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Product Number: QG0003-13 Revision: 3.2; Date: 02 Dec 14

CR Series Compact Routers

Control Panels

These are the available control panels.

CP1616 CP1604 CP1602 CP0808 CP3201
CP3232 CP3204 CP1602-CQX CP6464

This diagram shows the factory-default buttons of a 1RU
CP1616:

The factory defaults apply to stand-alone routers. In CRSC
networks or NV9000 networks, the button functions are con-
figurable.
All control panels have 2 lock buttons at the top right:

•

Destination Lock. Prevents accidental re-routing of one or
more destinations.

•

Panel Lock. Protects accidental use of the entire panel.

In a stand-alone system, control panels have source buttons,
destination buttons, lock buttons, and level buttons, as
shown above. The numbered buttons on a control panel cor-
respond to the numbering of the connectors at the rear of a
router (of the same size).
Panels that can control the 64×64 matrices of CR6400 routers
can also have “paging” buttons

—

buttons that switch differ-

ent sets of button functions onto the panel’s buttons.
In a CRSC network, any button (except the lock buttons) can
be configured as a source, destination, salvo, or level button.
(Salvos under CRSC are executable lists of low-level “takes.”)
In an NV9000 network,

any

button can be configured as a

source, destination, salvo, or level button.
(Salvos under NV9000 are lists of NV9000 commands and are
defined in NV9000-SE Utilities.)
In a stand-alone system, the 4 function buttons just below
the lock buttons are

level selection

buttons. Routers are

assigned levels from 1 to 4. A control panel in the network
illuminates level buttons for each router in the network.
Users may select any or all of the levels at any time.
In CRSC networks and NV9000 networks, levels are router
partitions. Under CRSC, up to 8 levels can be defined and
level selection is governed by 3 panel configuration modes:
standard mode, enhanced mode with “hold,” and enhanced
mode without “hold.” Under NV9000, takes are all-level and
are subject to level-set rules.
In a CRSC networks and NV9000 networks, control panels
route signals between “devices.” Devices are configured as
sets of related inputs or outputs.
In a stand-alone system, control panels switch

inputs

and

out-

puts

only, either on a single level or multiple levels.

A stand-alone router requires a control panel (or automa-
tion). A stand-alone network of routers requires either captive
panels or remote panels.
A CRSC network requires remote panel(s) but allows the pres-
ence of captive panels.
An NV9000 router control system does not require CR Series
control panels but can include them, in which case they are
configured in NV9000-SE Utilities.

CQX Panel

The CQX panel has 2 CQ output buttons and 6 normal (or
auxiliary) output buttons:

It has 4 transition type buttons and 3 transition rate buttons:

It has two lock buttons (not shown here) as do other panels.
The remaining 5 buttons are undefined.

Remote Panel Modules

A remote panel module controls routers in a CRSC network.
CR Series remote panel modules (RP16, RP32) resemble CR
Series routers in size and form, but they have only communi-
cation connections and no I/O. In a CRSC network, the
remote panel module is the “intelligence” of the network.
A CRSC network may have several remote panels and several
routers of mixed type. The number of routers and panels sup-
ported depends on the system and on available throughput.

Software

CRSC

is a relatively small software tool that helps you create

efficient, more easily used router networks. It configures both
routers and remote panel modules. It is used to configure
“CRSC networks” and to set up remote panels for NV9000
networks.

CRSC

allows you to do the following.

•

View and control the IP addresses of devices in the net-
work.

•

Create router partitions (i.e., levels).

•

Completely configure remote panels.

•

Monitor router crosspoints.

•

Update firmware.