PESA BLADE SYSTEM (PBS) Terminal Equipment and Processing Modules Based on the Opengear® Platform

BLADE SYSTEM PESA BLADE SYSTEM (PBS) Terminal Equipment and Processing Modules Based on the openGear® Platform

PESA Blade System

The PESA Blade System is a comprehensive line of processing modules and circuit card blades for use in the openGear 3.0 frame to easily add streaming encoding, decoding, or signal conversion and scaling capabilities to new and existing signal routing and processing installations.

PESA offers streaming devices, HDMI, DVI and SDI format conversion modules, and multiviewer devices; all of which may be intermixed as needed in the openGear frame.

Key Features

• Compact design for maximum capabilities in minimal space • Several blade cards and capabilities to choose from • 2 channels per card for up to 20 channels in 2RU • Input/output options including BNC, HDMI, and SFP cage • Support for RTP/RTSP and RTMP (C22-OG and C22-PBS) • Vidblox based conversion/scaling cards (VBX-OG and VBX-PBS)

Page 91 PESA | www.pesa.com Rear of chassis shown with multiple cards installed using optional SFP modules for addditional input/output connection options.

Rear panel I/O modules provide all external connections for each processing module.

Management Software

PESA’s Cattrax control software application is the recommended management tool for environments The openGear® DashBoard Control System where the chassis and cards need to be managed ™ software is the recommended manage- in conjunction with other PESA hardware. ment software for the environments where many openGear® modules from multiple vendors are in use or planned.

Page 92 PESA | www.pesa.com PBS-OG3-FR-CN - High Density Modular Frame High Power, High Speed, and Unsurpassed Flexibility

Modular Frame Architecture Offering the flexibility of independent rear modules for connectivity, the PBS- OG3-FR-CN frame provides a wide array of interfaces such as BNC, twisted-pair audio, and fiber. The independent rear modules are available in different I/O configurations for select cards, including high density split rear modules allowing up to 20 independent openGear® cards in the OG3 frame.

Robust Power Supplies Up to two frontloaded PS-OG3 power supplies may be installed in each PBS- OG3-FR-CN frame. The split outside location of the power supplies makes installation a breeze when utilizing an alternate phase power source. A single 450 watt supply can fully power a loaded frame, and the addition of a second (optional) supply gives the frame full power redundancy. Each power supply contains an independent cooling fan, status LED, and a front mounted power switch.

Cooling Advanced cooling architecture has been designed in to the PBS-OG3-FR-CN frame for increased 3rd generation openGear® frame ventilation. Front door mounted cooling fans provide forced air cooling to all cards with front to back airflow. An • Robust 450 watt power supply with integral cooling intelligent fan controller adjusts fan speed with changes • Standard Ethernet connectivity in power supply loading and temperature. The front door • Advanced Ethernet based frame controller with GigE assembly can be removed without tools for quick and to every slot easy maintenance. • 2RU frame Control Ethernet connectivity comes standard with the • Supports any mix of analog, digital, video and audio PBS-OG3-FR-CN for basic configuration and monitoring modules in the same frame of openGear® cards using PESA’s Cattrax or the Dash- • Modular I/O panels for connector flexibility Board control system. An optional advanced networking • Removable front door for easy fan servicing card, the MFC-0G3-N, adds an on-board Gigabit Ether- • Frames come standard with cooling net switch, with GigE access to each of the 20 processing • Front LCD display for name, IP and fault identification card slots. The advanced networking control also allows • Optional redundant power supply, hot-swappable for multiple DashBoard connections and adds advanced 24/7 operation features such as DataSafe and optional SNMP.

Page 93 PESA | www.pesa.com The most flexible frame for all your terminal equipment needs

REF1 REF2

GEC-8322

SLOT 1 SLOT 11

SLOT 2 SLOT 12 +12V, -7.5V

SLOT 3 SLOT 13

PSU2 PSU1 SLOT 4 SLOT 14

SLOT 5 SLOT 15

SLOT 6 SLOT 16 FAN CTRL CAN BUS

GigE SWITCH SLOT 7 SLOT 17

SLOT 8 SLOT 18

x20

SLOT 9 SLOT 19 ETHERNET

SLOT 10 SLOT 20

Gigabit Ethernet SNMP DataSafe The openGear® 3.0 frame offers optional openGear® supports SNMP (Simple DataSafe dramatically reduces downtime gigabit Ethernet to every slot within the Network Management Protocol) offering an when failed modules are swapped out. All PBS-OG3-FR-CN chassis, enhancing industry standard interface for system wide module parameters are stored on the local communication speed, and connection monitoring applications. SNMP is loaded frame network card and automatically options to all openGear® cards. The direct to the frame eliminating the need for restored when a hot-swap is performed. openGear® 3.0 frame provides more any external gateways and runs on a With some cards reaching well over 100 communication options and flexibility to separate software port allowing for simulta- parameters, including audio channel openGear® card manufacturers; ultimately neous control from both DashBoard and delays and video proc level, DataSafe enhancing the openGear® platform and SNMP clients. This is useful in applications ensures a proper reconfiguration of experience. The 21-port Ethernet switch, where system wide monitoring is performed replacement cards without the hassle of built in to the frame’s network control card, using SNMP and real-time control is trying to remember previous settings. future-proofs the openGear® 3.0 platform performed using DashBoard. DataSafe can be enabled or disabled on a for users and openGear® partners for per slot basis through the frame’s network years to come. Gigabit Ethernet is only controller card. DataSafe’s intelligent available with the Advanced Network design will only restore parameters when it Control option. detects a compatible replacement product. DataSafe is only available with the advanced networking control option.

