Unique 2-rack unit, 10-slot chassis. Use of single-path as well as quad-path boards Built-in two sync-bus distribution system

ADVC G-Series, GeckoFlex, Sonata SIGNAL MANAGEMENT BUSINESS CASE Grass Valley has a diverse signal management portfolio that includes modular as well as standalone appliance designs to match various implementation requirements. The signal management portfolio offers core processing functions for broadcast infrastructures including News, Production, Live Events, and Playout. The diversity of choices assists in overcome business challenges with flexibility, efficiency, and usability. With its high density, long lasting reliability, and lifecycle compatibility, Grass Valley s signal management solutions have a long term proven record of performance, with a very secure and high return of investment for a variety of applications. A dedicated single function approach and multiple signal path architectures of the signal management product portfolio addresses the requirements for various levels of signal management performance, with a focus on large scale media infrastructures. ADVC G-Series, GeckoFlex, and Sonata signal management products all have proven performance that provides a very secure and predictable value proposition. Grass Valley signal management solutions offer comprehensive, as well as dedicated or multi-function signal processing to meet the demands of various broadcast infrastructures whether for single or multiple path conversion, or distribution usage. From analog audio through 1080p/3G video, the product portfolio supports a broad range of signal formats and functions, packaged either in multi-function chassis, or in discrete dedicated devices. KEY FEATURES ADVC G-Series GeckoFlex Sonata Unique 1/3-rack unit, low-powered appliance implementation Unique 2-rack unit, 10-slot chassis Unique 1 rack unit, ultra-low powered boxunit architecture Four multi-purpose video conversion function choices Use of single-path as well as quad-path boards Built-in two sync-bus distribution system 6 MADI & audio conversion function choices Multiple signal type and format support Multi-signal type and format support Multi-sampling rate and format support Input and output settings via dip-switch Mixture of electrical as well as optical interfaces Multiple synchronization choices Compatible with all 8900 series boards ever delivered Web server-based configuration, control, monitoring, and diagnostics High performance native audio support

ADVC G-SERIES The ADVC G-Series of affordable, multi-purpose digital video converters represent leading-edge technology as a part of Grass Valley s signal management solutions. Housed in a practical and compact 1/3 RU form factor, these four converters tackle a variety of different AV tasks and are particularly well suited to support events and staging, corporate AV centers, and broadcast display applications. ADVC G1 Any In to SDI Multi-Functional Converter/Upconverter with Frame Synchronizer The ADVC G1 is a compact and competitively priced converter, designed to convert and/ or upconvert professional/broadcast signals to HD/SD-SDI supporting the latest 3G technology. The ADVC G1 will convert and/or upconvert sources from HDMI, DVI, component, composite, S-Video, AES/EBU, and analog audio to HD/SD-SDI (3G/1.5G support). The ADVC G1 can also be used as an audio embedder. It features a Reference In port which can serve as a frame synchronizer for analog inputs, eliminating the need to purchase separate expensive equipment. (1) (2) (3) (4) (5) (6) (7) (8) (9) KEY FEATURES Any In to (3G) SDI: Converts any type of connection to SDI Incorporates latest 3G technology Feature-rich at an affordable price: Latest technology upconverter Integrated frame synchronizer Multi-purpose converter: DVI input with PC resolution support Audio inputs for audio embedding APPLICATIONS Conversion from analog to SDI Conversion from DVI or HDMI to (3G) HD/SD-SDI High-quality upconversion from analog SD to HD or 3G Frame synchronization (house sync) of analog signals (1) Power LED Lights when the ADVC G1 is operating. (2) Up Conv. LED Lights in upconversion mode. (3) SDI OUT 3G/HD/SD-SDI output ports. (4) Ref IN Reference signal input port. The LED is lit when REF is selected for reference signal source, and if the reference signal input via Ref IN can be synchronized. (5) AES/EBU IN AES/EBU digital audio input port. The LED is lit when AES/EBU digital is selected for audio input. (6) ANALOG AUDIO IN (1/4" TRS 2ch) Balanced audio input ports. The LED is lit when balanced analog is selected for audio input. HDMI Component Composite S-Video Analog Audio AES/EBU High-Quality Conversion Features Frame Synchronizer (7) HDMI IN HDMI input port. The LED marked with V blinks when HDMI is selected for video input, and the LED is lit when a stable signal input is detected. The LED marked with A is lit when HDMI embedded is selected for audio input. (8) DVI-I IN DVI-I input port. The LED blinks when DVI-D or DVI-A is selected for video input. The LED is lit when a stable signal input is detected. (9) ANALOG VIDEO IN Analog video input ports. The LED blinks when component, S-Video or composite is selected for video input. The LED is lit when a stable signal input is detected. SD/HD-SDI (3G) SD/HD-SDI (3G) Please note that the ADVC G1 does not support frame-rate conversion. DVI REF In Full Format Support Upconversion

