DIGITAL Software Product Description ___________________________________________________________________ PRODUCT NAME: Digital UNIX[R] Operating System, Version 3.2G SPD 41.61.15 DESCRIPTION The Digital UNIX Operating System is a 64-bit advanced kernel archi- tecture based on Carnegie-Mellon University's Mach V2.5 kernel design with components from Berkeley Software Distribution (BSD) 4.3 and 4.4, UNIX[R] System V, and other sources. Digital UNIX is Digital Equip- ment Corporation's implementation of the Open Software Foundation [TM] (OSF[R]) OSF/1 R1.0, R1.1, and R1.2 technology, and the Motif[R] R1.2.3 graphical user interface and programming environment. Under the X/Open UNIX branding program, Digital has received the UNIX brand for the Digital UNIX operating system, and is licensed to use the UNIX trademark in conjunction with the Digital UNIX product. To reinforce the UNIX Brand and to better reflect the true nature of Dig- ital's standards-compliant UNIX product, the operating sytem name has been changed from DEC OSF/1 to Digital UNIX. This name change will be gradually phased into the product binaries and documentation. Digital UNIX provides symmetric multiprocessing (SMP), realtime sup- port, and numerous features to assist application programmers in de- veloping applications that use shared libraries, multithread support, and memory mapped files. The full features of the X Window System[TM], Version 11, Release 5 (X11R5) from the X Consortium are supported and an Advanced Development Kit of Release 6 (X11R6) is provided. Digital UNIX complies with numerous other standards and industry spec- ifications, including X/Open[TM]'s XPG4 and XTI, POSIX[R], FIPS, and System V Interface Definition (SVID). By providing support for the SVID, Digital UNIX supports System V applications. To ensure a high level July 1996 of compatibility with Digital's ULTRIX Operating System, the Digital UNIX Operating System is compatible with Berkeley 4.3 and System V pro- gramming interfaces. Digital UNIX conforms with the OSF Application Environment Specification (AES) that specifies an interface for de- veloping portable applications that will run on a variety of hardware platforms. STANDARDS X/Open Digital UNIX conforms to XPG4 at the Base level, and includes support for the following areas of the Common Application Environment (CAE) Issue X/Open 4: Internationalized System Calls and Libraries, Commands and Utilities, and C Language. In addition to the three Base profile components, the following Digital UNIX components are XPG4 branded: X Window Display, X Window System Application Interface, Terminal In- terfaces, and NFS[R]. UNIX 93 Brand and Single UNIX Specification (SPEC 1170) Digital is licensed under the X/Open UNIX branding program to use the UNIX trademark in conjunction with its Digital UNIX product. Digital UNIX V3.2G is an X/Open UNIX 93 branded product. Digital UNIX provides most of the Application Programming Interfaces (APIs), with the exception of SVR4 curses, defined in the Single UNIX Specification which enables software developers to produce products that are portable to any version of the UNIX operating system that sup- ports the specification. Digital is fully compliant with the Single UNIX Specification and has obtained X/Open's UNIX 95 Brand with Dig- ital UNIX V4.0. SVID Digital UNIX has been tested using the System V Verification Suite and conforms to the Base System as specified in SVID2, and the Base Sys- tem and Kernel Extensions as specified in SVID3 (Volume 1). Digital 2 UNIX provides more than 400 commands and interfaces that are compat- ible with SVID3/SVR4. POSIX Digital UNIX provides all the interfaces required by the IEEE 1003.1- 1990 (also known as ISO/IEC 9945-1:1990) standard and is certified with the National Institute of Standards and Technology (NIST) Federal In- formation Processing Standards (FIPS) 151-2. Digital UNIX provides all the commands and utilities as specified by the IEEE POSIX 1003.2 standard. Digital UNIX provides many of the interfaces required by the IEEE POSIX 1003.1b-1993 (formerly 1003.4 Draft 14) standard for realtime. OSF AES Digital UNIX conforms to the OSF Operating System Application Envi- ronment Specification (AES/OS) Revision A. Motif Digital UNIX supports the OSF/Motif[R] Application Environment for Mo- tif R1.2.3. The Digital UNIX supplied Motif R1.2.3 is the default graph- ical user interface certified by the Open Software Foundation. Motif R1.2.3 complies with IEEE POSIX 1295. Digital UNIX also provides the Motif R1.1.3 libraries to ensure bi- nary compatibility with applications that link against those libraries. The Motif R1.1.3 libraries retired in Digital UNIX V4.0. Common Desktop Environment The Common Desktop Environment (CDE) Advanced Development Kit (ADK) is provided to allow application programmers to begin porting to this emerging X/Open UNIX desktop standard. CDE provides a consistent user interface for end users and a consistent development environment for application developers across multiple platforms. 3 CDE is based on the X Window System[TM] (X11) Release 5 and Motif R1.2.3, and supplies the following desktop services and applications: Services: Window Management, Workspace Management, Session Man- agement, Help Management, File Management, Style Man- agement, Data Typing/Actions, Tooltalk[TM] Messaging System, and Internationalization support Applications: Calendar, Clock, Calculator, MIME capable Mail, Text Editor, Icon Editor, Terminal Emulator, Application Builder, Print Queue Manager, and Windowing ksh This CDE ADK is not intended as a replacement user interface in pro- duction environments in the V3.2* platforms. CDE is the default desk- top interface in Digital UNIX V4.0. X11R6 Advanced Developer's Kit Digital UNIX includes an Advanced Developer's Kit (ADK) for the X Win- dow System, Version 11, Release 6 (X11R6). This ADK provides a com- plete X11R6 development environment for application programmers, as well as an X11R6 version of the Digital UNIX dynamically loadable X Window System Server. Internet The Digital UNIX Operating System implements the following Internet RFC (Request for Comment) and Non-RFC standards: ___________________________________________________________________ RFC_____Protocol_Name______________________________________________ 678 -- Standard File Formats 768 UDP User Datagram Protocol 791 IP Internet Protocol as amended by RFC's 922 and 950 792 ICMP Internet Control Message Protocol 793 TCP Transmission Control Protocol 821 SMTP Simple Mail Transfer Protocol 4 ___________________________________________________________________ 822 MAIL Format of Electronic Mail Messages 826 ARP Address Resolution Protocol 854 TELNET Telnet Protocol 855 -- Telnet option specifications 856 -- Telnet binary transmission 857 -- Telnet echo option 858 -- Telnet Suppress Go Ahead option 859 -- Telnet status option 868 TIME Time Protocol 893 -- Trailer Encapsulations 894 IP-E Internet Protocol on Ethernet Networks 903 RARP Reverse Address Resolution Protocol 904 EGP Exterior Gateway Protocol 919 -- Broadcast Datagram over IP 922 -- IP Broadcast Datagrams with Subnets 950 -- IP Subnet Extension 951 -- Bootp 954 RPC NICNAME/WHOIS (Obsoletes RFC 812) 959 FTP File Transfer Protocol 1014 XDR External Data Representation 1034, DOMAIN Domain Name System 1035 1042 IP- Internet Protocol on IEEE 802 IEEE 1049 -- Content-Type Field for Internet Messages 1050 RPC Sun[R] Remote Procedure Calls 1055 SLIP Serial Line Internet Protocol 1057 -- Portmapper 1058 RIP Routing Information Protocol 5 ___________________________________________________________________ 1084 BOOTP BOOTP protocol (Obsoletes RFC 1048) 1094 NFS Network File System Protocol 1112 -- Host Extensions for IP Multicast 1116 -- Telnet Line Mode Option 1119 NTP Network Time Protocol minus authentication 1122 -- Requirements for Internet Hosts Communication Layers (Must Level) 1123 -- Requirements for Internet Hosts Applications and Support (Must Level) 1144 CSLIP TCP/IP Header Compression on Serial Lines 1155 SMI Structure of Management Information 1156 MIB Management Information Base 1157 SNMP Simple Network Management Protocol 1188 IP- Transmision of IP over FDDI (Obsoletes RFC 1103) FDDI 1212 -- Concise MIB 1213 MIB-II Management Information Base II (Set operations are not supported) 1225 POP3 Post Office Protocol, Rev. 3 1231 -- IEEE 802.5 Token Ring MIB (Set operations are not supported) 1282 -- BSD rlogin 1285 -- FDDI Management Information Base (Set operations are not supported) 1288 FINGER Finger Protocol (Obsoletes RFC 1196) 1321 MD5 The MD5 Message Digest Algorithm 1332 IPCP The PPP Internet Protocol Control Protocol (Obso- letes RFC 1172) 1334 PAP PPP Authentication Protocols /CHAP 6 ___________________________________________________________________ 1323 TCP- TCP Extensions for High Performance (Window Scale HIPER option only) 1340 -- Assigned Numbers 1350 TFTP Trivial File Transfer Protocol (Obsoletes RFC 783) 1483 -- Multiprotocol Encapsulation over ATM AAL5 (routed protocol encapsulation only) 1497 BOOTP BOOTP Vendor Information Extensions (obsoletes RFC1048, 1084, 1395); Updates RFC 951 1514 - Host Resources MIB (Set operations are not sup- ported) 1542 - Clarifications and Extensions for the Bootstrap Protocol (obsoletes RFC 1532), updates RFC 951 1547 IS-PPP Requirements for an Internet Standard Point-to- Point Protocol 1577 -- Classical IP over ATM (except multiple LIS sup- port) 1661 PPP The Point-to-Point Protocol PPP (obsoletes RFC 1548, 1331, and 1171) (asynchronous IP only) 1700 - Assigned Numbers (obsoletes RFC 1340, etc.) 1813____NFS______Network_File_System_Version_3_Protocol____________ Non-RFC Standards o 4.3BSD and 4.4BSD Socket Interface o 4.3BSD inetd o 4.3BSD lpd o 4.3BSD netstat o 4.3BSD ping o 4.3BSD rcp 7 o 4.3BSD rexecd o 4.3BSD rlogin o 4.3BSD rmt o 4.3BSD rsh o 4.3BSD sendmail V5.65 with IDA enhancements o 4.3BSD syslog o uucp Basic Networking Utilities (HoneyDanBer) o X/Open Transport Interface (XTI) o Sun Open Network Computing (ONC) 4.2 o New rdist command packaged as optional nrdisk System V Compatibility Digital UNIX enhances System V compatibility by means of a habitat mech- anism. In those few cases where a given command or interface may be- have differently under OSF/1, SVID 2, or SVID 3, the habitat mecha- nism permits the user to specify which behavior is preferred. System V Release 3.2 (SVR3) SVID, Issue 2: Digital UNIX has been tested using the System V Verification Suite 3 (SVVS3) and conforms to the Base System as specified in Issue 2. A license to use Digital UNIX binaries includes the right to use the included System V Release 3.2 derivatives. Additional commonly used SVID 2 base commands have been added by the SVID 2 habitat. System V Release 4.0 (SVR4) SVID, Issue 3: 8 Digital UNIX has been tested using the System V Verification Suite 4 (SVVS4) and conforms to the Base System as specified in Issue 3. A significant number of commands and interfaces compatible with SVID3 have been added to Digital UNIX. The Digital UNIX shared library scheme is patterned on and compati- ble with the SVR4 shared library scheme. The SVR4 /proc file system that provides the capability of accessing processes using file semantics is implemented in Digital UNIX. SVR4 style terminal devices are supported in Digital UNIX. This al- lows for increased number of terminal connections. Support for BSD tty name will be retired (removed from the Digital UNIX distribution) in a future major functional release, no sooner than January, 1997. Digital UNIX includes STREAMS compatible with System V Release 4.0. Like sockets, STREAMS provides a framework for character I/O between user space and kernel networking protocols. Additional features defined as part of the SVID 3 standard are included in Digital UNIX, such as RPC (SVID 3) and sockets. Symmetric Multiprocessing (SMP) Symmetric multiprocessing (SMP) enables systems containing two or more