AV-HS ME Live Switcher. 2ME Live Switcher with wide system adaptability and intuitive operability provides high reliability.

Transcription

1 AV-HS000 ME Live Switcher ME Live Switcher with wide system adaptability and intuitive operability provides high reliability.

2 System Functionality* SDI and DVI inputs and SDI outputs, with a wide variety of keyers and DVEs. Versatile transition modes and extensive video production features are achieved with high cost effectiveness. Functions are scalable using plug-in software. Operability Intuitive operation is realized by Multi-Selection Panel, cross point buttons with color grouping function, and a OLED source name display panel. These function to enhance visibility helps quick and accurate switching. Reliability The power supply for the mainframe and control panel is redundant. Up to panels can be operated through an IP connection to provide stable system operation. *: Some functions differ when G mode is selected. See page 9 for details. Built-in ch MultiViewer Function* Excellent Live Operability Meets Creativity An independent ch MultiViewer output function is provided as standard, enabling displays of up to split screens (a total of 9 patterns). All of these functions are available without the need for a specialized device. MultiViewer can be selected from a total of 9 patterns, including split, split ( patterns), split ( patterns), 9 split,0 split ( patterns), and split. Source names, tallies, audio level meters, clock and safety markers can be displayed. Select between fit mode, in which the video image is the same size as the split frame, and squeeze mode, which places the source name and level meter outside the image. *: Some functions differ when G mode is selected. See page 9 for details. Excellent Value System Capability Fit mode display example SDI and DVI inputs, SDI outputs* Despite its compact RU body, this mainframe provides wide variety of inputs/outputs with frame synchronizer, format converter, and color correctors. Colors can be adjusted to correspond to different video source formats, camera properties, and displays, enabling trouble-free production. Supported Formats Input SDIx 080/PsF 080/9.9p, 0p (G mode) XGA All SDI inputs are provided with a 0 bit frame synchronizer. Output ME Live Switcher AV-HS /.98PsF inputs in total, with SDI and DVI inputs. SDI outputs with outputs per channel. Output SDIx 70/9.9p, 0p SDI Input inputs equipped with up-converters. Signals can be delayed by up to 8 frames. DVI-Dx 80/9.9i, 7/0i 080/9.9i, 0i 080/PsF, 9.97PsF 8 inputs equipped with color correctors. Squeeze mode display example DVI-D 0 x 78 WXGA 80 x 78 SXGA 80 x 0 WSXGA+ 80 x 00 UXGA 00 x 00 WUXGA 90 x 00 MultiViewer examples 080/9.9p, 0p 080/9.9i, 0i split 70/9.9p, 0p 9 split 0 split split outputs equipped with color correctors. outputs equipped with downconverters. * Some functions differ when G mode is selected. See page 9 for details. -system MV (split screens) Mainframe Rear Terminal additional patterns can be selected. Rear Terminal split split split Mainframe

3 Effects to Enhance Your Creativity Diverse DVE Transitions* In addition to wipe, mix, and cut transitions, DVE transitions with D DVE ch, such as size reduction and sliding, can be performed. Diverse rendering of image effects such as mosaic or defocus are possible. ch of D DVE and ch of D DVE systems are provided to support background and keys for each ME. *: Some functions differ when G mode is selected. See page 9 for details. Various Keyers* Featuring variety of keyers, HS000 supports creative live content creation. A luminance key, linear key, chroma key, full key, and PinP are provided for ch per ME (8ch in total), plus ch of DSK, for a total