Thinklogical VX320 Velocitykvm-24 Velocitydvi System-3 A/V+ Quick Start Guide - Manual

QUICK-START GUIDE
U
P
D
A
T
E
S
LINE OUT
MIC IN
P
S
2
USB HID
HOST
CNTRL USB 1.1
SER IAL PORT
DVI OUT 1 DVI OUT 2 DVI OUT 2 DDC DVI OUT 1 DDC
PWR FOL
USB 2.0
VX320 Router KVM Matrix Switch Chassis, 24 Rack Units, 1600 Watts
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Visit us online at www.thinklogical.com for more product information, current updates and the complete line of Thinklogical products.
USB
2.0
DVI 1
DVI 2
Audio OUT►
USB 1.1 (Keyboard / Mouse)
Dual Head DVI & KVM
Source
VEL-U00M24-SCTX
Transmitter
Velocity kvm-24
KVM Matrix Switch
Powered by
MRTS Technology
DVI from
CPU
Single Head DVI / AV+ Source
Local
Monitor
Monitor, Projector and Audio
Locations
DVI to Display
DDC (PRIMARY)
Audio OUT►
VEL-U00M24-SCRX
Receiver
DEV
LINE IN
MIC OUT HID
P
S
2
LOCAL
FROM CPU
USB HID
HOST
CNTRL
USB 1.1 UPDATES SER IAL PORT
DVI OUT 1 DVI OUT 2 DVI IN 2 DVI IN 1
CLINK
PWR
CP FOL
TM
Dual Head DVI & KVM Destinations
VX 320
router
QUICK-START GUIDE
1
STEP 1: Ensure that the Receiver’s ON/OFF
switch is in the OFF (0) position. Depending on
your configuration, connect your desktop
devices (monitors, keyboard, mouse, etc.) to the
VelocityKVM Receiver using standard cables
as shown in the example below. Turn all the
devices ON. Insert the AC power cord into the
Receiver and plug it into a standard AC source.
Turn the unit ON.
Power Supply
(PWR-000022-R)
Power Supply
(PWR-000022-R)
STEP 1: Connect your output devices (monitors,
audio speakers, projector, etc.) to the VelocityDVI
Receiver. Install the Receiver’s 5VDC power supply
and plug it into a standard AC source.
4
STEP 4: Connect your CPU’s Audio
cables to the VelocityDVI
Transmitter’s LINE IN and MIC OUT
ports and your CAT5 cable to the
SERIAL Port.
4
STEP 4: Connect your KMASS
devices from the Source CPU to
the appropriate VelocityKVM
Transmitter ports.
3
STEP 3: Connect the DVI IN cable
from the CPU to the DVI from CPU
connector and the DVI OUT cable
from the DVI to Local Display
connector to your local monitor.
STEP 8: Connect the four supplied AC Power
Cords (PWR-0000056-R) to the receptacles
located on the VX 320 's power supplies. Plug
each of them into a standard AC source. Verify
that all system functions are operating properly.
DVI OUT 1
DVI OUT 2
STEP 3: Connect the
DVI IN cables from
the CPU to the
VelocityKVM
Transmitter.
Connect the DVI OUT
cable(s) from the
Transmitter to the local
monitor(s).
L1: Video &
Data Tx to Rx L2: Data Rx to Tx
L2
L1 L2
5 STEP 5: Connect the
VelocityDVI
Transmitter’s 5VDC
Power Supply and
plug it into a standard
AC source.
STEP 5: Ensure the VelocityKVM
Transmitter’s ON/OFF switch is in the
OFF (0) position. Connect the AC
Power Cord and plug it into a standard
AC source. Turn the switch ON.
AUDIO
Local DVI 1
(optional)
Local DVI 2
(optional)
Optional
local USB
or PS/2
Keyboard &
Mouse L1 L3
L1: Video 1 and Data Tx to Rx
L2: Data Rx to Tx
L3: Video 2
AUDIO
PS/2 (Mouse)
L1
L2
L3
5
PS/2 (Keyboard)
PS/2 or USB connectors
1
1
2
3
4
5
6
7
8
9
10
11
12
POWER SUPPLY 1 (LEFT):
POWER SUPPLY 2:
POWER SUPPLY 3:
POWER SUPPLY 4 (RIGHT):
FANS:
TEMPERATURE WARNING:
TEMPERATURE SHUTDOWN:
CPU:
INPUT/OUTPUT CARDS:
ANY OF THE ABOVE
COMMOM
GROUND
The VX 320 Router Critical Hardware Alarms: (Located at the top, left rear of the unit.)