processors to execute the same copy of the operating system, access common memory, and execute instructions simultaneously. The SMP func- tionality fully exploits the additional compute capabilities of mul- tiple processors. Capabilities include: o Multiple threads from the same or different tasks can run concur- rently on different processors. o Process Affinity - Allows binding a process to a specific proces- sor. o Unattended Reboot - On a hard failure of a nonboot processor, the operating system will tag the failing CPU and automatically reboot the system, without enabling the defective CPU. 9 o Stop/Start CPU - Ability to stop/start a specified nonboot proces- sor. o Processor Sets - Ability to dedicate a process, or set of processes, to a specific processor or set of processors. Can also be used to partition the available processors among a set of users. Realtime Digital UNIX provides a kernel option to enhance the performance of realtime applications conforming to the POSIX 1003.1b-1993 (formerly 1003.4 Draft 14) standard. These realtime kernel options make it pos- sible for the operating system to guarantee that an application has access to resources in a timely and predictable manner. In addition to a fully preemptive kernel, features enabled with the realtime kernel provide the following POSIX capabilities: o Asynchronous I/O o Fixed-priority scheduling policies o Realtime priorities o Process memory locking o Realtime clocks and timers o Semaphores o Shared memory o Process communications facilities o Message passing interfaces o Thread safe implementation of realtime libraries The realtime kernel, which supports POSIX 1003.1b functionality and kernel preemption, was previously installed as an option during base system installation. Now, the POSIX 1003.1b portions are included in 10 the kernel automatically and a separate kernel is not needed. Preemp- tion capabilities are disabled by default, but can be selected by the user and enabled when the kernel is configured and built. Obsolete functionality from earlier drafts of the 1003.4 specifica- tion has been retired. Asynchronous I/O functionality has been upgraded to provide many of the interfaces required by POSIX 1003.1b-1993. To preserve compatibility with earlier drafts, a compile-time constant (POSIX_4D11) has been added. This functionality retired in Digital UNIX V4.0. Shared Libraries Digital UNIX provides a full complement of dynamic shared libraries, based on System V semantics, which increase system performance, re- duce minimum hardware requirements, and ease system management. Dig- ital UNIX provides the following shared libraries: ___________________________________________________________________ Library_____Description____________________________________________ libDXm Digital Motif Extensions library libMrm Motif Resource Manager library libots Digital Compiled Code Support library libX11 Xlib library libXaw X Athena Widgets run-time library libXext X Client-side Extension library libXie X Imaging extension client side run-time library libXimp X Image display services library libXm Motif Widgets library libXmu X Miscellaneous utilities run-time library libXt X Intrinsics library libXTrap Client side run-time library for Xtrap libXv X Video extension client side run-time library 11 ___________________________________________________________________ libaud C2 security auditing library libbkr Motif help system library libc C library libc_r Threads version of libc libcda CDA run-time library libcdrom Rock Ridge extensions to CDFS library libchf CDA/Imaging signal handling routines libcmalib DECthreads library - CMA interface libcurses Curses screen control library libdnet_ DECnet library stub libdps Adobe[R] Display PostScript[TM] client-side run-time libraries libdpstk Adobe Display PostScript toolkit libdvr CDA run-time viewer library libdvs CDA run-time layout library libiconv Development environment routines libids Image display services library libids_nox Image display services not dependent on X libimg Image processing routines libips Image processing routines liblwkDxm LinkWorks run-time library * libm Digital Portable Math library libmach Mach library libmxr Library used by mxr, the ULTRIX binary interpreter for OSF/1 libpsres Adobe Display PostScript resources utilities libpthreads DECthreads library - draft POSIX interface libsecurity C2 security library 12 ___________________________________________________________________ libsys5 System V Compatibility library libdxterm DECterm widget library libextAccessXAccessibility Extension library libextMITMiscMIT Misc extension library libextMultibMultibuffering Extension library libextScrnSvrScreen Saver library libextSync Synchronization library libextkme Mode switching Extension library libextshape Shape Extension library libextshm Share Memory Extension library libextxtest Xtest Extension library libtli TLI library libxti______XTI_library____________________________________________ Digital UNIX also provides static versions of these libraries. * Note: The LinkWorks Developers' Toolkit V1.0 and the LinkWorks Run- time Library is not the same product as LinkWorks V2.1 Client/Server Groupware application. The LinkWorks Run-time library retired in Digital UNIX V4.0. DEC Fortran Run-time Libraries The DEC Fortran run-time support libraries (libfor, libfutil, libU- for) are provided to enable users to run previously compiled programs that require the Digital Fortran libraries at run-time. These libraries support FORTRAN program functions in the areas of input and output, intrinsic functions, data formatting, data conversion, miscellaneous math functions, FORTRAN bindings to common operating system services, and more. 13 DEC C++ Run-time Libraries The DEC C++ run-time support libraries (libcxx, libcomplex, libtask) are provided to enable users to run previously compiled applications containing DEC C++ code, without requiring that DEC C++ be installed on the target system. These libraries support DEC C++ program func- tions in the areas of input and output, complex arithmetic, multitask- ing, and more. DEC COBOL Run-time Libraries The DEC COBOL run-time support libraries (libcob, libots2, libisam- stub) are provided to enable users to run previously compiled programs that require the Digital DEC COBOL libraries at run-time. These li- braries support COBOL program functions in the areas of file input and output, decimal arithmetic, COBOL ACCEPT/DISPLAY statements, STRING /UNSTRING operations, CALL and CANCEL, and more. DEC Pascal Run-time Libraries The DEC Pascal run-time support libraries (libpas.a, libpas.so, and libpas_msg.cat) are provided to enable users to run previously com- piled programs which require the DEC Pascal libraries at run-time. These libraries support DEC Pascal program functions in the areas includ- ing input and output, miscellaneous math functions, time and date ser- vices, and miscellaneous file services, and more. DEC Ada Run-time Libraries The DEC Ada run-time support libraries (libada.a and libada.so) are provided to enable users to run previously compiled programs which re- quire the DEC Ada libraries at run-time. These libraries support Ada program functions in areas including Tasking, Exceptions, Timer Ser- vices, and Miscellaneous Computations. 14 Digital Portable Math Library The Digital Portable Math Library (DPML) is a common math library for FORTRAN, C, and Pascal. It provides IEEE single and double floating point support. Threads Digital UNIX provides software developers the ability to write mul- tithreaded programs using DECthreads. DECthreads provides a pthreads interface that complies with both the POSIX 1003.4a Draft 4 semantics and DCE semantics. Memory Mapped File Support Digital UNIX supports the Berkeley mmap function and, therefore, al- lows an application to access data files with memory operations rather than file input and output operations. Shells Digital UNIX provides the following shells: o C Shell o Bourne Shell from System V o Korn Shell All shells are programmable and allow for a tailorable user environ- ment. Dynamic Loader Digital UNIX uses a SVR4 compatible loader to load shared libraries dynamically. This loader provides the following enhanced features: o SVR4 symbol resolution semantics, including symbol preemption The COFF object file format is supported for all forms of object files. 15 Loadable Subsystems Framework Digital UNIX includes configuration manager framework which allows dy- namic loading (and configuring) of kernel subsystems. The framework is composed of a configuration manager daemon (cfgmgr), a kernel loader daemon (kloadsrv), a system configuration database (sysconfigtab) and its management utility (sysconfigdb). This framework allows kernel mod- ules (such as device drivers) to be loaded after the system is booted. Loadable Drivers Framework Device driver suppliers may now dynamically load their drivers into the kernel using the configuration manager framework. Functions pro- vided to facilitate integration of third party device support include: o Autoconfiguration support o Interrupt registration support o Installation support o Loadable driver support for the following busses: - TURBOchannel - EISA - PCI - SCSI peripheral devices Mail Agents Digital UNIX provides the traditional mail (binmail). Digital UNIX provides the enhanced mailx/Mail command. This command is compatible with SVID 2, XPG4, and the Berkeley Enhanced mailer ( /usr/bin/ucb/mail). 16 Digital UNIX provides the MH 6.7.1 Mail User Agent, developed by the RAND Corporation, as an interface to the mail system. The MH mail agent provides commands that allow the user to send, read, and handle mail, as well as determine the form of all drafts and mail messages that are sent. Digital UNIX provides dxmail, a mail graphical user interface to MH. FILE SYSTEMS The Digital UNIX file system architecture is based on OSF/1 Virtual File System (VFS) which is based on the Berkeley 4.3 Reno Virtual File System. VFS provides an abstract layer interface into files regard- less of the file systems in which the file resides. Digital UNIX supports the following file system types: o POLYCENTER Advanced File System (AdvFS) o UNIX File System (UFS) - based on the Berkeley Fast File system o Network File System (NFS) o Memory File System (MFS) o ISO 9660 Compact Disk File System (CDFS) o File-on-File Mounting File System (FFM) o /proc File System POLYCENTER Advanced File System (AdvFS) The POLYCENTER Advanced File System (AdvFS) is a journaled, local file system that provides higher availability and greater flexibility than traditional UNIX file systems. Using transaction journaling, AdvFS re- covers file domains in seconds rather than hours after an unexpected restart such as a power failure. AdvFS journaling also provides in- creased file system integrity. AdvFS provides greater flexibility by allowing filesets (file systems) to share a single storage pool, and enabling hard and soft fileset quotas in addition to user and group 17 quotas. AdvFS supports a maximum file size of 128 GB. The root/boot device can be optionally configured to use AdvFS during installation. The right to use the POLYCENTER Advanced File System is granted by the Digital UNIX Operating System license. In addition, a separately li- censed, optional layered product, the POLYCENTER Advanced File Sys- tem Utilities, can be ordered. Refer to the OPTIONAL SOFTWARE section of this SPD for more information. UNIX File System (UFS) UFS is compatible with the Berkeley 4.3 Tahoe release. UFS allows a pathname component to be 255 bytes, with the fully qualified pathname length restriction of 1023 bytes. The Digital UNIX implementation of UFS supports a maximum file size equivalent to the largest supported file system (that is, 128 GB). Network File System (NFS) Digital UNIX NFS V2 allows transparent file access over TCP/IP net- works. In addition, the Network Information System (NIS), formerly Yel- low Pages (YP), is provided for centralized system management of files. The automounter service automatically mounts and unmounts NFS file sys- tems. The NFS locking service allows advisory and record locks to be used with remotely mounted files. The maximum size of a file that is accessible through NFS V2 is 2 GB. An NFS V3 server and client protocol implementation is provided in ad- dition to V2. NFS V3 includes 64 bit support for file access, exclu- sive create semantics, negotiable transfer sizes, safe asynchronous writes, added support for access checking and other changes designed to increase efficiency and performance. The maximum supported size of a file that is accessible through NFS V3 is 128 GB. Network Lock Manager (NLM) V4 includes support for files larger than 2 GB. Support for additional over-the-wire error code is also provided. NLM V3 is supported for NFS V2 compatibility. V2 PC-NFS server support is provided, enabling connectivity from PC- NFS V5.1a, 5.1, 4.0 and 3.5 clients. 