PCle to 1 Port SFP+10G Ethernet Network Card,PI29F11_Shenzhen MMUI CO.,Ltd

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PCle to 1 Port SFP+10G Ethernet Network Card,PI29F11

Speed/port: 10Gbps (fiber for servers and workstations),Ethernet controller: Intel 82599ESa,Connector and cable medium: LC fiber optic,Cabling type: MMF 62.5/50µm, up to 300m,Maximum bus speed and slot width: PCI Express 2.0/5.0GT/s x 4 lane.

Model：

PI29F11

Input Interface：

PCIe

Output Interface：

SFP+

Motherboard Slot：

PCIex8 ，x16

Transmission Rate:

1000Mbps

Auxiliary Accessories:

Low profile bracket

Product Size:

145x64mm

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Product Description

Product specifications

Driver Download

Document Download

Q&A

Features
• Speed/port: 10Gbps (fiber for servers and workstations)
• Ethernet controller: Intel 82599ESa
• Connector and cable medium: LC fiber optic
• Cabling type: MMF 62.5/50µm, up to 300m
• Maximum bus speed and slot width: PCI Express 2.0/5.0GT/s x 4 lane
• Ports: one SFP+ slots for SFP+ SR, SFP+ LR modules and direct attach SFP+ cables
• Bus type: PCI express 2.0 (5 GT/s)
• Bus width: PCI-Ex 4/ x 8/x 16
• Data rate supported per port: optical: 1GbE/10GbE direct attach: 10GbE
• Network standards: IEEE 802.3
• Interrupt levels: INTA, MSI, MSI-X
• Supported slot height(s): low profile and full height
• Intel VT for connectivity1: virtual machine device queues (VMDq), virtual machine
direct connect (VMDc)
• Security features: IPSEC/LinkSec
• IWARP/RDMA: NA
• Typical power consumption: maximum power 10.7W, typical power: 10.0W
• LED indicators: LINK (solid) and ACTIVITY (blinking), LINK SPEED (green =
• Working Temperature: 0℃ to 55℃ (32℉ to 131℉)
• Storage Temperature: -40℃ to 70℃ (-40℉ to 158℉)
• Storage Humidity: 5% to 90% non-condensing relative humidity at 35℃
System Requirements
• Windows* Vista* SP1
• Windows Server* 2003 SP2
• Windows* Unified Storage Solution 2003
• Windows Server* 2008
• Linux* Stable Kernel version 2.6
• Linux* RHEL 4,Linux* RHEL 5
• Linux* SLES 9,Linux* SLES 10
• FreeBSD* 7.0,UEFI* 1.1
• VMware ESX* 3.x
Package Contents
• 1 x PClex4 to 1 Port SFP+10G Ethernet Network
• 1 x Low-profile bracket

Related Downloads

Driver Download

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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