
;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
