VISION 7400 SYSTEM

VISION # 1

	FECO:	VISION # 1
	MODIFICATION NO:	N/A
	PRODUCT:	VISION 7400 SYSTEM
	SUB-ASSEMBLY:	N/A
	ESTIMATED MAN HOURS:	N/A
	CLASS OF CHANGE:	MANDATORY
	REASON FOR CHANGE:	INTRODUCTION OF NEW SYSTEM
	RELATED FECO/AB	LVC # 12

VISION 7400

1	NOTE: Throughout this FECO a SPACE in a string is shown by a Ñ . All other spaces are purely cosmetic
2	INTRODUCTION The Vision 7400 is the new System being marketed by EDP.
3	The format of this FECO is:- General description and diagrams. Sub Assemblies with settings for switches / jumpers How to access /remove parts Cabling Load SVR4 Install Digi board Load UPS Software
4	DESCRIPTION & DIAGRAMS The Vision 7400 is the new System being marketed by EDP. The dual processor-ready Vision 7400 was designed specifically for workgroups with high performance requirements and extensive storage needs. Sporting an innovative twelve bay chassis design, it supports six hot-plug drive bays, six additional fixed storage devices and a dual 350W hot-plug, redundant power supply subsystem. This design also offers, intuitive, tool-free access to major system components, simplifying maintenance, serviceability and reducing downtime. Complementing this high level of serviceability is a wealth of advanced server management features and powerful Pentiumâ III processor performance.

4.1	Front View
4.2	Interior View

4.3	Rear View

4.4	Front Panel POB

4.5	Front
4.6
4.7
4.8	DR300

5	SUB ASSEMBLIES
5.1	DR300 Cabling to the DR300, the top is Channel One, and if the actual cable has no terminator then a terminator must be fitted to the SCSI OUT on DR300.
5.1.1	The DR300 can house up to three hard drives.
5.1.2
5.1.3
5.1.4	On the rear of the DR300 shown above are the jumper blocks. Leave the SCSI ID's to the factory default Top device SCSI ID 0 Middle device SCSI ID 1 Bottom device SCSI ID 2 Immediate & local spin up Fan fail set to visual & audible alarms CHECK JUMPER SETTING
5.1.5	Jumper Block D3 AUD adding this jumper will silence the audible fan fail alarm but leave the visual fan fail alarm functioning RMT* adding this jumper prevents the device from spinning up until it is signaled by the host controller. On boot up as the host scans the SCSI bus each device is brought on line in turn. DLY* adding this jumper activates the delayed spin up mode of the installed device. This generally delays the initial spin up of the device for a given time period to allow a number of devices to spin up sequentially, thus spreading the peak power demand on the power supply. The time delay is based on a multiple of the SCSI ID number and may vary from one manufacturer to another. *These features are selected for all 3 devices, different devices within a DR300 cannot have different start up selections.
5.1.6	Remove all ID jumpers from the actual device and use only the jumpers on the DR300
5.1.7	The DR300 will house any industry standard 3.5" x 1" high single connector device. Device must be mounted on a Lapis Solutions device carrier, and locked into position using the camming lever.
5.1.8	The DR300 offers both visible and audible information concerning the status of the unit. Power/ Fan Fail The Fan Fail LED indicates either a 'normal' or a 'filed' condition, Green being normal and red being a fail condition. There is, in addition, an audible warning of a fail condition which can be silenced if required by the removal of jumper J2 on the door mounted pcb. Device Presence Each device position has a dedicated LED to show the presence of the device. With a device installed the LED is on, with no device the LED will be off. Device Activity The above LED will flash when the device is active.
5.2	4mm DAT Tape Deck Seagate STD 2401LW DDS4 Technology Backwards compatible to read tapes from 3400 & 3800. Not backwards compatible for DDS4 tapes created on it to be read by 3400 (DDS-1)or 3800 (DDS-2) DIP switch settings 1 = OFF 2 onwards ON Connection for SCSI ID = 4 NOTE: Wrong DIP switch settings will give the wrong identity of the manufacturer.
5.3	CD ROM Hitachi CR 594 – C IDE must be set for Master
5.4	FLOPPY Panasonic JU 256A216P
5.5	Hard Disks IBM Ultrastar DDYS – to 9/70 9.1GB Seagate Cheetah ST 318404LC 18GB
5.6	I/O pcb & pod Digiboard Digi-Acceleport-920-PCI-8P internal pcb Digiboard Digi-D25M-DTE-BOX-8P 8 port pod.
6 6.1 6.1.1 6.1.2 6.1.3 6.1.4 6.1.5	DISASSEMBLY To access the interior Remove front panel by depressing the release pads either side. To remove the left hand side, undo the 3 bright green knobs on the left front. Use the handle on the left panel front to pull the panel forwards, and remove. The interior is now accessible. The diagram below shows the lay out