keyers, with ch of upstream key (USK). Chroma key: By implementing the Primatte * algorithm, real time and high quality key composition are possible. PinP: ch per ME (8ch total). Through the flying key effect, move, expand and shrink the input key signals using DVE effects. Key preset: Key Preset function allows easy store and recall of the settings for key. settings for each channel of key and settings for each channel of DSK can be registered. Upstream key: ch of USK are convenient for usage such as adding the CG sources to fill the gap of : image to :9 image. Downstream key: ch are available. Can be assigned to PGM/PGM. *: Some functions differ when G mode is selected. See page 9 for details. Key Types USK KEY DSK Luminance key Linear key Chroma key Full key Picture in Picture Available Functions Transition Key Formation External input SDI ME ME KEY KEY KEY KEY CUT/MIX/ Up Conversion USK x Cross Point Cross Point CUT/MIX/ DVI x PGM output bus ME, ME CUT/MIX/ Internally generated input ME,Key ME,Key DSK PGM PGM CUT/MIX/ CUT/MIX Chroma key Standard optional optional optional N/A PinP * D effect D effect D effect D effect DSK- ME PGM PGM *: Primatte is a registered trademark of IMAGICA DIGIX Inc. The copyright of Primatte belong to IMAGICA DIGIX Inc. The patents for Primatte belong to IMAGICA DIGIX Inc. *: Includes the flying key effect. ME N/A Transitions and Effects Display Example Mosaic Circle wipe Sample of keyers in use Primatte Chroma Key (picture simulated) Defocus ch Squeeze Primatte High-Quality Chroma Key (picture simulated) Conventional Chroma Key (picture simulated) Display Example of Using Upstream Key : SD source (before UC) CG source for both sides Display Example of using Downstream Key (Example of multi-language broadcasting) LIVE ME output HD :9 image with both sides LIVE DSK Source DSK PGM DIRECT DIRECT DSK Source DSK PGM Memory Functions* Using memory function, setting, video and effects can be easily stored and recalled. It allows quick operation of switching and recalling effects in live video production, supports efficient operation and making it easy to perform video effects for more complicated operations. Shot memory: This function recalls background transition patterns or other video effects, including PinP size, position, border width, and key on (maximum of 8 memories). Effect dissolve can be set to ensure smooth switching from the current effect to the next effect registered in shot memory. Event memory: This function allows continuous image effects to be to registered and played back in a timeline. Macro memory: This function allows record and playback of a series of operations on the. It can also record and playback setting information, such as input/output and keyers. Macro memories can be played back by assigning them to the cross point buttons, such as macro bus, PGM, and PST. Video memory: Moving image (Clip) and still image (Still) can be recorded in ch each (maximum of 8 memories * ) for use as video sources. Maximum 0 seconds of moving images can be saved in standard mode, and Maximum 0 seconds in high image quality mode. Moving image (Clip) allows audio recording and playback. *: Some functions differ when G mode is selected. See page 9 for details. *: Storage module is required separately. Intuitive Switching Multi-Selection Panel: A color panel that can display thumbnail images with high visibility. The switches provide a tactile response which allows quick and precise memory operation. Animation wipe: With moving images (clip) and still images (still) recorded in video memory, animation wipes can be created easily. Flexible Scalability and Secure Operability System Scalability* AUX buses are provided. MIX transition is available