;DrIvEr DeScRiPtIoN ;VeRsIoN=1.11 ;CoPyRiGhT=Copyright(c) 1998 - 2006 Intel Corporation. All Rights Reserved. VER: 10.6 SYN: 1.00 ;- File: E1000E.LDI ;- Intel(R) PRO/1000 Network PCI-E Connection Driver Installation Information File DR E1000E { DES: $E1000E_1 HELP: $E1000E_2 PAR: 2.00 ; 82571-based PROD: PCI.8086.105E.*.*.*, PCI.8086.105E.8086.005E.*, PCI.8086.105E.8086.105E.*, PCI.8086.105E.8086.115E.*, PCI.8086.105E.8086.125E.*, PCI.8086.105E.8086.135E.*, PCI.8086.105F.*.*.*, PCI.8086.105F.8086.005F.*, PCI.8086.105F.8086.115F.*, PCI.8086.105F.8086.125F.*, PCI.8086.1060.*.*.*, PCI.8086.1060.8086.0060.*, PCI.8086.107D.*.*.*, PCI.8086.107D.8086.1082.*, PCI.8086.107D.8086.1084.*, PCI.8086.107D.8086.1092.*, PCI.8086.107E.*.*.*, PCI.8086.107E.8086.1084.*, PCI.8086.107E.8086.1085.*, PCI.8086.107E.8086.1094.*, PCI.8086.107F.*.*.*, PCI.8086.109A.*.*.*, PCI.8086.109A.1179.0001.*, PCI.8086.109A.1179.FF00.*, PCI.8086.10B9.*.*.*, PCI.8086.10B9.8086.1083.*, PCI.8086.10B9.8086.1093.*, PCI.8086.10A4.*.*.*, ; 82573-based PCI.8086.108B.*.*.*, PCI.8086.108C.*.*.*, PCI.8086.108C.1014.02F6.*, PCI.8086.108C.1014.02F9.*, PCI.8086.108C.1014.030E.*, PCI.8086.108C.1179.0001.*, PCI.8086.108C.1179.FF00.*, ; 80003-based PCI.8086.1096.*.*.*, PCI.8086.1098.*.*.*, PCI.8086.10BA.*.*.*, PCI.8086.10BB.*.*.*, ; ICH8 PCI.8086.104A.*.*.*, PCI.8086.104B.*.*.*, PCI.8086.104C.*.*.*, PCI.8086.10C4.*.*.*, PCI.8086.10C5.*.*.*, ; Kirkwood LP PCI.8086.10BC.*.*.*, ; Bolton PCI.8086.10A5.*.*.*, ; ICH9 PCI.8086.10BD.*.*.* ;@# Sprod: 'Intel~Intel(R) PRO/1000 PT Dual Port Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PT Dual Port Server Connection', ;@# 'Intel~Intel(R) PRO/1000 PT Dual Port Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PT Dual Port Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PT Dual Port Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PT Dual Port Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PF Dual Port Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PF Dual Port Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PF Dual Port Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PF Dual Port Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PB Dual Port Server Connection', ;@# 'Intel~Intel(R) PRO/1000 PB Dual Port Server Connection', ;@# 'Intel~Intel(R) PRO/1000 PT Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PT Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PT Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PT Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PF Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PF Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PF Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PF Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PB Server Connection', ;@# 'Intel~Intel(R) PRO/1000 PL Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PL Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PL Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PT Desktop Adapter', ;@# 'Intel~Intel(R) PRO/1000 PT Desktop Adapter', ;@# 'Intel~Intel(R) PRO/1000 PT Desktop Adapter', ;@# 'Intel~Intel(R) PRO/1000 PT Quad Port Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PM Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PM Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PM Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PM Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PM Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PM Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PM Network Connection', ;@# 'Intel~Intel(R) PRO/1000 EB Network Connection', ;@# 'Intel~Intel(R) PRO/1000 EB Backplane Connection', ;@# 'Intel~Intel(R) PRO/1000 EB1 Network Connection', ;@# 'Intel~Intel(R) PRO/1000 EB1 Backplane Connection', ;@# 'Intel~Intel(R) 82566DM Gigabit Platform LAN Connect', ;@# 'Intel~Intel(R) 82566DC Gigabit Platform LAN Connect', ;@# 'Intel~Intel(R) 82562V 