American Dynamics AD2010DB, AD2010DBVLKIT, AD2010P, AD2016AVIM-1, AD2016AVIM-2 Specsheet

DATA SHEET

MegaPower 3200

Matrix Switcher/Controller System

Features That Make a Difference:

N E W ! Supports SensorNet, Manchester, and RS-422 dome control

protocols directly from the CPU without the need for additional
accessories

NEW! Integrate SpeedDome Programmable Dome Camera alarms

utilizing SensorNet and duplex RS-422 protocols

NEW! Enhanced salvo functionality with new view programming

option

NEW! Programming options for setting date/time including Daylight

Saving Time (DST)
Scalable, high-density modular architecture for easy expansion
Supports up to 3,200 video inputs, 256 outputs, and 128 keyboards
Dual CPU mode provides inherent passive hot switch failover for

system reliability
Synchronize time to Network Time Protocol (NTP) for integration with

other devices on the network
Store snapshots of important scenes on your network
Windows®-based system management software provides a

powerful tool for remote configuration and monitoring
Customize your workstation experience with powerful macros
Keep a watchful eye with video presets, patterns, tours, and salvos
Control recorded video just as easily as live – even switching from

one to the other with a simple keystroke

2

1

MegaPower 3200 is a modular, scalable video matrix
switcher/controller system designed for the largest and most
sophisticated users of CCTV such as airports, corporate or
government complexes, casinos, and large medical centers.

Start with a single CPU and switcher bay and easily expand
by adding switcher bays for more inputs and outputs. Dual
CPU mode provides redundant CPU backup protection with
fault detection and hot switch failover to ensure uninterrupted
system operation. Achieve a full cross-point video matrix
of up to 38,528 video inputs by 256 video outputs with a
satellite connection of up to 30 systems. MegaPower 3200 is
maintenance and user-friendly, letting you easily swap out the
CPU, video input and video output modules without removing
system cables. Plus, an LCD displays CPU status while LED
indicators provide information on port activity.

With powerful user-defined macros, you can customize

®

American Dynamics

matrix keyboards3 to perform a
multitude of system tasks via simple, easy to remember
keystrokes.

(1) Requires port expanders and dual mode CPU
(2) Feature supported with AD2089 keyboard and Network Client v4.04 and higher
(3) Supports ControlCenter 1100 and AD2089 keyboards

MegaPower 3200 connects seamlessly to your network to
enable PC-based configuration, firmware updates, activity
logging, snapshots, time synchronization, and email text
messaging. In addition, you can send activity logs and reports
of user control, alarms, and configuration changes to any PC
on the network.

As an essential part of the powerful American Dynamics
Enterprise Surveillance Solution, MegaPower 3200 enables
you to switch back and forth between live and recorded video
using the same keyboard and monitor. By integrating with
Network Client Remote Management Software, users can

®

achieve important Intellex

digital video management system
functionality such as camera playback, tours, and salvos
using the same CCTV keyboard and monitor.

features

Easy to Configure and Use

MegaPower 3200 uses an Enhanced Administration System
(EASY) configuration and monitoring software tool to retrieve,
archive, and load back MegaPower CPU data. It provides
IP network connection to all satellite systems and can
concurrently update dual mode CPUs.

In addition to the powerful macros that allow you to customize
your keyboards, MegaPower 3200 also lets you control
standard video recorder functions such as play, stop, pause,
record, rewind, and fast-forward directly from any suitably
equipped keyboard. Similarly, you can control fixed or
variable-speed domes, pan/tilts, motorized lenses, auxiliary
outputs, and 72 presets per video input at camera sites. For
each video input, you can assign a 4-digit number to replace
the default video input number. This can aid in identifying
specific locations in applications like multiple level buildings or
satellite configurations.

Selectable on-screen display enables you to display the
date/time, video input number and title, site number and title,
and monitor status. Set the date/time directly using system
keyboards in three date formats (MM/DD/YY, DD/MM/YY, or
YY/MM/DD) and configure beginning and end date/time for
Daylight Saving Time within the EASY CPU application. The
user can turn the following displays on and off: video input
number and monitor status, video input title, and date/time
displays. Text controls include incremental horizontal/vertical
positioning and display brightness. When attempting to control
a dome/PTZ, each monitor can also display which user or
keyboard of equal or higher priority has control or has locked
the camera.

Scalable and Flexible for a
Future-Proof System

MegaPower 3200 is available pre-packaged in any
combination of 16 video inputs and 4 video output increments
up to a maximum of 3200 video inputs, by 256 video outputs.
Expanded satellite systems interconnect up to 30 systems.