from the AUX to AUX buses. The system can be operated from a PC via a network connection. Various interfaces and plug-in software installation capability to expand the connectivity with other devices. Five plug-in software is provided and customized plug-in software can be created using SDK. Plug-in software provided * For information on downloading plug-in software, see Software download on the Panasonic website ( EXT_Control This software allows sending and receiving information on source switching or source name for AV-HS000 buses between external devices such as system controllers or tally interfaces connected via network. P_Control This software allows connection and control of Panasonic P devices via RS- serial communications. GVG00 This software allows control such as crosspoint switching or transition on GVG00 protocol compliant external controllers, editors, etc. by RS- serial communications. (External controllers and control software are sold separately.) AUX_IP This software allows crosspoint switching from a remote operation panel (VS-R) via an IP network. (VS-R is a product of Venetex Corp.) Serial TALLY This software provides tally output and source names to an external tally display or interface by RS- serial communications with UMD protocol Ver.. compliant devices. Backup System for Peace of Mind Selectable GUI operation USB mouse Multi-Selection Panel USB DVI monitor A redundant power supply is provided for the mainframe and control panel. Operation of up to control panels is possible through an IP connection. ME rows can be switched by swapping the ME panel and changing the output of the system when ME faults. A web browser is provided to allow access to the GUI menu from a remote PC. System settings and memory information can be stored on SD cards, PC s, and other optional storage devices. Display Example of Shot memory Memory can be recalled just by pushing the selection button. Animation Wipe Examples * : Some functions differ when G mode is selected. See page 9 for details. DVI-D or Menu panel PC LAN * DVI monitor and menu panel cannot be connected simultaneously (Select by switch on back side). * Menu screen on PC does not display moving video, WFM, or VECT. Redundant power supply

4 Operability Enhanced with Ergonomically Designed Panels The graphical user interface combines excellent visibility with ease of operation Multi-Selection Panel Large and easy-to-use touch panel Top menu buttons Menu screen AV-HS0CG Easy-to-use colored switches with tactile response Wipe patterns, Event memory, Shot memory, Video memory (CLIP/STILL) can be registered and recalled 0.-type(. mm) with touch screen allows quick and easy menu operation Display mode can be selected for either full screen or split screen(wfm/vect). On-screen software keyboard/numerical keypad available General-purpose DVI monitor can be used instead of <Output screen to DVI monitor> AV-HS0C (single power supply model) AV-HS0C (redundant power supply model) ME KEY bus selector buttons (KEY BUS DELEGATION) Switches bus column and functions operated by ME KEY bus. Select KEY to key source/key fill bus (key source/key fill link coupling function available). Select AUX to bus (AUX to support the MIX transition function) (AUX bus / to / have the crosspoint link coupling function). Select Display <DISP> bus* (*: This bus selects images to be displayed on (AV-HS0C)). Select Utility bus* (*: This bus selects sources to be inserted in border background or key edge). Select MACRO bus* (*: This bus plays back the macro memory) Split-screen buttons Wipe Pattern Event memory Shot memory Video memory (CLIP) WFM Video memory (STILL) Rotary encoders VECT Positioner area Memory Card Slot Settings and log data