6.2	To Remove a PSU At the rear, undo the screws and remove the PSU. Note. Both PSU fans run - even when 1 PSU is removed.
6.3	To remove Fans. NOTE: All fans are monitored, so that is why they have 3 wires going to them. Access the interior. To remove a fan, squeeze the coloured parts, and they can be removed. Disconnect the power lead. There are 2 x 120mm, and 1 x 60mm fan. The DR300 also has a fan. NOTE: The PSU fans will both operate even with one PSU removed.
6.4	To Remove Disc from Hot-Plug Drive Bay Open the front door. If the rive carrier is locked, use a hex key to unlock it. A red flag indicates locked. Press down on the carrier handle and rotate it downwards; and when it releases, pull the carrier and drive out.
6.5	To Remove the DR300 Access the interior. Disconnect all cabling Release the two tabs at either side and withdraw it completely
6.6	To Remove a Media Drive from the DR300 Remove the front panel. Unlock the DR300 front door and open it to access the inside. On the Media drive carrier, Press the vertical coloured locking tab to the right to release the metal camming lever, which is pivoted on the left. Pull the right hand side of the camming lever until the carrier is released and withdraw the media drive.
7	SCSI CONTROLLER Ensure the BBU is disconnected before insertion or removal of DIMM's.
8	MOTHERBOARD With only one CPU installed then a terminator must be fitted to CP2 No2. Jumpers & config SW motherboard – standard setting
	Motherboard Layout below