18 Memory File System (MFS) The Digital UNIX MFS is a memory-based UFS. The MFS has the same file system structure characteristics as the UFS, but resides in virtual memory. No permanent file structures or data are written to disk, so the contents of an MFS file system are lost on reboot, unmount, or power failure. An MFS is useful for temporary files or for read-only files that are loaded into it after it is created. ISO 9660 Compact Disk File System (CDFS) The Digital UNIX implementation of CDFS is based on ISO 9660, a stan- dard for a volume and file structure for the interchange of informa- tion using CD-ROM. Digital UNIX CDFS is based on the following lev- els of ISO 9660: o Level 2 of Interchange o Level 1 of Implementation, which enables the user to do the fol- lowing: - Mount single volume CD-ROMs which are formatted in compliance with ISO 9660, as a local file system - List and examine files using standard UNIX utilities and pro- grams - Read files and directories using the standard POSIX system in- terface - NFS export mounted ISO 9660 file systems - Support the High Sierra Group extensions which provide compat- ibility with older format CD-ROMs CDFS also supports CD-ROMs recorded using the Rock Ridge Interchange Protocol, Revision 1.09, August 1991. Rock Ridge specifies the use of the extension fields that are defined by ISO 9660:1988, and it uses those extensions to provide the following information: o File owner, file group, file permissions 19 o Additional file types (symbolic links, device special files, named pipes) o setuid, setgid, and sticky bits o Hard link counts o POSIX file names (mixed case names, unstructured names, and longer names than ISO-9660:1988 allows) o Deep directory hierarchies (greater than 8 levels) o File time stamps XCDR extensions - X/OPEN Preliminary Specification (1991) CD-ROM Sup- port Component (XCDR). XCDR extensions allow the user to examine se- lected ISO 9660 attributes through defined utilities and shared li- braries. In addition, functionality is provided to allow a system ad- ministrator to substitute different file protections, owners, and file names for CD-ROM files. File-on-File Mounting File System (FFM) The File-on-File Mounting File System (FFM) allows regular, charac- ter, or block-special files to be mounted over regular files, and is primarily used by the SVR4-compatible system calls 'fattach' and 'fde- tach' of a STREAMS-based pipe (or FIFO). File-Based Pipes A file-based pipe implementation replaces the socket-based pipes im- plementation for improved performance. /proc File System The SVR4-compatible /proc file system for Digital UNIX allows running processes to be accessed and manipulated as files by ordinary system calls, open, close, read, write, seek and ioctl. 20 Logical Storage Manager (LSM) Digital UNIX Logical Storage Manager V1.2 (LSM) is an integrated host- based solution to data storage management. Basic LSM functionality, including disk spanning and concatenation, is provided with the base operating system. Additional features, including disk striping, mir- roring, and a graphical user interface, are available with a separate license. LSM is RAID Advisory Board (RAB) certified for RAID Levels 0 and 1. Refer to the OPTIONAL SOFTWARE section of this SPD and the LSM SPD for more information. Logical Volume Manager (LVM) The Logical Volume Manager (LVM) will be replaced by the Logical Stor- age Manager (LSM). A migration utility is provided to allow LVM users to migrate their LVM volumes to LSM as early as possible. Support for LVM retired in Digital UNIX V4.0. Networker SingleServer Save and Restore SingleServer is a graphical utility that provides automated backup and recovery of files on a single local system to a local tape or loader. A subset of the optional POLYCENTER NetWorker Save and Restore (NSR) layered product, the SingleServer is licensed free of charge with the Digital UNIX Operating System, and provides functionality similar to NSR, except that SingleServer supports only a single, local client. Features of the SingleServer include: o Support for unattended backups o Easy to use preconfigured settings o Five preconfigured policies for managing backups o Five preconfigured backup schedules o Label templates for electronically labeling tapes o Easy file recovery 21 SECURITY The Digital UNIX Operating System is designed to meet or exceed the requirements of the C2 evaluation class of DoD 5200.28-STD Trusted Com- puter System Evaluation Criteria, also called The Orange Book. The following C2 security functionality is included in Digital UNIX: o Auditing o Identification and Authentication o Object Reuse o Discretionary Access Controls o Digital UNIX allows distribution of extended C2 security profil- ing information over the network via the network information ser- vices (NIS). NETWORKING TCP/IP Digital UNIX allows for TCP/IP network communications over supported network devices. The TCP/IP protocol suite is implemented in the socket framework. Sockets Digital UNIX provides sockets that are based on the Berkeley UNIX Op- erating System structure, which provides a framework for I/O over a network. STREAMS Digital UNIX provides SVR4-compatible STREAMS. Like sockets, STREAMS provides a framework for character I/O to and from user space to ker- nel networking protocols. X/Open Transport Interface (XTI) 22 X/Open Transport Interface (XTI) is an extension to the System V STREAMS user space interface called Transport Level Interface (TLI). Data Link Bridge (DLB) Digital UNIX provides an DLPI-compatible interface into the non-STREAMS (BSD) driver environment. This interface does not support complete DLPI semantics. The DLB interface is the preferred interface for STREAMS modules to access the BSD-based datalink services. Screend When the system is operating as an IP router, screend provides flex- ible per-packet access controls for forwarded packets. This can be used as one part of a comprehensive network security plan. Packetfilter The Packetfilter is a software interface that allows an application to send and receive packets directly to or from a LAN (Ethernet or FDDI). The Packetfilter provides flexible demultiplexing (filtering) of in- coming packets, so that many such applications can run simultaneously. The Digital UNIX Packetfilter supports two filtering models: the orig- inal CMU/Stanford model, as supported in ULTRIX, and the BSD Packet Filter (BPF), which provides more flexible and efficient filtering. (BPF was developed by the University of California, Lawrence Berke- ley Laboratory.) Several public domain applications that use the Packetfilter are in- tegrated in Digital UNIX including rarpd, tcpdump, tcpslice, nfswatch, and nfslogsum. Data Link Interface (DLI) Digital UNIX provides a Data Link Interface to allow applications to directly use the data link layer services in order to interact directly with the network device drivers. Simple Network Management Protocol (SNMP) 23 The SNMP Agent allows management of the Internet, FDDI, system resources, and network resources using the SNMP. The agent is also extensible, allowing software developers to add MIBs to the agent, and partici- pate in the SNMP. The SNMP agent contains the following base system functionality: o Full SNMP V1.0 agent capabilities o MIB implementations for managing Internet MIB-2 objects, FDDI ob- jects, and Token Ring objects The POLYCENTER Common Agent and Common Agent Developer's Kit retired in Digital UNIX V4.0. Point to Point Connections The Digital UNIX system supports point-to-point connections using SLIP (Serial Line Internet Protocol) and PPP (Point to Point Protocol). The PPP subsystem is asynchronous and supports only IP. It provides au- thentification with PAP (Password Authentification Protocol) and CHAP (Cryptographic Authentification Protocol). Distributed Computing En- vironment (DCE) Digital UNIX provides the framework to support the Distributed Com- puting Environment (DCE). DCE is a separate layered product and pro- vides users with access to resources, regardless of their location on the network. It extends system level services to allow applications to interoperate with one another, port to other platforms, and be dis- tributed over the network. Open Network Computing (ONC) Digital UNIX supports Open Network Computing (ONC) V4.2 including: Net- work File System V2, PCNFSd, Lock Manager, Status Monitor, NFSport- mon, Network Information Service (NIS), automount, and user level RPC. Asynchronous Transfer Mode (ATM) 24 The Digital UNIX Asynchronous Transfer Mode (ATM) subsystem supports the ATM Forum's User-Network Interface (UNI) V3.0 specification, in- cluding the Interim Local Management Interface (ILMI) protocol for reg- istration of a single address, UNI signalling for point-to-point con- nections, and Quality of Service (QOS) class 0 with best effort de- livery. Digital UNIX does not support the UNI V3.0 specifications for full ATM Simple Network Management Protocol (SNMP) Managaement Infor- mation Bases (MIBs), multiple address registration, point-to-multipoint connections, Operations and Maintenance (OAM) flows, and QOS classes 1 through. The Digital ATM subsystem also supports the Classical IP and ARP over ATM (RFC 1577) specification, with the exception of mul- tiple Logical IP Subnetwork (LIS) support. Fast Ethernet Digital UNIX supports Fast Ethernet (IEEE 802.3 100Base-TX). Refer to the OPTIONAL HARDWARE section for specific hardware supported. FDDI Digital UNIX provides FDDI fiber optic support. Refer to the OPTIONAL HARDWARE section for specific hardware supported. Token Ring Digital UNIX supports Token Ring with source routing support for multi- ring networks. Refer to the OPTIONAL HARDWARE section for specific hard- ware supported. IP Multicast Digital UNIX supports the Level 2 end-system IP Multicast function- ality, specified in RFC 1112, on Ethernet and FDDI. The implementa- tion provides integrated multicast address management for multipro- tocol environments. The Digital UNIX implementation also provides kernel routines for en- capsulating IP tunnels to enable wide area IP Multicast routing. These routines support application software that implements the Distance Vec- tor Multicast Routing Protocol, such as the publically available mrouted (revisions 1.3 and later, Copyright 1989 by the Board of Trustees of Leland Stanford University). 