Page 94 PESA | www.pesa.com PESA XSTREAM C22-OG H.264 Streaming / Encoding / Decoding Modules for the openGear® Platform

H.264 encoder/decoder

PESA’s XSTREAM C22-OG is a highly versatile, dual channel H.264 encoder/decoder device for high definition video processing, audio processing and IP streaming. Each processing channel is totally independent from the other and can function as a remote client for decoding an H.264 IP stream or an encoder to webcast an IP output stream from a variety of input signal sources.

Each processing channel offers video and audio input and output interface in various signal formats at resolutions up to 1080p/60, through rear panel connectors. The C22-OG also accepts input from the host openGear frame sync reference that allows local output video signals to be sync locked for use in broadcast and other high-end video environments.

An independent audio mixer function is provided for each encoder and decoder that allows the audio associated with the input or output video source to be blended or replaced with a source of local auxiliary audio. All audio processing is dual channel for full L/R stereo or other applications.

The C22-OG complies with openGear standards for size, form-factor and power consumption. It occupies 2 slots in the openGear 3 frame which means that a single frame can host 20 channels of encode, decode or an arbitrary mix.

Key Features SFP • Support RTP/RTSP and RTMP protocols • Inputs video and audio signals from a variety of signal formats and sources • Two processing channels for video and audio HDMI • Configured each channel independently as streaming encoder and decoder in • SFP cage offers additonal input output options Ethernet • Mixing functions to create custom audio track for each video signal Audio • Two simultaneous and independent IP output streams HDMI In 1 out • Single Unicast, Multiple Unicast or Multicast streaming Audio • HDMI input and output In 2 • RJ-45 for Gig-E network connections • High resolution and bitrate support - up to 1080p60 and 10Mb/s I/O 1 I/O 2

Rear Panel Connections

. Page 95 PESA | www.pesa.com Specifications VIDEO INPUTS IP STREAMING HDMI Number 2 Individually addressable IP streams, each containing video from either the decoder output Number 1, HDMI or DVI, can be used with either or the local video input of its’ processing channel, processing channel plus audio signal associated with video input Resolution 720p, 1080p Streaming Mode Single unicast, multiple unicast or multicast – HDCP Support No independently selectable for each stream BNC Connection RTP/RTSP Direction Input or Output, software configurable Format Video: H.264 (MPEG 4/Part 10), Number 2 BNC connectors Audio: AAC Type Standard 75 Ohm Video Resolution 720p/25, 29.97, 30fps; 720p/50, 59.94, 60fps; 1080p/25, 29.97, 30fps; 1080p/50, 59.94, 60fp Formats SMPTE ST-292 (720p, 1080i), ST-424 (1080p) Streaming Rates 0.5Mb, 0.75Mb, 1Mb, 2Mb, 4Mb, 6Mb, 8Mb, 10Mb Return Loss >15dB 1MHz to 1.5GHz; �10dB, (Selectable) 1.5GHz to 3GHz. Connector RJ-45 for 100/1000 Gig-E Ethernet port Equalization 200m auto-equalization Belden 1694A or equivalent at 1.5Gbps; VIDEO OUTPUTS 140m auto-equalization Belden 1694A or HDMI equivalent at 3.0Gbps Number 1 Selected from either video processing channel, SFP plus audio signal associated with selected video Direction Input or Output, software configurable source Number Varies, depending on SFP module used Resolution 480p, 576p, 720p, 1080i, 1080p Format Varies, depending on SFP module used SDI IP Video Number Up to 2, One SDI output may be software Connection RTP/RTSP configured to bi-directional BNC for each processing channel – if the BNC is not used as Format H.264 (MPEG 4/Part 10) a video input port for the channel Connector RJ-45 for 100/1000 Gig-E port One additional SDI output for each processing Supported IP Cameras Axis M1054 channel may be added through SFP outputs, Axis M1114 with proper SFP module installed Generic RTSP AUDIO INPUTS SFP Number 2 Audio processing channels, stereo Direction Input or Output, software configurable Source - Analog audio, line/mic level, 2 channels Number Varies, depending on SFP module used - De-embedded from SDI video input, up to Format Varies, depending on SFP module used 2 available sources ANALOG AUDIO OUTPUTS - AAC audio decoded from IP stream associated with IP video input signal, up to 4 Number 2 Audio Channels, unbalanced, line level available sources NETWORK & MECHANICAL - Test tone, internally generated Network Connector RJ-45 Analog Audio Type Gig-E (100/1000) Ethernet Format Balanced or unbalanced input Control Ethernet, browser-based user interface (output is unbalanced only) Network Control Supports PESA Cattrax management control Audio Level Mic level with user switchable “phantom power” software or openGear DashBoard or line level inputs Mechanical 2.825 in H x 12.79 in L Gain Adjustment +12dB to -40dB line level/ 71.755 mm x 324.866 mm +59dB to 0 dB mic level openGear® is a regsitered trademark of Ross Video Limited. DashBoard Control System™ is a trademark of Ross Video Limited