9	CABLE SPECS Existing Standard EDP Cables are used on the Comm Ports and Digi Connectors, as well as Standard CAT5 Network Connection.
	FA DIGIBOARD to VDU / SERIAL PRINTER FB1 DIGIBOARD to NDR SERIAL PRINTER FC DIGIBOARD to PARALLEL PRINTER FD DIGIBOARD to PC (9 pin) VIADUCT FE DIGIBOARD to PC (25 pin) VIADUCT FF DIGIBOARD to MODEM (UniCom, UniFax, Diagnostic Modem) FG DIGIBOARD to VDU / SERIAL PRINTER (3 wire) FH DIGIBOARD to MODEM FJ DIGIBOARD to RTC CABLE HE1 DIGIBOARD -- WALLSOCKET HA WALL SOCKET -- VDU / PTR HE1 DIGIBOARD -- WALLSOCKET HC WALLSOCKET -- PC (25pin) HD WALLSOCKET -- PC (9pin) HF DIGIBOARD -- WALLSOCKET HG DIGIBOARD -- WALLSOCKET HH WALLSOCKET -- VDU / PTR HW1 TALLY 6045 Digiboard - PTR Converted FG 3 wire HY TALLY 6045 Digiboard - PTR Converted FA 7 wire) HE1 DIGIBOARD -- WALLSOCKET HZ WALLSOCKET -- TALLY 6045 JF STANDRD CAT5 CABLE JP STANDARD CAT5 CROSSOVER MIDI X CABLE
10	SCSI controller – ensure BBU is disconnected before insertion or removal of DIMM's. With only one CPU installed then a terminator must be filled to CP2 No2. Jumpers & config SW motherboard – standard setting
11	INITITAL CONFIGURATION check and set the following
11.1	Switch System on When running up you have to be quick to press F1 – setup Tab Ctrl C setup Displays on board SCSI Adapter properties 53C1010 - 33 PCI bus 1 dev/Fma29 Properties SCSI Parity Yes Host SCSI ID 7 SCSI Bus Scan Order Low to high 0..Max Removable Media Support None CHS Mapping SCSI Plug & Play Mapping Spin up delay secs 0 2ndary cluster server No terminator control Auto displays SCSI numbers 0 ¯ 15 SEAGATE DAT 0624- XXX 8040 Note all SCSI ID must be below 7
12	BIOS SETUP UTILITY Set time & date in the Main Menu. Advanced set-up, look but don't touch
12.1	Super IO configuration On board controller Enable Serial Port 1 Address 3F8 Serial Port 1 IRQ 4 Serial Port 2 Address 2F8 Serial Port 2 IRQ 3 Parallel Port Address 378 IRQ 7 Mode ECP ECO MODE DMA Channel 3
12.2	IDE Configuration Onboard IDE Controller Both Primary IDE Master ATAPI CDROM Primary IDE Slave Not detected Secondary IDE Slave Not detected Secondary IDE Slave Not detected ATPI Detect Time Out 0
12.3	Floppy Controller Floppy A 1.44
12.4	PCIPnP Configuation Reset Configuration Data No PCI Latency Timer 64 Allocate IRQ to PCI VGAYes PCI IDE BusMaster Disabled USB Function Enabled Legacy USB Function Disabled
12.5	Boot Setting Configuration Quick Boot Enabled Quiet Boot Enabled Boot Num Lock On Bootup CPU Speed High PS/2 Mouse Support Enabled Typematic Rate Fast System KB Present Parity Check Disabled Wait for F1 if error Enabled Internal Cache Writeback MPS 1.4 Support Enabled Power Failure ControlPrevious State
12.6	Onboard Device Configuration Onboard SCSI Enabled Onboard SCSI Option ROM Enabled Onboard Intel NIC82559 Enabled
12.7	System health monitor Review
13	Power
13.1	Power Management Enabled Green PC Monitor Power State Standby Video Power Down Standby IDE Drive Power Down Mode Disabled Inactivity Timer Off Suspend Time Out Minutes Off IRQ1 Monitor IRQ12 Monitor IRQ14 Monitor USB Controller Resume Disable PME Resume Enabled RI Resume Disabled
14	Boot
14.1	Boot Device Priority 1^st Boot Device Removable Device (floppy) 2^nd Boot Device ATAP CDROM 3^rdBoot Device Hard Drive
14.2	Hard Disk Drives 1^st Hard Disk Drive [ ] 2^nd Hard Disk Drive [ ] 3^rd Hard Disk Drive [ ] 4^th Hard Disk Drive [ ]
14.3	Removable Devices 1^st Removable Device 1^st Floppy
14.4	ATAPI CDROM Drives 1^st ATAP CDROM MATSHITA CR594
15	Security DON’T TOUCH THIS
15.1	Change Supervisors Password Change User Password Clear User Password
15.2	Exit
16	SCSI setup CTRL – M Mega RAID BIOS configuration
16.1	Don't use Easy Configuration
16.2	Select New configuration
16.3	View Add Configuration
16.4	Clear Configuration
16.5	Note if upgrading data drives only do this. Clear configuration - gets rid of root & data Create both packs root & data Initialise only data pack logical drive 2
16.6	Management menu and explanation Config Init Objects Format Rebuild Check consistency
16.7	Configuration Easy don’t use this View Add Configuration Clear Configuration
16.8	Initialise Initialise packs use spacebar Quick format
16.9	Objects Adapter - gives info take default Logical drives 1/2 Initialise Clear Update Check Consistency Physical shows drives Rebuild Format Online Fail Hotspare etc Model etc
16.10	Format Formats drive Take Off Line first