25 Name Services Digital UNIX supports the Domain Name System as described in RFC 1034 and RFC 1035, providing a host name and address lookup service for the Internet network. The Digital UNIX implementation of the Domain Name System is based on BIND version 4.9.3. The user can use BIND to re- place or supplement the host's database. Digital UNIX also supports Sun's Network Information Service (NIS), formerly known as Yellow Pages (YP). NIS can be used to replace or supplement hosts, aliases, group, networks, password, protocols, rpc, and services databases. Network Time Protocol (NTP) Digital UNIX provides the Network Time Protocol (NTP) V2 to synchro- nize and distribute the time for all machines in a network environ- ment. The time synchronization daemon, xntpd, is used to distribute time to all machines in a network. Time Synchronization Protocol (TSP) Digital UNIX provides Berkeley's Time Synchronization Protocol (TSP). TSP synchronizes the time of all machines in a network without ensur- ing the accuracy of the time that is provided. Local Area Transport (LAT) Digital UNIX provides a STREAMS-based implementation of the Local Area Transport (LAT) that serves terminals to one or more service nodes on a local area network (LAN). LAT allows a host to function as a ser- vice node, and allows host applications to initiate connections to server ports (designated as application ports) to access remote devices such as printers. Digital UNIX supports 1500 logins using LAT. LAT/Telnet Gateway The LAT/Telnet gateway service supported in Digital UNIX provides a gateway from a LAT terminal server to allow connections to TCP/IP nodes using intermediate LAT hosts. 26 Common Access Method (CAM) Common Access Method (CAM) is an ANSI standard for the software drivers that provide the interface between an operating system and a SCSI de- vice. The Digital UNIX CAM implementation is highly compatible with ANSI X3.131-1986, Level 2 and supports SCSI-2 based CAM. INTERNATIONALIZATION Digital UNIX provides an internationalization environment and tools as well as the localization features to enable the development and ex- ecution of internationalized software, without the need to re-engineer the user application. The following single byte and multibyte character sets are supported: Single Byte Character Sets - Languages (Locales): Czech (1) Danish (1) Dutch (2) English (3) Finnish (1) French (4) German (2) Greek (1) Hebrew (1) Hungarian Icelandic Italian (1) (1) (1) Norwegian Polish (1) Portuguese (1) (1) Russian (1) Slovak (1) Spanish (1) Swedish (1) Thai (1) Turkish (1) Multibyte Character Sets - Languages (Locales): Chinese/PRC Japanese (4) Korean (2) (4) Hong Kong Thai (4) (4) Digital UNIX base operating system functionality includes: o 32-bit wide character support o XPG4 Worldwide Portability Interfaces (WPI) o Internationalized commands 27 o Internationalized Curses library (libcurses) o iconv library (libiconv, an International Codeset Conversion Li- brary) o Locale utilities o Codeset for supported character sets o Date and time formats in the native languages o Local currency symbols o Local numeric formatting o Character Classification - Is upper, is lower, is cntrl, is * func- tions o Collation - Character sort order of the codeset o Yes and No response in the native language o System messages in the native language o Fonts for supported character sets o TTY Drivers - Support for various input functionalities for the na- tive languages o Support for all Language Variants using the U.S. keyboard o Translated UID files and additional functionality in the Motif ap- plications o 8-bit mail support when one or more of the language variants is in- stalled o Printing in the native languages o Conversion of data from one codeset to another Disk Space Requirements In addition to base Digital UNIX disk space requirements, the follow- ing amount of disk space is required for language variants. 28 The language variant components are structured in such a way that there is a common part as well as individual part for each language vari- ant. The common part is a prerequisite for any individual language com- ponent listed below. Common Part: Mandatory for base O/S 0.45MB Optional for base O/S 0.10MB Mandatory for worksta- 6.71MB tions* Optional for worksta- 3.80MB tions * Mandatory for Workstations is required for enabling the worksta- tion/windowing functionality. Individual Part: ___________________________________________________________________ Mandatory Optional Mandatory Optional Base Sub- Base Sub- Wrkstn. Wrkstn. Language____sets___________sets___________Subsets_______Subsets____ Total Chinese 1.52MB 23.93MB 20.81MB 1.38MB 47.64MB /PRC Czech 0.00 2.48 6.79 3.07 12.76 Danish 0.73 0.00 0.00 0.00 0.73 Dutch 0.73 0.00 0.00 0.00 0.73 Finnish 0.73 0.00 0.00 0.00 0.73 German 0.73 0.00 3.21 2.65 6.59 French 0.73 0.00 3.21 2.62 6.56 Greek 0.00 3.81 0.96 0.49 5.59 Hong Kong 3.10 36.89 38.33 5.51 83.83 Hungarian 0.00 2.48 6.71 3.11 12.71 29 ____________Mandatory______Optional_______Mandatory_____Optional___ Base Sub- Base Sub- Wrkstn. Wrkstn. Language____sets___________sets___________Subsets_______Subsets____ Total Icelandic 0.73 0.00 0.00 0.00 0.73 Hebrew 0.06 1.31 2.39 0.61 4.50 Italian 0.73 0.00 3.25 2.63 6.61 Japanese 6.28 54.49 19.45 9.58 93.64 Korean 1.37 15.97 8.99 1.35 27.68 Norwegian 0.73 0.00 0.00 0.00 0.73 Polish 0.00 2.48 6.81 3.08 12.79 Portugese 0.73 0.00 0.00 0.00 0.73 Russian 0.00 1.62 5.23 3.10 10.36 Slovak 0.00 2.48 6.52 3.03 12.45 Spanish 0.73 0.00 3.21 2.62 6.56 Swedish 0.73 0.00 3.03 2.47 6.23 Taiwan 2.92 35.68 22.08 4.19 64.87 Thai 0.38 14.66 3.23 1.22 19.49 Turkish_____0.00___________5.36___________3.14__________0.49_______ 9.31 30 Memory Requirements Applications running under a single Asian language variant can oper- ate within the memory requirements of the base operating system. Run- ning multiple Asian language variants in a single session will require additional memory for satisfactory performance. License Management Facility (LMF) Digital's License Management Facility (LMF) provides on-line check- ing of software licenses and enables easier software management. LMF incorporates support for two types of licenses, availability and ac- tivity. LMF is limited to single node capability. GRAPHICS Digital UNIX includes the DECwindows Motif graphical user interface. DECwindows incorporates the OSF/Motif user interface as the design cen- ter for the DECwindows applications. As such, the Motif user inter- face defines a powerful model for interacting with the Digital UNIX Operating System by using a point-and-click metaphor. Based on the X Window System, Version 11, Release 5, and OSF/Motif R1.2.3, DECwindows Motif supports the following X Window System standards: o X11 protocol o Base set of workstation fonts o Xlib programming library o X Toolkit Intrinsics library o X Server o X Imaging Extensions XIE V5 Digital UNIX supports the X Image Extension (XIE) V5.0 which was an- nounced by the X Consortium as part of the X11R6 distribution. 31 Digital UNIX also provides XIE V3.0 to ensure compatibility with ap- plications written to use this extension, since the protocol between versions 3.0 and 5.0 have diverged. XIE V3.0 retired in Digital UNIX V4.0. A license for Motif and for the X Window System is included with Dig- ital UNIX. In addition, Digital UNIX supports the Adobe Display PostScript Sys- tem X server extension and client library. o Display PostScript X server extension The Display PostScript extension to the Digital UNIX X server pro- vides a Level 1 display functionality that is fully compatible with PostScript language printers as well as a device-independent imag- ing model that frees an application programmer from concerns about the details of displaying information (text and graphics) on a screen. o Display PostScript client library The Display PostScript client library from Adobe Systems is a col- lection of procedures that provides an application program with ac- cess to the PostScript interpreter (resident in the X server Dis- play PostScript extension). The client library includes procedures for creating, communicating with, and destroying PostScript exe- cution contexts. The license to use the Adobe Display PostScript X server extension and client library is included with Digital UNIX. The Licensee agrees to only execute Display PostScript on those Dig- ital computer systems listed in Tables 1 and 2 in this Software Prod- uct Description (SPD), and that in any event licensee agrees not to make use of the Display PostScript software, directly or indirectly, to print bitmap images with print resolutions greater than 150 dots /per/inch (DPI), or to generate fonts or typefaces for use other than with the Digital computer systems identified in this SPD. However, the foregoing limitation shall not be deemed to prohibit the printing of 32 images of greater than 150 DPI resolution when such images are used solely for incidental or illustrative purposes. DECwindows Motif Environment The DECwindows Motif environment has two basic components: o A user environment o A programming environment User Environment The DECwindows Motif user environment has three basic components: the Session Manager, Window Manager, and xterm or, optionally, DECterm ter- minal emulator. o Session Manager The Session Manager provides the top-level user interface to a Dig- ital UNIX workstation. A Session Manager component (xdm) provides a dialog-oriented login window for controlled access to the work- station. o Window Manager The Window Manager provides user control for managing windows. The Motif Window Manager (mwm) is provided as the default Window Man- ager. o Terminal Emulators Digital UNIX supports xterm and DECterm terminal emulators, both of which provide workstation users with a traditional character- cell interface to the additional Digital UNIX applications and fea- tures. In addition, Digital UNIX supports the following set of integrated DECwin- dows Motif desktop applications: o Bookreader 33 o Calculator o Calendar o Cardfiler o Clock o Compound Document Viewer o LinkWorks Manager o Mail o Notepad Text Editor o Paint, bitmap editor o Printscreen o Visual File Comparator Digital UNIX also supports the standard set of X Window System, Ver- sion 11, Release 5 based applications as well as an X Window System, Version 11, Release 5 based GNU Emacs. Programming Environment The DECwindows Motif programming environment provides an extensive set of Window System libraries and tools for use by developers of new ap- plications. Provided in both shareable and static versions, these li- braries include: o Motif Toolkit (Xm) o Motif Resource Manager (Mrm) o Digital extensions to the OSF/Motif Toolkit (DXm) o User Interface Language (UIL) o User Interface Language Compiler (UIL) o Widget Meta-Language Compiler (wml) and description files o X Toolkit Intrinsics Library (Xt) o X Library (Xlib) 34 In addition, Digital UNIX provides the OSF/Motif and X11 programming examples, which are intended as illustrations of various Motif and X11 programming techniques. Note that many of the examples are not fully implemented by the Open Software Foundation but do provide valuable programming information. A README file is included with each example and outlines the features and limitations of the particular applica- tion. SYSTEM MANAGEMENT Installation Digital UNIX is classified as Customer Installable. However, Instal- lation Services are available for those customers who would like an experienced Digital Software Specialist to install the software. Update Installation Digital UNIX provides an Update Installation procedure for systems run- ning either Digital UNIX V3.2, V3.2A, or V3.2B to Digital UNIX V3.2C. Digital UNIX also provides the setld procedure to update V3.2C sys- tems to V3.2F. Both update installation procedures preserve appropri- ate system files and the existing user customized files. Support Tools Digital UNIX provides a Verifier and Exerciser Tool (VET) that con- tains a set of system exercisers and an online diagnostic monitor. SOURCE MATERIALS OPTIONS Source Code Distribution A source kit is available for users who need to retrieve and modify selected source modules. Although every attempt is made to include ac- curate source modules, Digital does not warrant the ability to build a binary kit. Limited supporting documentation is also provided. Dig- ital does not warrant the results of using the source kit to change selected portions of the system. 