AIX Version 4.3 Differences Guide

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1.6 Gigabit Fibre Channel Adapter AIX 4.3.2 supports the new Gigabit PCI adapter for Fibre Channel Arbitrated Loop (FC-AL) connectivity on RS 6000 S70/S7A machines. The adapter has an expected availability date of March 26, 1999. It uses a shortwave over optical fibre cable for a distance of up to 500 meters. With the use of optical fiber cabling, this adapter allows users to establish a high speed network for local and remote storage. Fibre Channel Arbitrated Loop (FC-AL) began as the Fiber Channel Standard (FCS) originally developed by IBM as a communications technology for computer systems. FC-AL provides a high-speed interconnect running at 100 MB/s for a single loop, 200 MB/s for dual loop-theoretical. FC-AL is an arbitrated loop technology that allows only one-device access to the bus for I/O operations. This adapter is supported on AIX 4.3 with APAR IX81852. This adapter has the following characteristics: • One initiator capability over an optical fiber link, one Gigabit Fibre Channel Adapter per loop • Transmitting distance at 500 meters when using 50/125 micron cable and 175 meters when using 62.5/125 micron cable • Data rate throughput at 100 MB/s burst, 75 MB/s sustained • 25 MHz to 33 MHz clock speeds • 132 MB/s peak data transfer rate • 32-bit PCI Bus Master Mode DMA, 32 bit PCI Bus Slave Mode interface • Slave Mode supports medium device select timing • 32-bit PCI adapter with 64-bit addressing capability • Transmitting rate of 1062.5 MB/s • Short PCI form factor (6.875 x 4.2 inches) • Bus master, scatter/gather architecture • Selectable big/little endian • GLM medium adapter allows future use of copper or longwave optics • Supports 2048 exchanges • 6 KBx36 frame buffer (4 KB receive, 2 KB transmit) • 128 KBx32 SSRAM for processor memory • 512 KB Flash EPROM that contains microcode • 233 MHz ARM processor as the adapter controller • Support for 5.0 Volt or 3.3 Volt electrical signaling • Estimated performance is 5000 to 9000 SCSI 4 KB OP/s • PCI Local Bus Revision 2.1 compliant • No IPL/Boot support 10 AIX Version 4.3 Differences Guide
The Gigabit Fibre Channel adapter provides an attachment of one or two external RAID subsystems to one or two hosts. The two host configuration supports HACMP. Single host configuration with two adapters support fail-over from one controller to the other. A follow-on product will provide 4-way attachment. The new adapter supports connectivity to the IBM 2102-F10 Fibre Channel RAID Disk Array subsystem with IBM 2102-D00 Storage Drawers through the optional IBM 2103-H07 Fibre Channel Hubs. The supported configurations include: • Point-to-Point In this configuration, an adapter is connected directly to one RAID subsystem using the shortwave cable. Even though it is physically a point-to-point configuration, it logically appears to be a private (closed) arbitrated loop. Maximum distance between the adapter and subsystem is 500 meters. • Private Arbitrated Loop In this configuration, one hub is attached to the adapter through the shortwave cable. The hub is a non-intelligent device. It is considered to be part of the cabling and is not recognized by the adapter as a device. From the hub, up to two RAID subsystems can be attached. Although Gigabit Fibre Channel and Gigabit Ethernet could use similar physical media, such as fiber optic cable, Gigabit Fibre Channel and Gigabit Ethernet operate at different speeds and protocols. For example, Fibre Channel operates at 1.0625 Gbps, while Gigabit Ethernet operates at 1.25 Gbps. Fibre Channel protocol is optimized for the low-latency and high reliability required by storage, while Gigabit Ethernet protocol is optimized for LAN. Table 4 compares the features of FC-AL and SSA technology. Table 4. Features of FC-AL and SSA Features FC-AL SSA Bandwidth 100MB/s 80MB/s (20MB per link) Connectivity (nodes per loop) 126 nodes 128 nodes Distance between nodes 30m (copper) 10km (optical) 25m (copper) 2.4km (optical) Arbitration Yes No Connector 9-pin DIN (copper) 9-pin DIN Hardware Announcements 11
Page 1: AIX Version 4.3 Differences Guide R
Page 4 and 5: Take Note! Before using this inform
Page 6 and 7: 2.12.5 Boot Logical Volume Scaling
Page 8 and 9: Chapter 6. System Management and Ut
Page 10 and 11: 7.1.8 Commands and Applications Ena
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Page 14 and 15: 10.6 National Language Enhancements
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Page 18 and 19: 51. Documentation Search Service. .
Page 20 and 21: 51. List of Locales for Euro-Specif
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Page 26 and 27: The RS/6000 Enterprise Server Model
Page 28 and 29: • 1 MB of Level 2 (L2) cache. •
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Page 38 and 39: work as on previous releases of AIX
Page 40 and 41: For AIX systems using AIX Version 3
Page 42 and 43: destructive overlay can be caught w
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Page 54 and 55: where it can be directly manipulate
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Page 72 and 73: Depending on the execution environm
Page 74 and 75: 3.2.4.2 Parameter Passing Examples
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Page 78 and 79: All of the following services are e
Page 80 and 81: UNIX98 interface will add very litt
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These ANSI types are defined throug
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The following libraries and APIs ar
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symbols exported with svc3264 are a
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In general, no command user interfa
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mlockall() mq_getattr() mq_open() m
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from the address space. Termination
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4.3.2 The M:N Model In the M:N mode
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sharing the VPs. When the mutex loc
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4.4 Pthreads Suspend and Resume (4.