ADVC G-1 (1) Power connector Connects to the DC plug of the accompanying AC adapter. (2) VIDEO INPUT MODE switch Use the switch to choose the video input. (3) AUDIO INPUT MODE switch Use the switch to choose the audio input. (4) DIP switches Use the switches to choose input/output settings. (5) USB port Used for firmware update. (1) (2) (3) (4) (5) SPECIFICATIONS HDMI Input Input connector: HDMI Input resolution: 1080i 60/59.94/50 1080p 60/59.94/50/30/29.97/25/ 24/23.98 720p 60/59.94/50 480i/p 60/59.94 576i/p 50 VGA (640x480), SVGA (800x600) XGA (1024x768), SXGA (1280x1024) FWXGA (1360x768) UXGA (1600x1200), WUXGA (1920x1200) PC resolution framerate: 60 Hz Input color format: YCbCr (4:2:2/4:4:4), RGB (4:4:4) Deep color support: not supported Color format conversion: YCbCr 4:2:2 12 bits DVI-D Input Input connector: DVI-I (DVI-D) Input resolution: 1080i 60/59.94/50 1080p 60/59.94/50/30/29.97/25/ 24/23.98 720p 60/59.94/50 480p 60/59.94 576p 50 VGA (640x480), SVGA (800x600) XGA (1024x768), SXGA (1280x1024) FWXGA (1360x768) UXGA (1600x1200), WUXGA (1920x1200) PC resolution framerate: 60 Hz Input color format: RGB (4:4:4) Color format conversion: YCbCr 4:2:2 12 bits DVI-A Input Input connector: DVI-I (DVI-A) Input resolution: VGA (640x480), SVGA (800x600) XGA (1024x768), SXGA (1280x1024) FWXGA (1360x768) UXGA (1600x1200) Framerate: 60 Hz Input color format: RGB Color format conversion: YCbCr 4:2:2 12 bits Input connector: YPbPr Component Input Input connectors: YPbPr Input resolution: 1080i 60/59.94/50 1080p 30/29.97/25/24/23.98 1080PsF 24/23.98 720p 60/59.94/50 486i 59.94 483p 59.94 576i/p 50 Input color format: YPbPr Color format conversion: YCbCr 4:2:2 10 bits Component level: SMPTE/EBU N10, Betacam SD pedestal: 0 IRE, 7.5 IRE Composite Input Input connector: CVBS (common with Component-Y) Standard: NTSC, PAL Input color format: YPbPr Color format conversion: YCbCr 4:2:2 10 bits SD pedestal: 0 IRE, 7.5 IRE 3DYC separation: not supported S-Video Input Input connectors: S-Y/S-C (common with Component-Pb,Pr) Standard: NTSC, PAL Input color format: YPbPr Color format conversion: YCbCr 4:2:2 10 bits SD pedestal: 0 IRE, 7.5 IRE Audio Input Input connectors: Balanced analog (2ch) AES/EBU digital (2ch) HDMI embedded (8ch) (HDMI audio is not available when DVI is chosen for video input.) HDMI/AES sample rate: 32/44.1/48 khz Analog ADC sample rate: 48 khz Sample size: 16/20/24 bits Input level adjust: 0 dbu +4 dbu (available for analog audio) SDI Output Output connectors: 3G/HD/SD-SDI (BNCx2) (outputs the same signals) Output resolution: 1080i 60/59.94/50 1080p 60/59.94/50/30/29.97/25/ 24/23.98 1080PsF 30/29.97/25/24/23.98 720p 60/59.94/50/30/29.97/25/ 24/23.98 487i 59.94 576i 50 Output color format: YCbCr 4:2:2 (ITU-R BT.709/601) 10 bits (ITU-R BT.601 is in SD resolution) 3G-SDI mapping format: Level A: direct image mapping Level B: 2x SMPTE292 HD mapping Frame freeze function: supported (keeps displaying the final frame when there is no video input signal) Line 21 closed caption: not supported Audio Output Output connectors: SDI embedded (supports outputting with 8ch multi-audio in HDMI input mode. If AES/analog is selected, audio will be embedded to 1/2ch) Sample rate: 48 khz Sample size: 24 bits (3G/HD), 20 bits (SD) Output level adjust: not supported Video Resizing Upconversion: supported Upconversion mode: (switchable with DIP SW5, SW6) Through 720p 1080i 1080p Display mode: Standard Full screen Flex view Framerate conversion: not supported Internal processing: YCbCr 4:2:2 12 bits Noise reduction: 3DNR Stream Clean Processor (quality of the highly compressed video source will be enhanced) OFF/Low/High/Auto Image enhance: Image Enhance Processor can be switched on or off. Detail will be enhanced. Total delay time: Interlace to interlace: 2.5 frame Interlace to progressive: 2.0 frame Progressive to interlace: 3.0 frame Progressive to progressive: 2.0 frame Video Output Synchronize REF Sync Video output: Reference signal (BB/HDSync) Internal (REF Sync can be enabled/disabled with DIP SW3. When disabled, or when there is no signal input, the ADVC G1 automatically turns into Internal Sync mode.) USB Format: USB2.0 compliant Connector: Mini B Specifications Voltage: AC adapter: Input: 100V 240V (50 Hz/60 Hz) Output: DC 12V 3A (max.) ADVC G1 unit: Input: DC5 16.8V Maximum power consumption: 11.4W Dimensions: 142.5 (W) x 42.5 (H) x 98.5 (D) mm (projecting parts not included) Weight: 700g (approx.) Environmental Characteristics: Operating temperature: 32-104 F (0-40 C) Maximum humidity: 8%-80% (no condensation)

ADGV G2 HDMI & SDI to Analog & SDI Multi-Functional Converter/Downconverter with Frame Synchronizer (3) (5) (7) (8) (9) Like other members of the ADVC G-Series family, the ADVC G2 combines the latest conversion technologies in a compact 1/3 RU form factor. Featuring HDMI and HD/SD-SDI (3G/1.5G support) inputs and HD/SD-SDI (3G/1.5G support), component, composite, S-Video, AES/EBU, and analog audio outputs, the new ADVC G2 plays the role of many converters for the price of one. The ADVC G2 also features 3G support, downconverting, and a frame synchronizer, which becomes very useful when, for example, connecting the SDI out to a switcher. The ADVC G2 can be used as a monitoring device for HDMI and HD/SD-SDI sources, but it can also act as an HDMI to HD/SD-SDI (3G/1.5G support) converter. The AES/EBU and analog audio outputs, used for audio de-embedding, are a welcome feature in most monitoring applications. KEY FEATURES Latest technologies all in one box: Full 3G support (up to 60p) Integrated HDMI input Feature-rich at an affordable price: Downconverter with manual on/off Integrated frame synchronizer Multi-purpose converter: HDMI input for latest camcorder connections Audio outputs for audio deembedding APPLICATIONS Conversion from SDI to analog Conversion from HDMI to HD/SD-SDI or analog Downconversion from (3G) HD-SDI to SD-SDI or analog Downconversion from HDMI to analog or SD-SDI with audio Frame synchronization (house sync) for SDI signals (1) (2) (1) Power LED Lights when the ADVC G2 is operating. (2) Down Conv. LED Lights in Downscaling mode. (3) SDI IN 3G-SDI input port. The LED blinks when SDI IN is selected for the input video channel. The LED is lit when a stable signal input is detected. (4) HDMI IN HDMI input port. The LED blinks when HDMI IN is selected for the input video channel. The LED is lit when a stable signal input is detected. (5) SDI OUT 3G-SDI output ports. HDMI SD/HD-SDI (3G) REF In (4) (6) (10) (11) High-Quality Conversion Features Frame Synchronizer Full Format Support Downconversion (6) Ref IN Reference signal input port. The LED is lit when REF is selected for reference signal, and if the REF signal input can be synchronized. (7) Y/CVBS Outputs composite (BNC) or component (Y) signal based on the setting. (8) Pb/S-Y Outputs S-Video (Y) or component (Pb) signal based on the setting. (9) Pr/S-C Outputs S-Video (C) or component (Pr) signal based on the setting. (10) AES/EBU OUT Digital audio output port. (11) ANALOG AUDIO OUT (Ch.1/2) Balanced audio output ports. (1/4" TRS) SD/HD-SDI (3G) Component Composite S-Video Analog Audio AES/EBU Please note that the ADVC G2 does not support frame-rate conversion.