10/100 Platform LAN Connect', ;@# 'Intel~Intel(R) 82562GT 10/100 Network Connection', ;@# 'Intel~Intel(R) 82562G 10/100 Network Connection', ;@# 'Intel~Intel(R) PRO/1000 PT Quad Port LP Server Adapter', ;@# 'Intel~Intel(R) PRO/1000 PF Quad Port Server Adapter', ;@# 'Intel~Intel(R) 82566DM-2 Gigabit Network Connection' ;@# Client: E1000E.LAN, CE1000.LAN ;@# Alias: E1000E.LAN, CE1000.LAN FILE: E1000E.LAN PR SLOT REQ { HELP: $E1000E_3 TYP: DEC (5) VAL: 1 - 65535 DEF: UND } PR NODE OPT { HELP: $E1000E_4 TYP: HEX (12) VAL: 000000000000-FFFFFFFFFFFF DEF: UND Out: 'NODE=%s' } FR FrameSelect { Help: $E1000E_5 CD: $E1000E_6 CH: 'Ethernet_802.2' CD: $E1000E_7 CH: 'Ethernet_802.3' CD: $E1000E_8 CH: 'Ethernet_SNAP' CD: $E1000E_9 CH: 'Ethernet_II' DEF: 1,2,3,4 } PR RXBUFFERS OPT { DES: "RX BUFFERS" TYP: DEC (3) HELP: $E1000E_10 VAL: 8 - 128 DEF: 64 OUT: 'RXDESCRIPTORS=%s' } PR TXBUFFERS OPT { DES: "TX BUFFERS" TYP: DEC (3) HELP: $E1000E_11 VAL: 32 - 128 DEF: 96 OUT: 'TXDESCRIPTORS=%s' } PR SPEED OPT { DES: "SPEED" TYP: DEC (3) HELP: $E1000E_12 VAL: 0, 10, 100 DEF: 0 OUT: 'SPEED=%s' } PR FORCEDUPLEX OPT { DES: "FORCE DUPLEX" HELP: $E1000E_13 TYP: DEC (1) VAL: 0, 1, 2 DEF: 0 OUT: 'FORCEDUPLEX=%s' } PR FLOWCONTROL OPT { DES: "FLOW CONTROL" HELP: $E1000E_14 TYP: DEC (1) VAL: 0, 1, 2, 3 DEF: 3 OUT: 'FLOWCONTROL=%s' } PR PMEDISABLE OPT { DES: "PME DISABLE" HELP: $E1000E_15 TYP: DEC (1) VAL: 0, 1 DEF: 0 OUT: 'PMEDISABLE=%s' } PR COALESCEBUFFERS OPT { DES: "COALESCE BUFFERS" HELP: $E1000E_16 TYP: DEC (3) VAL: 32 - 128 DEF: 96 OUT: 'COALESCEBUFFERS=%s' } } DLANG: 4 ;English $E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver" $E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n" $E1000E_3 = "Slot number for the adapter.\n For PCI adapters, this refers to the Device Location." $E1000E_4 = "Specifies the MAC address to be used by the board.\n" $E1000E_5 = "The driver defaults to 802.2 frame format. You may use this default to select from the other 3 options => 802.3, Ethernet II and Ethernet SNAP." $E1000E_6 = "E1000E 802.2" $E1000E_7 = "E1000E 802.3" $E1000E_8 = "E1000E SNAP" $E1000E_9 = "E1000E E_II" $E1000E_10 = "This is to pre-allocate receive adapter resources.\n This value MUST BE in multiples of 8.\n This setting may be affected by the Netware server maximum/minimum packet receive buffer settings." $E1000E_11 = "TX descriptors are used to tell the hardware where the fragments of a transmit packet are in host memory. A transmit packet can use 1 or more descriptors. Most transmits require 3 or 4 descriptors. Each descriptor is 16 bytes." $E1000E_12 = "On copper-based adapters, forces the line speed to the specified value in Mbps. If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link based on link partner. Gig speed can only be achieved by auto-negotiation.\n This setting has no effect on fiber adapters which are defined to be 1000 Mbps." $E1000E_13 = "On copper-based adapters, forces the duplex mode.\n 1 - indicates half duplex\n 2 - indicates full duplex\n If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link. If it cannot auto-negotiate, it will default to half-duplex.\n This setting has no effect on fiber adapters which are defined to be full duplex." $E1000E_14 = "Controls the ability of the adapter to advertise flow control capabilities. Default is to allow both TX and RX flow control.\n 0 is off, 1 is RX, 2 is TX, 3 is both." $E1000E_15 = "Enables/disables wake-up from APM power management." $E1000E_16 = "Number of buffers available for transmits acceleration." LANG: 6 ;French $E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver" $E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n" $E1000E_3 = "Slot number for the adapter.\n For PCI adapters, this refers to the Device Location." $E1000E_4 = "Specifies the MAC address to be used by the board.