System flexibility is further enhanced by defining authorized
access to keyboards, video inputs and video outputs.
Partitioning can also be used to limit access to remote
systems.

RS-232 ports allow standard communication with keyboards,
alarm interface units, satellite system CPUs, recorder control
devices, third party interfaces, computers, etc. Each port is
individually programmable for standard data rates from 300
to 38,400 BPS. Each port can expand to four ports with the
optional port expander.

Ensuring the Most Vigilant Security

MegaPower 3200 supports universal system and individual
monitor tours for consistent surveillance. A tour is a sequence
of video inputs with each input featuring an individual dwell
time, a preset/pattern, and an auxiliary action. Tours can run
forward or in reverse.

Salvo switching allows multiple video inputs to be called
simultaneously to multiple contiguous video outputs. Two
hundred individual groups (salvos), consisting of up to 16
video inputs (each with a preset and an auxiliary action) can
be called either manually or as part of a tour and can be
programmed from one through 9999.

There are 35 user-programmable times available that can be
independently designated for multiple days of the week to call
universal tours to video output(s). Event timers also enable you
to activate and deactivate alarm contacts.

Integrate SpeedDome Programmable Dome Camera alarms
utilizing SensorNet and duplex RS-422 protocols. Alarms can
be programmed to call a video input or groups of video inputs
to any one or more video outputs. Custom text messages can
be displayed on alarming monitors. A preset, auxiliary action,
and individual dwell time may be defined for each alarm input.
Any of 25 alarm display/clearance methods may be selected
independently for each video output. Clear alarms from a
configured block of monitors using Normal, Automatic, or
Instant alarm clearing methods for convenient, effective alarm
management.

Easily Monitor Activity and Permissions

Log the occurrence and removal of all alarm and video loss
events on a networked PC. An alarm event message includes
date/time of event, contact number, video input number, and
alarm status. Video loss messages include date/time, video
input number, video loss status, synchronization loss status,
and detection mode. Optional internal video loss detection
alerts an operator to the complete or partial loss of each video
input. Advanced detection circuitry detects loss of video sync
or 25%, 50%, 75% loss of video signal for each input

Keyboards or users can be assigned one of eight levels
of priority control of remote camera sites. Up to 64 user
codes, each with a unique password, can be assigned to
operators. Access to certain system features may be restricted
depending on a user’s priority level.

4

.

(4) Requires AD2010DBVL module(s)

System Components

Central Processing Unit

ADMPCPU ................. MegaPower CPU for MP 3200 systems,

ADACQORJ45 ..............Quick on RJ45 connector for easy

Switcher Bays

AD2010N ..................Standard Matrix Bay, 120 VAC, UL & CSA

AD2020N ..................Bi-Level Matrix Bay, 120 VAC, UL & CSA

AD2010P . . . . . . . . . . . . . . . . . . Standard Matrix Bay, 100-240 VAC, CE

AD2020P . . . . . . . . . . . . . . . . . . Bi-Level Matrix Bay, 100-240 VAC, CE

AD2010PS .................Power Supply Module for AD2010N, AD2020N

AD2010PS-1 . . . . . . . . . . . . . . . Power Supply Module for AD2010P, AD2020P

Video Input

AD2016PC .................Input Card

AD2016AVIM-1 . . . . . . . . . . . . .Input Module, Single Level

AD2016AVIM-2 . . . . . . . . . . . . .Input Module, Level 1 of Multi Level System

AD2016AVIM-3 . . . . . . . . . . . . .Input Module, Level 2 of Multi Level System

AD2016AVIM-4 . . . . . . . . . . . . .Input Model for Looping/ Additional Multi

AD2016BP-1 . . . . . . . . . . . . . . . VIM-1 Input Card Rear Panel

AD2016BP-2 . . . . . . . . . . . . . . . VIM-2 Input Card Rear Panel

AD2016BP-3 . . . . . . . . . . . . . . . VIM-3 Input Card Rear Panel

AD2016BP-4 . . . . . . . . . . . . . . . VIM-4 Input Card Rear Panel

Video Output

AD2024BVOM-1 . . . . . . . . . . . .Output Module, 960 Input systems

AD2024BVOM-3 . . . . . . . . . . . .Output Module, 1920 Input systems

AD2024BVOM-4 . . . . . . . . . . . .Output Module, 3200 Input systems

AD2024BP-1 . . . . . . . . . . . . . . . VOM-1 Output Card Rear Panel

AD2024BP-3 . . . . . . . . . . . . . . . VOM-3 Output Card Rear Panel

AD2024BP-4 . . . . . . . . . . . . . . . VOM-4 Output Card Rear Panel

AD2024BPC ................Video Output Card (no Rear panel)

