PCIe Single-port RJ45 10G Ethernet network adapter,IO-PCE107-GLAN_Shenzhen MMUI CO.,Ltd

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PCIe Single-port RJ45 10G Ethernet network adapter,IO-PCE107-GLAN

Support PCI Express Gen-III x4,PCI Express (Pcle) v 3.0 x4 lanes,Jumbo frame support up to 16 KB,1 Gbps to 10 Gbps, 5 Gbps, 2.5 Gbps and 100M data rates,IEEE 802.3an 10 Gbit/s Ethernet over unshielded twisted pair.

Model：

IO-PCE107-GLAN

Input Interface：

PCIe

Output Interface：

RJ45

Motherboard Slot：

PCIe

Transmission Rate:

10Gbps

Auxiliary Accessories:

Low Profile Bracket

Product Size:

82x68mm

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Product Description

Product specifications

Driver Download

Document Download

Q&A

Features
• Support PCI Express Gen-III x4
• PCI Express (Pcle) v 3.0 x4 lanes
• Jumbo frame support up to 16 KB
• 1 Gbps to 10 Gbps, 5 Gbps, 2.5 Gbps and 100M data rates
• IEEE 802.3an 10 Gbit/s Ethernet over unshielded twisted pair
• IEEE 802.3bz 2.5/5GBASE-T
• IEEE 802.3ab 1000BASE-T Gigabit Ethernet
• IEEE 802.3u 100BASE-TX Fast Ethernet
• IEEE 802.1Q VLANs
• IEEE 802.3x Full Duplex and flow contro
• IEEE 802.3az - Energy Efficient Ethernet (EEE)
• iSCSI No
• WoL No
• Jumbo Frames Yes
• DPDK Yes
• PXE Yes
• FCoE No
• Industrial Temperature: -40 to 108°C
• Commercial Temperature: 0 to 108°C
• Storage Temperature：-50 to 150°C
System Requirements
• Windows 7/8/8.1/10
• Windows Server 2008 R2 /2012 R2 /2016 R2 /2019 R2
• Linux Stable Kernel version 2.6.32/3.x/4.x or later
• Linux CentOS/RHEL 6.5 / 7.x or later
• Ubuntu 14.x/15.x/16.x or later
• VMware ESX/ESXi 4.x/5.x/6.x or later
• Bus Type PCIe v2.1 x4,compatible with x8 , x16
Package Contents
• 1 × PCIe x4 Single-port RJ45 10G Ethernet network adapter
• 1 × User Manual
• 1 × Low Profile Bracket

Note: Contents may vary depending on country/market

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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