\n" $E1000E_5 = "The driver defaults to 802.2 frame format. You may use this default to select from the other 3 options => 802.3, Ethernet II and Ethernet SNAP." $E1000E_6 = "E1000E 802.2" $E1000E_7 = "E1000E 802.3" $E1000E_8 = "E1000E SNAP" $E1000E_9 = "E1000E E_II" $E1000E_10 = "This is to pre-allocate receive adapter resources.\n This value MUST BE in multiples of 8.\n This setting may be affected by the Netware server maximum/minimum packet receive buffer settings." $E1000E_11 = "TX descriptors are used to tell the hardware where the fragments of a transmit packet are in host memory. A transmit packet can use 1 or more descriptors. Most transmits require 3 or 4 descriptors. Each descriptor is 16 bytes." $E1000E_12 = "On copper-based adapters, forces the line speed to the specified value in Mbps. If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link based on link partner. Gig speed can only be achieved by auto-negotiation.\n This setting has no effect on fiber adapters which are defined to be 1000 Mbps." $E1000E_13 = "On copper-based adapters, forces the duplex mode.\n 1 - indicates half duplex\n 2 - indicates full duplex\n If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link. If it cannot auto-negotiate, it will default to half-duplex.\n This setting has no effect on fiber adapters which are defined to be full duplex." $E1000E_14 = "Controls the ability of the adapter to advertise flow control capabilities. Default is to allow both TX and RX flow control.\n 0 is off, 1 is RX, 2 is TX, 3 is both." $E1000E_15 = "Enables/disables wake-up from APM power management." $E1000E_16 = "Number of buffers available for transmits acceleration." LANG: 7 ;German $E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver" $E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n" $E1000E_3 = "Slot number for the adapter.\n For PCI adapters, this refers to the Device Location." $E1000E_4 = "Specifies the MAC address to be used by the board.\n" $E1000E_5 = "The driver defaults to 802.2 frame format. You may use this default to select from the other 3 options => 802.3, Ethernet II and Ethernet SNAP." $E1000E_6 = "E1000E 802.2" $E1000E_7 = "E1000E 802.3" $E1000E_8 = "E1000E SNAP" $E1000E_9 = "E1000E E_II" $E1000E_10 = "This is to pre-allocate receive adapter resources.\n This value MUST BE in multiples of 8.\n This setting may be affected by the Netware server maximum/minimum packet receive buffer settings." $E1000E_11 = "TX descriptors are used to tell the hardware where the fragments of a transmit packet are in host memory. A transmit packet can use 1 or more descriptors. Most transmits require 3 or 4 descriptors. Each descriptor is 16 bytes." $E1000E_12 = "On copper-based adapters, forces the line speed to the specified value in Mbps. If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link based on link partner. Gig speed can only be achieved by auto-negotiation.\n This setting has no effect on fiber adapters which are defined to be 1000 Mbps." $E1000E_13 = "On copper-based adapters, forces the duplex mode.\n 1 - indicates half duplex\n 2 - indicates full duplex\n If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link. If it cannot auto-negotiate, it will default to half-duplex.\n This setting has no effect on fiber adapters which are defined to be full duplex." $E1000E_14 = "Controls the ability of the adapter to advertise flow control capabilities. Default is to allow both TX and RX flow control.\n 0 is off, 1 is RX, 2 is TX, 3 is both." $E1000E_15 = "Enables/disables wake-up from APM power management." $E1000E_16 = "Number of buffers available for transmits acceleration." LANG: 8 ;Italian $E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver" $E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n" $E1000E_3 = "Slot number for the adapter.\n For PCI adapters, this refers to the Device Location." $E1000E_4 = "Specifies the MAC address to be used by the board.