Data Buffers

AD2010DB .................Data Receiver/Buffer Module

AD2010DBVLKIT . . . . . . . . . . . . Video Loss Detection Module

Looping Panel Accessories

AD2016CB .................Matrix cable, 30 in (76 cm), for looping

AD2016CB8 ................Matrix cable, 96 in (244 cm), for looping

ADULP ....................Looping Panel

ADULP-30 . . . . . . . . . . . . . . . . . Looping Panel, w/ two AD2016CB 30”

ADULP-96 . . . . . . . . . . . . . . . . . Looping Panel, w/ two AD2016CB8 96”

AD2016TERM . . . . . . . . . . . . . .Matrix terminator cap for AD2016AVIM-3,

ADACTP01BNC .............Unshielded Twisted Pair Adaptor Module

100-240 VAC

and clean installation

Level Systems

5

5

5

w/ Rear Panel

w/ Rear Panel

w/ Rear Panel

(76 cm) Cables

(244 cm) Cables

AD2016AVIM-4, & AD168VIM-4 (16 inputs)

This allows installation with simple
UTP cable for video lines

5

Optional Accessories

AD2089, AD2089R, . . . . . . . . . .

AD2089-1, AD2089R-1,
ADTTE, ADCC1100,
ADCC0200P, ADCC0300P

AD2081, AD2081-1 . . . . . . . . . .

Port Expander

ADACSNETD, ADACSNETDP
SensorNet/Manchester
Distribution Panel

ADAC422D, ADAC422DP
RS-422/RS-485
Distribution Panel

AD2091, AD2091-1 ..........

Manchester Code
Generator/Distributor

AD2083-02C, . . . . . . . . . . . . . .

AD2083-02C-1 RS-422
Generator/Distributor

AD2096A, . . . . . . . . . . . . . . . . .

AD2096-1 Alarm Interface

AD2031, . . . . . . . . . . . . . . . . . .

AD2031-1 Switcher Follower

AD2032, . . . . . . . . . . . . . . . . . .

AD2032-1 Alarm Responder

AD2033, . . . . . . . . . . . . . . . . . .

AD2033-1 Auxiliary Follower

Full system keyboards allow for video switching, pan/
tilt control, dome control, auxiliary control, macro
and recorder control (ADCC1100 and AD2089 only),
and system programming. The keyboards support
bi-directional communication with the ADMPCPU via
RS-232 ASCII commands.

Expands one RS-232 port on a system into
four ports. This provides connections to multiple
system keyboards.

Amplifies and distributes SensorNet or Manchester

...

signals and provides Host A and B inputs for dual
CPU systems and 16 output ports with dual
connectors for home run, daisy chain, star, and
J-Box wiring topologies.

Amplifies and distributes RS-422/485 signals and

......

provides Host A and B inputs for dual CPU systems
and 16 outputs for home run, daisy chain, star, and
J-Box wiring topologies.

Interfaces with the matrix switcher/controller system
via AD Data Line and provides 64 AD Manchester
code outputs for use by receiver/drivers and
suitably-equipped pan/tilts and domes.

Interfaces with the matrix switcher/controller system
via AD Data Line and provides 16 SEC RS-422
outputs for use by suitably equipped domes.

Supervises up to 64 alarm inputs and provides
RS-232 ASCII alarm commands to the system.
Alarm inputs can be programmed to call any video
input, display any preset, or to initiate any auxiliary
action. Up to 16 units can be cascaded on a single
RS-232 line.

Activates relays when designated video inputs are
called to designated video outputs. It interfaces with
the matrix switcher/controller system and provides
up to 32 Form A relays, via AD Data Line, that can
be grouped in series and addressed to a single video
output, or in two groups of 16 relays for two specific
video outputs.

Activates relays when associated video outputs are
in their alarming condition. Interfaces with matrix
switcher/controllers and provides up to 32 Form A
relays via AD Data Line.

Activates relays when a specific auxiliary
is triggered either manually or automatically for an
associated video input. Interfaces with matrix
switcher/controllers and provides up to 32 Form A
relays via AD Data line.

Model Number Configurator

The configuration tool adds
flexibility to any job, allowing
change as the customers’
requirements change.
Pre-configured systems from
4 to 128 outputs include one
MPCPU; pre-configured
systems >128 outputs include
two MPCPU.

