 19.8 Watt output supports the latest NVMe drives.

• Support for up to four PCIe 3.0 M.2 drives with transfer bandwidth up to 128Gbps.

• Intel VROC technology and AMD Ryzen Threadripper support enables creation of bootable NVMe RAID arrays using CPU PCIe lanes.

• Supports PCIe x16 slot

• Support PCIe 3.1,3.0, PCIe 2.0 motherboard

• Compliant with PCI Express M.2 specification 1.0,1.1

• Supports data transfer up to 2.5Gb(250MB/s),5Gb(500MB/s),8Gb(1GB/s)

• Connects PCIE motherboard to NGFF M Key SSD

• Supports 2230, 2242, 2260, 2280 size NGFF SSD

• Supports four NGFF M.2 M Key socket available

• 4 screw holes 2230/2242/2260/2280 available to fix NGFF SSD card

• 4 screw holes available to fix PCB board

• Easy installation & no driver required

Ps. Motherboards and BIOS without bifurcation support can only recognize one module.

System Requirements

• Windows

• Linux

• PC with one free PCI Express x16 / x32 slot

Package Contents

• 1 x PCIe x 16 to 4 x M.2(M-Key) card

• 1 x User Manual

• 1 x M.2 Mounting material

• 1 x Screwdriver

Note: Contents may vary depending on country and market.

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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