Network Input Source Decoder Encoder Network Output •IP Camera •RTSP stream •RTSP stream Video Audio Video Audio •RTMP stream

Local Input Local Output Local Frame Sync Source •BNC coax •BNC Coax •HDMI •SFP Video Audio Video Audio •SFP •HDMI •Test Pa ern

Model Description Part Number

C22 for openGear 3.0 PESA XSTREAM Dual Channel encoder/decoder C22-OG

Page 96 PESA | www.pesa.com VIDBLOX - HTR-OG for openGear 3.0 Chassis Convert HDMI or single link DVI to SDI signals (TX Function) Convert SDI signals to HDMI or single link DVI (RX Function)

PESA’s VidBlox modules offer a wide range of capabilities for transport media conversion, format conversion, and media extension solutions in production, PRO-A/V and broadcast applications. The Vidblox HTR-OG (VHTR-OG) blade for the openGear 3.0 chassis adds HDMI or DVI input and output signal processing capability to compliment the DVI/VGA capability offered by the Vidblox SL and NE transmitter and receiver products. VHTR-OG and SL/NE modules are fully compatible with one another in transmitter/receiver pairing applications.

Vidblox HTR-OG (VHTR-OG) modules are built on a circuit card blade footprint with a custom rear panel for use in an openGear® 3.0 chassis frame. Each VHTR-OG module assembly occupies two contiguous slots in the openGear frame. Power and sync reference connections are made through the chassis frame. Each VHTR-OG module is capable of functioning in either transmit or receive mode, as selected through control software, to transport HDMI or DVI signals over fiber, coax cable, or both with the performance characteristics of high definition digital video; based on industry standard SMPTE transports for HD/3G-SDI. Engineered for 3G-SDI high resolution image performance, the PESA VidBlox series offers perfect pixel-for-pixel transmission of DVI computer video images up to 1920X1200 - including 1080p/60. In signal extender applications, at least two VHTR or VHTR--OG modules are used as a transmitter/receiver set to provide transport of an HDMI or DVI signal source to a remote destination, at distances up to 10 km using fiber or 80 m with coax, over a full SMPTE compliant SDI video transport link, with embedded audio, in a variety of user selectable formats. At the destination end, the SDI transport signal is converted back to an HDMI output signal, at a user-selectable resolution, with embedded audio. Operating as a transmitter (TX) device, individual VHTR=OG modules convert HDMI video with input resolutions up to 1080p to a source of SMPTE compliant, sync-locked, broadcast quality SDI video in resolutions up to 3Gbps. Each TX module can provide up to four individual outputs of the SDI video signal. Transmitter modules may be used stand-alone to convert an HDMI input signal (up to 1920x1200) to a SMPTE compliant SDI video output that may be used for viewing, broadcast, or distributed through a router.

Vidblox HTR-OG allows encryption of the SDI output signal from the Specifications TX module using a PESA proprietary, secure encryption algorithm. If the HDMI input source is HDCP encrypted, SDI encryption is always automatically enabled by the Vidblox TX module and can not be • Extend HDMI (or DVI) and stereo audio over fiber up to 10 km disabled by the user. The encrypted SDI transport signal is • Extend HDMI (or DVI) and stereo audio over a coax cable up non-viewable, and can only be decrypted by a VHTR or VHTR-OG to 80 m module configured as a receiver device. Once decrypted by a VHTR • t t to 101000Hz G RX module, the HDMI output signal from the receiver will, with full integrity, retain HDCP encryption of the originating input signal source • M ot tot od t at the TX module. With a not HDCP-encrypted HDMI input signal, you performance may choose whether or not to apply encryption to the SDI output • HDCP encrypted HDMI input securely managed signal. • Module may be configured as a transmitter (TX) or Operating as a receiver (RX) device, VHTR-OG modules may be used receiver (RX) device stand-alone to convert a source of SMPTE compliant SD, HD or 3G • o to o 0100100 ott od SDI video into a high resolution HDMI or DVI output, at an output resolution up to 1920X1200. • o ot od d tod t module As a TX module, the VHTR-OG accepts unbalanced stereo audio and • LCD front panel display for monitoring and troubleshooting embeds the signal for transport over the output transport stream. Also included on the output transport video is resolution format data which, • otto ot t when connected to a VHTR-OG configured as an RX module, can • to o od t o t properly communicate specific resolutions and format data of the • to od received signal. Each VHTR-OG can be controlled and configured • o oto t using PESA’s Cattrax control software application through a USB connection, or up to 1024 modules can be managed or monitored over • 1 t tt tt o tt d to a network connection. • do dtt d t Vidblox HTR modules also available in a self-contained throw-down • 10100 to t box footprint. These modules may be used stand-alone or multiple modules mounted in a rack frame and powered by a common power supply assembly.

