► IEEE 802.3u 100Base-FX
► IEEE 802.3 Full-Duplex Flow Control
► IEEE 802.1Q VLAN Tagging
► IEEE 802.1p Priority Tagging
► PCI Local Bus Revision 2.2
► PCI Bus Power Management Interface Revision 1.1
► Compliant to ACPI 1.0 specification
Overview
E-link LNK-LC100 Series Single Port Fiber 100M PCI-E NIC (Network Interface Card) have two kinds of interface: 1X9 Module with SC Connector and SFP Module. It is a Fiber 100M Ethernet to PCI-E bus adapter that fully complies with all IEEE 802.3u 100Base-FX standards. LNK-LC100-SC Series Single Port Fiber 100M PCI-E NIC support one SC Fiber port(Duplex Fiber/ Single Fiber Optional), LNK-LC100-SFP Series Single Port Fiber 100M PCI-E NIC(Network Interface Card) support one SFP port(Duplex Fiber/ Single Fiber Optional). It can offer 100Mbps Internet access, It provides up to 200Mbps full-duplex bandwidth capacity to support high-end servers. In addition, with advanced functions like VLAN filtering packet processing, the adapter provides added performance, flexible configuration and secure networking for users in a standard-based environment.
Technological Advantage
Eliminate server bottlenecks and migrate existing Category-5 networks to 100M Ethernet easily and cost-effectively with the LNK-LC100 Series NIC (Network Interface Card). Featuring flexible, auto-negotiating performance, the LNK-LC100 NIC (Network Interface Card) is designed to automatically scale with growing networks. The LNK-LC100 NIC(Network Interface Card) comes with drivers for the most popular operating systems and can be integrated into a larger network. However, this Guide is designed to help you network two computers running Windows 7/8, XP, 2000, 2003 and Windows Server 2008 in a peer-to-peer configuration. The standards-based management features and wide network operating system support help to ensure extensive compatibility with the latest server and networking environments.Standards
► IEEE 802.3u 100Base-FX
► IEEE 802.3 Full-Duplex Flow Control
► IEEE 802.1Q VLAN Tagging
► IEEE 802.1p Priority Tagging
► PCI Local Bus Revision 2.2
► PCI Bus Power Management Interface Revision 1.1
► Compliant to ACPI 1.0 specification
Drivers
► Windows Vista x86 Driver (32-bit)
► Windows XP 32bit /64bit
► Windows 2000(32-bit)
► Windows Server 2008 SP2 32-bit Driver
► SCO UNIX 5
► FreeBSD 4.X
► FreeBSD 5.1
► Linux Driver for Kernel 2.6.X and 2.4.X( for Gentoo Linux Compiler)
► Solaris 8
► UNIXWARE 7
Application
Specifications
Product Model |
LNK-LC100 Series: Single Port Fiber 100M PCI-E NIC |
Standards |
IEEE802.3, IEEE 802.3ab, IEEE 802.3x, IEEE802.1q, IEEE802.1p, IEEE802.1z |
TX/RX data buffer |
Large 2Kb Tx, 2Kb Rx FIFO buffers |
Port Numbers |
LNK-LC100-SC Series: SC Connector*1(Duplex Fiber / Single Fiber Optional) |
LNK-LC100-SFP Series: SFP*1(Duplex Fiber / Single Fiber Optional) |
|
Media |
Single Mode Fiber, Multi Mode Fiber |
Transmitting Distance |
Single Fiber SMF, 1310nm/1550nm(1490nm),20/40/60km |
Duplex Fiber SMF, 1310nm or 1550nm(1490nm), 20/40/60/km |
|
Duplex Fiber MMF, 850nm, 2Km |
|
Data Speed |
100Mbits/s (Half duplex), 200Mbits/s (Full duplex) |
Host Interface |
PCI 2.2 Specifications |
Consumption |
Max. 2W, +5VDC@0.4A |
Ambient Temperature |
Storage Temperature:-20℃~65℃;Storage humidity:5%~90%RHNon-condensing |
Operation temperature:0℃~50℃;Operation humidity:10%~90%RH Non-condensing |
Order Information
Model |
Description |
LNK-LC100-SC |
100M Fiber Optic LAN Card, 1310nm, Duplex Fiber, MMF, SC Connector, Transmitting Distance: 2Km |
LNK-LC100-SC-20 |
100M Fiber Optic LAN Card, 1310nm, Duplex Fiber, SMF, SC Connector, Transmitting Distance: 20Km |
LNK-LCS100-SC-20 |
100M Fiber Optic LAN Card, 1310nm TX/1550nm RX,SingleFiber, SMF, SC Connector, Transmitting Distance: 20Km |
LNK-LC100-SFP |
100M Fiber Optic LAN Card, 1310nm, Duplex Fiber, MMF, SFP*1, Transmitting Distance: 2Km |
LNK-LC100-SFP-20 |
100M Fiber Optic LAN Card, 1310nm, Duplex Fiber, SMF, SFP*1, Transmitting Distance: 20Km |
LNK-LCS100-SFP-20 |
100M Fiber Optic LAN Card, 1310nm TX/1550nm RX, Single Fiber, SMF, SFP*1, Transmitting Distance: 20Km |