can be stored/accessed on an SD memory card or SDHC memory card *SD memory card and SDHC card are sold separately Positioner KEY bus crosspoint buttons Provides cursor operation for positioning / PinP, size adjustment, chroma key Select source for the bus switched with KEY bus select buttons Can playback macro memory Source name display panel Transition Displays crosspoint numbers, source display names, and macro names. Bit map characters can be displayed for source names. Background/key transition: operate fader, AUTO, or CUT transitions. Select transition type: select from, MIX, or NAM transitions. Switch on/off the macro memory attachment function (macro attach): enable/disable the macro memory play back trigger assigned to PGM bus, PST bus, or AUX bus buttons. Fader play back of the event memory (EMEM link): performs fader operation of the event memory. ME change: switches the ME/ME columns Crosspoint buttons. 8 colors can be used for grouping to matched sources. Switching is possible among crosspoints x pages (9 total crosspoints). Assign and play back the macro memory ME KEY bus selector buttons (KEY BUS DELEGATION) Key, DSK operation Switches bus column and functions operated by ME KEY bus. Select KEY to key source/key fill bus (key source/key fill link coupling function available). Select DSK to key source/key fill bus (can be assigned to PGM/PGM). Select Utility bus* (*: This bus selects sources to be inserted in the border background or key edge). Select MACRO bus* (*: This bus plays back the macro memory). KEY/DSK transition: operates KEY to, DSK to AUTO, CUT transition of each ME. Key preset: For KEY to and DSK to of each ME, register and access key preset Crosspoint area Multi-Selection Panel area Transition area KEY / DSK operation area 7 8

5 Large and easy-to-use touch panel Operability Enhanced with Ergonomically Designed Panels The graphical user interface combines excellent visibility with ease of operation Multi-Selection Panel Top menu buttons Menu screen AV-HS0CG Easy-to-use colored switches with tactile response Wipe patterns, Event memory, Shot memory, Video memory (CLIP/STILL) can be registered and recalled 0.-type(. mm) with touch screen allows quick and easy menu operation Display mode can be selected for either full screen or split screen(wfm/vect). On-screen software keyboard/numerical keypad available General-purpose DVI monitor can be used instead of <Output screen to DVI monitor> AV-HS0C (single power supply model) AV-HS0C (redundant power supply model) ME KEY bus selector buttons (KEY BUS DELEGATION) Switches bus column and functions operated by ME KEY bus. Select KEY to key source/key fill bus (key source/key fill link coupling function available). Select AUX to bus (AUX to support the MIX transition function) (AUX bus / to / have the crosspoint link coupling function). Select Display <DISP> bus* (*: This bus selects images to be displayed on (AV-HS0C)). Select Utility bus* (*: This bus selects sources to be inserted in border background or key edge). Select MACRO bus* (*: This bus plays back the macro memory) Split-screen buttons Wipe Pattern Event memory Shot memory Video memory (CLIP) WFM Video memory (STILL) Rotary encoders VECT Positioner area Memory Card Slot Settings and log data can be stored/accessed on an SD memory card or SDHC memory card *SD memory card and SDHC card are sold separately Positioner KEY bus crosspoint buttons Provides cursor operation for positioning / PinP, size adjustment, chroma key Select source for the bus switched with KEY bus select buttons Can playback macro memory Source name display panel Transition Displays crosspoint numbers, source display names, and macro names. Bit map characters can be displayed for source names. Background/key transition: operate fader, AUTO, or CUT transitions. Select transition type: select from, MIX, or NAM transitions. Switch on/off the macro memory attachment function (macro attach): enable/disable the macro memory play back trigger assigned to PGM bus, PST bus, or AUX bus buttons. Fader play back of the event memory (EMEM link): performs fader operation of the event memory. ME change: switches the ME/ME columns Crosspoint buttons. 