Model Description Part Number

VIDBLOX Media extender, DVI / VGA to SD/HD/3G-SDI coax only VIDBLOX-HTR-xx-OG*

* Contact PESA for VIDBLOX-HTR-OG configurations Page 97 PESA | www.pesa.com Specifications - Vidblox HTR-OG as TX Module Specifications - Vidblox HTR-OG as RX Module HDMI INPUT SDI INPUT (VIDEO TRANSPORT) Input Connector Type HDMI Input Video Standard SMPTE 259M, 292M,424M Local Output Connector HDMI Input Connector Style 75 Ohm BNC ( X2) Number of Inputs 1 SFP Carrier Cage Number of Monitoring Outputs 1 Number of Inputs – BNC 2 Input Signal Type HDMI 1.4b, DVI (with adapter) Number of Inputs – Fiber 2 (optional) Video Source - Input Format HDMI (DVI) up to 1920X1200@60Hz Input Signal Format 480i / 576i / 720p / 1080i / 1080p Input Resolutions Supported Input Data Rates 270Mbps (SD) / 1.5Gbps (HD) Video Input Formats 480p, 576p, 720p/50, 720p/60, and 3.0Gbps ( 3G-SDI) 1080p/50, 1080p/60 Digital Inputs – BNC Graphics Input Formats 640X480@60Hz, 800X600@60Hz, Standard SMPTE compliant 1024X768@60Hz, 1280X1024@60Hz, Return Loss > 10dB, 1.5GHz to 3GHz 1680X1050@60Hz,1600X1200@60Hz, Input Cable Equalization 1.5Gbps – 100m 1360X768@60Hz, 1920X1200@60Hz, 3.0Gbps – 80m Input DDC Protocol E-EDID (emulated) Based on Belden 1694A or equivalent cable Input Hot Plug Detect Yes Digital Inputs - Fiber SDI OUTPUT (VIDEO TRANSPORT) SFP Module Types Dual Input* Output Video Standard SMPTE 292M,424M *See website www.pesa.com Output Connector Style 75 Ohm BNC ( X2) for available module types SFP Carrier Cage HDMI OUTPUT Number of Outputs – BNC 2 Output Connector Type HDMI Number of Outputs – Fiber 2 (optional) Number of Outputs 1 Output Format Signals 720p / 1080i / 1080p Output Signal Type HDMI 1.4b, DVI (with adapter) Output Data Rates 1.5Gbps (HD) and 3.0Gbps ( 3G-SDI) Video Output Format HDMI (DVI) up to 1920X1200@60Hz Digital Outputs – BNC Output Resolutions Supported Standard SMPTE compliant Video Output Formats 480i, 480p, 576i, 576p, 720p/50, 720p/60, Digital Outputs - Fiber 1080i/50, 1080i/60, 1080p/50, 1080p/60 SFP Module Types Dual Output* Graphics Output Formats 640X480@60Hz, 800X600@60Hz, *See website www.pesa.com 1024X768@60Hz, 1280X1024@60Hz, for available module types 1680X1050@60Hz,1600X1200@60Hz, AUDIO INPUT 1360X768@60Hz, 1920X1200@60Hz, Input Connector Type 6-pin connector Output DDC Protocol E-EDID (emulated) Number of Inputs - Aux Audio 2 channels Output Hot Plug Detect Yes Audio Input Signal Type Analog audio - unbalanced AUDIO INPUT Audio Impedance >20k Ohms, unbalanced, DC coupled Input Connector Type 6-pin connector Input Level Line level Number of Inputs - Aux Audio 2 channels Frequency Response 20Hz to 20kHz Audio Input Signal Type Analog audio - unbalanced Sample Rate 48kHz Audio Impedance >20k Ohms, unbalanced, DC coupled AUDIO OUTPUT Input Level Line level Output Connector Type 6-pin connector Frequency Response 20Hz to 20kHz Number of Outputs - Aux Audio 2 channels Sample Rate 48kHz Audio Output Signal Type Analog audio - unbalanced AUDIO OUTPUT Output Level Line level Output Connector Type 6-pin connector Number of Outputs - Aux Audio 2 channels Vidblox HTR-OG Common Specifications Audio Output Signal Type Analog audio - unbalanced ENVIRONMENTAL Output Level Line level Operating Temperature 0-40° C Operating Humidity 10-90% non-condensing CONTROL Control Input Port 10/100 Ethernet port for network control Control Program Cattrax - Network Control Software openGear Dashboard application MECHANICAL Mechanical Standard openGear 3.0 chassis frame module footprint Rear Panel Double width Size Occupies 2 (two) contiguous chassis slots POWER DC Voltage Input 12VDC, 1.5A, From openGear chassis power source SAFETY AND COMPLIANCE CE EN60950, EN55022 FCC FCC Part 15 Environmental RoHS / WEEE Fiber Safety Class 1 Laser Product IEC 60825-1:1993 + A1:1997 + A2:2001

Page 98 PESA | www.pesa.com PBS-9970-QS 3G/HD/SD-SDI/CVBS Expandable Quint-Split Multiviewer for openGear® Platform

The PBS-9970-QS 3G/HD/SD-SDI/CVBS Expandable Multiviewer integrates five discrete 3G/HD/SD-SDI or CVBS inputs onto a single 3G/HD/SD-SDI quint- split output, with each image being flexibly inserted into the output image area.

