Extron electronic ISS 408 manual Symbols, Ethernet connection, Default address

Page 52

Ethernet connection

The cable can be terminated as either a patch cable or a crossover cable (figure 4-2) and must be properly terminated for your application:

•Patch (straight) cable — Connection of the ISS to an Ethernet hub, router, or switcher that also hosts a controlling computer

•Crossover cable — Direct connection between the ISS and a computer

Default address

To access the switcher via the Ethernet port, you need the switcher’s IP address. If the address has been changed to an address comprised of words and characters, the actual numeric IP address can be determined using the front panel (see "IP information" in chapter 3, Operation) or the Ping utility (see “Pinging to determine the switcher’s IP address” or “Pinging to determine the Web IP address” in appendix A, “Ethernet Connection”, for more details). If the address has not been changed, the factory-specified default is 192.168.254.254.

Symbols

Symbols ( Xn values), defined below, are used throughout the discussions of the switcher-initiated messages that begin on the next page and the command/ response table that begins on page 4-9. The symbols represent variables in the switcher-initiated messages and the command/response table fields.

= CR/LF (carriage return/line feed) (hex 0D 0A)

= CR (no line feed)

•= Space

Esc = Escape key

X1

= Input number (1 through 8)

 

X2

= Output number (1 [program] or 2 [preview])

X3

= 0 = off, 1 = on

 

 

 

X4

= Take level: 0 = video and audio, 1 = video, 2 = audio

X5

= Video type:

 

 

 

 

0

= RGB

5

= Betacam 60

 

1

= RGBcvS

6

= HDTV

 

2

= YUVi

7

= S-video

 

3

= YUVp

8

= Composite

 

4

= Betacam 50

 

 

 

X6

= Switcher resolution:

 

 

 

 

00

= 640x480

09

=

1365x1024

 

01

= 800x600

10

=

720p*

 

02

= 832x624

11

=

1080p

 

03

= 848x480

12

=

1080i

 

04

= 852x480

13

=

1400 x 1050

 

05

= 1024x768*

14

=

576p

 

06

= 1280x768*

15

=

1366x768

 

07

= 1280x1024*

16

=

1365x768

 

08

= 1360x765

 

 

 

 

 

 

 

* Native DVI resolution.

 

 

 

 

X7

= Video refresh rate:

 

 

 

 

0

= 50 Hz

3

=

75 Hz

 

1

= 56 Hz

4

=

85 Hz

 

2

= 60 Hz

5

= AFL*

 

 

 

 

Lock or AFL is Accu-RATE Frame Lock™

 

 

 

 

 

 

 

 

(PAL = 50 Hz, NTSC = 59.94 Hz).

X8

= Output video type: 0 = RGBHV, 1 = RGBS

X9

= Output sync polarity:

 

 

 

 

0

= H–/V–

2

= H+/V–

 

1

= H–/V+

3

= H+/V+

X10

= Color value (0 thru 127)

 

= Tint value (0 thru 255)

X11

 

= Brightness and contrast value (0 thru 63)

X12

 

= Size value (range depends on the resolution)

X13

 

= Centering value (range depends on the resolution)

X14

 

= Blanking value (000 thru 200)

X15

 

= Pixel sampling phase (000 thru 031)

X16

 

= Horizontal filter value (0 thru 3)

X17

 

= Vertical filter or composite/S-video detail filter (1 thru 7)

X18

 

= Preset number (01 thru 03)

X19

 

= RGB delay/dissolve speed (00 [RGB] or 01 [dissolve] to 50)

X20

 

= Program/preview output selection

X21

 

Prog/Prev

Prog/Prev

 

0 = Off/Off

2 = Off/On

 

1 = On/Off

3 = On/On

 

= Test pattern type (001 through 010)

X22

 

001 = Color Bars

006 = alternating pixels

 

002 = crosshatch

007 = film aspect ratio 1.78

 

003 = 4x4 crosshatch

008 = film aspect ratio 1.85

 

004 = gray scale

009 = film aspect ration 2.35

 

