06 AutoPatch Optima Signal Distribution Solutions

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AutoPatchOptima

Signal Distribution Solutions

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Outline

This presentation will help you become familiar with the AutoPatch Optima Matrix Switcher by covering the following topics:

Introduction to the Optima Matrix Switcher

Features and benefits

How to custom configure an Optima

Pre-Configured Optima Systems

Installation Example

Control Options

AutoPatch Quality

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Outline

During this presentation we will jump right in and configure an Optima by reviewing an application example, choose the boards best suited for the design, and examining the many control options.

And, of course, tell you about our commitment to manufacturing the highest quality products in the industry including our AutoPatch Lifetime Warranty.

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What is a Matrix Switcher?

A switcher is a device that enables the cross connection of multiple inputs to multiple outputs of the same signal type.

A high quality switcher, like AutoPatch, will preserve the original source signal quality for delivery to each destination point.

In a matrix switcher, any input can be routed to any or all outputs, but typically each output can only have one source.

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The Optima

The Optima – ONE Router, Multiple Solutions

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The Optima

The Optima is designed with a platform base on which more than 15 signal types can be stacked. It can easily handle the signal diversity of an entire installation, replacing multiple routers. The Optima is ideal for any mid-range routing application including sports bars, meeting rooms, education and government facilities.

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Full Product Line Overview

Now let’s see where the Optima fits into the AutoPatch product line when we’re looking at the different matrix family names with their associated size ranges.

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The Optima

The Optima provides high-performance and cost efficiency in the following configurations:

I/O board ranges of 16x16, 16x24, 20x4, 20x20, 24x4, 24x16 and 36x4, customizable to handle single or multiple signal types in the same system.

Systems that combine multiple smaller boards (4x4, 8x4, 8x8), eliminating the need for multiple dedicated routers.

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Key Features:

• Matrix Sizes: 4x4, 8x4, 8x8, 16x16, 16x24, 20x4, 20x20, 24x4, 24x16 and 36x4

• 3 RU and 2 RU enclosure options• Customizable to route single or multiple I/O ranges and signal types in the

same system• TCP/IP, front panel, 3rd party, remote and RS-232 control options• 32 Bit Processor with Virtual Matrix I/O Mapping• Presets, groupings and macros• 50 and 300 MHz available• Input gain and output volume control (stereo)• Ultra Flat Response (wideband video)

The Optima

Let’s look at a listing of the major features the Optima offers

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Signals include:

Composite, S-Video, Y/c,

RGB, RGsB, RGBS, RGBHV,

HDTV, Y/Pb/Pr, YUV,

DVI, SD/SDI,

mono audio, stereo audio,

AES unbalanced at 75 ohm,

S/PDIF, TosLink

The Optima

What signal types can the Optima accommodate?

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The Optima

To customize an Optima Matrix Switcher simply select the available boards you require. If you need more space than a single enclosure has, simply add an additional enclosure and we’ll link the enclosures* maintaining your single view for the control system, and allowing for macros, presets and groupings across multiple signal types.

*A link cable is provided with two-enclosure systems, a hub and link cables are provided with systems that contain three or more linked enclosures.

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The Optima

A hub and link cables are provided with systems that contain three or more enclosures

A link cable is provided for two-enclosure systems

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Optima Custom Configurations

Now let’s see how easy it is to configure an Optima system

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We start any configuration with an empty enclosure which contains the CPU for control and the power supply*.

*This picture also shows our optional APWeb TCP/IP control expansion board and optional vertical interval sync expansion. Pre-configured systems come standard with front panel control. Please specify front panel choice when ordering a custom configuration (as explained later in the this presentation).

The 3 RU enclosure can hold 6 “slots”, and the 2 RU enclosure can hold 4 “slots” (slots are discussed on the next slide).

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Next, we need to select the I/O boards to support the signal types and configurations we want to switch

We need to refer to the Configuration Guide for board selection


The Optima Configuration Guide is available at www.autopatch.com in the documents section and within the Optima product pages. If you are an authorized AutoPatch dealer please register for a login to download the version that includes pricing.

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Optima Configuration Guide

In the Optima Configuration Guide, each signal type is listed in a separate section showing the available I/O boards

Each of the available I/O sizes are listed in the table The number of slots or horizontal

spaces each I/O board occupies is shown in this column

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Since each board has it’s input and output connectors, the physical signal path must be routed from inputs on the board to outputs on the same board. For multiple component signals, such as RGBHV, boards can then be combined in logical groupings via software configuration.


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Let’s configure a 8x8 RGBHV computer video + stereo audio matrix

First, we need to find 3, 8x8 wideband I/O boards to pass the color (RGB) portions of the signal

To find them we refer to the Configuration Guide

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Here we find the board type, and the size we want

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Okay, now we slot in 3, of the 8x8 wideband I/O boards we found in the Configuration Guide to pass the color portions of the computer video signal

RGB

One color per board

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RGB

Now let’s add the Sync Board(s) to pass the 2 Sync signal components (H and V)

We go back to the Configuration Guide to find the boards we need


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We used an 8x8 RGBHV matrix as an example for this training because it is the only Sync configuration that requires only one board.

Due to the compact size of the 8x8 configuration we were able to design a board that includes H and V on the same board. Thus, it contains 16 input connections and 16 output connections.

In all other configurations (16x16, 16x24 etc.) 2 Sync boards would be required (one for H and one for V).

Don’t worry, this information is specified right on the Optima Configuration Guide for future reference.

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Once again, we found the type and size board we need for our example


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RGBHV

Now we’ve added the Sync board we found in the Configuration Guide to pass our Sync signals


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RGBHV

To complete the example we need to look in the Configuration Guide once more to find our 8x8 stereo audio board


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And here is our stereo board.