16.11	Rebuild Only if drive has failed or you are replacing the drive
16.12	Check consistency Bad track check
17	For a New Configuration - typical example A is the root B1 & B2 ¯ stripe down ¯ ® ® and mirror across to B3 & B4 Use the highlight & spacebar (<SP>) to select A then <CR> and the pack is made then F10 Advanced write to WRTBACK Accept Raid10 B1 <SP> B2 <SP> <CR> B3 <SP> B4 <SP> <CR> F10 RAID 1 + YES span = Raid 10 stripe ¯ down B1/B2 same channel ¯ Mirror across ® ® B3/B4 different channel For a non new system, don’t initialise just reboot ie with data on root
	For a brand new system
18	Initialise both logical drives Select F10 to initialise then Y
19	Exit Mega Raid BIOS
20	CTRL - ALT – DEL
21	LOAD OF UNIX SVR4
21.1	There are No diagnostic Media and No SSU Media
21.2	Insert the Maintenance CD & let it run accept all defaults. Accept CDROM this should take less than 5 minutes.
21.3	Follow prompt & Insert Core CD Delete & create new partition
21.4	Insert Licence flex Add packages extras Cacheopt Mpi Unlimusr Mouse type Rebuild – no 2 R5 VGA 800 x 600 x 8 256 colours default slicing swap = 2 x memory stand = 50 root = 250 dump = 512 var = 250 new = 1000
21.5	Insert Maintenance Media
21.6	Pkgplus selection patches Amirdman
21.7	Is pkgplus being run to create configuration files for machine other than the current machine Y/N N
21.8	Load to this point is approx 35 minutes.
21.9	Reboot
22	Network configuration (example only) Set the IP address i.e. Brian 128.2.60.5 255.255.0.0 standard setting
23	rollback Y Load pts Insert floppy Enter tar Ñ xv <CR> pts.menu <CR>
24	Keyboard Insert floppy. Enter pkgadd Ñ -d Ñ diskette 1
25	AMI patch 03.02.00.5 Amirdman patch
26	Use pts.menu to add an extra com port as the system comes with only one configured.
27	Use pts to tune Memsize Set STRTHRESH to 2x8000000 UFSNINODE 4500 VXF_NINODE 500 r to rebuild
28	Alt-PrintScreen H
29	Login to root
30	Root
31	To Create ports use sysadm Port 00 is there already present but modify it to 19200 exit
32	LOAD OF APC POWERCHUTE UPS SOFTWARE
32.1	Enter listdrives to show the drives then mount the CD mount Ñ -F Ñ cdfs Ñ -o Ñ ro Ñ / dev / cdrom / cdrom1 Ñ / mnt cd Ñ / mnt / NCR sh Ñ . / INSTALL
32.2	prompt for media 1 for CD
32.3	Prompt for path <CR > if correct See overview Y
32.4	Which parts of power chute plus for Unix do you wish to install? 3 both the user I/F & Daemon Modules
32.5	Which APC hardware will PCT for U be running with 2 Smart UPS 2 Do you have measure ups attached NO 7 NCR (AT & T UNIX)
32.6	On which Operating System Do you wish to provide power protection for run-level 1 N Do you currently have TCP/IP installed N Which serial device will be dedicated to PC + 4U 2 /dev/term/01 Where do you wish to install PC+4U /ect/powerchute Y Displays parameters Are the above selection current Y Installs PCT4U
32.7	Rename In root superuser Enter / ect / re2.d /S98upsd Ñ rename s96upsd
32.8	Reboot
32.9	umount Ñ / mnt Remove the CD
32.10	UPS cd Ñ / etc / powerchute Enter . / powerchute CNTL-G Þ Config ß Event Actions <CR> Tab to "power chute started " top left hand column, arrow down ß to "ups on battery" press space bar ( <SB> )to high light it. Tab across, press tab till "shut down server" is high lighted. tab again to get to options press <CR> tab to Begin shutdown sequence in [300] & change figure to 900 tab to ok & <CR>; Tab till you get to ok press <CR> CNTRL-G arrow ß down highlight exit & <CR>
33	DIGIBOARD CONFIGURATION Mpi Menu Port Interface for Digiboard Configuration
33.1	Main menu Config Install Digi accelport Xr family Boards 1 board type Digi _ Accelport_8r_PCI(EIA-232/RS-422) F5 Digiscreen install N Altpin setting OFF Follow prompts
33.2	Rebuild kernel
33.3	Configure a port Enter sacadm –1 We use r Ñ la à r/h Sysadm port port mon Add digimon ttymon / usr / lib / saf / ttymon r Ñ la - 19200 r/b in example ports 1 & 2 set to 19200 ports 3 to7 set to 9600 port 8 set to autoNP
33.4	To create filing system sysadm Storage Device Configuration & Maintenance Partition Device name F2 for choices c120 t0 d1 s0 save root c120 t0 d0 s0 Full Unix partition Y Slice
33.5	Slice 1 charisma 1 Slice 2chartest Slice 3UniVision
33.6	Create filing system
34 34.1	LOAD UNIVISION mount Ñ 1F Ñ cdfs Ñ -o Ñ ro /dev/cdr………..etc pkgadd Ñ -d Ñ / mnt / ncr Y
35	Enter mivi login Enter UnLockCode Configure Registry Y Flavour A
36	Base Configuration Complete
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