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4.6.1 Opening Files for Direct I/O
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performance of network memory buffe
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The send_file call only supports th
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• The volume group's disks must b
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The relationship of factor -t, PP n
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The LVM in AIX 4.3.2 supports both
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MAX LVs: 256 FREE PPs: 81 (324 mega
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extended to 511 logical volumes and
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Note Although the chlvcopy command
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Figure 11. Default SMIT Menu SMIT p
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• NIM Install Manager Figure 13 s
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interface. Web-Based System Manager
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configuration change tasks in which
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Find Close Exit Opens a search dial
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Tree Changes the presentation of ic
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6.2.5.11 Status Line The status lin
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Note: The Web-Based System Manager
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A multiple selection is enabled for
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Figure 23. Example of Container Win
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6.4.3 Registered Applications This
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6.5 Daylight Savings Time Before AI
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keep the data and index files synch
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At the end of the install a volume
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cloned alt_inst_rootvg. The default
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6.8.4 Alternate Disk Installation E
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hdisk0 00006091aef8b687 rootvg hdis
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Support in SMIT was updated to allo
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6.10 System Resource Controller Sub
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6.11 TTY Remote Reboot (4.3.2) AIX
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exhaustively consumed. When a NIM o
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In summary, Table 25 shows the diff
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6.14 Error Message Templates (4.3.2
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6.17 System Backup Usability Enhanc
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Figure 31. Memory Exerciser Options
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146 AIX Version 4.3 Differences Gui
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7.1.2.1 Text Representation of Addr
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Anycast • Site-local - Valid only
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Error messages are identified by ha
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the Encapsulating Security Payload
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loaded as well if the administrator
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Figure 33. Typical Output from the
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7.1.8.3 route route was modified to
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specified by name or by number usin
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Figure 39. New SMIT TCP/IP Configur
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7.1.11 IPv6 and IPSec-Related RFCs
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Benefits are only gained when a cli
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of the routing applications are por
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There are new no options added: •
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7.9.1 Reducing the Number of TCP Pa
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• New macros to allow for simple
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thread will have a chance to handle
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unit of bit rate introduces an IPG
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• Debugging purposes. These trace
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Creating the Local Cache File Syste
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Parameter threshblocks=n maxfiles=n
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The automount command is called at
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7.14.2.5 Indirect Maps An indirect
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Event Error Used by the server to i
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8.2.3.1 Window Management The circu
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8.2.11 X Keyboard Extension Prior t
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y telling it to load a new configur
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8.2.12 X Record Extension The purpo
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down to a single round trip. It is
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ackwards compatibility; however, it
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The following is a list of AIX XIM
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mechanism to permit an IM Server to
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• XGetOMValues() • XDisplayOfOM
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locale.ldx /usr/lib/X11/locale/iso8
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objects, so the default installatio
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the same area just like real-world
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• Snap-back scrolling, a feature
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• Secondary transfer, also referr
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• Since the check mark sign is pa
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8.3.4.14 Scrolled Window and Scroll
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• New XmComboBox XmNpositionMode
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This application uses both the X Wi
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8.5.4 New OpenGL Extensions (4.3.2)
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The browser must be a forms-capable
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Figure 50. Documentation Search Ser
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If you have not run Netscape previo
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Previously, the man command had to
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Single-Byte Character Set Support (
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abandoning its standards-based inte
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• __mblen_std() - For all other c
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Locale method Unicode locales ISO88
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Unicode Locale Chinese (Traditional
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10.5 Euro Symbol Support for AIX (4
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Any UTF-8 based locale installed on
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Encoding UTF-8 multi-byte: Byte S
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Keyword p_sign_posn n_sign_posn Des
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Table 54 summarizes the AIX keyboar
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10.5.4 Input Methods for the Euro S
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A selection menu can be closed by p
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Figure 55. UNIVERSAL Input Method:
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Table 56 summarizes the new iconv c
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Converter Type Fileset UCS-2_IBM-11
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• X11.loc.XX_XX.Dt.rte • X11.lo
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Figure 56. German UTF-8: Add Additi
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SMIT uses the chlang command to set
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os.loc.iso.de_DE bos.loc.iso.en_US
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• Thai Cultural Conventions (Unic
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In Japan, most of operating systems
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X11.base.rte This fileset ships the
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Documentation Search Service does n
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Figure 59. Searching Japanese Docum
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Figure 61. A Japanese Book 10.7.3.2
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Figure 63. Input Chinese Character
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Figure 65. A Chinese Book for Insta
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Client 3 capabilities. In this case
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Figure 67. Stand-Alone LDAP Directo
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provides encryption of data and tra
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Changes to schema definitions previ
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environments may vary significantly
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• AIX Version 4 Getting Started,
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• http://www.lexmark.com • http
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How Customers Can Get ITSO Redbooks
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LDIF LFT LID LP LPI LPP LPR/LPD LDA
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authentication 300 authentication h
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E ed command 141 EDTMPDIR 141 effec
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kernel changes. crash command 17 de
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-command security 166 RDB glue 299
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web based systems management 95 arc
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SG24-2014-01 Printed in the U.S.A.
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AIX Version 4.3 Differences Guide

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