35 Customers who are appropriately licensed by the Open Software Foun- dation (OSF) and by UNIX System Laboratories (USL) may obtain optional source material for this software product. Most users do not require source materials. Sources are used primar- ily by those with an in-depth knowledge of operating system internals to make highly specialized modifications to the software product. The following minimum conditions must be satisfied prior to each and every distribution (initial distribution or revision) of source ma- terials: o Customers must be currently licensed by the Open Software Founda- tion (OSF) to use OSF/1 R1.2 source code on a designated CPU for which source materials are to be ordered. OSF must verify to Dig- ital that the customer's OSF/1 source license is valid. o Customers must be currently licensed by the Open Software Founda- tion (OSF) to use Motif R1.2.3 source code on a designated CPU for which source materials are to be ordered. OSF must verify to Digital that the customer's Motif source license is valid. o Customers must be currently licensed by UNIX System Laboratories (USL) for the 3B2 implementation of UNIX System V Release 3.2 (or later) source code on a designated CPU for which source materials are to be ordered. USL must verify to Digital that the customer's UNIX source license is valid. o Customers must have signed Digital's Software Program Sources Li- cense Agreement for the facility or site where the CPU is located. Source kits provided by Digital do not necessarily contain all source files used by Digital to build object code kits. Digital provides these source kits on a reference-only basis. Digital does not provide sup- port for source code as part of the standard SPS offerings. These sources are distributed on an "AS IS" basis. 36 The source code distribution provides users with a source license and the machine-readable source code for this software product. Subject to the terms and conditions of the OSF/1 source license from the OSF and the UNIX source license from USL, this option gives customers the right to use this source code on any CPU at the facility/location (as specified in the above mentioned agreements with Digital) which has a Single-Use License for the object code. The source code distribution option provides users with the machine- readable source code for a revised version of this software product. Subject to the terms and conditions of the OSF/1 source license from the OSF and the UNIX source license from USL, this option gives users the right to use this revised source code on any CPU at the facility /location (as specified in the above mentioned agreements with Dig- ital) which has a Single-Use License for the object code and is also listed on the Source License for this product. HARDWARE REQUIREMENTS The Digital UNIX Operating System can execute on valid Digital Alpha systems and must include the minimum system configuration as described in the SUPPORTED HARDWARE section of this SPD. The actual amount of work supported at one time, with good performance, depends on the types of processing performed as well as on the physical memory and secondary storage available. o Digital UNIX requires the minimum component of main memory to be 24 MB. o Based on testing, system configurations are limited to 128 phys- ical volumes (disks). The maximum logical volume size supported is 128 GB. o Digital UNIX supports up to 2,048 simultaneous logged in users. This number can vary depending on hardware configurations and user work- loads. 37 The following maximum number of logins are supported: RLOGIN: 2,048 Telnet: 2,048 LAT: 1,500 o Digital UNIX requires a system disk capable of holding the supported software subsets. For a Basic Installation (mandatory subsets only), a minimum of 425 MB disk (such as RZ25) is required. For an Advanced Installation selecting all BASE software subsets, a 680 MB disk (such as RZ56) is required. Note: Due to additional functionality being planned, a future func- tional release (no sooner than January, 1996), will require a larger disk space capacity for the advanced type of installation with all base subsets. o Depending on the software currently installed on the system, and how the disk partitions are defined, the Update Installation pro- cedure from a Digital UNIX V3.2, V3.2A, or V3.2B to V3.2C requires the following MINIMUM amount of disk space (before Update Admin- istration Utility is run): File V3.2/V3.2A V3.2C Incremental Space Needed System Mandatory Update and Option- als / 45MB 42MB -3MB /usr 321MB 285MB -35MB /var 6MB 6.7MB 0.7MB File V3.2/V3.2A V3.2C Incremental Space Needed System Mandatory Update Only / 33MB 31MB -2MB /usr 163MB 151MB -12MB /var 0.5MB 0.6MB 0.1MB 38 File V3.2B Manda- V3.2C Incremental Space Needed System tory and Update Optionals / 45MB 42MB 0MB /usr 322MB 285MB 0MB /var 6MB 6.1MB 0.1MB File V3.2B Manda- V3.2C Incremental Space Needed System tory Only Update / 33MB 31MB 0MB /usr 163MB 152MB 0MB /var 0.5MB 0.6MB 0.1MB o Systems which have more subsets installed than the Basic Instal- lation, but fewer subsets than the Full Installation, will require varying minimum disk space for an update installation. Refer to the Installation Guide for a list of subset sizes to help determine the disk space requirements for an update installation on such systems. o The setld procedure is used to update from V3.2C to V3.2G. To do so, the setld update procedure requires the following MINIMUM amount of disk space: For Mandatory and Optional Subsets: File Delta of System Growth, V3.2C to V3.2D-1 / 0.2MB /usr 2.8MB /var 0.01MB For Mandatory Subsets Only: 39 File V3.2D-1 Total System Delta / 0.32MB 32MB /usr 1.2MB 153MB /var 0.1MB 0.75MB o The setld installation procedure is used to update V3.2C, V3.2D- 1, V3.2D-2, V3.2E-1, V3.2E-2, V3.2F to V3.2G. For Mandatory and Optional Subsets: File Delta Delta Delta Delta Total System C to G D1 to D2 to F to G V3.2G G G / 2.4MB .3MB .3MB .05MB 44.4MB /usr 6.7MB 2.1MB 1.8MB .2MB 304MB /usr 0 0 0 0 6.4MB For Mandatory Subsets Only: File Delta Delta Delta Delta Total System C to G D1 to D2 to F to G V3.2G G G / 2.0MB .3MB .3MB .05MB 33MB /usr 3.6MB 1.0MB .85MB .15MB 156.5MB /var 0MB 0MB 0MB 0MB .7MB o Digital UNIX supports the backup devices listed in the OPTIONAL HARD- WARE section of this SPD. o The supported load devices include CD-ROM readers (such as RRD44) or a variety of network interfaces. o Digital UNIX requires one console terminal with ASCII capability or one Digital graphics display console for Alpha systems. o Digital UNIX supports multiscreen on the following systems: 40 DEC 2000 Model 300-maximum 4 screens DEC 3000 Model 300-maximum 3 screens DEC 3000 Model 400-maximum 3 screens DEC 3000 Model 500-maximum 7 screens DEC 3000 Model 500X-maximum 6 screens DEC 3000 Model 600-maximum 3 screens DEC 3000 Model 800-maximum 6 screens OPTIONAL HARDWARE Additional memory and/or secondary storage may be required depending upon the usage of the Digital UNIX Operating System software and/or optional software products. Combinations of hardware options are subject to limitations such as bandwidth, physical configuration restraints, thermal dissipation, elec- trical loads and power supply. System configuration details are described in the Digital Systems and Options Catalog. Hardware options supported by Digital UNIX are listed in tables in the SUPPORTED HARDWARE section of this SPD. All device drivers contained in Digital UNIX for these hardware units are warranted by Digital. Digital UNIX supports the following third party printers on platforms that have parallel ports: o Epson FX-80 and FX-1050 o HP[R] LaserJet[R] (Models IIP, IIIP, IIID, 4) o IBM[R] Proprinter[R] o NEC SilentWriter[R] Model 290 41 OPTIONAL SOFTWARE Digital UNIX Developers' Toolkit provides application programmers with the software tools for general programming, including source code con- trol tools, kit generation, programming development and debugging util- ities, and graphical application development tools. (SPD 44.36.xx) Digital UNIX C Developers' Extensions provides application program- mers with the Digital UNIX C compiler in addition to the development tools found in the Digital UNIX Developers' Toolkit. (SPD 44.36.xx) The Digital UNIX Server Extensions provides system managers with the ability to set up and perform network installations using Digital's Remote Installation Service (RIS), and includes support for dataless configurations. (SPD 44.35.xx) The Digital UNIX Logical Storage Manager is an integrated, host-based solution to data storage management, providing concatenation, strip- ing, mirroring, and a graphical user interface that allows data stor- age management functions to be performed online, without disrupting users or applications. (SPD 51.24.xx) DECsafe Available Server significantly reduces downtime due to sys- tem hardware or software failures. It provides multihost access to SCSI disks and a generic failover mechanism for network-based services and applications. (SPD 44.17.xx) The POLYCENTER Advanced File System Utilities extend the high avail- ability and flexibility of AdvFS. The AdvFS Utilities provide a Graph- ical User Interface (GUI) to ease management tasks, and online util- ities to dynamically resize file systems, defragment files, balance percentage of space used on volumes, undelete files using trashcans, stripe files, and clone files for hot backup. (SPD 44.52.xx) The System V Environment for Digital UNIX provides System V Release 4 (SVR4) system administration utilities, developer tools, and gen- eral user commands that extend the SVR4 functionality inherent in the Digital UNIX operating system. The System V Environment for Digital UNIX is compliant with the System V Interface Definition, Issue 3 (SVID3) Volumes 1-3. (SPD 46.16.xx) 42 DEC Open3D for Digital UNIX provides support for the ZLX-E, ZLX-M, ZLX- L, ZLXp-E, and ZLXp-L families of graphics accelerators on Alpha work- stations running the Digital UNIX operating system, plus an extensive set of programming libraries for use by developers of new applications. (SPD 45.07.xx) The DDX and other drivers to support PXG-type devices will be retired in the next major functional release of Digital UNIX, no sooner than January, 1996. The retirement of PXG support in DEC Open3D occurred in June, 1995, and the device has been moved to support-only mode. Prestoserve for Digital UNIX is a disk write accelerator for disk block device write operations. This product is available on most Alpha sys- tems. (SPD 35.11.xx) POLYCENTER Hierarchical Storage Management (HSM) for Digital UNIX is automatic and unattended file migration and storage management soft- ware that allows the extension of magnetic file systems to rewritable optical jukeboxes. Gigabytes of reliable storage are accessible via a few SCSI addresses. In addition, system managers can concentrate on time-critical issues, rather than on mundane file migration that is easily handled by HSM. (SPD 50.71.xx) GROWTH CONSIDERATIONS The minimum hardware and software requirements for any future version of this product may be different from the requirements for the cur- rent version. DISTRIBUTION MEDIA CD-ROM 43 ORDERING INFORMATION The Digital UNIX Operating System license provides a licensed user the right to use the software as described within this Software Product Description. Separate licenses are available for the right to use de- velopment tools and the C compiler, and separate licenses are avail- able for the right to use the Remote Installation Service. Refer to the SPD's for the Digital UNIX Developers' Extensions (SPD 44.36.xx) and the Digital UNIX Server Extensions (SPD 44.35.xx) for details. The Software Media kit includes CD-ROMs containing the operating sys- tem binaries and complete Digital UNIX online documentation. Hardcopy start-up documentation is also included in the Media kit, including the Installation Guide, Release Notes and Technical Overview. The Software Documentation