Kodak 10/100 Network Interface Card User Manual
Kodak 10/100 NIC Introduction and Configuration
1-4
July 1998
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1.5 Upgrading from a Kodak 10Mbit NIC
The Kodak 10/100 Mbit NIC may be used to upgrade any Kodak printers
that are currently using a Kodak 10Mbit NIC with a ÒMIL-3007EKÒsticker
on the bottom of the NIC.
that are currently using a Kodak 10Mbit NIC with a ÒMIL-3007EKÒsticker
on the bottom of the NIC.
Note: This manual is applicable only to Kodak printers using this Kodak
10/100 NIC upgrade relative to NIC conÞguration methods.
1.6 Kodak 10/100 NIC Features
The NIC is an autodetecting 10 or 100 Mbps, network interface card that
allows users to connect directly to a Kodak printer or proofer on Ethernet
networks using 10BaseT or 100BaseT network media.
allows users to connect directly to a Kodak printer or proofer on Ethernet
networks using 10BaseT or 100BaseT network media.
The NIC connects printers directly to Ethernet networks utilizing IPX,
EtherTalk, TCP/IP and/or NetBios/Netbeui protocols in support of Novell
NetWare 3.x, Netware 4.x, Netware NDS, IBM OS/2, MS-DOS, Windows
3.x, Windows 95, Windows NT 3.51, Windows NT 4.0, Macintosh and
Unix environments. In general, any system that supports the NIC
protocols should be able to use this NIC to print to Kodak printers.
EtherTalk, TCP/IP and/or NetBios/Netbeui protocols in support of Novell
NetWare 3.x, Netware 4.x, Netware NDS, IBM OS/2, MS-DOS, Windows
3.x, Windows 95, Windows NT 3.51, Windows NT 4.0, Macintosh and
Unix environments. In general, any system that supports the NIC
protocols should be able to use this NIC to print to Kodak printers.
1.6.1
Hardware Features
¥
NIC motherboard, with Ethernet controller and custom shared DMA
interface to Kodak printer. The NIC connects directly to Ethernet
networks via an RJ-45 connector.
interface to Kodak printer. The NIC connects directly to Ethernet
networks via an RJ-45 connector.
¥
CPU: An Intel 80186 processor, with a 16 MHz clock.
¥
1 MByte of memory via Flash EPROMs: 2 Flash EPROMs are 29F040
devices. Each EPROM is 4 Mbits and arranged in 2
devices. Each EPROM is 4 Mbits and arranged in 2
´
256k
´
8 format.
Firmware upgrades of the ßash EPROMs can be done via network
connections.
connections.
¥
MAC chipset: Ethernet controller is 10/100 Mbps, with SRAM for data
buffering, and its own memory management.10 Mbit vs. 100 Mbit
autosensing accommodates network speed capabilities.
buffering, and its own memory management.10 Mbit vs. 100 Mbit
autosensing accommodates network speed capabilities.
¥
2 switches on the NIC faceplate provide Normal, Normal + Telnet, and
NIC conÞguration test page modes of NIC operation.
NIC conÞguration test page modes of NIC operation.
¥
Green and Yellow LEDs indicate network connectivity and trafÞc.