While the PBS-9970-QS offers unprecedented flexibility, it also offers an unprecedented ease of use. Fully-flexible layouts using one-button template presets or fully customizable layouts using easy to use sizing/positioning custom controls. Custom layouts can be saved to user presets. Any template layout or custom layout changes can be done "on-the-fly" in real time, without tedious setup compiler or layout programs like many other split/multiviewer products.

Multiple PBS-9970-QS cards can be cascaded to provide splits greater than the base quint-split. The PBS-9970-QS PIP5 input can be used in a cascaded chain of PBS-9970-QS cards that provides multiviewer layouts of up to 8x8 (64:1). The QuickSet grid definer precisely and easily sets up a multiviewer grid where columns and rows of each of the cards PIPs are arranged to work together in a cascaded aggregate arrangement. Low-latency processing allows multiple PBS-9970-QS cards to be cascaded without significant accumulated delays within the chain.

FEATURES • Scalable openGear® PiP solution. Card-based form factor provides high density, space-saving economical integration.

• Easy, real-time “on the fly” custom layout changes without needing setup compiler or layout programs.

• Easy to configure PiP sizing and borders. Advanced graphics include audio meters, character burn, and reticules. PiP sizing/splits using one-button templates or easy-to-use, intuitive DashBoard controls. Custom settings can be saved to user presets.

• GPI, Ethernet, and serial tally inputs provide dual, per-PiP tally indicators.

• Closed captioning overlays provide direct closed captioning presence/quality compliance checks for up to 5 simultaneous video streams per card.

• Cascading Mode and QuickSet grid definer offers easy to set up scalable multiviewer functions (up to 64:1) using multiple cascaded (daisy-chained) PBS-9970-QS cards. Two cards can provide an 8:1 multiviewer, with up to 16 cards providing a 64:1 multiviewer. Single card provides up to 5:1 split, with up to ten 5:1 splits per frame.

• Low-power/high-density design – less than 18 Watts per card.

• DashBoard Output Preview function provides display of regularly-sampled screen captures in the card DashBoard page. Provides remote-access program video content/ presence and multiviewer layout confidence monitoring via the card’s DashBoard display without needing collocation with the card or its input or output video signals.

• Audio routing directs selected PiP audio to combined-stream outputs. Audio downmixing also provided.

Page 99 PESA | www.pesa.com Multiple PBS-9970-QS cards can operate in a cascading mode, where four PiP inputs serve as program video inputs, and the PiP 5 input receives the cascading combined layout of a preceding PBS-9970-QS card in a daisy-chain arrangement.

The cascade output (consisting of the four PiP images and a Additional downstream PBS-9970-QS cards may be added to a full-size underlay) can be sent to another PBS-9970-QS as a system. The PiPs from each card are added next to those cascade input, serving as an underlay which can accept more furnished from the upstream card cascade. Here, PiP insertions PiP insertions. are arranged in columns, although almost any desired grid and arrangement scheme is possible. A Quickset grid definer precisely sets up a multiviewer grid where columns and rows of each of the cards PIPs are arranged to work Even more cards and PiPs can be added using open adjacent together in a cascaded aggregate arrangement. Simply set for cells in the grid. Grids of up to 8x8 are supported, providing for a the number of rows and columns desired - the Quickset definer 64:1 multiviewer using only 16 cards all within the compact 2RU does the rest. openGear-standard frame form.

Advanced Graphics

Advanced graphics such as user identify text, PiP input video format, audio meter bars, tally/UMD, reticules, and timecode can be burned into any PiP with full user attributes control. CEA 608 Ch1 text strings can serve as user text overlays, allowing direct closed captioning presence/quality compliance checks for up to 5 simultaneous video streams per card. User-configurable quality check allows subjective criteria such as black/frozen frame or audio silence events to propagate an on-screen alarm/alert to the output image (such as alert text burn-in or border alert highlight- ing).

A master output up-down-cross convert scaler provides scale-to HD or 3G SDI formats for the combined multiviewer output, which also includes an HDMI output (with audio embedding) to directly feed a wall monitor.

Each PiP input is provided its own independent timing alignment controls with lock to reference, allowing asynchronous inputs to be directly accommodated.

Full user control through PESA’s Cattrax or the openGear DashBoardTM or control software allows full status and control access across a standard Ethernet network. Tally can be commu- nicated by GPI, Ethernet, or serial interfaces.

