STANDARD MICROSYSTEMS CORPORATION Packet Driver For SMC Ethernet 10/100 EISA LAN Adapters INSTALLATION GUIDE This software is licensed by SMC for use by its customers only. Copyright (c) 1995 Standard Microsystems Corporation. All rights reserved. This installation guide describes: o Basic packet driver use. o Software interrupts. o Driver support. o Running NetWare and another protocol stack at the same time. BASIC PACKET DRIVER USE The following section describes basic packet driver use. Since different networks have different requirements, you can include the following switches in your command lines as needed. -d This switch delays the adapter's initialization until the first time the packet driver is accessed. Use this switch if your workstation loads the operating system over the network using a Boot ROM on the SMC adapter. -n This switch configures the driver to change 8137-formatted packets seen by the client into IEEE802.3 packets. Unless you use the BYU's NetWare packet driver shell, you can omit this switch. If you want to use 8137 packets, use "econfig" to configure Intel's PDIPX103 packet driver shell. -p This switch disables promiscuous mode. A small level of security can be achieved by disabling promiscuous mode; however, disabling promiscuous mode should not be mistaken for real security. -w This switch is used with Microsoft Windows for nonresident DOS TCP stacks, such as NCSA Telnet and PC-Gopher. Alternatively, you can use the Windows public domain utility, winpkt. -i The SMC packet driver can be used with both Ethernet_II and IEEE 802.3 frame types. The packet driver specification, however, only allows a driver to report one class which, by default, is Ethernet_II. If you use the packet driver with client software that expects to find an IEEE 802.3 packet driver instead of an Ethernet_II packet driver, use this switch to configure the driver to use IEEE 802.3-formatted packets. SOFTWARE INTERRUPTS A packet driver provides services for client programs. These programs access the packet driver by issuing software interrupts. Any software interrupt between the hexadecimal addresses of 0x60 through 0x80 can be used with the packet driver, with the following exceptions: o 0x67 is reserved for the EMS specification. o 0x70 through 0x77 are reserved for hardware IRQ lines 8 through 15. After you choose a software interrupt, assign that interrupt to the packet driver, and install the packet driver. The client programs will then automatically locate the packet driver by searching for the packet driver's signature at software interrupts from 0x60 through 0x80. DRIVER SUPPORT The PKT8000 driver supports all 8216 (Ultra), 80xx (Elite), 80xx (PLUS), and 8416 (EtherEZ) Series ISA and Micro Channel Ethernet adapters. The PKT8232 driver supports the 32-bit 82M32 EISA Ethernet adapter. The PKT8016 driver supports the 8016/PC (PCMCIA) adapter, both on laptop PCMCIA sockets, and desktop PCMCIA sockets hosted on the ISA, EISA, or Micro Channel buses. The PKT9232 driver supports the Fast Ethernet 10/100 EISA adapter. RUNNING NetWare WITH ANOTHER PROTOCOL STACK Note: The following examples use the PKT8000 driver; however, they also apply to the PKT8232 and PKT8016 drivers. The standard IPX used with NetWare will NOT WORK with the packet driver. This is because the standard IPX driver tries to control the adapter at the same time the packet driver tries to control the adapter. To resolve this problem, run either the BYUIPX or the Intel PDIPX driver. Both of these IPX drivers have been designed to be used with packet drivers. The following sections provide examples of using these drivers. Connecting to a NetWare 2.2 Server Using the BYU Packet Driver Shell To connect to a NetWare 2.2 server that, by default, is configured to use IEEE 802.3-type packets, use the following command line examples. The use of this driver is deprecated in favor of the PDIPX driver. PKT8000 -n 0x7e BYUIPX NETX In this command line: o PKT8000 denotes the packet driver. o -n configures the driver to change 8137-formatted packets seen by the client into IEEE802.3 packets. o Software interrupt setting 0x7e is the hexadecimal address 7E, which allows packet driver clients to use interrupt 