Kit is a complete hardcopy documentation set for Digital UNIX, excluding the reference pages. The hardcopy ref- erence pages can be ordered separately. The Software Documentation Kit contains versions of the documentation found online via the CD-ROM, as well as additional documentation published by companies other than Digital. Most documentation provided with Digital UNIX that is pub- lished by companies other than Digital is available in hardcopy only. The Digital UNIX Technical Overview provides a detailed description of the Digital UNIX Operating System, and is available both online and in hardcopy with the End User Documentation. Digital UNIX Operating System Software 2-User Base Licenses: QL-MT4A*-** Software Interactive User Licenses: QL-MT7A*-** Software Product Services: QT-MT4A*-** Software Media Kit: QA-MT4AQ-H8 Software Documentation: Full Documentation Kit (excluding Reference Pages): QA-MT4AQ-GZ Reference Pages Documentation Kit: 44 QA-MT4AG-GZ The full documentation kit contains the following: End User Documentation: QA-MT4AB-GZ Documentation for Digital UNIX Developer's Toolkit and Digital UNIX C Developers' Extensions: QA-MT5AA-GZ Documentation for Digital UNIX Server Extensions: QA-MT6AA-GZ Language variant documentation in English (AA-Q4F9B-TE) includes the DECwindows/Hebrew Motif Programmer's Supplementary Guide, as well as Supplemental guides for Japanese, Korean, Thai, Simplified Chinese, and Traditional Chinese support. Source Distribution: Source License/Distribution: QB-MT4AA-E8 Update Source License/Distribution: QB-MT4AE-E8 Education Source License/Distribution: QB-MT4BA-E8 Education Update Source License/Distribution: QB-MT4BE-E8 * Denotes variant fields. For additional information on available li- censes, services, and media, refer to the appropriate price book. SOFTWARE LICENSING The Digital UNIX Operating System software is furnished under the li- censing of Digital Equipment Corporation's Standard Terms and Condi- tions. There are four types of Digital UNIX Operating System licenses avail- able on Alpha processors: 45 Operating System Base License (QL-MT4A*-6*) LMF Product Name: OSF-BASE This license grants the right to noninteractive use of the file, ap- plication, batch, print, and compute services of the Digital UNIX Op- erating System on a single processor. This license also authorizes up to two concurrent interactive users of the system (see Interactive User below). The two interactive users authorized as part of the Operating System Base License are additive with Interactive User License quantities, but may not be separated from the Operating System Base License. In addition to the two interactive users, login as root is also au- thorized for system management purposes only. If a Digital UNIX Base License is not registered and activated using the LMF, then login by root only is permitted for system management purposes. The Operating System Base License is a prerequisite for Interactive User Licenses, Unlimited Interactive User Licenses, and SMP Extensions to Base Licenses. Symmetric Multiprocessing (SMP) Extension to Base License (QL-MT4A9-6*) LMF Product Name: OSF-BASE SMP Extensions extend the Operating System Base License to enable sym- metric multiprocessing (SMP) capability on those Digital UNIX systems supporting SMP. SMP Extensions to Base are permanently tied to the Op- erating System Base License and may not be separated from the Oper- ating System Base License if an SMP board is removed from the system. One SMP Extension License is needed for each active processor in the SMP system that is additional to the initial processor authorized by the Operating System Base License. 46 SMP Extensions grant the right to use the same version of the Oper- ating System software as permitted by the corresponding Operating Sys- tem Base License at the time when the SMP Extension is installed. Interactive User License (QL-MT7A*-B*) or Concurrent Use Licenses (QL-MT7AM-3*) LMF Product Name: OSF-USR An Operating System Base License is a prerequisite for Interactive User and/or Concurrent Use Licenses on the same system. These licenses grant the right to interactive use of the Digital UNIX Operating System. The Interactive User and Concurrent Use Licenses are are available in various quantities which can be combined to match any total desired. Multiple user licenses of the same or different quantities may be in- stalled and used together on a given system to authorize system use by the sum of their quantities. These user licenses authorize users in addition to the two users authorized as part of the Operating Sys- tem Base License. Interactive User and Concurrent Use Licenses are redesignatable and can be installed and used only on a single Digital UNIX system at a time. An interactive user, either a person or device, is one that is logged in to a Digital UNIX processor or is interactively using the operat- ing system software by means other than a login. Unlimited Interactive User Licenses (QL-MT7A*-AA) LMF Product Name: OSF-USR An Operating System Base License is a prerequisite for an Unlimited License for interactive users on the same system. This license grants the right to use of the Digital UNIX Operating Sys- tem by an unlimited number of interactive users on a system. 47 An Unlimited License for interactive users grants the right to use Soft- ware versions authorized under the Operating System Base License in effect at the time of the grant of the Unlimited Interactive User Li- cense. SOFTWARE PRODUCT SERVICES A variety of service options are available from Digital. For more in- formation, contact your local Digital office. SOFTWARE WARRANTY Warranty for this software product is provided by Digital with the pur- chase of a license for the product as defined in the applicable Dig- ital Standard Terms and Conditions. SUPPORTED HARDWARE The following tables list supported hardware for Digital UNIX. Com- binations of hardware options are subject to limitations such as band- width, physical configuration constraints, and electrical load and power supply. The content of this hardware configuration section is intended to spec- ify the device limitations and provide a general guide. It does not describe all possible hardware configurations or circumstances. Any particular configuration should be discussed with Digital. Contact Dig- ital for the most up-to-date information on possible hardware config- urations. Digital reserves the right to change the number and type of devices supported by Digital UNIX. The minimum hardware requirements for fu- ture versions and updates of Digital UNIX may be different from cur- rent hardware requirements. For configuration details about Alpha sys- tems, refer to the Digital Systems and Options Catalog and the Net- works and Communications Buyer's Guide. Embedded and Realtime Boards 48 An Embedded and Realtime OEM is a hard goods/capital equipment man- ufacturer that utilizes Digital's products embedded in the OEM's own products. The Digital products act as a specialized controller of spe- cific functions in the OEM's product, not as a general purpose com- puter. Digital products may be physically embedded within the OEM's product (e.g. a CPU board and software inside a Telephone Switch) or may be functionally integrated into the solution (e.g. a system box and soft- ware controlling a flight simulator). The Digital product is perceived by the end customer to be an integral and dedicated component of the Embedded and Realtime OEM's product, NOT a general purpose computer. 49 ___________________________________________________________________ Table_1:_DEC_2000_Model_300_and_Model_500__________________________ CD-ROM Drive: RRD42 RRD43 RRD44 Disks: RZ24L[1] RZ28 RZ25 RZ28B RZ25L RZ55[1] RZ26 RZ56 RZ26L RZ58 Diskettes: RX26 Tapes: TLZ06 TKZ08 TLZ07 TKZ09 TSZ07 TZK10 TKZ60 TZK11 SCSI Adapters: PB2HA-SA[2] Network DW300 (EISA Token DE422 (EISA Lance Eth- Adapters: Ring) ernet) DEFEA (EISA FDDI) DE425 (EISA Tulip Eth- ernet) Communications: PC4XD-AA (Par/Ser)[3] PC4XD-AB (Dual/Ser) Keyboards: PCXAL-XX Graphics Subsys- PB2GA-AA tems: Mouse: PCXAS-AA ___________________________________________________________________ [1]Data device only. [2]G2 minimum firmware requirement. [3]Only the serial port is supported. 50 ___________________________________________________________________ Serial Printers: LA36 LG02 LA50 LG06 LA70 LG12 LA75 LJ250 LA75 TURBO LJ252 LA100 LN03 LA120 LN03R LA210 DEClaser 1100/1500[4] LA324 DEClaser 2100/2150[4] LCG01 DEClaser 2200/2250[4] LF01R DEClaser 3200/3250[4] DEClaser 5100[4] Monitors: VRC16-HA PC7XV-DE VRC16-H4 PC7XV-DG Modems: PCXBF-AA (2400 PCXDF-AA (14400 /9600)[5] /9600)[5] PCXCF-AA (9600 /9600)[5] ___________________________________________________________________ [4]Support for these printers is at DEC ANSI level 1. [5]Modem support only - no FAX available. ___________________________________________________________________ 51 ___________________________________________________________________ Table 2: DEC 3000 Models 300, 300L, 300X, 300LX, 400, 400S, 500, _________500S,_500X,_600,_600S,_700,_800,_800S,_900________________ CD-ROM Drive: RRD42 RRD44 RRD45 RRD43 Disks: RZ24L[1] RZ26N RZ55[1] RZ25 RZ28 RZ56 RZ25L RZ28B RZ58 RZ25M RZ28D RZ73 RZ26 RZ28L RZ74 RZ26L RZ28M RZ26J RZ29B Diskettes: RX23 RX26 Tapes: TLZ04 TKZ60 TZ86 TLZ06 TSZ07 TZ87 TLZ07 TZ30 TZ88 TKZ08 TZ85 TZK10 TKZ09 TZK11 TURBOchannel DEFTA (FDDI) PMAD (Thickwire Eth- Adapters:[2] DEFZA (FDDI) ernet) DETRA (Token Ring) PMAZB (Dual Slow DGLTA (ATM)[3] SCSI) PMAZC (Dual Fast SCSI) KZTSA (FWD SCSI) ___________________________________________________________________ [1]Data device only. [2]The DEC 3000 Models 300L and 300LX have no available TURBOchan- nel slots. Each supports the same options as the DEC 3000 Model 300 except those requiring a TURBOchannel to be configured. [3]Only one (1) DGLTA adapter is supported per system. 52 Table_2_(Cont.):_DEC_3000_Models_300,_300L,_300X,_300LX,_400,______ 400S, 500, 500S, 500X, 600, 600S, 700, 800, 800S, _________________900_______________________________________________ RAID Con- HSZ10[4] HSZ40[5] troller: Keyboards: LK401 LK421 Graphics Sub- PMAG PMAGB (HX, TX) ZLX-E1/8-plane systems: Tablet/Mouse: VSXXX-AA VSXXX-FA VSXXX-GA VSXXX-AB Asynchronous VT100 VT240 VT340 Terminals: VT102 VT300 VT420 VT200 VT320 VT510 VT220 Serial Print- LA36 LA324 LN03 ers: LA50 LCG01 LN03R LA70 LF01R DEClaser 1100/1500[6] LA75 LG02 DEClaser 2100/2150[6] LA75 TURBO LG06 DEClaser 2200/2250[6] LA100 LG12 DEClaser 3200/3250[6] LA120 LJ250 DEClaser 5100[6] LA210 LJ252 Monitors: VRM17 VR320 VRC16 VRM20 VRT16 VRC19 VR319 VRT17 VRC21 Modems[7]: DF02 DF03 DF296 ___________________________________________________________________ [4]HSZ10 is supported on DEC 3000 systems running PMAZC or KZTSA. HSZ10 support requires the StorageWorks RAID Array 110 utility for Digital UNIX. [5]HSZ40 supported on DEC 3000 (except for Models 300X and 300LX) systems running PMAZC or KZTSA. [6]Support for these printers is at DEC ANSI level 1. [7]Digital UNIX will support any Digital modem that understands Digital Modem Command Language (DMCL). ___________________________________________________________________ 53 ___________________________________________________________________ Table_3:_DEC_4000_Models_6xx_and_7xx_______________________________ CD-ROM Drive: RRD42 RRD43 Disks: RZ25 RZ56 RZ26 RZ58 RZ28 RZ73 RZ55[1] RZ74 Diskettes: RX23 RX26 Tapes: TKZ08 TZ30 TKZ09 TZ85 TLZ04 TZ86 TLZ06 TZ88 TLZ07 TZK10 TSZ07 TKZ60 Network DEFAA (FBUS+ FDDI) Adapters: Asynchronous VT100 VT300 Terminals: VT102 VT320 VT200 VT340 VT220 VT420 VT240 VT510 ___________________________________________________________________ [1]Data device only. 54 ___________________________________________________________________ Serial Printers: LA36 LG02 LA50 LG06 LA70 LG12 LA75 LJ250 LA75 TURBO LJ252 LA100 LN03 LA120 LN03R LA210 DEClaser 1100/1500[2] LA324 DEClaser 2100/2150[2] LCG01 DEClaser 2200/2250[2] LF01R DEClaser 3200/3250[2] DEClaser 5100[2] Modems[3]: DF02 DF296 DF03 ___________________________________________________________________ [2]Support for these printers is at DEC ANSI level 1. [3]Digital UNIX will support any Digital modem that understands Digital Modem Command Language (DMCL). ___________________________________________________________________ 55 ___________________________________________________________________ Table_4:_DEC_7000_Models_6xx_and_7xx;_DEC_10000_Models_6xx_and_7xx_ Memory: 1 GB [1] 14 GB[1] CD-ROM Drive: RRD42 RRD43 RRD44 Controller: KDM70, CIXCD-AC[2] I/O Servers: HSC40[3] HSC65[3] HSC90[3] HSC50[3] HSC70[3] HSC95[3] Disks: RA60[4] RA81 RA71 RA82 RA72 RA90 RA73 RA92 Tapes: TA78 TA90 TA79 TA91 Controller: KZMSA[5] Disks: RZ26 RZ28L RZ73 RZ26L RZ28M RZ74 RZ26J RZ29B RZ28 RZ28B Tapes: TLZ06 TKZ60 TZ87 TLZ07 TZ85 TZ88 TKZ09 TZ86 TSZ07 RAID Con- HSZ40[6] troller: ___________________________________________________________________ [1]If a KDM70 is configured with either a DEC 7000 or a DEC 10000 machine, the maximum amount of main memory supported is 1 GB. When a KDM70 is not configured, the maximum amount of main memory supported is 14 GB. [2]One CIXCD controller per system. [3]The k.scsi requestor is not supported. [4]Data device only. [5]Up to 16 controllers supported (last 8 are data only). [6]HSZ40 supported on DEC 7000 and DEC 10000 running KZMSA. 