Fan failure, temperature spikes, DC voltage and/or current out of range, AC power input interruption or module removed
Fan failure, temperature spikes, DC voltage and/or current out of range, AC power input interruption or module removed
Individual fan monitoring
Chassis over temperature, multiple sensors
Chassis over temperature causing shutdown
Card failure (Only with a redundant card)
SFP+ failure, laser output fault
◄Audio IN
L1
L2
L3
Velocity
◄AUDIO
3
◄AUDIO IN
VX320_VEL-24_VEL-9_Quick_Start_Rev_B
CONTENTS
Upon receiving your
Thinklogical™ VX 320 KVM
Matrix Switch you should
find the following items:
· VX320 Chassis & Cards
· LC Duplex Bulkhead with
Flange
· 15' CAT5 Cable (1)
· AC Power Cord (4)
· Product Manual CD
PHONE: (800) 291-3211
WEBSITE: www.thinklogical.com
EMAIL: [email protected]
Fan failure, temperature spikes, DC voltage and/or current out of range, AC power input interruption or module removed
Fan failure, temperature spikes, DC voltage and/or current out of range, AC power input interruption or module removed
8
*
* Power supplies, Left to Right:
1
Upper Card Cage Primary
2 Upper Card Cage Back-up
3 Lower Card Cage Primary
4 Lower Card Cage Back-up
CONSOLE
ACT
RESET
FAULT
L A N
CONTROLLER
RS232
6 2
6
2
7 L1
L2
L2
L2
L1
L3
L1
T
R
Video from Tx
Video to Rx
T
R
Data
from Rx
Data to Tx
Upper Card Cage*
Lower Card Cage*
Linux Operating System
UPPER CARD CAGE
LOWER CARD CAGE
As used with the Velocity dvi-3AV+ and the Velocity kvm-24
Any Card 1-20,
any Port pair 1-16
Any Card 1-20,
any Port pair 1-16
Crosspoint
Crosspoint
Switch
Switch
CONSOLE
ACT
RESET
FAULT
L A N
CONTROLLER
RS232
*Both the Upper and Lower Card Cages are designed to handle either Video or Data signals.
L1 L2 L3
L2 L1 L3
Velocity kvm-24
TRANSMITTER
DDC MODE
LCL REM
ACQUIRE
SELECT
L1 POWER
5 VDC
STATUS
+ _
L2
MIC
OUT IN
LINE
SERIAL
DDC MODE
LCL REM
ACQUIRE
SELECT
L2 POWER
5 VDC
STATUS
+ _
L1
DVI to Display DDC DVI to Display
MIC
IN OUT
LINE
SERIAL
RECEIVER
SERIAL
Velocity
VEL-3AV+, DVI
Audio, Serial
Transmitter
dvi
DVI to Local
Display
VEL-3AV+, DVI
Audio, Serial
Receiver
dvi
DVI to Display
(SECONDARY) SERIAL DEVICE
Thinklogical’s™ VX 320 KVM Matrix Switch features
redundant Power Supplies and Fail-Over Controller
Modules for uninterrupted performance, even during
system reconfiguration, updates or debug. The
VX 320 remains fully functional with only one of the two
Upper or Lower Card Cage Power Supplies installed or
with one Controller activated.
NOTE: When using a single Controller, the upper
module (Primary) must be installed.
STEP 2: Connect your
Velocity Receiver to the
VX 320 using multi-mode
fiber-optic cables (up to
1000 meters). Connect L1*
to any Transmit Port on
any card of the Upper Card
Cage and L2 to any
Receive Port on any card
of the Lower Card Cage.
(See the Digital Crosspoint
Switch detail diagram, left.)
STEP 6: Connect your Velocity
Transmitter to the VX 320 using multi-
mode fiber-optic cables (up to 1000
meters). Connect L1 to any VX 320
Upper Card Cage Receive Port.
Connect L2 to any Lower Card Cage
Transmit Port. (See the Digital
Crosspoint Switch detail diagram, right.)
STEP 6: Connect your Velocity
Transmitter to the VX 320 using
multi-mode fiber-optic cables (up
to 1000 meters). Connect L1 and
L3 to any VX 320 Upper Card
Cage Receive Ports. Connect L2
to any Lower Card Cage Transmit
Port. (See the Digital Crosspoint
Switch detail diagram, below
right.)
STEP 2: Connect your Velocity Receiver to the
VX 320 using multi-mode fiber-optic cables (up to 1000
meters). Connect cables L1* and L3 to any Transmit
Ports on any cards of the Upper Card Cage. Connect
cable L2 to any Receive Port on any card of the Lower
Card Cage. (See the Digital Crosspoint Switch detail
diagram, below left.)
*When using Velocity Extenders, fiber L1 carries
Video and Data and is treated as a Video Fiber.
STEP 7: Connect the Controller
Card LAN Port to your Linux
CPU with a CAT5 cable.
(IP address: 192.168.13.15)