Thinklogical VX160 Velocitydvi System-3 A/V+ Velocityrgb System-9 Velocitykvm-4 Quick Start Guide User Manual

Vx 160, Quick-start guide, Router

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QUICK-START GUIDE

VX160 Router KVM Matrix Switch Chassis, 16 Rack Units, 850 Watts

Copyright c 2009. All rights reserved. Printed in the U.S.A. All

trademarks and service marks are the property of their respective

owners.

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60

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ACTIVE

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USB

LAN

RESET

CONSOLE

RS232

CONTROLLER

ACTIVE

FAULT

USB

LAN

RESET

CONSOLE

RS232

CONTROLLER

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T

R

POWER POWER POWER POWER POWER POWER POWER POWER

POWER POWER POWER POWER POWER POWER POWER POWER

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Single-Link DVI Source

KVM Matrix Switch

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RGB IN

Single Head RGB Source

Velocity

VEL-9 RGB,

Audio, Serial

Transmitter

Local RGB

Display

VGA 1 (PRIMARY)

VGA 2 (SECONDARY)

Video 1 &

Video 2

Video 2

Data Downstream

Video 1 & Data Downstream

Data Upstream

Data Upstream

Velocity

Tx

Switch

Fabric

SFP+ A

(Video/data IN,

data OUT)

SFP+ A

(Video/data OUT,

data IN)

SFP+ B

(Video IN)

SFP+ B

(Video OUT)

Digital Crosspoint Switch

Dual Head or Dual

Link DVI Source

DCS input

T

T

T

R

R

R

Velocity

Rx

Audio OUT►

Single-Link DVI Video &

Audio Destinations

VX

160

router

QUICK-START GUIDE

1

STEP 1:

Depending

on your configuration,

connect your audio and

video devices (monitors, cameras,

speakers, etc.) to the Velocity

dvi

-3

A/V+ Receiver

using standard

cables. Turn all the devices ON.

Power Supply

(PWR-000022-R)

Power Supply

(PWR-000022-R)

STEP 1:

Connect

your output devices

(monitors, audio

speakers, projector,

etc.) to the

Velocity

rgb

Receiver

using

standard cables. Turn

all the devices ON.

5

STEP 5:

Connect your Audio cables to the Velocity

rgb

Transmitter’s

LINE IN and MIC OUT ports.

5

STEP 5:

Connect your

Audio and Serial

devices from the

Source CPU to

the appropriate

Transmitter

ports using

standard cables.

STEP 4:

Connect the

RGB IN cable from the

CPU to the Velocity

rgb

Transmitter

and the

Local Display Cable

from the Transmitter to

your local monitor.

STEP 9: Connect both supplied AC Power Cords (PWR-

0000056-R) to the receptacles located on the

VX

160

's power

supplies. Plug each of them into a standard AC source. Verify

that all system functions are

operating properly.

L1

L2

L1

L2

6

STEP 6:

Connect the 5VDC

Power Supply and plug it into a

standard AC source.

3

Dual Head or Dual

Link DVI Destination

DCS output

UPSTREAM

UPSTREAM

DOWNSTREAM

DOWNSTREAM

CONTROLLER

AUDIO►

ALARM

1-20

21-40

41-60

61-80

1-20

21-40

41-60

61-80

81-100 101-120

121-140 141-160

81-100 101-120

121-140 141-160

20

AUDIO

7

2

9

UPSTREAM

DOWNSTREAM

Linux Operating System

8

11

L2

L1

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POWER SUPPLY 1 (LEFT):

POWER SUPPLY 2 (RIGHT):

FANS:

TEMPERATURE WARNING:

TEMPERATURE SHUTDOWN:

CPU:

INPUT/OUTPUT CARDS:

ANY OF THE ABOVE

COMMOM

GROUND

The

VX

160 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 and module removed

Fan failure, temperature spikes, DC voltage and/or current out of range, AC power input interruption and 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

SERIAL PORT

+

_

5VDC

L1

L2

FIBER

TO LOCAL

DISPLAY

FROM CPU

LOS

LINE IN

MIC OUT

DOWNLOAD

POWER

CNTRL

SERIAL PORT

+

_

5VDC

L2

L1

FIBER

VGA 2

VGA 1

LOS

LINE OUT

MIC IN

DOWNLOAD

POWER

CNTRL

rgb

VEL-9 RGB,

Audio, Serial

Receiver

Velocity

rgb

Thinklogical’s™ VX

160

KVM Matrix Switch features redundant Power Supplies and Fail-Over Controller

Modules for uninterrupted performance, even during system reconfiguration, updates or debug. The VX

160

remains fully functional with only one Power Supply installed or with one Controller activated.

NOTE: When

using a single Controller, the module on the left must be used.

◄AUDIO

4

◄AUDIO IN

*If the VX160 is mounted

in a rack that restricts air

intake, additional vents

are located at the bottom

rear of the unit. These

can be opened or closed

with sliding thumb-

screws to adjust air flow.