\n" $E1000E_5 = "The driver defaults to 802.2 frame format. You may use this default to select from the other 3 options => 802.3, Ethernet II and Ethernet SNAP." $E1000E_6 = "E1000E 802.2" $E1000E_7 = "E1000E 802.3" $E1000E_8 = "E1000E SNAP" $E1000E_9 = "E1000E E_II" $E1000E_10 = "This is to pre-allocate receive adapter resources.\n This value MUST BE in multiples of 8.\n This setting may be affected by the Netware server maximum/minimum packet receive buffer settings." $E1000E_11 = "TX descriptors are used to tell the hardware where the fragments of a transmit packet are in host memory. A transmit packet can use 1 or more descriptors. Most transmits require 3 or 4 descriptors. Each descriptor is 16 bytes." $E1000E_12 = "On copper-based adapters, forces the line speed to the specified value in Mbps. If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link based on link partner. Gig speed can only be achieved by auto-negotiation.\n This setting has no effect on fiber adapters which are defined to be 1000 Mbps." $E1000E_13 = "On copper-based adapters, forces the duplex mode.\n 1 - indicates half duplex\n 2 - indicates full duplex\n If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link. If it cannot auto-negotiate, it will default to half-duplex.\n This setting has no effect on fiber adapters which are defined to be full duplex." $E1000E_14 = "Controls the ability of the adapter to advertise flow control capabilities. Default is to allow both TX and RX flow control.\n 0 is off, 1 is RX, 2 is TX, 3 is both." $E1000E_15 = "Enables/disables wake-up from APM power management." $E1000E_16 = "Number of buffers available for transmits acceleration." LANG: 14 ;Spanish $E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver" $E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n" $E1000E_3 = "Slot number for the adapter.\n For PCI adapters, this refers to the Device Location." $E1000E_4 = "Specifies the MAC address to be used by the board.\n" $E1000E_5 = "The driver defaults to 802.2 frame format. You may use this default to select from the other 3 options => 802.3, Ethernet II and Ethernet SNAP." $E1000E_6 = "E1000E 802.2" $E1000E_7 = "E1000E 802.3" $E1000E_8 = "E1000E SNAP" $E1000E_9 = "E1000E E_II" $E1000E_10 = "This is to pre-allocate receive adapter resources.\n This value MUST BE in multiples of 8.\n This setting may be affected by the Netware server maximum/minimum packet receive buffer settings." $E1000E_11 = "TX descriptors are used to tell the hardware where the fragments of a transmit packet are in host memory. A transmit packet can use 1 or more descriptors. Most transmits require 3 or 4 descriptors. Each descriptor is 16 bytes." $E1000E_12 = "On copper-based adapters, forces the line speed to the specified value in Mbps. If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link based on link partner. Gig speed can only be achieved by auto-negotiation.\n This setting has no effect on fiber adapters which are defined to be 1000 Mbps." $E1000E_13 = "On copper-based adapters, forces the duplex mode.\n 1 - indicates half duplex\n 2 - indicates full duplex\n If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link. If it cannot auto-negotiate, it will default to half-duplex.\n This setting has no effect on fiber adapters which are defined to be full duplex." $E1000E_14 = "Controls the ability of the adapter to advertise flow control capabilities. Default is to allow both TX and RX flow control.\n 0 is off, 1 is RX, 2 is TX, 3 is both." $E1000E_15 = "Enables/disables wake-up from APM power management." $E1000E_16 = "Number of buffers available for transmits acceleration." LANG: 12 ;Portugese $E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver" $E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n" $E1000E_3 = "Slot number for the adapter.\n For PCI adapters, this refers to the Device Location." $E1000E_4 = "Specifies the MAC address to be used by the board.