8 colors can be used for grouping to matched sources. Switching is possible among crosspoints x pages (9 total crosspoints). Assign and play back the macro memory ME KEY bus selector buttons (KEY BUS DELEGATION) Key, DSK operation Switches bus column and functions operated by ME KEY bus. Select KEY to key source/key fill bus (key source/key fill link coupling function available). Select DSK to key source/key fill bus (can be assigned to PGM/PGM). Select Utility bus* (*: This bus selects sources to be inserted in the border background or key edge). Select MACRO bus* (*: This bus plays back the macro memory). KEY/DSK transition: operates KEY to, DSK to AUTO, CUT transition of each ME. Key preset: For KEY to and DSK to of each ME, register and access key preset Crosspoint area Multi-Selection Panel area Transition area KEY / DSK operation area 7 8

6 G format compatibility Product Range AV-HS000 can be used as a. ME switcher compatible with G video formats when it is set to G mode. Functions supported by format Standard mode G mode Signal formats 080/9.9i, 080/0i, 080/9.97PsF, 080/PsF, 080/PsF, 080/.98PsF, 70/9.9p, 70/0p, 80/9.9i, 7/0i 080/9.9p, 080/0p Number of SDI inputs Number of DVI inputs 0 Number of up-converter channel 0 Input function Dot by Dot Possible Not possible Number of delay function channel Number of color corrector channel 8 Number of upstream keyer channel Number of SDI output 8 Output function Number of down-converter channel 0 Number of color corrector channel ME function Number of utility bus BKGD transition pattern (SQ, SL, D) Possible Not possible ME function IMAGE Possible Not possible Number of keyer 0 Number of utility bus 0 Number of DSK keyer Number of still image (Still) memory channel Number of channel Moving image Recording time per channel (Clip) memory (standard image quality) Approximately 0 seconds Approximately 0 seconds function Recording time per channel (high image quality) Approximately 0 seconds Approximately seconds Number of MultiViewer Number of AUX 8 AV-HS000 Block Diagram (G mode) SDI,,, 9 ME Image Effect BKGD MIX DVE(ch) VIDEO PROCESS KEYER KEY KEY KEY KEY Linear, Lum, Full, PinP Chroma Option Option Option DVE DVE DVE(D) DVE(D) EDGE EDGE EDGE EDGE OUT, AV-HS000 Series Composition Mainframe Storage Module Chroma Key Software AV-HS000 Block Diagram (Standard mode) SDI - SDI - DVI, Internal Source CBGD - CBAR Black Video Memory (volatile) Still (V/K) - Clip (V/K) - INPUT PROCESS Up Stream Key Input Matrix ME,ME Image Effect DSK- BKGD MIX DVE(ch) AUX- MV- Single Power Supply Model Redundant Power Supply Model Single Power Supply Model Redundant Power Supply Model VIDEO PROCESS KEYER KEY KEY KEY KEY Linear, Lum, Full, PinP Chroma Option Option Option DVE DVE DVE(D) DVE(D) EDGE EDGE EDGE EDGE DSK DSK DSK DSK Linear, Lum EDGE EDGE EDGE EDGE AUX - AUX - MIX transition (CUT) Output Matrix OUTPUT PROCESS Model no. AV-HS0UP/AV-HS0UE AV-HS0UP/AV-HS0UE AV-HS0CP/AV-HS0CE AV-HS0CP/AV-HS0CE AV HS0CG AV HS0DG AV SFU0G SDI - SDI - MENU PANEL SDI 7, INPUT PROCESS Up Stream Key Input Matrix ME BKGD MIX ( SQ, SL, D is not possible) Output Matrix OUTPUT PROCESS OUT, OUT, (080i) Internal Source CBGD - CBAR Black DSK- AUX- 8 DSK EDGE Linear, Lum DSK EDGE AUX - AUX - 8 MIX transition (CUT) Video Memory (volatile) Clip (V/K) - Still (V/K) - MV- MENU PANEL * Input and output is by odd-numbered terminals only. * 080i format signals where half of the lines are thinned out from 080p format signals are output from OUT and OUT terminals. 9 0