VX160_VEL-3AV+_VEL-9_VEL-4_Quick_Start_Rev_B

DDC MODE

LCL REM

ACQUIRE

SELECT

L1

POWER

5 VDC

STATUS

+

_

L2

DVI from CPU

DVI to Local Display

MIC

OUT

IN

LINE

SERIAL

CAT5 Serial

L1

L2

Power Supply

(PWR-000022-R)

DDC MODE

LCL REM

ACQUIRE

SELECT

L2

POWER

5 VDC

STATUS

+

_

L1

DVI to Display DDC DVI to Display

MIC

IN

OUT

LINE

SERIAL

L1

L2

Power Supply

(PWR-000022-R)

▼ ▲

PROJECTOR

(Primary DDC Port)

Optional Secondary

DVI Port

Optional

Serial

Device

STEP 2:

Connect the

5VDC Power Supply and

plug it into a standard AC

source.

3

Digital Video Extension System-3 A/V+ RECEIVER

RGB Video & Audio

Destinations

2

STEP 2:

Connect the

5VDC Power Supply and

plug it into a standard AC

source.

Velocity

dvi

Digital Video Extension System-3 A/V+ TRANSMITTER

4

STEP 4:

Connect your DVI cable from the

Source CPU to the DVI from CPU

Transmitter port. If desired, connect a local

video device to the Transmitter’s DVI to

Local Display port.

6

STEP 6:

Connect the

5VDC Power Supply and

plug it into a standard AC

source.

Audio OUT ►

◄Audio IN

DVI Out from CPU

Local DVI

(optional)

Velocity

dvi

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Technology

1

VGA 2

As used with Thinklogical’s™

Velocity

dvi

Video Extension System-3 A/V+

,

Velocity

rgb

Video Extension System-9

and the

Velocity

kvm

Fiber Extension System-4

7

DVI

IN

USB HID, PS/2 (Keyboard / Mouse)

Velocity

kvm

Audio IN/OUT

DEV

LINE IN

MIC OUT

HID

P
S
2

LOCAL

FROM CPU

USB HID

HOST

CNTRL

UPDATE

S

SER IAL PORT

DVI OUT

DVI IN

5

STEP 5:

Connect

the VIDEO IN and

the local VIDEO

OUT as shown.

L1

L2

LOCAL KEYBOARD/MOUSE

L1

L2

-4

TRANSMITTER

L1: Data Tx to Rx and Video 1

L2: Data Rx to Tx

SOURCE

CPU

7

USB 1.1

U
P
D
A
T
E
S

LINE OUT

MIC IN

PS

2

USB HID

HOST

CNTRL

SER IAL PORT

DVI OUT

DVI OUT DDC

1

STEP 1:

Depending on your

configuration, connect your KMASS

devices (audio, keyboard, mouse, etc.) to

the Velocity

kvm

Receiver

using

standard cables as shown in the

examples below. Turn all the devices

ON.

STEP 2:

Connect your VIDEO output devices

(monitor, projector, etc.) to the Velocity

kvm

Receiver

. Install the Receiver’s power cord

and plug it into a standard AC source. Turn

the Receiver ON.

AUDIO

L1

Velocity

kvm

-4

RECEIVER

DVI OUT DDC

2

USB 1.1

6

STEP 6:

Connect the Velocity

kvm

Transmitter’s Power cord and plug it into a

standard AC source. Turn the Transmitter ON.

STEP 4:

Connect any desired

local KMASS devices to the

Velocity

kvm

Transmitter

ports (optional).

4

Optional

DVI OUT 1

L2

L1

L2

3

Single Head DVI KVM Source

Single Head DVI Video & Audio Destinations

PHONE: (800) 291-3211

WEBSITE: www.thinklogical.com

EMAIL: [email protected]

DVI OUT

STEP 7:

Connect your

Velocity Transmitter to a

VX

160 Upstream Card using multi-mode

fiber-optic cables (up to 1000 meters). Connect

L1

to any Receive Port and

L2

to the same

numbered Transmit Port. (See the Digital Crosspoint Switch detail diagram, right.)

STEP 3:

Connect your

Velocity Receiver to a

VX

160 Downstream Card using multi-mode

fiber-optic cables (up to 1000 meters). Connect

L1

to any Transmit Port and

L2

to the same

numbered Receive Port. (See the Digital

Crosspoint Switch detail diagram, left.)

STEP 7:

Connect your

Velocity

Transmitter to a

VX

160 Upstream

Card using multi-mode fiber-optic

cables (up to 1000 meters). Connect

L1

to any Receive Port and

L2

to the same

numbered Transmit Port. (See the

Digital Crosspoint Switch detail

diagram, below.)

STEP 7:

Connect your

Velocity

Transmitter to a

VX

160

Upstream Card using multi-

mode fiber-optic cables (up to

1000 meters). Connect

L1

to

any Receive Port and

L2

to the

same numbered Transmit Port.

(See the Digital Crosspoint

Switch detail diagram, below.)

STEP 3:

Connect your

Velocity

Receiver to a

VX

160 Downstream Card

using multi-mode fiber-optic cables (up to

1000 meters). Connect

L1

to any

Transmit Port and

L2

to the same

numbered Receive Port. (See the Digital

Crosspoint Switch detail diagram, below.)

STEP 3:

Connect your

Velocity Receiver to a

VX

160 Downstream Card

using multi-mode fiber-

optic cables (up to 1000

meters). Connect

L1

to

any Transmit Port and

L2

to the same numbered

Receive Port. (See the

Digital Crosspoint Switch

detail diagram, below.)

STEP 8: Connect the Controller Card

LAN Port to your Linux CPU with a

CAT5 cable. (IP address:

192.168.13.15)

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