\n" $E1000E_5 = "The driver defaults to 802.2 frame format. You may use this default to select from the other 3 options => 802.3, Ethernet II and Ethernet SNAP." $E1000E_6 = "E1000E 802.2" $E1000E_7 = "E1000E 802.3" $E1000E_8 = "E1000E SNAP" $E1000E_9 = "E1000E E_II" $E1000E_10 = "This is to pre-allocate receive adapter resources.\n This value MUST BE in multiples of 8.\n This setting may be affected by the Netware server maximum/minimum packet receive buffer settings." $E1000E_11 = "TX descriptors are used to tell the hardware where the fragments of a transmit packet are in host memory. A transmit packet can use 1 or more descriptors. Most transmits require 3 or 4 descriptors. Each descriptor is 16 bytes." $E1000E_12 = "On copper-based adapters, forces the line speed to the specified value in Mbps. If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link based on link partner. Gig speed can only be achieved by auto-negotiation.\n This setting has no effect on fiber adapters which are defined to be 1000 Mbps." $E1000E_13 = "On copper-based adapters, forces the duplex mode.\n 1 - indicates half duplex\n 2 - indicates full duplex\n If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link. If it cannot auto-negotiate, it will default to half-duplex.\n This setting has no effect on fiber adapters which are defined to be full duplex." $E1000E_14 = "Controls the ability of the adapter to advertise flow control capabilities. Default is to allow both TX and RX flow control.\n 0 is off, 1 is RX, 2 is TX, 3 is both." $E1000E_15 = "Enables/disables wake-up from APM power management." $E1000E_16 = "Number of buffers available for transmits acceleration." LANG: 9 ;Japanese $E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver" $E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n" $E1000E_3 = "Slot number for the adapter.\n For PCI adapters, this refers to the Device Location." $E1000E_4 = "Specifies the MAC address to be used by the board.\n" $E1000E_5 = "The driver defaults to 802.2 frame format. You may use this default to select from the other 3 options => 802.3, Ethernet II and Ethernet SNAP." $E1000E_6 = "E1000E 802.2" $E1000E_7 = "E1000E 802.3" $E1000E_8 = "E1000E SNAP" $E1000E_9 = "E1000E E_II" $E1000E_10 = "This is to pre-allocate receive adapter resources.\n This value MUST BE in multiples of 8.\n This setting may be affected by the Netware server maximum/minimum packet receive buffer settings." $E1000E_11 = "TX descriptors are used to tell the hardware where the fragments of a transmit packet are in host memory. A transmit packet can use 1 or more descriptors. Most transmits require 3 or 4 descriptors. Each descriptor is 16 bytes." $E1000E_12 = "On copper-based adapters, forces the line speed to the specified value in Mbps. If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link based on link partner. Gig speed can only be achieved by auto-negotiation.\n This setting has no effect on fiber adapters which are defined to be 1000 Mbps." $E1000E_13 = "On copper-based adapters, forces the duplex mode.\n 1 - indicates half duplex\n 2 - indicates full duplex\n If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link. If it cannot auto-negotiate, it will default to half-duplex.\n This setting has no effect on fiber adapters which are defined to be full duplex." $E1000E_14 = "Controls the ability of the adapter to advertise flow control capabilities. Default is to allow both TX and RX flow control.\n 0 is off, 1 is RX, 2 is TX, 3 is both." $E1000E_15 = "Enables/disables wake-up from APM power management." $E1000E_16 = "Number of buffers available for transmits acceleration." LANG: 10 ;Korean $E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver" $E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n" $E1000E_3 = "Slot number for the adapter.