Page 100 PESA | www.pesa.com PBS-9970-QS SPECIFICATIONS Power < 18 Watts

Video Input/Outputs Video Inputs: (5) 75 BNC; auto-detect/setup for 3G/HD/SD-SDI or CVBSSDI Outputs: (2) 75 BNC (2x DA); user-selectable as 720p, 1080i, or 1080p (3G)HDMI Output: (1) HDMI output with audio embeddingFormats Supported: SMPTE 259M, SMPTE 292M, SMPTE 424MI/O Latency: Basic PiP Input/Output < 1.5 frames (max). Cascade latency consists of basic PiP I/O latency plus < 2 line added delay. Receive Cable Length: 3G/HD/SD: 120/180/320 m (Belden 1694A)Return Loss: >15 dB up to 1.485 GHz; >10 dB up to 2.970 GHzAlignment Jitter: 3G/HD/SD: < 0.3/0.2/0.2 UI Text Burn-In Per-PiP UMD and two user identity text strings (as alternate, automatic PiP input video format can be inserted). Independent insertions controls for enable/disable. User controls for text size, color, and H/ V position. Timecode Burn-In Independent per-PIP burn-in via user controls from input video SMPTE embedded timecode. Burn-in enable/disable user controls. Configurable for burn-in string of seconds, seconds:frames, seconds:frames:field. User controls for text size, color, and H/V position. Text Burn-In Per-PiP UMD and two user identity text strings (as alternate, automatic PiP input video format can be inserted). Independent insertions controls for enable/disable. User controls for text size, color, and H/ V position. Audio Output 16-ch embedded. Per-PIP select allows routing of PIP input 16-ch embedded audio to combined SDI output. HDMI output tracks with group 1/2 audio as selected for SDI embedded audio output.

Tally Indicators/Inputs Per-PiP dual tally indicators. GPI , Ethernet, serial per-PiP control. Per- PiP tally lamp position and sizing controls.

SDI/CVBS AUTO-DETECT / PROCESSING PBS-9970-QS Block Diagram SDI SDI/CVBS IN ADC CVBS CVBS input is automatically detected by the card input, with the CVBS ADC converter automatically engaged.

SDI / CVBS IN A Timecode/ Per-Input AFD SDI / CVBS IN B Validity ANC Data Per-PiP Quint-Split Border Timing 5:1 Video Identity SDI/CVBS SDI Reader/ Check Reader/ Audio ARC Insert/ Alignment Combiner/ Text Select / Deserialize ARC SDI / CVBS IN C Proc De-Embed Scaler/ Formatting Formatting Burn-In/ 5x ADC Formatting Formatting Formatting SDI / CVBS IN D

SDI / CVBS IN E

Per-PiP ARC Scale Control Ident Text Audio User Entry Alignment Control PIP 5 Cascade Mode Path

IN A Frame Ref FRAME REF IN 1 Select/Failover FRAME REF IN 2

Per PiP Audio

Audio Select/ Multi- Image GPI (2 per PiP) Tally Graphics Embed Serialize SDI OUT Network TALLY Ethernet Insert/Control Audio PPM (x2 DA) Ethernet 10/100 (on frame) CONTROL Remote Control Serial Meters HDMI Encode/ Multi- Image Aud Embed HDMI OUT

DashBoard Output Preview To Card Dedicated Generator Ethernet Port

Page 101 PESA | www.pesa.com PBS-9990-ENC-H264-IP HD/SD-SDI/CVBS H.264 Encoder with Streaming IP Out for openGear® Platform

The PBS-9990-ENC-H264-IP cards provide a card-based solution for distribution of MPEG-4 encoding. These encoders are specifi- cally for video distribution with IP only streaming. The PBS-9990-ENC-H264-IP is perfectly suited for IP video distribution over the Internet or over a dedicated IP link. Up to 10 blades can be installed in a 20-slot opengear 3.0 frame, offering distribution delivery of up to 20 individual or simulcast channels in a single frame, using less than 150W total, for reduced operating expenses. In addition to HD/SD-SDI inputs, the PBS-9990-ENC-H264-IP provides the flexibility of supporting SD analog composite video and an analog audio stereo pair per input channel.

Incorporating the latest advances in video compression, the PBS-9990-ENC-H264-IP delivers excellent video quality at very low bit rates. Unique encoding designs allow delivery of multiple HD and SD video services simultaneously. The PBS-9990-ENC-H264-IP provides two Ethernet outputs, supporting full-duplex 100 Mb/s and 1 Gb/s operation. Input video auto-detect mode allows encoding to automatically configure an output that correspond to the input, with resolution and frame rate same as input, and scaling set to same as input or other applicable choices. Using HTTP Live Streaming, the PBS-9990-ENC-H264-IP can transmit broadcast-quality video to mobile phones (Apple and Android 4.0 supported) and tablets. Full user remote monitor/control allows full card status and control access across a standard Ethernet network. Status monitoring is also available at card edge.

PBS-9990-ENC-H.264-IP Block Diagram

*Second stream available with PBS-9990-EnC2-H264-IP model or with option +ENC-H264-IP

Page 102 PESA | www.pesa.com FEATURES

• Card-based design allows scalability, from 1 channel to 20 channels per frame • Input video auto-detect mode automatically configures output to correspond to input frame rate and scaling or convert formats using built-in UDX scaler

• Low power/high-density design; only 6 Watts per card

• Built-in video/audio ADC and embedder allows direct use with SD composite video and audio analog sources

• Full support of CEA-608 and CEA-708 closed captioning

• SCTE 104 to SCTE 35 conversion

• Built-in video/audio ADC and embedder allows direct use with SD composite video and audio analog sources

• RTMP support for publishing to Adobe® Media Server, availing SDI content to Internet viewers. Streams to CDNs: Akamai, Ustream, YouTube, Wowza Cloud service and many others PBS-RM20-9990-ENC-BPBS-RM20-9990-ENC-B PBS-RM20-9990-ENC-U • HTTP Live Streaming protocol allows viewing by Apple® and Android™ 3.0 (or higher) devices PBS-9990-ENC-H264-IP Rear Panels • Remote control/monitoring via DashBoard™ software