005 = crop

010 = ramp

 

= Gain/attenuation: -24dB to +•9 dB, each step = 1 dB

X23

 

= Gain value: Numeric dB value, 0 to +9

X24

 

=Attenuation value: Numeric dB value, -1 to -24

X25

 

= Preview switch mode: 0 = stay mode, 1 = swap mode

X26

 

= Frequency: nnn.nn (kHz [horizontal] or Hz [vertical])

X27

 

= Detected input signal standard (0 through 4)

X28

 

0 = none

3 = NTSC 4.43

 

1 = NTSC 3.58

4 = SECAM

 

2 = PAL

 

Dash (–) = not applicable (occurs when the input is set for RGB or progressive YUV).

X29 = “Take” effect: 00 = cut, 01 = dissolve

ISS 408 Integration Seamless Switcher • Programmer’s Guide

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Contents ISS Precautions FCC Class B Notice Quick Start ISS Integration Seamless Switcher ISS 408 Integration Seamless Switcher Quick Start QS-1Quick Start ISS Integration Seamless Switcher, cont’d QS-2 ISS 408 Integration Seamless Switcher Quick StartTable of Contents Table of Contents, cont’d ISS 408 Integration Seamless Switcher Table of Contents Iii Iv ISS 408 Integration Seamless Switcher Table of Contents One About the Switcher ISS 408 Integration Seamless Switcher IntroductionIntroductiontroduction, cont’d About this ManualTypical ISS 408 Integration Seamless Switcher application Introduction, cont’d ISS 408 Integration Seamless Switcher Introduction Introduction, cont’d Two Installationstallation, cont’d Mounting the SwitcherTabletop placement Rack mountingMounting the switcher Mounting instructionsCabling and Rear Panel Views Installation, cont’dInput connections Captive screw connector wiring for inputs Standard output connections BNC output connections for Rgbhv and Rgbs videoOptional output connection Wiring the network cable Cabling and RJ-45 connector wiringChoosing a network cable Configuration RS-232 connectionInstallation, cont’d Three Front Panel Controls and Indicators ISS 408 Integration Seamless Switcher OperationOperationeration, cont’d Black/Mute, input selection, and Cut/Dissolve controlsPicture adjustment and menu system controls InputsOperation, cont’d Power-on indicationsFront Panel Operations Selecting an input and switching it to the program output Press and release an input button figureCutting to the selected input Recalling a user preset Auto imaging an inputMenu system overview Extron Electronics ISS 60-423-01 VersionVideo & Audio Configuration menu Input Configuration submenuOutput Configuration menu Output Resolution submenuISS 408 Integration Seamless Switcher Operation Advanced Configuration menu OffBlue-Only Mode and Edge Smoothing submenu RGB Delay submenuDissolve Speed submenu Test Pattern submenuEnhanced Mode submenu Pixel Phase submenuPreview Switch Mode submenu Auto Imaging and Auto Memories submenuPAL Film Mode submenu Reset submenuUser Presets menu Save Preview Preset submenuErase Preview Presets submenu Exit menuPicture adjustments 127 128 063 450 400 500 550Front panel security lockout Executive mode Adjust knobs have no mechanical limits to their rotationOptimizing the Video IP informationSetting up a DVD source Controls to position the imageOptimizing the Audio TroubleshootingGeneral checks Specific problems Problem Cause SolutionOperation, cont’d Four RS-232 Link ISS 408 Integration Seamless Switcher Programmer’s GuideEthernet Link Default address SymbolsEthernet connection Switcher-Initiated Messages Power-upProgrammer’s Guide, cont’d Input selectionCutting or dissolving in swap mode Input and output video typeRGB delay and dissolve speed Preview switch mode PAL film modeAutomated adjustments Test patternSwitcher Error Responses Host-to-Switcher InstructionsUsing the Command/Response Table Command/response table for SIS commands Command Ascii Command Response Additional descriptionCommand/response table for SIS commands cont’d Horizontal detail filter RGB and component video inputs Vertical detail filter RGB and component video inputs Command/response table for SIS commands cont’d Information requests Command/response table for IP SIS commands Date and time entered should be Greenwich Mean Time GMTCommand/response table for special function SIS commands Command Ascii Command ResponseAuto Image Command/response table for advanced instruction set commands Command Hex Command ResponseFive ISS 408 Integration Seamless Switcher Switcher Software Installing the softwareControl Software for Windows Ethernet protocol settings Software operation via EthernetSwitcher Software, cont’d Using the control programWindows Control program window Using the help program Button-Label GeneratorUsing the software To run the Button-Label Generator program, click StartSwitcher Software, cont’d Six EthernetOperation,cont’d ISS 408 Integration Seamless Switcher Ethernet OperationLoading the Startup Control Control ControlChanging the RGB delay or dissolve speed Selecting and switching an inputEthernet Operation, cont’d Using Blue-Only mode Blacking out the screen and muting the audioFreezing the output Outputting a test patternSystem Configuration Administration fieldsISS IP Settings fields ISS IP Address fieldISS Name field Hardware Address fieldFile Management File ManagementInput configuration SetupEthernet Operation, cont’d Output resolution Output rateOutput format Output polaritySeven Maintenance and Modifications Opening and Closing the SwitcherGrounding wrist strap is recommended Maintenance and Modifications, Cont’d Installing a Firmware UpgradeInstalling a DVI Output Card DVI output card connector opening and socket J14Output DVI board installation AAppendix a Ethernet Connection ISS 408 Integration Seamless Switcher Ethernet ConnectionCabling Pinging to determine the switcher’s IP address Determining Default AddressesPinging to determine Web IP address Connecting as a Telnet Client Ethernet Connection, cont’dTelnet tips OpenEscape character and Esc key Local echoSet carriage return-line feed CloseEthernet Connection, cont’d AppendixBB Reference Information Audio Reference Information, cont’d Button Labels Reference Information, cont’d ISS 408 Integration Seamless Switcher Reference Information Reference Information, cont’d Extron’s Warranty Extron Electronics, Europe Beeldschermweg 6C
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ISS 408 specifications