\n For PCI adapters, this refers to the Device Location." $E1000E_4 = "Specifies the MAC address to be used by the board.\n" $E1000E_5 = "The driver defaults to 802.2 frame format. You may use this default to select from the other 3 options => 802.3, Ethernet II and Ethernet SNAP." $E1000E_6 = "E1000E 802.2" $E1000E_7 = "E1000E 802.3" $E1000E_8 = "E1000E SNAP" $E1000E_9 = "E1000E E_II" $E1000E_10 = "This is to pre-allocate receive adapter resources.\n This value MUST BE in multiples of 8.\n This setting may be affected by the Netware server maximum/minimum packet receive buffer settings." $E1000E_11 = "TX descriptors are used to tell the hardware where the fragments of a transmit packet are in host memory. A transmit packet can use 1 or more descriptors. Most transmits require 3 or 4 descriptors. Each descriptor is 16 bytes." $E1000E_12 = "On copper-based adapters, forces the line speed to the specified value in Mbps. If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link based on link partner. Gig speed can only be achieved by auto-negotiation.\n This setting has no effect on fiber adapters which are defined to be 1000 Mbps." $E1000E_13 = "On copper-based adapters, forces the duplex mode.\n 1 - indicates half duplex\n 2 - indicates full duplex\n If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link. If it cannot auto-negotiate, it will default to half-duplex.\n This setting has no effect on fiber adapters which are defined to be full duplex." $E1000E_14 = "Controls the ability of the adapter to advertise flow control capabilities. Default is to allow both TX and RX flow control.\n 0 is off, 1 is RX, 2 is TX, 3 is both." $E1000E_15 = "Enables/disables wake-up from APM power management." $E1000E_16 = "Number of buffers available for transmits acceleration." LANG: 1 ;Chinese (S) $E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver" $E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n" $E1000E_3 = "Slot number for the adapter.\n For PCI adapters, this refers to the Device Location." $E1000E_4 = "Specifies the MAC address to be used by the board.\n" $E1000E_5 = "The driver defaults to 802.2 frame format. You may use this default to select from the other 3 options => 802.3, Ethernet II and Ethernet SNAP." $E1000E_6 = "E1000E 802.2" $E1000E_7 = "E1000E 802.3" $E1000E_8 = "E1000E SNAP" $E1000E_9 = "E1000E E_II" $E1000E_10 = "This is to pre-allocate receive adapter resources.\n This value MUST BE in multiples of 8.\n This setting may be affected by the Netware server maximum/minimum packet receive buffer settings." $E1000E_11 = "TX descriptors are used to tell the hardware where the fragments of a transmit packet are in host memory. A transmit packet can use 1 or more descriptors. Most transmits require 3 or 4 descriptors. Each descriptor is 16 bytes." $E1000E_12 = "On copper-based adapters, forces the line speed to the specified value in Mbps. If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link based on link partner. Gig speed can only be achieved by auto-negotiation.\n This setting has no effect on fiber adapters which are defined to be 1000 Mbps." $E1000E_13 = "On copper-based adapters, forces the duplex mode.\n 1 - indicates half duplex\n 2 - indicates full duplex\n If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link. If it cannot auto-negotiate, it will default to half-duplex.\n This setting has no effect on fiber adapters which are defined to be full duplex." $E1000E_14 = "Controls the ability of the adapter to advertise flow control capabilities. Default is to allow both TX and RX flow control.\n 0 is off, 1 is RX, 2 is TX, 3 is both." $E1000E_15 = "Enables/disables wake-up from APM power management." $E1000E_16 = "Number of buffers available for transmits acceleration." LANG: 16 ;Chinese (T) $E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver" $E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n" $E1000E_3 = "Slot number for the adapter.