ADVC G2 (1) Power connector Connects to the DC plug of the accompanying AC adapter. (2) OPERATION MODE switch Use the switch to choose the operation mode. (3) DIP switches Use the switches to choose input/output settings. (4) USB port Used for firmware update. (1) (2) (3) (4) SPECIFICATIONS SDI Input Audio Input Downconverter USB Connector: SDI (SD/HD/3G) BNC Input rasters: 1920 x 1035 720 x 486 Framerate: 60, 59.94, 50, 30, 29.97, 25, 24, 23.98 Hz Color format: YCbCr Sampling structure: 4:2:2 Sampling depth: 10 bits Input frame buffer: None Line 21 closed caption: supported only in SD input (THROUGH) 3G-SDI mapping: both Level A and B supported HDMI Input Connector: HDMI Input rasters: 720 x 480 640 x 480 Framerate: 60, 59.94, 50, 30, 29.97, 25, 24, 23.98 Hz Color format: YCbCr/RGB Sampling structure: 4:2:2 / 4:4:4 Sampling depth: 8 bits (up to 10 bits is available for YCbCr 4:2:2) RGB YCbCr conversion: supported Input frame buffer: none Connectors: SDI embedded/hdmi embedded Supports only LPCM Ch3/4 is switched in HDMI (complies with DCI standard) Sample rate: 48 khz (SDI) 48/44.1/32 khz (HDMI) (converted to 48 khz before output) Sampling depth: up to 20/24 bits (up to 20 bits for SD-SDI) Embedded audio: 8ch, 24 bits Video Output Available to output in the same resolution as the input signal. Note that 3G can not be output as an analog signal Connectors: 3G-SDI BNC x2 Component BNC x3 Composite BNC (common with component Y) S-Video BNC x2 (common with component Pb Pr) Output rasters: 1920 x 1035 720 x 486 Framerate: 60, 59.94, 50, 30, 29.97 25, 24, 23.98 Color format: YCbCr Sampling structure: 4:2:2 Sampling depth: 10 bits Frame buffer: 1 frame SDI ANC data: not supported (outputs VITC through in SDI input mode) 3G-SDI mapping: both Level A and B supported Input rasters: (black bars will be added to 1920 x 1035 video when input) Output format: 720 x 486i59.94 i50 Color format: YCbCr Sampling structure: 4:2:2 Sampling depth: 10 bits Framerate conversion: not supported Frame buffer: none Audio Output Audio output connectors: Digital AES/EBU BNC Analog balanced 1/4" TRS SDI embedded AES/EBU audio coding: LPCM Analog audio level: 0/+4 dbu Sample rate: 48 khz (32, 44.1 khz are not supported) Sample size: 24 bits Level adjust: not supported Analog / AES/EBU channel select: can be selected with DIP switches Embedded audio: 8ch, 20/24 bits (20 bits for SD-SDI) Format: USB2.0 compliant Connector: Mini B Specifications Voltage: AC adapter: Input: 100V 240V (50 Hz/60 Hz) Output: DC 12V 3A (max.) ADVC G2 unit: Input: DC5 16.8V Maximum power consumption: 12.5W Dimensions: 142.5 (W) x 42.5 (H) x 98.5 (D) mm (projecting parts not included) Weight: 700g (approx.) Environmental characteristics: Operating temperature: 32-104 F (0-40 C) Maximum humidity: 8%-80% (no condensation)

ADVC G3 2X SDI to HDMI Converter/Multiplexer with 3D Support The ADVC G3 is a full-featured HD/SD-SDI to HDMI converter with 3G technology and the latest HDMI connection support, designed to fulfill the demands of 3D monitoring and multiplexing. The ADVC G3 can be used as a standard HD/ SD-SDI to HDMI converter, but also features a second SDI input which can be used for left-eye/right-eye inputs. The ADVC G3 will, in real time, multiplex the two left-eye/right-eye signals for a 3D output through HDMI. The analog audio and AES/EBU outputs, used for audio de-embedding, are a welcome feature in monitoring situations, for both 2D and 3D content. The ADVC G3 features 3D multiplexing technology supported by HDMI (Side-by- Side, Top-and-Bottom, and Frame Packing sequential), which can be turned on and off manually. (2) (3) (4) (5) (1) (1) Power LED Lights when the ADVC G3 is operating. (2) SDI IN (Ch.1/2) 3G-SDI input ports. (3) HDMI OUT HDMI output port. (4) AES/EBU OUT Digital audio output port. (5) LINE OUT Analog audio (L/R, 2ch) output ports. KEY FEATURES SD/HD-SDI (3G) The best tool for 3D! Selectable muxing patterns: top-andbottom, side-by-side, and framepacking Incorporates the latest technology: Full 3G support (up to 60p) HDMI support SD/HD-SDI (3G) Second SD/HD-SDI Backup (same connector as SD/HD-SDI second) High-Quality Conversion Features HDMI Analog Audio AES/EBU Multi-purpose converter: 3D multiplexer 3D Support (3G) SDI to HDMI converter APPLICATIONS Full Format Support Conversion from HD/SD-SDI (3G/1.5G support) to HDMI (with audio) Multiplexing right-eye/left-eye SDI signals to HDMI 3D De-embedding audio