7 Specifications Mainframe AV-HS0UP/E,AV-HS0UP/E AV-HS0CP/E,AV-HS0CP/E AV HS0CG Power Supply Power Consumption Ambient Operating Temperature Humidity Storage Temperature AC00 V to 0 V, 0 Hz/0 Hz (AV-HS0U supports redundant power supply) 0 W 0 C to 0 C ( F to 0 F) 0% to 90% (no condensation) 0 C to 0 C ( F to 0 F) Signal Formats SD 80/9.9i, 7/0i HD 080/9.9i, 080/0i, 70/9.9p, 70/0p, 080/PsF, 080/.98PsF, 080/PsF, 080/9.97PsF, 080/9.9p, 080/0p Signal Processing Y:PB:PR :: 0 bit ME Number R:G:B ME :: 8 bit Power Supply Power Consumption Temperature Humidity AC00 V to 0 V, 0 Hz/0 Hz (AV-HS0C supports redundant power supply) 0 W 0 C to 0 C ( F to 0 F) 0% to 90% (no condensation) Power Supply Power Consumption Temperature Humidity DC V/0. A (Supplied from AV-HS0C/AV-HS0C using the supplied cable).8 W 0 C to 0 C ( F to 0 F) 0% to 90% (no condensation) Storage Humidity 0% to 90% (no condensation) Storage Temperature 0 C to 0 C ( F to 0 F) Storage Temperature 0 C to 0 C ( F to 0 F) Weight Dimensions (WxHxD) Video Terminal SDI IN to SDI IN Terminals DVI-D IN to DVI-D IN Terminals SDI OUT to SDI OUT Terminals AV HS0U: Approx.. kg(7.8 lbs.)(excluding accessories) AV HS0U: Approx.. kg(9.7 lbs.)(excluding accessories) 8 mm mm 8 mm (8-/ inches -/ inches -/ inches)(excluding protrusions) During Standard mode lines Connectors: BNCx SDI IN 7, SDI IN 8, SDI IN, SDI IN terminals are equipped with up-converters. SDI IN to SDI IN terminals are equipped with color correctors. HD-SDI SD-SDI SMPTE9M (BTA S-00) standard compliant 0.8 V [p-p]±0% (7 Ω) Automatic equalizer 00 m (8 ft) (when. Gbps/C-FB cable is used) SMPTE9M standard compliant 0.8 V [p-p]±0% (7 Ω) Automatic equalizer 00 m ( ft) (when C-V cable is used) During G mode lines Connector: BNC (only the odd numbered terminals can be used) The even numbered terminals <SDI IN >, <SDI IN >... <SDI IN > cannot be used. <SDI IN >, <SDI IN 7>, <SDI IN 9>, and <SDI IN > terminals are equipped with color correctors. G-SDI G serial digital, SMPTEM standard compliant 0.8 V[p-p] ±0% (7 Ω) Automatic equalizer 00 m (8 ft) (when Gbps/C- FB cable is used) G SDI Level B Mapping lines Digital RGB:XGA (0 78), WXGA (80 78), SXGA (80 0), WSXGA+ (80 00),UXGA (00 00), WUXGA (90 00) Vertical frequency: 0 Hz Video format inputs: 080/9.9p, 080/0p, 080/9.9i, 080/0i, 70/9.9p, 70/0p Connectors: DVI-D The terminals do not support HDCP. The DVI-I connector cable cannot be used. For the DVI-D connector cable, use a cable with a length of up to m.(. ft) <DVI-D IN>/<DVI-D IN> terminals cannot be used during G mode. During Standard mode lines ( distributed outputs per line) Connectors: BNCx MEPGM, MEPVW, MECLN, MEKEYPVW, MEPGM, MEPVW, MECLN, MEKEYPVW, DSKPGM, DSKPGM, DSKPVW, DSKPVW, DSKCLN, DSKCLN, DSKCLN, DSKCLN, SEL KEYPVW, MV to MV, and AUX to AUX can be assigned. HD-SDI SMPTE9M (BTA S-00) standard compliant Output level: 0.8 V [p-p]±0% SD-SDI SMPTE9M standard compliant Output level: 0.8 V [p-p]±0% During G mode G SDI output: 8 lines ( distribute outputs per line) HD-SDI output: lines ( distribute outputs per line) Connector G SDI: BNC (odd numbered terminals only) HD-SDI: BNC (<SDI OUT > and <SDI OUT > terminals only) G SDI signal is not output from the even numbered terminals. - No signal is output from the <SDI OUT >, <SDI OUT >... <SDI OUT > terminals. - The HD-SDI signal converted to the 080i format is output from the <SDI OUT > and <SDI OUT > terminals. This signal is converted to the 080i format by decimating the 080p signal