“blank” = standard system

“–” = standard BNC inputs on VIM Back Panels

“S” = all VIM4 & Remote Panels (30” cables)
“L” = all VIM4 & Remote Panels (96” cables)

ADMPRV xxxx - yyy 1

“V” = factory installed

video loss

# of inputs, increments

of 16, up to 3200

(i.e. 16, 32...3200)

# of outputs, increments of 4,

up to 256 (i.e. 4, 8...256)

“N” = 120 VAC (+or - 10%),

“P” = 100-240 VAC, 50-60 Hz, CE

50-60 Hz, UL & CSA

(5) Includes AD2016CB 30” (76 cm) cables.

SPECIFICATIONS

Basic System Diagram

The MegaPower 3200 matrix switcher supports up to 3200 video
inputs, 256 video outputs, 128 keyboards, 4096 alarms, and 30
satellite systems. The MP3200 provides Intellex control using the

Connectors

Video Inputs .............. 0.5 to 2.0 Vp-p, composite BNC,

Video Outputs ............4 – 256, 1 Vp-p, composite BNC

RS-485/RS-232 ........... Sixteen or thirty-two 8-pin modular. Optional port

AD2089 keyboard and Network Client software, and hot switch

capabilities using a second MPCPU unit....with no hot switch

accessory unit required. The EASY configuration and monitoring
software allows remote configuration and monitoring.

Communication

Dome Protocols ........... Sensornet, RS-422, Manchester (with external

Alarm Inputs .............. 4,096 via AD2096, AD2083, SensorNet/duplex

Relay Outputs .............Optional with external accessories

Electrical

Power Requirements .......

Video Outputs

Fixed Cameras,

Intellex

EASY CPU Setup
and Programming

MegaPower 3200

Alarm Inputs

SpeedDomes or

Mini-Domes

ADTTE Touch Tracker,

ControlCenter 1100,

200, 300, and AD2089

Keyboards

Mechanical

Mounting ................19-inch rack mount

Dimensions (H x W x D) .....

Unit Weight ...............

Color ...................Black

Environmental

Operating Temperature ......0˚ to 40˚C (32˚ to 104˚F)

Humidity .................0 to 95% RH (noncondensing)

Storage .................-40˚ to 70˚C (-40˚ to 155˚F)

Regulatory

Operational

Bandwidth ...............17 MHz

Frequency Response .......± 0.5 dB to 12 MHz

S/N Ratio ................≥ 65 dB (Vp-p vs. Vrms noise)

Crosstalk

Adjacent Channels ........≤ 55 dB (at 3.58 MHz)

Input to Input ............≤ 70 dB (at 3.58 MHz)

Differential Delay ...........± 1.0˚

Differential Phase ..........≤ 1.5˚

Differential Gain ...........≤ 1.0%

Tilt .....................≤ 0.5%

Gain ....................Unity ± 1 dB

Return Loss (input/output) ...≥ 40 dB

DC Level (video signal) ......0 volts

Switching ................ Complete switching of cross-point matrix. EIA

Switching Speed ..........≤ 20 ms (typical)

Keyboard/Receiver

Control Time ..............20 ms (typical)

Phase Adjustment .........180° vertical interval adjustment for switching bay

Non-volatile Memory ........ Setup information saved in permanent flash

(6) Looping panel is optional: ADULP-30 or ADULP-96
(7) AD2031, AD2032, AD2033

Product offerings and specifications are subject to change without notice. Actual products may vary from photos. Not all products include all
features. Availability varies by region; contact your sales representative. Certain product names mentioned herein may be trade names and/or
registered trademarks of other companies.

© 2009 Tyco International Ltd. and its respective companies. All rights reserved. AD0055-DS-200902-R02-LT-EN

RS-170 and NTSC, CCIR and PAL

memory

Emissions ................ FCC Part 15, Subpart B, Class A

Immunity ................EN50130-4

Safety ................... EN60950

looping optional

expander extends each RS-232 port to four

accessories)

RS-422 protocol or RS-232

AD2010 and AD2020 switcher bays:

40 watts nominal, 60 watts maximum
(with 16 modules)

ADMPCPU:

100-240 VAC, 50-60 Hz, 0.4a, 42 VA

AD2010 and AD2020 switcher bays:

26.7 x 48.3 x 47 cm (10.5 x 19 x 18.5 in)

ADMPCPU:

4.45 x 48.2 x 30.48 cm (1.75 x 19 x 12 in)

AD2010 and AD2020 switcher bays:

28 kg (60 lbs), fully loaded bay (with 16 modules)

ADMPCPU:

4.5 kg (10 lbs)

EN55022, Class B

AD2010 and AD2020 series:

UL2044

ADMPCPU:

UL60950, CSA 22.2 60950 (cUL)

6

7

www.americandynamics.net