ADVC G3 (1) Power connector Connects to the DC plug of the accompanying AC adapter. (2) DIP switches Use the switches to choose input/output settings. (3) USB port Used for firmware update. (1) (2) (3) SPECIFICATIONS Video Input Input connectors: SDI (SD/HD/3G) BNC x2 (supports both level A/B of 3G-SDI) Input rasters: 1920 x 1035 720 x 486 Input video resizing: not supported Framerate: 60, 59.94, 50, 30, 29.97, 25, 24, 23.98 Hz Color format: YCbCr Sampling structure: 4:2:2 Sampling depth: 10 bits Input frame buffer: none Input video flywheel: not supported Line 21 closed caption: not supported SDI VANC: not supported Widescreen: not supported Audio Input Input connectors: SDI embedded Sample rate: 48 khz (32/44.1 khz are not supported) Sample size: 20/24 bits (20 bits for SD-SDI) Embedded audio: 8ch, 24 bits Video Output Output connector: HDMI Output rasters: resolution of the output signal is determined based on that of the input signal. 1920 x 1035 1920 x 1080, 720 x 486 720 x 480 720 x 480 Color format: YCbCr/RGB Sampling structure: 4:4:4 Sampling depth: 8 bits 3D structures: Frame Packing (does not support 1080p60/59/50) Side-by-Side (half) Top-and-Bottom I P conversion: supported (available only for SD) Widescreen display setting: supported (setting can be configured with DIP switches) Output frame buffer: none Output skew: 0-2 frame Y Cb Cr RGB colorspace conversion: supported Line 21 closed caption: not supported Plug-and-play monitor with DVI: not supported Audio Output Output connectors: Digital AES/EBU Analog RCA 2ch HDMI embedded S/PDIF audio coding: LPCM Analog audio level: 2V RMS (+6 dbv) Sample rate: 48 khz (32/44.1 khz are not supported) Sample size: 20/24 bits (20 bits for SD-SDI input signal) Level adjust: not supported Embedded audio: 2/8ch, 24 bits Channel swap: swaps Ch.3 and Ch.4 when outputting with 8 channels 3D Composer Input connectors: SD/HD/3G-SDI x2 Input rasters: 1920 x 1035 720 x 486 Output rasters: resolution of the output signal is determined based on that of the input signal. 1920 x 1035 1920 x 1080, 720 x 486 720 x 480 720 x 480 Color format: YCbCr Sampling structure: 4:2:2 Sampling depth: 10 bits 3D structures: Frame Packing Side-by-Side (half) Top-and-Bottom Flywheel: not supported Frame buffer: 1 frame Output timing: uses recovered clock from the input channel Redundant Input connectors: SD/HD/3G-SDI x2 Input rasters: resolution of the output signal is determined based on that of the input signal. 1920 x 1035 1920 x 1080, 720 x 486 720 x 480 1920 x 1035 720 x 486 Output rasters: resolution of the output signal is determined based on that of the input signal 720 x 480 Color format: YCbCr Sampling structure: 4:2:2 Sampling depth: 10 bits Error checker: supported (detects errors when the format is converted even between the available formats) Selector: selects primary channel except error frame Flywheel: supported (pauses at the last frame. Audio is muted) Frame buffer: 0-2 frame Output timing: uses recovered clock from the input channel USB Format: USB2.0 compliant Connector: Mini B Specifications Voltage: AC adapter: Input: 100V 240V (50 Hz/60 Hz) Output: DC 12V 3A (max.) ADVC G3 unit: Input: DC5 16.8V Maximum power consumption: 6W Dimensions: 142.5 (W) x 42.5 (H) x 98.5 (D) mm (projecting parts not included) Weight: 650g (approx.) Environmental characteristics: Operating temperature: 32-104 F (0-40 C) Maximum humidity: 8%-80% (no condensation)

ADVC G4 Sync Generator with Reference In (2) The ADVC G4 is more than just a compact and robust sync generator. While most competitive products have only six outputs and restrictions on SD and HD signals, the ADVC G4 has nine outputs that can be individually controlled in groups of three. For example, three outputs can be SD, the other six can be HD, or vice versa. The ADVC G4 also includes a 48 khz wordclock as well as a reference input, which allows it to be used as an extender when more than nine outputs are needed, or when an extension from the main system is necessary. The ADVC G4 features the highest signal quality, best functionality, and the most comprehensive format support in the compact sync generator market. (1) (3) (4) (5) (6) (1) Power LED Lights when the ADVC G4 is operating. (2) OUT 1-9 SYNC output ports. SD/HD setting can be individually specified in three groups: LINE OUT A, LINE OUT B and LINE OUT C. (The setting can be configured with DIP SW6, SW7, SW8.) (3) Ref IN Reference signal input port. The LED is lit when REF is selected for reference signal, and if the REF signal input can be synchronized. (4) DARS DARS (Digital Audio Reference Signal) output port. (5) WCLK Wordclock output port. (6) PATTERN switches Selects test pattern. KEY FEATURES OUT 1 OUT 2 Compact sync generator: High-quality signals Full format support Customizable output: Select SD or HD in groups of 3 Simultaneous SD and HD outputs Feature-rich at an affordable price: Reference in for extension 48 khz wordclock, DARS audio APPLICATIONS OUT 3 OUT 5 OUT 7 OUT 9 High-Quality Sync Generator Features Reference In OUT 4 OUT 6 OUT 8 48 khz Wordclock DARS Audio Provide reference signal for fly-cases or control rooms REF In SD or HD Selection Add reference signal when the current reference distribution does not have enough outputs Simultaneous SD & HD Synchronize a secondary local technical room to a primary room, with advanced timing Generating SD and HD reference with different timings to mix in a switcher BB or Color Bar (SD) Full Format Support Generating reference signals for ADVC G1 and G2 models when used in frame synchronizer mode