from the <SDI OUT > and <SDI OUT > terminals. <SDI OUT > and <SDI OUT > terminals are equipped with color correctors. The same color corrector setting is also applied to <SDI OUT > and <SDI OUT > terminals. MEPGM, MEPVW, MECLN, MEKEYPVW, MEPGM, MEPVW, MECLN, DSKPGM, DSKPGM, DSKPVW, DSKPVW, DSKCLN, DSKCLN, SEL KEYPVW, MV to MV, and AUX to AUX8 can be assigned. Synchronous Terminal REF Terminal LTC IN Terminal Video Delay Time Control Terminal LAN Terminal PANEL Terminal COM(M)/COM(M)/ COM(M)Terminals COM(M/S) Terminal GPI IN Terminal GPI OUT/GPI OUT terminal Accessories Connectors: BNC Same field frequencies as those of the system formats supported In Genlock mode: Black burst or Tri-level Sync input signals (with loop-through) If the loop-through output is not used, provide a 7 Ω termination. In the 080/PsF and 080/.98PsF formats, only Genlock mode supported In the 080/.98PsF format, black burst signals with 0 Field ID (SMPTE8M standard compliant) or Tri-level Sync signals supported In the 080/PsF format, Tri-level Sync signals supported In internal sync mode: Black burst output signal This is the LTC (linear time code) input terminal. Connectors: BNC Impedance: kω Level: to V [p-p] During Standard mode line (H) When the frame synchronizer is set to Off and the upconverter is set to Off frame (F) When the frame synchronizer is set to On, or the upconverter is set to On When the signals have passed through PinP, DVE, MultiView, down-converter, or DVI-IN, a maximum delay of frame is applied in each case. During G mode line (H) When the frame synchronizer is set to [Off] frame (F) When the frame synchronizer is set to [On] Maximum of frame delay is added to each when passed through PinP, DVE, or MultiView. Compatible with 00Base-TX and AUTO-MDIX (For IP control) Connection cable: LAN cable (CATE), max. 00 m (8 ft), STP (Shielded Twisted Pair) cable recommended Connector: RJ- Compatible with 00Base-TX and AUTO-MDIX (For AV-HS0C/AV-HS0C connection) Connection cable (supplied with AV-HS0C/AV-HS0C): LAN cable (CATE), straight cable, STP (Shielded Twisted Pair), 0 m (.8 ft) Connector: RJ- RS- Control Terminal For master connection for controlling external devices Connector: D-sub 9-pin (female) x, inch screw RS- Control Terminal For master/slave connection for controlling external devices Connector: D-sub 9-pin (female), inch screw Switchable between master connection and slave connection via menu GPI IN: 8 inputs, general-purpose, photocoupler sensing ALARM OUT: output, open collector output (negative logic) Connector: D-sub -pin (female), inch screw GPI OUT: 8 outputs, selected from general purpose, tally Open collector output Connector: D-sub -pin (female) x, inch screw AC cable -AV HS0UP: cable, AV HS0UP: cables -AV HS0UE: cables, AV HS0UE: cables Rack-mounted rear panel support bracket Screws for the rack-mounted rear panel support bracket: 8 screws Operating Guide for the AV-HS000 series (Excerpted Version) Storage Humidity Weight Dimensions(WxHxD) Control Terminal Mainframe Terminal MENU PANEL Terminal DVI-D Terminal USB Terminal Display Selector Switch COM(M) Terminal COM(RS-) Terminal GPI I/O Termina ME Number Accessories 0% to 90% (no condensation) AV-HS0C: Approx..0 kg(8. lbs.)(excluding accessories) AV-HS0C: Approx..9 kg(0. lbs.)