• Three year warranty

SPECIFICATIONS

Electrical Power: Audio Encoding Ethernet Outputs 6 Watts MPEG-4 AAC-LC Lip sync adjustment Number of outputs: (2) 100/1000Base-T RJ-45 ports, auto-negotiate or fixed Processing Channels Video Resolution Supported speed IPv4, IPv6, UDP PBS-9990-ENC-H264-IP: (1) channel HD: 1080 x 1920p 60/50 PBS-9990-ENC2-H264-IP: (2) channels 1080 x 1920/1440i 25/29.97/30 Regulatory Compliance 720 x 1280/960/640p 50/59.94 CE: CE marked in accordance with HD/SD-SDI Input SD: 576 x 720/528i 29.97fps 93/68/EEC (22/07/03) Directive (1) input/channel; each configurable as: 576 x 720/528i 25fps UL: UL approval HD-SDI (SMPTE 292M) US FCC: Part 15 SD-SDI (SMPTE 259M) with EDH Video Pre-Processing EMC: EN55022, EN55024, EN6100-3-2 Composite analog video (PAL/NTSC) Closed Captions CEA 608B and CEA-708C WSS/AFD Audio Inputs Supported Teletext (WST system B) Embedded SDI (1 pair/channel) Unbalanced or balanced stereo audio pair (see Management and Control Ordering Information) 10/100Base-T Ethernet Configuration Import/Export Video Encoding Audible/visual fault warning MPEG-4 AVC High profile at level 4.2 ([email protected]) In-band and out-of-band control MPEG-4 AVC High profile at level 4.0 ([email protected]) SNMP v1, v2 CBR & VBR Datasafe automated card configuration 2Mbps to 12Mbps (configurable) Accurate bit rate control SD Video: Startup to streaming in seconds MPEG-4 AVC Main profile at level 3.0 ([email protected]) CBR & VBR 1.5Mbps to 10 Mbps (configurable)

Page 103 PESA | www.pesa.com PBS-9990-DEC-MPEG MPEG4 AVC and MPEG2 Decoder with ASI and IP Inputs and SDI Outputs for openGear® Platform

The PBS-9990-DEC-MPEG MPEG4 AVC and MPEG2 Decoder with ASI and IP Inputs and SDI Outputs provides a high performance real-time MPEG-2 and MPEG-4 SD and HD video decoding openGear® solution. Its design is practically future-proof and decodes traditional video formats such as UDP and RTP (MPEG Transport Stream) as well as Internet and Mobile formats such as RTMP (Adobe® Flash) and HLS (Apple® HTTP Live Streaming).

The PBS-9990-DEC-MPEG supports newer cameras that output RTMP and security cameras that output RTSP. Its high-density, low power design saves on operating expenses, with up to 10 cards installed in a 20-slot openGear® frame.

IP and DVB-ASI input streams are supported, with outputs as ASI, DVB-ASI, SDI, HDMI, and CVBS (for SD streams) using MPEG4 AVC or MPEG2 decoding. The PBS-9990-DEC-MPEG can decode from several audio codecs and provides Dolby® pass-thru. Full user DashBoardTM remote control allows full status and control access locally or across a standard Ethernet network. A complete SNMP MIB is also included.

PBS-9990-DEC-MPEG Block Diagram

Page 104 PESA | www.pesa.com FEATURES • Comprehensive MPEG decoding solution – MPEG4 AVC and MPEG2 to ASI, SDI, HDMI and CVBS with built-in audio codecs. Convenience IP output also.

• Supports RTMP and RTSP sources

• MPEG-1 Layer II, AAC -LC, AAC-HE, E-AC-3 and AC-3 audio codecs standard (Dolby pass-thru; Dolby decode option available) • DVB-ASI Turnaround to IP and ASI with SPTS Splitting • IP reception of unicast or multicast • Several options available for scalable configuring • SNMP MIB included • Low-power/high-density design – less than 14 Watts per card • Remote control/monitoring via DashBoard™ software • Three year warranty

OPTIONS PBS-RM20-9990-DECMPEG-C PBS-RM20-9990-DECMPEG-B • Dolby® Decode License (+DEC-DDEC) – Allows Dolby audio to be decoded as SDI embedded PCM audio or analog audio PBS-9990-DEC-MPEG output Rear Panels

• SMPTE 2022 Forward Error Correction License (+FEC) • IP License (+IP) • Automatic Repeat Request License (+ARQ) • Monitoring License (+TSMON) • Genlock License (+GENLOCK) • Stream Splitting License Option (+SPTS)

SPECIFICATIONS

Power Video Resolution <14 Watts 3G: 1920 x 1080p – 50/59.94/60 HD: 1920 x 1080i - 50/59.94/60 Inputs 720 x 1280p - 50/59.94 (1) DVB-ASI 75Ω BNC (1) IP; 1000Base-T RJ-45 Gen lock (from SD: 480 x 720 - 29.97 576 x 720 - 25 frame ref 1/2) Audio Codec Supported/Processing Outputs MPEG-1 Layer 2 (mp2) (1) HD/SD-SDI 75Ω BNC (1) CVBS 75Ω BNC (1) DVB-ASI 75Ω AAC-LC HE-AAC BNC (1) HDMI AC-3, E-AC-3 (Dolby® pass-thru) (2) Analog Audio Out L/R (balanced 3-pin terminals or unbal RCA

depending on rear module used)