ADVC G4 (1) Power connector Connects to the DC plug of the accompanying AC adapter. (2) Format switch Use the switch to choose the output format. (3) DIP switches Use the switches to choose input/output settings. (4) USB port Used for firmware update. (1) (2) (3) (4) SPECIFICATIONS Video Reference Signal Output Reference Input Test Pattern USB Output connectors: BNC x 9 (SD/HD setting can be specified per LINE group) OUT1-3 (LineA) OUT4-6 (LineB) OUT7-9 (LineC) Format: p/psf 23.98/24/25/29.97/30 i 50/59.94/60 p 23.98/24/25/29.97/30/ 50/59.94/60 720 x 480 i 59.94 i 50 HD-Sync: Tri-level SD-Sync: Black burst Can be switched to test pattern Compliant to SMPTE318M-B in NTSC format Video/audio clock accuracy: +-4.0 ppm (for all operation temperatures) VSYNC output delay between HD and SD output: none (for both REF sync and internal sync) Reference input connector: BNC x 1 (for both SD/HD) VSYNC output delay from locked reference input: none Delay adjustment: not supported Burst clock lock: not supported SMPTE318M lock: not supported Audio Reference Signal Output Output connectors: BNC x 2 DARS Wordclock Sample rate: 48 khz DARS: AES-11, 48 khz, grade-2 (can be switched between silent and 1 khz tone) Wordclock: 75Ω, 5 Vp-p NTSC: 75-75 full color-bar 100-75 full color-bar 100-100 full color-bar EIA color-bar ARIB color-bar RED field BLUE field GREEN field 100% white field 50% gray field Multi-burst 100% ramp Staircase Modulated ramp Modulated staircase Shallow ramp NTC7 Composite Dot Crosshatch Window PAL: 75-75 full color-bar RED field BLUE field GREEN field 100% white field 50% gray field Multi-burst (line 18) 100% ramp Staircase Modulated ramp Modulated staircase Shallow ramp Line 17 Dot Crosshatch Window Format: USB2.0 compliant Connector: Mini B Specifications Voltage: AC adapter Input: 100V 240V(50 Hz/60 Hz) Output: DC 12V 3A (max.) ADVC G4 unit: Input: DC5 16.8V Maximum power consumption: 4.9W Dimensions: 142.5 (W) x 42.5 (H) x 98.5 (D) mm (projecting parts not included) Weight: 650g (approx.) Environmental characteristics: Operating temperature: 32-104 F (0-40 C) Maximum humidity: 8%-80% (no condensation)

GeckoFlex From single- and multi-path signal-management functions to an Ethernet-based control solution for configuring and operating boards across racks and facilities, Grass Valley offers a full range of signalprocessing boards, whatever the application. A key component of our signal management product range is the GeckoFlex chassis, which is designed for production settings, mobile environments, and professional audio video applications. The GeckoFlex system is a flexible, cost-effective signal management system built around a compact robust 2 RU chassis. It can be used to build broadcast infrastructures that can handle the complete range of modern signal types with just one enclosure type. The chassis supports everything from audio to video signals, standardto high-definition (SD to HD) formats, and copper to fiber broadcast infrastructures. Highly Serviceable The GeckoFlex system is also the most serviceable system available. Its boards, dual power supplies, fans, network interface board and reference distribution circuits can all be swapped out from the front of the chassis. In fact, not only are the network interface boards swappable, but the IP address and the chassis s identity remain with the chassis, not the board. Because HD boards and most other functions provide industrystandard SNMP monitoring of signal formats and conditions as well as the board s operation, identification, and status a GeckoFlex chassis can be easily integrated into broadcast and IT monitoring schemes with an optional network interface board. KEY FEATURES 2 RU, 10-slot high-density signal management chassis with exchangeable rear panels Powerful fan cooling option that can be serviced from the chassis front Optional hot-swappable network board with Ethernet and RS-232 connections enables station-wide monitoring and configuration Chassis remembers its own IP address and name so that network boards need no configuration after swapping Hot-swappable boards Hot-swappable, dual-redundant power supplies Dual internal reference distribution buses with boardlevel choices between bus 1, bus 2, and local (where fitted) 8900NET card provides Ethernet interface, any-browser configuration, and SNMP monitoring Any-browser configuration makes setup easy from all common Web browsers Supports Web browser, NetCentral monitoring, Newton control, and NetConfig configuration software Supports all Gecko (8900 series) signal-processing boards by using suitable rear panels Reference Distribution Buses The dual reference distribution buses of the GeckoFlex chassis permits sharing of reference signals within the chassis (Figure 1). Unlike conventional systems, the reference inputs are still available on individual boards and reference circuits can be swapped out from the front of the chassis to service them. The distributed reference can accept bi-level, tri-level, and AES audio sync inputs and feed all boards requiring a similar reference saving on additional analog video distribution function, chassis, and the power dissipation associated with an old-fashioned reference system. Fiber Ready A unique feature of the GeckoFlex signal management platform is a fiber-ready system that enables upgrading of all SD/HD dual-rate boards to fiber inputs or outputs. These highly compact inputs and outputs, combined with our fiber-ready philosophy, makes these upgrades incredibly space-efficient: two fiber connections fit in the equivalent space of one BNC connector. Calculating Power Consumption To decide whether a particular set of modules will fit within a chassis that does not have fan cooling, simply add the rated power consumptions of the boards to be mounted in the chassis. These power values can be found on the latest versions of the module s data sheets. Please note that it is not necessary to include the power needed by the network board, fans or other assemblies, just the boards. If the total power required by these boards is less than the power rating of the chassis then it can support the application. It it critical not to exceed the overall environment ratings for the chassis. If there is any doubt or questions, please contact Grass Valley Customer Support & Services for assistance (see last page).

GeckoFlex REFERENCE BUSES IN USE The board in Slot 1 has an 8900GEN-SM sub-module fitted to feed reference bus 1 Bus 1 Bus 2 The board in Slot 3 has an 8900GEN-SM sub-module fitted to feed reference distribution bus 2 1 2 3 4 5 Boards in Slots 2, 4, 5, and 6 6 take their own reference from bus 1 7 8 9 Boards in Slots 8, 9, and 10 take their own reference from bus 2 10 The board in Slot 7 has an 8900GEN-SM sub-module fitted and can take in its own reference SPECIFICATIONS Weight Weight without boards, one PSU: 8900FX: 8.4 kg (18.5 lbs.) 8900FF/8900FFN: 8.8 kg (19.4 lbs.) Weight with eight boards, two PSU, and net card: 8900FX:11 kg (24.3 lbs.) 8900FF/8900FFN: 11.5 kg (25.4 lbs.) typical Environmental Operating temperature: +0 to +40 C (32 to 104 F) Operating humidity: 10% to 95% non-condensing External Dimensions Height (maximum external): 89 mm (3.5 in.) Width (maximum external): 447 mm (17.6 in.) Depth (maximum external): 390 mm (15.4 in.) Mounting Dimensions Mounting width: fits standard 19" rack Mounting height: two rack units Mounting depth: 373 mm (14.7 in.) plus space for cabling