(excluding accessories) 980 mm. mm 7 mm (8-9/ inches -/ inches 0-/ inches) (excluding protrusions) Compatible with 00Base-TX and AUTO-MDIX (For Mainframe AV-HS0U/AV-HS0U connection) Connection cable (supplied with AV-HS0C/AV-HS0C): LAN cable (CATE), Straight cable, STP (Shielded Twisted Pair), 0 m (.8 ft) Connector: RJ- When connected to the <LAN> terminal, no video will be displayed on the AV-HS0CG. Used only for the AV-HS0CG Connector: DVI-D Because an independent signal format is used,cannot be displayed on a DVI-D monitor. Cannot be used concurrently with a DVI-D monitor (computer) connected to the <DVI-D> terminal. Select with the display selector switch. Used for displaying menus to the DVI monitor Connector: DVI-D Monitor resolution: 78 compatible monitor Cannot be used concurrently with the <MENU PANEL> terminal. Select with the display selector switch. For DVI monitor menu operation Connector: USB (type A, female) Cannot be used for the AV-HS0CG. Switch for selecting <MENU PANEL> terminal or <DVI-D> terminal RS- Control Terminal For master connection for controlling external devices Connector: D-sub 9-pin (female), inch screw RS- Control Terminal For external device control connections Connector: D-sub 9-pin (male), inch screw GPI IN: 8 inputs, general-purpose, photocoupler sensing ALARM OUT: output, open collector output (negative logic) GPI OUT: 0 outputs, selected from general purpose, tally Open collector output Connector: D-sub -pin (female), inch screw ME AC Cable -AV HS0CP: cable, AV HS0CP: cables -AV HS0CE: cables, AV HS0CE: cables LAN Cable: cable (used to connect with the Mainframe AV-HS0U/AV-HS0U) Switch blank cap (large): caps Switch blank cap (small): caps Storage Humidity Weight Dimensions (WxHxD) Control Terminal Terminal Accessories 0% to 90% (no condensation) Storage Module AV-HS0DG Weight Dimensions (WxHxD) Accessories Approx..7 kg (.7 lbs.) (excluding accessories) 90 mm 77 mm. mm (-/ inches -/ inches -/ inches) (excluding protrusions) RU Used only for the AV-HS0C/AV-HS0C Connectors: DVI-D Because an independent signal format is used,dvi-d source cannot be displayed. Cannot be used concurrently with a DVI-D monitor connected to the <DVI-D> terminal of the AV-HS0C/ AV-HS0C. Set the display selector switch of the AV-HS0C/AV- HS0C to the <MENU PANEL> terminal side. Connecting cable (with ferrite core) for the AV-HS0C/AV- HS0C : cable Bracket for mounting the AV-HS0C/AV-HS0C Screws for the bracket for mounting the AV-HS0C/AV- HS0C : screws Approx. 7.0 g (0. ozs.) 9.8 mm.0 mm 0.8 mm (-/ inches / inches inches) AV-HS0D Installation Guide Due to device characteristics, the storage module AV-HS0DG is subject to data damage and overwriting restrictions. Backup of important data is recommended. G-SDI G serial digital, SMPTEM standard compliant Output level: 0.8 V [p-p] ±0% G SDI Level B Mapping

8 Dimensions: mm (inch). (/). (-/) 7 (0-/) 0 (9-7/) 8. (/) ( (-/)) (-/) 980 (8-9/) () (-7/) 8 (/) 8. (/) 9. (-/) (8 (/)) 9. (/) 70 (7-/8) 9 (7-7/) 0 (/) 0 (-/) Mainframe. (-/) (0 (-/8)) (/) (/) 7 (-/) 7 (-/) (/).8 (/) 0. (-/) 90 (-/) 77 (-/) (-/) 8 (8-/) (8-/) 0. (-/) 8 (-/) 7. (-/) 0 [Countries and Regions] Panasonic Corporation AVC Networks Company - Matsuba-cho, Kadoma, Osaka 7-80 Japan Argentina Australia + (0) Bahrain Brazil Canada China Hong Kong Czech Republic: + (0) Denmark Egypt Finland, Latvia, Lithuania, Estonia +8 (9) France + (0) Germany, Austria, Switzerland +9 (0) Greece Hungary + () India Indonesia Iran (Vida) (Panasonic Office) Italy Jordan Kazakhstan Korea +8 0 Kuwait +9 8 Lebanon +9 7 Malaysia Mexico Netherlands, Belgium New Zealand Norway Pakistan (SNT) Palestine Panama Philippines Poland +8 () 8 00 Portugal Romania, Albania, Bulgaria, Macedonia +0 (0) Russia & CIS Saudi Arabia Singapore Slovak Republic, Croatia, Serbia, Bosnia, Montenegro, Slovenia + (0) South Africa +7 Spain + (9) 9 00 Sweden + (8) 80 Syria +9 8/ Taiwan Thailand Turkey U.A.E. (for All Middle East) Ukraine U.K. +(0) 70 9 U.S.A Vietnam Factories of AVC Networks Company have received ISO00:00-the Environmental Management System certification. (Except for rd party s peripherals.) SP-HS000PE 007UP- Printed in Japan