\n For PCI adapters, this refers to the Device Location." $E1000E_4 = "Specifies the MAC address to be used by the board.\n" $E1000E_5 = "The driver defaults to 802.2 frame format. You may use this default to select from the other 3 options => 802.3, Ethernet II and Ethernet SNAP." $E1000E_6 = "E1000E 802.2" $E1000E_7 = "E1000E 802.3" $E1000E_8 = "E1000E SNAP" $E1000E_9 = "E1000E E_II" $E1000E_10 = "This is to pre-allocate receive adapter resources.\n This value MUST BE in multiples of 8.\n This setting may be affected by the Netware server maximum/minimum packet receive buffer settings." $E1000E_11 = "TX descriptors are used to tell the hardware where the fragments of a transmit packet are in host memory. A transmit packet can use 1 or more descriptors. Most transmits require 3 or 4 descriptors. Each descriptor is 16 bytes." $E1000E_12 = "On copper-based adapters, forces the line speed to the specified value in Mbps. If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link based on link partner. Gig speed can only be achieved by auto-negotiation.\n This setting has no effect on fiber adapters which are defined to be 1000 Mbps." $E1000E_13 = "On copper-based adapters, forces the duplex mode.\n 1 - indicates half duplex\n 2 - indicates full duplex\n If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link. If it cannot auto-negotiate, it will default to half-duplex.\n This setting has no effect on fiber adapters which are defined to be full duplex." $E1000E_14 = "Controls the ability of the adapter to advertise flow control capabilities. Default is to allow both TX and RX flow control.\n 0 is off, 1 is RX, 2 is TX, 3 is both." $E1000E_15 = "Enables/disables wake-up from APM power management." $E1000E_16 = "Number of buffers available for transmits acceleration." LANG: 13 ;Russian $E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver" $E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n" $E1000E_3 = "Slot number for the adapter.\n For PCI adapters, this refers to the Device Location." $E1000E_4 = "Specifies the MAC address to be used by the board.\n" $E1000E_5 = "The driver defaults to 802.2 frame format. You may use this default to select from the other 3 options => 802.3, Ethernet II and Ethernet SNAP." $E1000E_6 = "E1000E 802.2" $E1000E_7 = "E1000E 802.3" $E1000E_8 = "E1000E SNAP" $E1000E_9 = "E1000E E_II" $E1000E_10 = "This is to pre-allocate receive adapter resources.\n This value MUST BE in multiples of 8.\n This setting may be affected by the Netware server maximum/minimum packet receive buffer settings." $E1000E_11 = "TX descriptors are used to tell the hardware where the fragments of a transmit packet are in host memory. A transmit packet can use 1 or more descriptors. Most transmits require 3 or 4 descriptors. Each descriptor is 16 bytes." $E1000E_12 = "On copper-based adapters, forces the line speed to the specified value in Mbps. If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link based on link partner. Gig speed can only be achieved by auto-negotiation.\n This setting has no effect on fiber adapters which are defined to be 1000 Mbps." $E1000E_13 = "On copper-based adapters, forces the duplex mode.\n 1 - indicates half duplex\n 2 - indicates full duplex\n If this parameter is not specified, or is set to 0, the adapter will auto-negotiate to the best possible link. If it cannot auto-negotiate, it will default to half-duplex.\n This setting has no effect on fiber adapters which are defined to be full duplex." $E1000E_14 = "Controls the ability of the adapter to advertise flow control capabilities. Default is to allow both TX and RX flow control.\n 0 is off, 1 is RX, 2 is TX, 3 is both." $E1000E_15 = "Enables/disables wake-up from APM power management." $E1000E_16 = "Number of buffers available for transmits acceleration." ;DrIvEr DeScRiPtIoN EnD