Sat Sat Sat Sat Studio Sat Edit Sat Assign Route Monitor Enable Ident DATA SHEET MIXING SIGNAL TYPES IS EASY With flexible rear connector panels, it s easy to mix video, audio and fiber boards in the same GeckoFlex. VIDEO AUDIO FIBER J1 J3 J5 8900V-R J2 J4 J6 8900A-R J1 J3 J5 J7 J2 J4 J6 J8 8900WFR-R J1 J3 J5 J2 J4 J6 NEWTON CONTROL SOLUTION Fast, Easy, Ethernet-Based Function Control The Grass Valley Newton signal management control solution provides fast, multi-knob, Ethernet-based access to GeckoFlex boards. Using either a software or hardware interface, it permits immediate control of up to four parameters at once across multiple boards. Newton operational control panels work with Ethernet- equipped GeckoFlex chassis fitted with an optional network board. Newton Hardware Control Panel Video Proc Video Timing Audio Proc Master Control Ethernet Facility LAN J7 J8 J9 J10 J11 J12 J7 J8 4 5 6 7 8 9 NEWTON MODULAR CONTROL 8960DEC Control 8921ADT Control J9 J9 J10 J13 J14 FIBER GeckoFlex Chassis 8960DEC 8921ADT 8900NET Ethernet Interface Sat 4 IRD Analog Video 4 Ch Analog Audio 8960DEC Video A to D 8921ADT 4 Ch Audio A to D Digital Video Concerto Multi-Format Routing Switcher AES 1 AES 2 Sat 5 IRD 4 Ch Analog Audio 8960DEC Video A to D 8921ADT 4 Ch Audio A to D AES 1 AES 2 ORDERING INFORMATION When ordering, users must ensure that the cooling available is suitable for the power load of the boards within the chassis. Chassis 8900FX Basic GeckoFlex Distribution Chassis GeckoFlex chassis with single power supply, 10 blank rears, and passive cooling suitable for power loads up to 30W 8900FFN High-Power GeckoFlex Chassis for any Board Mix GeckoFlex chassis with single power supply, 10 blank rears, cooling fans, and Ethernet interface board (8900NET) suitable for any combination of boards up to 100W 8900FF Fan-Cooled GeckoFlex Chassis for Distribution, Audio, and SD Video GeckoFlex chassis with single power supply, 10 blank rears, and fans suitable for distribution and Gecko (8900) boards up to 100W Recommended Options 8900F-PSX: Redundant power supply for 8900FX, 8900FF, or 8900FFN NEWT-RM: Rackmount Modular Control Panel NEWT-PC: Newton Control Panel Application Software, Windows PC support only Rears for Fitting 8900 Gecko Boards 8900V-R GeckoFlex 2 RU video rear panel, one slot, 10 BNC I/O for Gecko (8900) video and unbalanced audio boards 8900A-R GeckoFlex 2 RU video rear panel, one slot, four BNC I/O 10 3-pin balanced audio I/O for Gecko (8900) audio boards Upgrades 8900NET Ethernet interface board 8900F-FAN Fan front cover upgrade for GeckoFlex chassis Documentation For the instruction manual and other documentation related to the GeckoFlex system please refer to /docs/modular

8900 SERIES BOARDS FOR THE GECKOFLEX AND GECKO CHASSIS Video Distribution 8945EDA HD Front Equalizing Distribution Amplifier 8945EDA-D Dual HD Front Equalizing Distribution Amplifier 8947RDA-FR Fiber-ready HD Reclocking Distribution Amplifier 8947RDA-D Dual HD Reclocking Distribution Amplifier 8949MDA-CFX PAL/NTSC Monitoring Distribution Amplifier 8949MDA-SFR SDI Monitoring Distribution Amplifier 8901 Utility Analog Video Distribution Amplifier 8902 Analog Video Equalizing Distribution Amplifier 8906 Analog Video Clamping Equalizing Distribution Amplifier with SNMP 8931 Digital Video Fanout Distribution Amplifier 8937 SDI/ASI Reclocking Equalizing Distribution Amplifier 8937D Dual SDI/ASI Reclocking Equalizing Distribution 8941 Component Digital Video Monitoring Distribution Amplifier 8943RDA SD/HD/3G-SDI 1080p 1x8 Digital Video Distribution Amplifier 8943RDA-D Dual 1x4 SD/HD/3G-SDI 1080p Digital Video Distribution Amplifier 8943RDA-DFR Dual Fiber-Ready SD/HD/3G-SDI 1080p Digital Video Distribution Amplifier Audio Distribution and Processing 8910ADA-M Monaural Analog Audio Distribution Amplifier 8910ADA-SR Stereo Analog Audio Distribution Amplifier With Remote Control 8910ADA-ST Stereo Analog Audio Distribution Amplifier 8911 AES/EBU Re-clocking Distribution Amplifier 8912RDA AES Re-clocking Digital Audio Distribution Amplifier 8912RDA-D Dual AES Re-clocking Digital Audio Distribution Amplifier 8914 Dual AES/EBU Digital Audio Delay Distribution Amplifier 8925DMB-B HD/SD Balanced Audio De-embedder 8925DMB-U HD/SD Unbalanced Audio De-embedder 8925EMB-B HD/SD Balanced Audio Embedder 8925EMB-U HD/SD Unbalanced Audio Embedder 8920MUX Video/Audio Multiplexer 8920DMX Video/Audio Demultiplexer 8920ADT Audio A/D Converter with Audio Tracking Delay 8920ADC Audio A/D Converter 8920DAC Audio D/A Converter 8921ADT Four-Channel Audio A/D Converter with Delay Tracking 8921DAC Four-Channel Audio D/A Converter with Delay Fiber, Analog Video, Frames, Monitoring, and Support 8943CF Four-Channel SD/HD/3G Fiber Transmitter 8943FC Four-Channel SD/HD/3G Fiber Receiver 8939FCA CWDM Optical Multiplexer/Demultiplexer (upper 8 CWDM frequencies) 8939FCB CWDM Optical Multiplexer/Demultiplexer (lower 8 CWDM frequencies) Fiber SFP (CWDM, 1310 nm SD/HD/3G) Media Converters (1310 nm, 1550 nm SD/HD/3G) 8960DEC NTSC/PAL-to-SDI Decoder 8960ENC SDI-to-NTSC/PAL Encoder 8964DEC Four-Channel NTSC/PAL-to-SDI Decoder 8964DEC-FS Four-Channel NTSC/PAL-to-SDI Decoder with Frame Sync 8964ENC Four-Channel SDI-to-NTSC/PAL Encoder 8964ENC-FS Four-Channel SDI-to-NTSC/PAL Encoder with Frame Sync 8950ADC Component A/D Converter 8950DAC Component D/A Converter 8964MON Four-Channel SDI to NTSC/PAL Monitoring Converter 8900NET Network Interface Module NetCentral Remote Control and Monitoring Software Newton Ethernet-based Modular Control System Video Conversion Synchronization and Processing 8995UPC Broadcast-Quality Upconverter and Frame Synchronizer 8995DNC Broadcast-Quality Downconverter and Frame Synchronizer 8995UDX, Up/Down/Cross Conversion and Frame Synchronizer 8990ARC SDI Aspect Ratio Converter 8985FSP SD/HD Frame Synchronizer with Proc. Amp and Color Corrector 8985 FS SD/HD Frame Synchronizer 8985PRC SD/HD Video Processing Amplifier 8900FSS 4:2:2 Frame Synchronizer/Delay Submodule 8964FS Four-Channel SDI Frame Synchronizer 8972PX SD/HD SDI & DVB/ASI Protection Switch 8981FS SDI Frame Synchronizer/Delay 8900GEN-SM GeckoFlex Genlock Submodule 7600HD-REF SPG/TSG for SD/HD (blackburst & TLS, analog and SDI video test, audio test) 7600MHD-REF Master timing generator for HD and SD black burst, TLS, analog and SDI test pattern, audio test pattern LTC/ VITC time code generator GPS receiver NTP client/server 7620PX changeover with blackburst, SDI & AES monitor & changeover