Extron Electronics is renowned for its contributions to the audiovisual industry, providing high-performance devices that meet the demands of professional environments. Two prominent products in their lineup are the ISS 108 and ISS 408 image scaling switchers, which are designed to enhance the management and quality of video signals in various applications.

The Extron ISS 108 is an 8x1 image scaling switcher that allows users to seamlessly switch between multiple video sources while ensuring high image quality. One of its main features is the ability to support a variety of video formats, including resolutions up to 4K. This versatility is crucial for applications in education, corporate settings, and events where different video sources may be required.

In terms of technology, the ISS 108 is equipped with advanced image scaling capabilities that improve the visual quality of the content being displayed. The device utilizes Extron's patented Vector 4K scaling technology, which enhances the clarity and detail of the images while maintaining the integrity of the source material. This technology is invaluable in environments where every detail matters, and it ensures that presentations are delivered at their best quality.

The ISS 408, on the other hand, takes the capabilities of the ISS 108 and elevates them further by offering 4x1 switching capabilities. This enables users to connect up to four video sources, giving them more flexibility in content management. The ISS 408 also supports 4K video resolutions, further solidifying Extron's commitment to delivering high-quality solutions.

Both models are designed with user-friendly interfaces, allowing for easy operation and integration into existing AV systems. They offer extensive control options, including RS-232 and Ethernet, enabling users to incorporate them into automation systems and control environments efficiently.

Another important characteristic of the ISS series is their built-in security features, such as password protection and lockout modes, which are essential for maintaining the integrity of sensitive content being delivered in corporate or educational settings.

In summary, the Extron ISS 108 and ISS 408 provide powerful solutions for image scaling and video switching. With advanced technologies like Vector 4K scaling, robust connectivity options, and intuitive control interfaces, these devices stand out as essential tools for any professional audiovisual application. Their focus on quality, flexibility, and security makes them ideal choices for enhancing video presentations in various environments.
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