7E to communicate with the packet driver. Connecting to a Netware Server Using the Intel Packet Driver Shell To connect to a NetWare server using the Intel packet driver shell, pdipx103, use the following command line: PKT8000 0x7e PDIPX NETX In this command line: o PKT8000 denotes the packet driver. o 0x7e is the hexadecimal address 7E, which allows packet driver clients to use interrupt 7E to communicate with the packet driver. Using the Packet Driver with Jumper-Configured Adapters You can use the packet driver with Western Digital jumper-configured adapters. However, you must include the following adapter information in a batch file or on a command line: o Software interrupt setting o Interrupt (IRQ) setting o Input/output (I/O) address o RAM address If you use a jumper-configured adapter and want to connect to a NetWare 2.2 server using the BYU packet driver shell, refer to the next section. If you use a jumper-configured adapter and the Intel PDIPX driver, and want to connect to a NetWare 3.11 server, refer to "Using SMC Adapters with the Intel Packet Driver NetWare Shell." Using SMC adapters with Netware 2.2 and the BYU Packet Driver Shell The following command line can be used to connect SMC and Western Digital adapters to a NetWare 2.2 server when the server has not been configured using "econfig" and you are using the BYU packet driver shell. PKT8000 -n <0xSoftware Interrupt> <0xI/O> <0xRAM Address> BYUIPX NETX In this command line: o PKT8000 denotes the Packet Driver. o -n configures the driver to use 8137-formatted packets. This switch is necessary to connect to a Novell NetWare 2.2 server. However, if you are using Ethernet II frame types, you must omit this switch. o <0xSoftware Interrupt> is the adapter's software interrupt setting, and is prefaced by "0x" to indicate a hexadecimal number. o is the adapter's interrupt setting. o <0xI/O> is the I/O base address of the adapter, and is prefaced by "0x" to indicate a hexadecimal number. o <0xRAM Address> is the RAM base address of the adapter, and is prefaced by "0x" to indicate a hexadecimal number. A typical command line might resemble: PKT8000 -n 0x7e 10 0x280 0xCC00 BYUIPX NETX Using SMC Adapters with the Intel Packet Driver NetWare Shell The following command line can be used to connect SMC and Western Digital adapters to a NetWare NetWare 3.11, 3.12, 4.0, 4.01, or 4.10 server: PKT8000 -i <0xSoftware Interrupt> <0xI/O> <0xRAM Address> PDIPX NETX In this command line: o PKT8000 denotes the SMC/Western Digital adapter. o -i configures the driver to use IEEE 802.3-formatted packets, which the PDIPX protocol expects to receive. o <0xSoftware Interrupt> is the adapter's software interrupt setting, and is prefaced by "0x" to indicate a hexadecimal number. o is the adapter's interrupt setting. o <0xI/O> is the adapter's I/O base address, and is prefaced by "0x" to indicate a hexadecimal number. o <0xRAM Address> is the RAM base address of the adapter, and is prefaced by "0x" to indicate a hexadecimal number. A typical command line might resemble: PKT8000 -i 0x7e 10 0x280 0xCC00 PDIPX NETX Note: If you are using Ethernet II frame types, you must use "econfig" to configure the PDIPX driver before loading it. "econfig" is a step you use to configure a shell. For more information, refer to your Novell NetWare documentation. This commercial computer software and documentation is provided with RESTRICTED RIGHTS. Use, duplication, or disclosure by the Government is subject to restrictions set forth in subparagraph (c) (1) (ii) of the Rights in Technical Data and Computer Software clause at DFARS 252.227-7013, or subparagraphs (c) (1) and (2) of the Commercial Computer Software -- Restricted Rights clause at FAR 52.227-19, or Alternate III of the Rights in Data -- General clause at FAR 52.227-14, as applicable. The manufacturer / subcontractor is Standard Microsystems Corporation, 80 Arkay Drive, Hauppauge, NY 11788. SMC and Standard Microsystems are registered trademarks; and EliteCard, Elite Series, EZStart, SuperDisk, UltraChip, and UMAC/LMAC are trademarks of Standard Microsystems Corporation. Other products and company names are registered trademarks or trademarks of their respective companies.