SONATA Sonata Multichannel Audio and MADI Converters The Sonata signal management solution is the perfect fit within a wide variety of audio applications for everything from mobile units to broadcast or post-production facilities. Sonata is a key component of the complete Grass Valley signal management product portfolio. It is the perfect complement for audio systems using the MADI multichannel digital audio interface. The Sonata signal management products consists of high-end multichannel audio and MADI converters available in six different versions. The unique ultra-low powered one rack unit chassis, which is designed for production settings, mobile environments, and professional audio applications, supports up to 64 full performance audio channels and 2 MADI connections. Sonata supports everything from analog audio over digital audio to MADI, all audio sampling rates, many audio reference level settings, and full dynamic range. The Sonata solution is extremely reliable thanks to its ultra-low power consumption and its built-in redundant power supplies. Several alarm indicators display signal presence as well as health status. Simple dip-switch settings support fast set-up time, making Sonata easy to use and very efficient to operate within broadcast infrastructures. High-End MADI Conversion with Different Versions The unique ultra-low powered 1 RU chassis is available in different versions supporting the following conversion functions: AES75 to MADI MADI to AES75 AES110 to MADI MADI to AES110 Analog Audio to MADI MADI to Analog Audio The product implementation supports a simple approach for efficiency, high-performance, and long lasting reliability. KEY FEATURES One RU ultra-low powered box-unit designed architecture 75Ω unbalanced BNC connectors and MADI BNC connectors 110Ω balanced DB25 connectors and MADI BNC connectors Tascam balanced DB25 connectors and MADI BNC connectors Simultaneous synchronous/asynchronous support between 32 khz to 96 khz sampling Sample rate conversion on an input basis to selected sync reference signals Conforms to AES75, AES110, MADI, and Dolby E specifications Built-in redundant power supplies One video, one audio, and one word-clock sync reference input Superior MADI cable run performance 100 meters @ 125 Mb/s Dual MADI outputs Multiple Choices for Sync-Reference Signals Sonata offers many choices to sync audio to reference signals. These include black-burst, tri-level sync, digital audio sync, and wordclock reference. In the case where a video sync reference signal is used, 48 khz sampling rates are supported. In all other cases, all audio sampling rates are supported. Sonata handles any data rate a facility typically needs, supporting simultaneous synchronous and asynchronous signals from 30 to 100 khz. In addition, sampling rate conversion is available on an input by input basis. Full Performance at the Highest Density Grass Valley offers an uncompromised audio and MADI converter with the highest density available. The 1 RU implementation supports up to 64 audio channels with full performance 25 pin D-sub connectors and 2 MADI interconnects based on 75 ohm BNC connectors with 100m cable run performance. Analog audio conversion is 24-bit with a dynamic range of 112 db. Different audio reference levels are supported in between +10 dbu to +24 dbu. Analog audio inputs and outputs are static as well as radio frequency protected and use a unique technology to provide superior common mode rejection insuring maximum sound quality. Adaptable to a Variety of Audio Environments Sonata it is the preferred signal management solution for diverse audio and MADI conversion applications within broadcast infrastructures. It efficiently supports multichannel audio interconnects regardless if they are analog, digital, or Dolby E audio. Thanks to the standard integration of the MADI multichannel digital audio interface, Sonata works with many audio infrastructures, whether it is used for staging, broadcasting, or studio productions. Sonata is therefore a real complimentary product that solves audio interfacing as well as multichannel audio distribution issues. Sonata multichannel audio and MADI converter add efficiency within master control, multiviewer, server, audio routing, and mixing console applications.