56 Table_4_(Cont.):_DEC_7000_Models_6xx_and_7xx;_DEC_10000_Models_6xx_ _________________and_7xx___________________________________________ Network DEMFA (XMI FDDI) DEMNA (XMI DEFAA Adapters: Ethernet) (FBUS+ FDDI) Asynchronous VT100 VT240 VT420 Terminals: VT102 VT300 VT510 VT200 VT320 VT220 VT340 Serial Print- LA36 LA210 LJ250 ers: LA50 LA324 LJ252 LA70 LCG01 LN03 LA75 LF01R LN03R LA75 TURBO LG02 DEClaser LA100 LG06 1100 LA120 LG12 /1500[7] DEClaser 2100 /2150[7] DEClaser 2200 /2250[7] DEClaser 3200 /3250[7] Modems[8]: DF02 DF03 DF296 ___________________________________________________________________ [7]Support for these printers is at DEC ANSI level 1. [8]Digital UNIX will support any Digital modem that understands Digital Modem Command Language (DMCL). ___________________________________________________________________ 57 ___________________________________________________________________ Table 5: AlphaServer 1000 4/200, 4/233, 4/266; AlphaServer 1000A _________4/233,_4/266______________________________________________ CD-ROM Drive: RRD43 RRD44 Disks: RZ26L RZ28B RZ26J RZ28D RZ26N RZ28L RZ28 RZ28M RZ29B Diskettes: RX23 RX33 Tapes: TKZ09 TLZ07 TKZ60 TSZ07 TLZ06 TZK11 SCSI Adapters: KZPAA (PCI SCSI) KZESC (EISA RAID) KZPSA (PCI FWD SCSI) KZPSC (PCI RAID)[1] Network DEFEA (EISA FDDI) DEFPA (PCI FDDI) Adapters: DW300 (EISA Token Ring) PBXNP (PCI Token Ring) DE422 (EISA Lance Ether- DGLPB (PCI ATM)[2] net) DE434, 435, 436, 450 DE425 (EISA Tulip Ether- (PCI Ethernet) net) DE500 (PCI Fast Ether- net) Keyboards: PCXAL-XX Graphics Sub- PB2GA-AA PB2GA-HA systems: PB2GA-FB ___________________________________________________________________ [1] Only one KZPSC can be used at a time. [2] Only one DGLPB can be used at a time. 58 Table_5_(Cont.):_AlphaServer_1000_4/200,_4/233,_4/266;_AlphaServer_ _________________1000A_4/233,_4/266________________________________ Mouse: PC7XS-CA (3 button) Serial Print- LA36 LG02 ers: LA50 LG06 LA70 LG12 LA75 LJ250 LA75 TURBO LJ252 LA100 LN03 LA120 LN03R LA210 DEClaser 1100/1500[2] LA324 DEClaser 2100/2150[2] LCG01 DEClaser 2200/2250[2] LF01R DEClaser 3200/3250[2] DEClaser 5100[2] Monitors: VRC15 VRC21 VRC16 VRT17 Modems: PBXDF ___________________________________________________________________ [2] Only one DGLPB can be used at a time. ___________________________________________________________________ 59 ___________________________________________________________________ Table 6: AlphaServer 2000 4/200, 4/233, 4/275, 5/250, 5/300; Al- phaServer 2100 4/200, 4/233, 4/275, 5/250, 5/300; Al- _________phaServer_2100A_4/275,_5/250,_5/300_______________________ Memory: Limited to 2 GB CD-ROM Drive: RRD42 RRD44 RRD45 RRD43 Disks: RZ25L RZ26N RZ28L RZ26 RZ28 RZ28M RZ26L RZ28B RZ29B RZ26J RZ28D Diskettes: RX26 RX33 Tapes: TKZ09 TZ87 TZK60 TZK10 TZ88 TSZ07 TZK11 TLZ06 TZ86 TLZ07 Adapters: PB2HA-SA: KZPAA (PCI KZPSC (PCI Adaptec 1742A SCSI) RAID) (EISA)[1] KZPSA (PCI FWD KZESC (EISA SCSI) RAID) RAID Con- HSZ40 troller: ___________________________________________________________________ [1]G2 minimum firmware requirement; maximum of one. Not supported on AlphaServer 2100A. 60 Table_6_(Cont.):_AlphaServer_2000_4/200,_4/233,_4/275,_5/250,_5____ /300; AlphaServer 2100 4/200, 4/233, 4/275, 5 /250, 5/300; AlphaServer 2100A 4/275, 5/250, 5 _________________/300______________________________________________ Network DEFEA (EISA DE425 (EISA DE434, 435 Adapters: FDDI) Tulip Ether- (PCI Ethernet) DW300 (EISA net)[5] DE500 (PCI Token Ring) DEFPA (PCI Fast Ethernet) DE422 (EISA FDDI) Lance Ether- DGLPB (PCI net)[5] ATM)[2] Keyboards: PCXAL-XX Graphics Sub- PB2GA-AA PB2GA-FB PBXGA-AB[7] systems: PB2GA-JB[6] PBXGA-AA[7] PBXGA-AC[7] Serial Print- LA36 LA324 LN03 ers: LA50 LCG01 LN03R LA70 LF01R DEClaser 1100 LA75 LG02 /1500[3] LA75 TURBO LG06 DEClaser 2100 LA100 LG12 /2150[3] LA120 LJ250 DEClaser 2200 LA210 LJ252 /2250[3] DEClaser 3200 /3250[3] DEClaser 5100[3] Monitors: VRC15 VRT17 VRC16 VRC21 ___________________________________________________________________ [2]Only one DGLPB can be used at a time and only supported in a single processor (CPU) configuration. [3]Support for these printers is at DEC ANSI level 1. [5]Not supported on AlphaServer 2100A. [6]Supported on AlphaServer 2100A only. [7]Not supported on AlphaServer 2100A. 61 Table_6_(Cont.):_AlphaServer_2000_4/200,_4/233,_4/275,_5/250,_5____ /300; AlphaServer 2100 4/200, 4/233, 4/275, 5 /250, 5/300; AlphaServer 2100A 4/275, 5/250, 5 _________________/300______________________________________________ Modems[4]:_______DF02______________DF03______________DF296_________ [4]Digital UNIX will support any Digital modem that understands Digital Modem Command Language (DMCL). ___________________________________________________________________ 62 ___________________________________________________________________ Table_7:_AlphaServer_4100_5/300,_5/300E____________________________ Memory: Limited to 4 GB CD-ROM Drive: RRD42 RRD44 RRD43 RRD45 Disks: RZ25L RZ28 RZ26 RZ28B RZ26L RZ28D RZ26J RZ28L RZ26N RZ28M RZ29B Diskettes: RX26 RX33 Tapes: TKZ09 TZ88 TZK10 TLZ06 TZK11 TLZ07 TZ86 TZK60 TZ87 TSZ07 Adapters: KZESC (EISA RAID) KZPSA (PCI FWD SCSI) KZPAA (PCI SCSI) KZPSC (PCI RAID) RAID Con- HSZ40 troller: Network DW300 (EISA Token Ring) DE434, 435 (PCI Ether- Adapters: DEFPA (PCI FDDI) net) DGLPB (PCI ATM)[1] DE500 (PCI Fast Ether- net) PBXNP-AA (PCI Token Ring) Keyboards: PCXAL-XX ___________________________________________________________________ [1]Only one DGLPB can be used at a time and only supported in a single processor (CPU) configuration. 63 ___________________________________________________________________ Graphics Sub- PB2GA-JB[2] systems: Serial Print- LA36 LG02 ers: LA50 LG06 LA70 LG12 LA75 LJ250 LA75 TURBO LJ252 LA100 LN03 LA120 LN03R LA210 DEClaser 1100/1500[3] LA324 DEClaser 2100/2150[3] LCG01 DEClaser 2200/2250[3] LF01R DEClaser 3200/3250[3] DEClaser 5100[3] Monitors: VRC15 VRT17 VRC21 Modems[4]: DF02 DF296 DF03 ___________________________________________________________________ [2]Only supported on PCI Bus 0. [3]Support for these printers is at DEC ANSI level 1. [4]Digital UNIX will support any Digital modem that understands Digital Modem Command Language (DMCL). ___________________________________________________________________ 64 ___________________________________________________________________ Table_8:_AlphaServer_8200_5/300;_AlphaServer_8400_5/300____________ Memory: 1 GB [1] 14 GB[1] CD-ROM Drive: RRD42 RRD44 RRD43 RRD45 Controller: KDM70, CIXCD-AC[2] I/O Servers: HSC40[3] HSC65[3] HSC90[3] HSC50[3] HSC70[3] HSC95[3] Disks: RA60[4] RA73 RA90 RA71 RA81 RA92 RA72 RA82 Tapes: TA78 TA90 TA79 TA91 SCSI Devices RZ26 RZ28 RZ29B Disks: RZ26J RZ28B RZ73 RZ26L RZ28L RZ74 RZ26N RZ28M Tapes: TLZ06 TKZ09 TZ88 TLZ07 TZ85 TSZ07 TKZ09 TZ86 TKZ60 TZ87 RAID Con- HSZ40[5] troller: ___________________________________________________________________ [1]If a KDM70 is configured with either a AlphaServer 8200/8400 machine, the maximum amount of main memory supported is 1 GB. When a KDM70 is not configured, the maximum amount of main memory supported is 14 GB. [2]One CIXCD controller per system. [3]The k.scsi requestor is not supported. [4]Data device only. [5]HSZ40 supported on AlphaServer 8200/8400 running KZMSA or KZPSA. 65 ___________________________________________________________________ Network DEMFA (XMI FDDI) DE425 (EISA Ether- PBXNP Adapters: DEMNA (XMI Ether- net) (PCI net) DW300 (EISA Token Token DEFAA (FBUS+ FDDI) Ring) Ring) DEFPA (PCI FDDI) DE434, 435, 436, 450 (PCI Ether- net) DE500 (PCI Fast Ether- net) Adapters: KZPSA-BB (PCI FWD) KZPSC-BA (PCI KZMSA[7] KZPSC-AA (PCI RAID) RAID)[6] KZPAA (PCI SCSI) KFE70- AA (EISA Bridge) Multifunctional KFTIA (ITIOP) Adapter: Asynchronous VT100 VT240 VT340 Terminals: VT102 VT300 VT420 VT200 VT320 VT510 VT220 ___________________________________________________________________ [6]Check KZPSC documentation for device limitations. [7]Up to 16 controllers supported (last 4 are data only). 66 Table_8_(Cont.):_AlphaServer_8200_5/300;_AlphaServer_8400_5/300____ Serial Print- LA36 LA210 LJ250 ers: LA50 LA324 LJ252 LA70 LCG01 LN03 LA75 LF01R LN03R LA75 TURBO LG02 DEClaser LA100 LG06 1100 LA120 LG12 /1500[8] DEClaser 2100 /2150[8] DEClaser 2200 /2250[8] DEClaser 3200 /3250[8] Modems[9]: DF02 DF03 DF296 ___________________________________________________________________ [8]Support for these printers is at DEC ANSI level 1. [9]Digital UNIX will support any Digital modem that understands Digital Modem Command Language (DMCL). ___________________________________________________________________ 67 ___________________________________________________________________ Table 9: AlphaStation 200 4/100, 4/166, 4/233; AlphaStation 250 _________4/266;_AlphaStation_400_4/233_____________________________ CD-ROM Drive: RRD43 RRD44 RRD45 Controller: KZPAA (PCI SCSI 2) Disks: RZ25F RZ28 RZ25L RZ28B RZ25M RZ28D RZ26L RZ28L RZ26L RZ28M RZ26N RZ29B Diskettes: RX23 RX33 Tapes: TKZ09 TLZ07 TKZ60 TSZ07 TLZ06 TZK11 Network DEFPA (PCI FDDI) DE203, 204, 205 (ISA Adapters: DE434, 435, 436, 450 Ethernet) (PCI Ethernet) DW110 (ISA Token Ring) DE500 (PCI Fast Ether- DGLPB (PCI ATM)[1] net) PBXNP (PCI Token Ring) Keyboards: PCXAL-XX Tablet: PBXWT-A (CalComp Draw- ingboard III Model 3400) Graphics Sub- PB2GA-FA (ATI Mach 64 systems: CX)[2] ___________________________________________________________________ [1]Only one DGLPB can be used at a time. [2]Supported on 100 Model only. 68 Table_9_(Cont.):_AlphaStation_200_4/100,_4/166,_4/233;_AlphaSta-___ _________________tion_250_4/266;_AlphaStation_400_4/233____________ Serial Print- LA36 LG02 ers: LA50 LG06 LA70 LG12 LA75 LJ250 LA75 TURBO LJ252 LA100 LN03 LA120 LN03R LA210 DEClaser 1100/1500[3] LA324 DEClaser 2100/2150[3] LCG01 DEClaser 2200/2250[3] LF01R DEClaser 3200/3250[3] DEClaser 5100[3] Monitors: VRC15 VRC21 VRC16 VRT17 Modems[4]: PCXDF ___________________________________________________________________ [3]Support for these printers is at DEC ANSI level 1. [4]Modem support only - no FAX available. ___________________________________________________________________ ___________________________________________________________________ Table_10:_AlphaServer_400_4/166,_4/233_____________________________ CD-ROM Drive: RRD43 RRD44 Controller: KZPAA (PCI SCSI 2) 69 ___________________________________________________________________ Disks: RZ25L RZ28 RZ25M RZ28B RZ26L RZ28D RZ26J RZ28L RZ26N RZ28M RZ29B Diskettes: RX23 RX33 Tapes: TLZ06 TZK11 TLZ07 Network DEFPA (PCI FDDI) DE203, 204, 205 (ISA Adapters: DE500 (PCI Fast Ether- Ethernet) net) DW110 (ISA Token Ring) DE434, 435, 436, 450 PBXNP (PCI Token Ring) (PCI Ethernet) DGLPB (PCI ATM)[1] Keyboards: PCXAL-XX Graphics Sub- PBXGA (ZLXp-E) PB2GA-FB systems: ___________________________________________________________________ [1]Only one DGLPB can be used at a time. 70 ___________________________________________________________________ Serial Print- LA36 LG02 ers: LA50 LG06 LA70 LG12 LA75 LJ250 LA75 TURBO LJ252 LA100 LN03 LA120 LN03R LA210 DEClaser 1100/1500[2] LA324 DEClaser 2100/2150[2] LCG01 DEClaser 2200/2250[2] LF01R DEClaser 3200/3250[2] DEClaser 5100[2] Monitors: VRC15 VRC21 VRC16 VRT17 Modems[3]: PCXDF ___________________________________________________________________ [2]Support for these printers is at DEC ANSI level 1. [3]Modem support only - no FAX available. ___________________________________________________________________ 71 ___________________________________________________________________ Table 11: AlphaStation 500 5/400; AlphaStation 600 5/266, 5/300, __________5/333____________________________________________________ CD-ROM Drive: RRD43 RRD44 RRD45 Controller: KZPAA (PCI SCSI 2) Disks: RZ25L RZ28 RZ25M RZ28B RZ26L RZ28D RZ26N RZ28L RZ26J RZ28M RZ29B[1] Diskettes: RX23L RX26 Tapes: TLZ06 TZK11 TLZ07 TZ87 Network DEFEA (EISA FDDI) DEFPA (PCI FDDI) Adapters: DW300 (EISA Token Ring) DGLPB (PCI ATM)[2] DE425 (EISA Ethernet) PBXNP (PCI Token Ring) DE434, 435, 436, 450 DE500 (PCI Fast Ether- (PCI Ethernet) net) SCSI Adapters: KZPAA P2SE (2 QLogic 1 Tulip) Keyboards: PCXAL-XX LK411 PBXWS-AA LK450 Tablet: PBXWT-A (CalComp Draw- ingboard III Model 3400) ___________________________________________________________________ [1]0014 is the minimum firmware required. [2]Only one DGLPB can be used at a time. 72 Table_11_(Cont.):_AlphaStation_500_5/400;_AlphaStation_600_5/266,__ __________________5/300,_5/333_____________________________________ Graphics Sub- PBXGA (ZLXp-E) systems: Serial Print- LA36 LG02 ers: LA50 LG06 LA70 LG12 LA75 LJ250 LA75 TURBO LJ252 LA100 LN03 LA120 LN03R LA210 DEClaser 1100/1500[3] LA324 DEClaser 2100/2150[3] LCG01 DEClaser 2200/2250[3] LF01R DEClaser 3200/3250[3] DEClaser 5100[3] Monitors: VRC14 VRC17 VRC15 VRC21 VRT17 Modems[4]: PCXDF ___________________________________________________________________ [3]Support for these printers is at DEC ANSI level 1. [4]Modem support only - no FAX available. ___________________________________________________________________ 73 ___________________________________________________________________ Table 12: Embedded & Realtime Boards: AXPpci 33; AXPpci 33S, Digi- __________tal_Modular_Computing_Components_EBM43-AZ,_EBM44-AZ[1]___ CD-ROM Drive: RRD42 RRD44 RRD43 RRD45 Controller: KZPAA (PCI SCSI 2) Disks: RZ24L[2] RZ28 RZ25 RZ28B RZ25L RZ28D RZ25M RZ28L RZ26 RZ29B RZ26L RZ55[2] RZ26J RZ56 RZ26N RZ58 Diskettes: RX23 RX26 Tapes: TZK10 TKZ08 TZK11 TKZ09 TZK60 TLZ06 TSZ07 Network DEFPA (PCI FDDI) DE203, 204, 205 (ISA Adapters: DE434 (PCI Tulip Ether- Ethernet) net) DW110 (ISA Token Ring) DE435, 450 (PCI Tulip PBXNP (PCI Token Ring) Ethernet) Keyboards: PCXAL-XX Mouse: PCXAS-AA ___________________________________________________________________ [2]Data device only. ____________________ Refer to Embedded and Realtime Boards information in the SUP- PORTED HARDWARE section of this SPD. 74 Table_12_(Cont.):_Embedded_&_Realtime_Boards:_AXPpci_33;_AXPpci____ 33S, Digital Modular Computing Components EBM43- __________________AZ,_EBM44-AZ[1]__________________________________ Graphics Sub- PBXGA (ZLXp-E) PB2GA-FA (ATI PCI mach systems: 64 CX) PB2GA-JA (TRIO 64 PCI Card)[6] Serial Print- LA36 LG02 ers: LA50 LG06 LA70 LG12 LA75 LJ250 LA75 TURBO LJ252 LA100 LN03 LA120 LN03R LA210 DEClaser 1100/1500[3] LA324 DEClaser 2100/2150[3] LCG01 DEClaser 2200/2250[3] LF01R DEClaser 3200/3250[3] DEClaser 5100[3] Monitors: VRC16-HA PCXBV-PC VRC16-H4 Modems[4]: DF02 DF296 DF03 PCXDF[5] ___________________________________________________________________ [3]Support for these printers is at DEC ANSI level 1. [4]Digital UNIX will support any Digital modem that understands Digital Modem Command Language (DMCL). [5]Modem support only - no FAX available. [6]Supported only in the secondary PCI slots on Digital Modular Computing Components EBM43-AZ and EBM44-AZ. ___________________________________________________________________ 75 ___________________________________________________________________ Table 13: Embedded & Realtime Boards: AXPvme 64, 100, 160, and __________230;_ALPHAvme_4/224,_4/288[1]____________________________ CD-ROM Drive: RRD42 RRD44 RRD43 RRD45 Disks: RZ24L[2] RZ28 RZ25 RZ28B RZ25L RZ28D RZ25M RZ28L RZ26 RZ28M RZ26L RZ29B RZ26J RZ55[2] RZ26N RZ56 RZ58 Diskettes: RX23 RX26 RX33 Tapes: TKZ08 TZK10 TKZ09 TZK11 TLZ06 TKZ60 TLZ07 TSZ07 Network DEFPZ (PMC FDDI) DE520 (PMC Fast Ether- Adapters: net) Graphics TGA8M[5] Subsystems: Asynchronous VT100 VT300 Terminals: VT102 VT320 VT200 VT340 VT220 VT420 VT240 VT510 ___________________________________________________________________ [2]Data device only. [5]ALPHAvme 4/224 and 4/288 only. ____________________ Refer to Embedded and Realtime Boards information in the SUP- PORTED HARDWARE section of this SPD. 76 Table_13_(Cont.):_Embedded_&_Realtime_Boards:_AXPvme_64,_100,_160,_ __________________and_230;_ALPHAvme_4/224,_4/288[1]________________ Serial Print- LA36 LG02 ers: LA50 LG06 LA70 LG12 LA75 LJ250 LA75 TURBO LJ252 LA100 LN03 LA120 LN03R LA210 DEClaser 1100/1500[3] LA324 DEClaser 2100/2150[3] LCG01 DEClaser 2200/2250[3] LF01R DEClaser 3200/3250[3] DEClaser 5100[3] Modems[4]: DF02 DF296 DF03 ___________________________________________________________________ [3]Support for these printers is at DEC ANSI level 1. [4]Digital UNIX will support any Digital modem that understands Digital Modem Command Language (DMCL). ___________________________________________________________________ 77 ___________________________________________________________________ Table_14:_Alpha_VME_2100_(190_MHz,_275_MHz)________________________ Memory: Limited to 1 GB CD-ROM Drive: RRD42 RRD44 RRD43 Disks: RZ25L RZ28 RZ26 RZ28B RZ26L RZ29B Diskettes: RX26 RX33 Tapes: TZK10 TLZ06 TZK11 TLZ07 TZ86 TZK60 TZ87 TSZ07 Adapters: KZPAA (PCI SCSI) KZPSA (PCI FWD SCSI) RAID Con- HSZ40 troller: Network DEFPA (PCI FDDI) DE434, 435, 436 (PCI Adapters: DGLPB (PCI ATM) Tulip Ethernet) Keyboards: PCXAL-XX Graphics PB2GA-AA Subsystems: 78 ___________________________________________________________________ Serial Print- LA36 LG02 ers: LA50 LG06 LA70 LG12 LA75 LJ250 LA75 TURBO LJ252 LA100 LN03 LA120 LN03R LA210 DEClaser 1100/1500[1] LA324 DEClaser 2100/2150[1] LCG01 DEClaser 2200/2250[1] LF01R DEClaser 3200/3250[1] DEClaser 5100[1] Monitors: VRC15 VRT17 VRC16 Modems[2]: DF02 DF296 DF03 ___________________________________________________________________ [1]Support for these printers is at DEC ANSI level 1. [2]Digital UNIX will support any Digital modem that understands Digital Modem Command Language (DMCL). ___________________________________________________________________ 79 ___________________________________________________________________ Table 15: EB66+, EB64+, EB164, AlphaPC64; Alpha PCI 64-275, Alpha __________PCI_164-266,_Alpha_PCI_164-300___________________________ SCSI Adapter: KZPAA (PCI SCSI 2) CD-ROM Drive: RRD42 RRD43 Disks: RZ26L RZ28 RZ28B Diskettes: RX23 RX33 RX26 Tapes: TLZ06 TZK11 TLZ07 Network DE434, 435 (PCI Tulip DE203, 205, 205 (ISA Adapters: Ethernet) Ethernet) PBXNP (PCI Token Ring) Keyboards: PCXAL-XX Graphics Sub- PBXGA (ZLXp-E) systems: Mouse: PCXAS-AA 80 Table_15_(Cont.):_EB66+,_EB64+,_EB164,_AlphaPC64;_Alpha_PCI_64-____ __________________275,_Alpha_PCI_164-266,_Alpha_PCI_164-300________ Serial Print- LA36 LG02 ers: LA50 LG06 LA70 LG12 LA75 LJ250 LA75 TURBO LJ252 LA100 LN03 LA120 LN03R LA210 DEClaser 1100/1500[1] LA324 DEClaser 2100/2150[1] LCG01 DEClaser 2200/2250[1] LF01R DEClaser 3200/3250[1] DEClaser 5100[1] Monitors: VRC16-HA PCXBV-PC VRC21-H4 Modems[2]: DF02 DF296 DF03 PCXDF[3] ___________________________________________________________________ [1]Support for these printers is at DEC ANSI level 1. [2]Digital UNIX supports any Digital modem that understands Digi- tal Modem Command Language (DMCL.) [3]Modem support only - no FAX available. ___________________________________________________________________ 81 ___________________________________________________________________ Table 16: Local Language Variant Optional Hardware The following devices support input and output of local language data. ___________________________________________________________________ Printers, Language____Terminals_____Keyboards_____Printers__________Cont.____ Czech (C)/ VT42D-PV LK401-BV LA70-CC LA600-CB Slovak (C) LK401-CZ LA65-CC LG06-DB (S): VT42D-PZ LK411-BV LA75S-CB + LG12-DA (S) (C) LA75Y-CF LN06 + VT510-DX PCXAL-HV LA310-CB + LNXX-FE VT510-EX (C) LA31X-CA LN07 + VT510-FX LK411-CZ LA424-CC + LNXX-FE VT510-KX (S) LA24X-CL and PCXAL-JZ LA24X-CS (S) Traditional VT382-D* LK401-D* CP382-D* Chinese: Simplified VT382-C* LK401-C* LA88-C* LA380-C* Chinese: Greek: VT420-NH/PH LK401-BH LA70-CC LA424-** VT510-*X LK411-BH LA310-CB + LA24X- LA75S-CB CJ LA600-CB Hebrew: VT420-AT LK401-AT LA70-AT LA424-AT LA600-AT Hungarian: VT42D-PQ LK401-BQ LA70-CC LG01-** VT510-*X LK411-BQ LA75S-CB LG02-** PCXAL-HQ LA310-CB LG06-** LA424-CC + LA24X-CL 82 ___________________________________________________________________ Printers, Language____Terminals_____Keyboards_____Printers__________Cont.____ Japanese: VT282-F* LK401-*J LA84-B* LA280-A* VT286-F* LK421-*J LA86-A* LA380 VT382-F* LA88-A* LN03S-JA VT383-F* LA90-A* LN05S-AJ LN10 (DEClaser LN82R 2400) Korean: VT382-K* LA401-K* LA380-K* DLP5100 Polish: VT42D-PP LK401-BQ LA70-CC LG06-CB VT42D-QP LK411-BP LA75S-CB + LN07 VT42D-RP PCXAL-HP LA75Y-CF LN08 VT510-*X LA310-CB + DECLaser LA31X-CA 1152 LA424-CB + DECLaser LA24X-CL 3250 LPS20 LPS32 Russian: VT42D-PT LK401-BT LA70-CC LA424-CC VT510-*X LK411-BT LG01-** + LA24X- PCXAL-HT LG02-** CL LG06-** LA75S-CB + LA75Y- CF LA310- CB + LA31X-CA Thai: VT382-T* LA401-T* As recommended by local office 83 ___________________________________________________________________ Printers, Language____Terminals_____Keyboards_____Printers__________Cont.____ Turkish: VT420-UU/XU LK401-BU LA70-CC VT420-PU/YU LK401-BW LA310-CB VT420-WU/VU LK402-BW LA75S-CB VT420-QU/ZU LK411-BU LA424-** + VT510-*X LK411-BW LA24X-CK LK412-BW LA424-** + ________________________________________LA24X-CM___________________ 84 [R] Adobe and PostScript are registered trademarks of Adobe Systems Inc. [R] HP and LaserJet are registered trademarks of Hewlett-Packard Company. [R] IBM and Proprinter are registered trademarks of International Business Machines Corporation. [R] Motif, OSF, OSF/Motif, and OSF/1 are registered trademarks of Open Software Foundation, Inc. [R] POSIX is a registered trademark of Institute of Electrical and Electronics Engineers. [R] SilentWriter is a registered trademark of NEC Corporation. [R] Sun and NFS are registered trademarks of Sun Microsystems, Inc. [R] UNIX is a registered trademark in the United States and other countries, licensed exclusively through X/Open Company, Ltd. [TM]Display PostScript is a trademark of Adobe Systems Inc. [TM]Open Software Foundation is a trademark of Open Software Foun- dation, Inc. [TM]X/Open is a trademark of X/Open Company Limited. [TM]X Window System is a trademark of Massachusetts Institute of Technology. [TM]The DIGITAL Logo, Bookreader, CDA, DEC, DEC Fortran, DEC Open3D, DEClaser, DECsafe, DECterm, DECthreads, DECwindows, Digital, HSC, KDM, LA, LA50, LA324, LAT, LinkWorks, LN03, POLY- CENTER, RA, RRD42, RZ, RZ, TA, TURBOchannel, ULTRIX, VT100, VT220, VT300, VT340, VT420, VT510, and XUI are trademarks of Digital Equipment Corporation. 85 ) 1996 Digital Equipment Corporation. All Rights Reserved. Note: This product includes software developed by the University of California, Berkeley and its contributors. 86