Let’s go back and plug it in


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RGBHV

stereo

With our stereo board in place our example is complete

Shown here is the rear view of an 8x8 RGBHV + stereo audio Optima Matrix Switcher.

AutoPatch will automatically install the associated configuration file when the unit is assembled at the factory. Thus, the RGBH and V inputs will route simultaneously.


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The Optima Configuration Guide has a section for each signal type the Optima can distribute. Let’s take a look at the other signal type options.

We are always adding boards to the Optima line, so for the most current list of boards please visit www.autopatch.com and download the latest Optima Configuration Guide.


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Note: Board # 46-461 can route and convert between TosLink and S/PDIF

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Note: You can save money and rack space by routing RGBHV over HD-15 connectors

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Note: The SD-SDI boards all have re-clocking on the outputs. For full specifications please visit www.autopatch.com


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The Optima

The Optima Configuration Guide is just one way to find the right Optima system for your next installation. For your convenience you can also:

Search our pre-configured systems (discussed on the next slide)

Call AutoPatch for free matrix design assistance (800.622.0246 or 509.235.2636)

Contact your local Manufacturers Representative

Complete our online Custom Request Form (discussed later in this presentation)

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Pre-Configured Optima Systems

For more common configurations we have built a list of pre-configured systems.

Pre-configured systems contain a single video type, with or without audio, or audio alone. One part number and one price, for quick and easy ordering.

For a complete list of pre-configured Optima systems please visit www.autopatch.com.

In addition to the Optima pre-configured systems, there are over 4,000 listings which cover AutoPatch Matrix Switcher families from 4x4 up to 64x64.

Register for a password to the dealer portion (My AP) of the AutoPatch website for complete access to pre-configured prices. Search there or download the PDF and keep it on your desktop for quicker access.

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You can also submit quotation requests online with the new, online Custom Request Form at www.autopatch.com.

All you really need to know when submitting a request is how many inputs and outputs you need for each signal type, what your future expansion needs are (if any), and what type of control you would prefer.

Online Custom Quotes

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On the next slide you will see how an an Optima might be used in an integration.

This installation required a matrix to route inputs of various signal types including: composite video security cameras, S-video DVD players, Satellite Receivers, RGBHV computer signals, and DVI, out to 3 displays, an LCD, plasma and projector.

Sounds like an integration nightmare, but look at how simple the integration appears with the Optima Matrix Switcher at the heart of the system.

Optima Installation Example

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Because each of the display devices can accept various signal types each source signal is delivered in it’s native form without manipulation.

Optima Installation Example

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The Optima Control Options

Now that we’ve looked at configuring the Optima matrix we should look into how we can control the matrix

What options do we have?

Let’s take a look

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Front Mount Control Panel

The Optima Configuration Guide includes a complete list of optional front mount control panels.

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Remote Control

The Optima is compatible with AutoPatch’s CP-10, CP-15, CP-20A, CP-32 and SBCs*, for control up to 1,000 feet from the enclosure.

*For complete information on these products please visit www.autopatch.com

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APWeb TCP/IP Control

Provides for easy control of the AutoPatch Matrix Switching System from multiple PCs within the LAN or Internet.

Once connected, APWeb automatically serves web pages that display system configuration information, allow easy control access, and provide diagnostics services.

In addition, APWeb provides a tunneling access point that can be used to expand 3rd party control for use over the LAN or Internet, or for remote configuration of routing systems using XNConnect.


*For complete information on APWeb please visit www.autopatch.com

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We have setup an Optima at AutoPatch with an APWeb module interface that you can address with your web browser today.

AutoPatch’s APWeb TCP/IP control interface is available as an expansion slot for the Optima 3 RU enclosure, and a stand alone module compatible with both the 2 and 3 RU enclosures.


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TCP/IP Optima outside the firewall.

Http://12.150.68.212

pwd: none (lower case)

user name: none (lower case)

INTERNET


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RS-232

AutoPatch is compatible with all leading 3rd party control manufacturers (such as AMX and Crestron), the Optima also accepts our simple BCS serial control protocol command structure and ships with our FREE Windows® Based APControl 3.0* software package.

*For complete information on APControl 3.0 and BCS commands please visit www.autopatch.com


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The Optima

Here are some of the basic component locations on the rear of the enclosure

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The Optima

Here’s the connection for the remote panels on the CPU

And here’s the 9 pin connector for the RS-232 interfacing

Let’s look at how that’s wired

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RS-232 – Wiring & Protocol

RX TX GND

Null Modem Cable

Connections

Pins 2 to 3

Pins 3 to 2

Pins 5 to 5

Baud Rate 9600

Data bits 8

Parity None

Stop Bit 1

Flow Control None

All AutoPatch Products use this same protocol and wiring

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ALL AutoPatch Products produced since Oct 97 have a Lifetime

Warranty

The AutoPatch Advantage

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The Optima - Signal Quality

AutoPatch Signal Quality is the highest in the AV industry.

AutoPatch has always specified a +/- 3db level on video signal levels, where the competition has traditionally specified only to the –3db level.

Take a look at the next slide to find out why this is so important.

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The Optima - Signal Quality

Why is this important?

A linear response specification, ( + / – db level ) guarantees a flatter or linear response of the matrix through the entire range of bandwidth range. The image will stay true to the original input source intensity through the entire bandwidth range.

A non-linear response can cause brightening of the image during periods when the bandwidth requirement is in the midrange of the bandwidth curve where over gaining of the video signal typically occurs. The intensity of the image colors at the output of the matrix will vary from the input source levels on the midrange of the bandwidth.

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AutoPatchSignal Distribution Solutions

Documents

06 AutoPatch Optima Signal Distribution Solutions