SPECIFICATIONS Analog Audio-to-MADI Converter Connectors: 25 pin D-sub connectors according to TASCAM pin-out. 8 channels each, split for left and right channels. 32 left channels inputs, 32 right channel inputs Input Impedance: > 40 kω differential Input CMRR: > 90 db @ 60 Hz Maximum Input Level: +24 dbu. Input Levels for 0 dbfs. Output +24 to +10 dbu in 2 db steps selectable by DIP switch, default +24 dbu Frequency Response: 0.2 db 20-20 khz bandwidth ref 1 khz Gain Uniformity: ±0.2 db at 1 khz Crosstalk: <-100 db at 1 khz THD Full Scale: <-90 db or 0.0023% THD at 1 khz, 20-20 khz bandwidth full scale Dynamic Range: >110 db 20-20 khz typical @ +24 dbu = 0 dbfs. >112 db A weighted typical @ +24 dbu = 0 dbfs Resolution: 24-bit conversion Sample Rates Supported: 44.1 khz, 48 khz, 88.2 khz, and 96 khz for all channels selectable by DIP switch option as determined by the reference applied AES110-to-MADI Converter Connectors: 32 AES/EBU 110Ω according to AES3-2003 25 pin D-sub connectors according to TASCAM pin-out Return Loss: >20 db 100 khz to12 MHz Isolation: Transformer isolated and ground free Equalization: High-sensitivity input stage with equalization allowing beyond 600 meters (1,959 feet) of incoming cable Sample Rates: 32-96 khz sample rate converted to the selected reference frequency (can be bypassed at 44.1 khz, 48 khz, 88.2 khz and 96 khz only as determined by the reference applied) AES75-to-MADI Converter Connectors: 32 AES/EBU 75Ω BNC according to AES3id-2001 Return Loss: >20 db 100 khz to 12 MHz Equalization: High-sensitivity input stage with equalization allowing beyond 600 meters (1,959 feet) of incoming cable SPDIF Compatible: Yes Sample Rate: 32-96 khz sample rate converted to the selected reference frequency. (can be bypassed at 44.1 khz, 48 khz, 88.2 khz, and 96 khz only as determined by the reference applied) MADI-to-Analog Audio Converter Connectors: 25 pin D-sub connectors according to TASCAM pin-out. 8 channels each, split for left and right channels. 32 left channels inputs, 32 right channel inputs Output Impedance: >50Ω differential typical Input CMRR: > 90 db @ 60 Hz Maximum Output Level: +24 dbu (into 100K load) Minimum Output Level: 600Ωor greater Output Levels for 0 dbfs output : +24 to +10 dbu in 2 db steps selectable by DIP switch, default +24 dbu Frequency Response: ±0.2 db 20-20 khz bandwidth ref 1 khz Gain Uniformity: ±0.2 db at 1 khz (calibrated for a 100K load impedance) Crosstalk: <-100 db at 1 khz THD Full Scale: <-90 db or 0.0023% THD at 1 khz, 20-20 khz bandwidth full scale Dynamic Range: > 110 db 20-20 khz typical @ +24 dbu = 0 dbfs > 112 db A weighted typical @ +24 dbu = 0 dbfs Resolution: 24-bit conversion Sample Rates Supported: 44.1 khz, 48 khz, 88.2 khz, and 96 khz for all channels selectable by DIP switch option as determined by the reference applied MADI-to-AES110 Converter Connectors: 32 AES/EBU 110Ω according to AES3-2003 25 pin D-sub connectors according to TASCAM pin-out Return Loss: >20 db 100 khz to12 MHz Isolation: Transformer isolated and ground free Output Level: > 3.5 Vp-p into 110Ω MADI-to-AES75 Converter Connectors: 32 AES/EBU 75Ω BNC according to AES3id-2001 Return Loss: >20 db 100 khz to 12 MHz Output Level: 1 Vp-p into 75Ω Environmental Operating Temperature: +0 to +40 C (32 to 104 F) Physical Chassis: 44 mm high (1 RU) x 483 mm wide x 230 mm deep (1.75 in high x 19 in. wide x 9 in. deep) Weight: 2.5 kg (5.5 lbs.) Alarm: Relay connector is a BNC type and meets SMPTE 269M-1999 Power Total: <10 watts (digital converter), <70 watts (analog converter) AC Power Input Electrical Power Connection: IEC connector, separate input for each power supply module Voltage Range: 100 to 240 VAC 50-60 Hz, universal, autoranging ORDERING INFORMATION SON-AA2MADI Sonata Analog Audio to MADI Converter SON-AB2MADI Sonata AES110 to MADI Converter SON-AU2MADI Sonata AES75 to MADI Converter SON-MADI2AA Sonata MADI to Analog Audio Converter SON-MADI2AB Sonata MADI to AES110 Converter SON-MADI2AU Sonata MADI to AES75 to MADI Converter

GLOBAL SERVICES DATA SHEET Now, more than ever, media enterprises need broadcast infrastructure suppliers to provide superior technical personnel and the supporting logistics structure to deploy and support cost-effective, predictable, reliable solutions. Grass Valley Global Services has the depth of knowledge, industry experience, and technical expertise to achieve these objectives. The Global Services portfolio provides everything necessary insure maximum uptime and high velocity problem resolution. Grass Valley Global Services offerings deliver tangible returns on investment. The Global Services organization does this by providing the resources to insure maximum value from an investment in Grass Valley infrastructure products from initial startup through the entire in-service lifespan. Global Services empowers facilities to meet tactical day-to-day objectives while giving staff more time to focus on strategic business initiatives. A global presence, logistics expertise, and world-renown team of media professionals from Grass Valley are here to help achieve financial performance objectives by reducing risk while boosting operational efficiencies. GLOBAL SERVICES PROVIDES: A global network of field engineers with the experience, knowledge, and skills to keep complex broadcast infrastructure systems up to date, operational, and optimized A worldwide parts distribution system that ensures rapid access to replacement parts A team of educators skilled in the nuances of the broadcast infrastructure Solution architecture and integration services to optimize every implementation Project management services that save staff time, improve efficiency, and control budgets Technical and operational training that maximizes productivity through tailored learning paths Comprehensive support agreements that ensure every Grass Valley routing switcher, master control, and modular product remains in peak condition all while supporting the enterprise s need for financial predictability MAXIMIZE AND OPTIMIZE YOUR INVESTMENT With program production and distribution becoming ever more complex and affecting business issues on a daily basis, you need a trusted partner that understands those complexities and how to convert them into opportunities. Grass Valley s team of experienced engineers and system integrators can help you turn your challenges into opportunities in the most efficient and cost-effective way possible, from system design all the way through to commissioning. Grass Valley Professional Services helps you to: Define: We consult with you to help define your business and technology requirements and then design the right solutions to meet them. Deploy: Our professional service organization, backed by proven project management methodologies, can take you from design through deployment, commissioning, and training. Support: We offer a complete portfolio of support services to keep your systems running, and help manage your long-term maintenance needs. For information about Grass Valley, please visit. Join the Conversation at GrassValleyLive on Facebook, Twitter, and YouTube. Copyright 2013 Grass Valley USA, LLC. All rights reserved. Grass Valley and ADVC are registered trademarks and GeckoFlex, NetCentral, NetConfig, and Newton are trademarks of GVBB Holdings S.a.r.l. All other tradenames referenced are service marks, trademarks, or registered trademarks of their respective companies. Specifications subject to change without notice. SIG-5000D