Network Transport Protocols UPD (Unicast or Multicast) RTP (Unicast or Multicast) RTMP (Adobe Flash) RTSP (Security Camera) SMPTE 2022 Pro-MPEG-FEC ARQ

Page 105 PESA | www.pesa.com PBS-9910DA-4Q-3G (non-reclocking) & PBS-9910DA-4Q-3G-RCK (reclocking) 3G/HD/SD Quad-Channel Multi-Rate DA with x4 Output Crosspoint for openGear® Platform

The PBS-9910DA-4Q-3G and PBS-9910DA-4Q-3G-RCK are both Quad-Channel, 3G/HD/SD, Multi-Rate Distribution Ampli- fiers with a x4 Output Crosspoint for use in a 20-slot openGear® frame. Each module supports four input channels which can be crosspoint-routed to any of 16 DA outputs.

The PBS-9910DA-4Q-3G is a non-reclocking DA while the 9910DA-4Q-3G-RCK is identical in input/output capacity but also includes reclockers on all outputs which can be enabled or disabled through control software.

Both modules support SDI and ASI/DVB on all inputs and outputs with non-inverting outputs. The quad-input capacity provides a one-card solution for distribution of 4K quadrant- division content over 3G/HD/SD-SDI interfaces. The extremely flexible crosspoint (which is user-configurable via DashBoard™ GUI remote control) allows quad 1x4, dual 1x8, single 1x16 and other routing possibilities (such as dual 1x4 plus a single 1x8). Any of the four input channels can be distributed or duplicated across four groups of 1x4 DAs, and any of the four inputs can be set to use an alternate failover input upon loss of signal.

Excellent receive performance allows receive EQ for up to 120m 3G and 160m HD cable length (1694A). Card edge and control software remote status monitoring indicates input lock for each input channel. Up to 10 PBS-9910DA-4Q-3G or PBS-9910DA-4Q- 3G-RCK cards, in any mix, can be installed in a frame to provide 40 channels of input, with distribution to up to 160 outputs.

Control software allows full status and control access.

PBS-9910DA-4Q-3G & PBS-9910DA-4Q-3G-RCK Block Diagram

1 3G/HD/SD 2 3G/HD/SD EQ DA SDI In A 3 SDI Out (1-4)* Output 4 Crosspoint / Mux (PBS-9910DA-4Q-3G) 5 3G/HD/SD 6 3G/HD/SD EQ Reclock DA SDI In B Output 7 SDI Out (5-8)* Crosspoint / Mux 8 (PBS-9910DA-4Q-3G-RCK) ONLY 9 3G/HD/SD 10 EQ Input DA 3G/HD/SD SDI In C Failover 11 SDI Out (9-12)* 12

3G/HD/SD 13 EQ 14 3G/HD/SD SDI In D DA 15 SDI Out (13-16)* 16

Ethernet 10/100/1000 *Reclocked outputs available with (On Frame) DashBoard™/OGCP Monitor/Control PBS-9910DA-4Q-3G-RCK Only

Page 106 PESA | www.pesa.com PBS-RM20-9910-4Q-A PBS-RM20-9910-4Q-B-HDBNC PBS-RM20-9910-4Q-C PBS-9910DA-4Q-3G Rear Panel Options

FEATURES • Full support of 3G/HD/SD-SDI and ASI/DVB • Input data rate auto-detection for all industry-standard data rates • Reclocking can be enabled or disabled for each input channel (PBS-9910DA-4Q-3G-RCK Only) • All outputs are non-inverting – ASI can be output on any output port • One-card solution for distribution of 4K quadrant-division content over 3G/HD/SD-SDI interfaces • Individual input lock indicators • Excellent receive performance – EQ allows 1694A cable lengths • Control and status monitoring via control software application up to 120m (3G) / 160m (HD) / 400m (SD) • Three year warranty • Flexible output crosspoint allows card to function as quad-channel 1x4, dual-channel 1x8, or single-channel 1x16 reclocking DA • Failsafe mode automatically switches to selected secondary input on loss of primary input

SPECIFICATIONS Power < 3 Watts

3G/HD/SD-SDI / ASI Inputs (4) 75Ω BNC inputs (A thru D) SDI Formats Supported: SMPTE 259M, SMPTE 292M, SMPTE 424M SDI Return Loss: >15 dB up to 1.485 GHz; >10 dB up to 2.970 GHz

Receive Performance (Cable Length; Belden 1694A)

3 Gbps: 120m 1.485 Gbps: 160m 143-360 Mbps: 400m

3G/HD/SD-SDI / ASI Outputs

(4x4) 75Ω BNC outputs (16 total). Each group of 4 outputs can be crosspoint connected to inputs A thru D. Signal Level: 800 mV nominal Return Loss: >15 dB at 5 MHz - 1.485 GHz Jitter (wideband): HD < 0.2 UI)

Page 107 PESA | www.pesa.com