PROJECT PLANNING GUIDE

Project Planning Guide Just Add Power HD over IP Page 1 PROJECT PLANNING GUIDE Revised 2014-10-20

Project Planning Guide Just Add Power HD over IP Page 2 Table of Contents How the Just Add Power Solution Works... 4 Features of All Just Add Power Devices... 5 2G+ Hardware Features... 6 2G+ Physical Connections and Buttons Case Front and Back... 6 2G+ Receiver ports:... 6 2G+ Transmitter ports:... 6 2G+ Physical Connectors and Buttons Case Bottom... 7 2G+ Receiver... 7 2G+ Transmitter... 7 2G+ Audio Delay Features... 8 Comparison of 1G, 2G, and 2G+... 9 Form Factors... 10 1G... 10 2G... 10 2G+... 10 Installation Types... 11 One Transmitter to One Receiver... 11 Components... 11 Configuration... 11 One Transmitter to Multiple Receivers... 12 Components... 12 Configuraton... 12 Multiple Transmitters to Multiple Receivers... 13 Components... 13 Configuration... 14 Multiple Transmitters to Multiple Receivers with Video Wall App... 15 Components... 15

Project Planning Guide Just Add Power HD over IP Page 3 Configuration... 16 Two Types of Systems... 17 Layer 2... 17 Layer 3... 17 Suggested Switches... 18 1G Systems... 18 2G Systems... 18 Power over Ethernet Specifications... 19 Stacking Specifications... 20 Switch Model... 20 SFP Module... 20 System Configuration and Control... 21 Configuration... 21 JADConfig... 21 Manual... 21 Control... 22 Licensed Control System Drivers... 22 Media Switcher... 23 Custom Control System Drivers... 24 1G vs. 2G Network Considerations... 25 1G Systems... 25 2G Systems... 25

Project Planning Guide Just Add Power HD over IP Page 4 How the Just Add Power Solution Works The Just Add Power HD over IP solution is a video/audio distribution system that uses the local area network infrastructure. To the network, Just Add Power IP packets look the same as all other traffic. This means that it is capable of traveling anywhere that data on your local area network can travel. The strengths of the Just Add Power HD/IP solution are in its versatility and quality. It is uniquely scalable for the job at hand, no matter how many sources and displays an installation may require. There is no limit of static 2x2, 4x4, 8x8 input/output ranges. 2x9? Sure! 1x13? Of course! 7x58? Easy! Content can be transmitted in resolutions between 480p and 1080p60. As long as the source device has an HDMI output, the Just Add Power solution can distribute it. In essence, Just Add Power has two devices: an encoder and a decoder. Just Add Power Transmitter Connected to the source device via HDMI cable. The source device can be a Blu-Ray player, cable box, media server, DirecTV, or other device with an HDMI output. The Transmitter converts the HDMI signal into a network packet that is sent over Cat5e/6/7 cables. Just Add Power Receiver Connected to the display device via HDMI cable. The display device can be a TV, monitor, AV receiver, or other device with an HDMI input. The Receiver takes network packets received over Cat5e/6/7 cables and converts them into an HDMI signal. To realize a Just Add Power installation, you will need the following pieces: 1 Receiver per display 1 Transmitter per source A switch for distribution depending on the number of sources: o For point-to-point, no switch is needed o For 1 Transmitter to multiple Receivers, an unmanaged switch is needed o For multiple Transmitters to multiple Receivers, a managed switch is needed A control system to manage the switching of TVs to watch different Receivers (for multiple-tx, multiple-rx installations only)

Project Planning Guide Just Add Power HD over IP Page 5 Features of All Just Add Power Devices All Just Add Power devices support the following features: Instant, Seamless Switching Any-Size Matrix any number of inputs and any number of outputs Central point is a Managed network switch Uses LAN Protocols: IP, UDP, TCP, ICMP, and IGMP Power over Ethernet Receiver Model Available Rack mount Transmitter Model Available 3 Transmitters in 1 Case HDMI/HDCP Compliance Certification Plug-and-Play for 1-Transmitter Installations (no configuration required) DVI formats with HDMI-to-DVI Adapter (sold separately) FCC/CE/ROHS Certification and Compliance Just Add Power currently supports 2 generations of devices. The differences between them can be found on the next page. 1 st Generation (1G) 2 nd Generation (2G/2G+) Different Generations are INCOMPATIBLE

Project Planning Guide Just Add Power HD over IP Page 6 2G+ Hardware Features 2G+ Physical Connections and Buttons Case Front and Back 2G+ Transmitters and Receivers have additional ports that are not present on standard 2G devices. The added features in 2G+ can be used individually, or combined, to satisfy the various needs of different installations. 2G+ Receiver ports: 2x USB 2.0 ports on front 1x Link USB button on front 1x HDMI Out locking pin on back 1x Stereo audio extraction port on back Link USB button USB 2.0 ports HDMI Out with locking pin Stereo audio extraction port 2G+ Transmitter ports: 1x HDMI In locking pin on back 1x HDMI Out port with locking pin for HDMI pass-through on back 1x Stereo audio extraction port on back 1x Micro-USB port on back HDMI In w/ locking pin Stereo audio extraction HDMI out w/ locking pin Micro-USB port

Project Planning Guide Just Add Power HD over IP Page 7 2G+ Physical Connectors and Buttons Case Bottom 2G+ Transmitters and Receivers cases also have connectors and buttons on the bottom: 2G+ Receiver Null Modem jumper for RS232 port Console access port (3-pin molex) CEC CPU firmware update port (4-pin molex) Audio Delay INCREASE button Audio Delay DECREASE button 2G+ Transmitter Console access port (3-pin molex) Null Modem jumper for RS232 port CEC CPU firmware update port (4-pin molex) Audio Delay DECREASE button Audio Delay INCREASE button

Project Planning Guide Just Add Power HD over IP Page 8 2G+ Audio Delay Features 3.5mm audio output only extracts 2-channel audio from the HDMI signal Audio delay affects ONLY the Stereo mini-plug on the back of Just Add Power 2G+ Receivers and Transmitters Audio delay can be set in 6-8 ms increments, up to a maximum of 170ms Audio can only be extracted if it is in a 2-channel audio format. The Stereo mini-plug WILL NOT FUNCTION in multi-channel audio formats.

Project Planning Guide Just Add Power HD over IP Page 9 Comparison of 1G, 2G, and 2G+ Feature/Function 1G 2G 2G+ Maximum LAN Bandwidth 60Mbps 150Mbps 150Mbps Maximum HDMI Displays Supported per LAN 200 65,000 65,000 Required Minimum Switch Speed 10/100 Gigabit Gigabit PCM 2.0 Audio format supported Compressed Multi-Channel Audio Formats Supported (i.e. Dolby 5.1) Support for up to 4000 HDMI Sources in Matrix Configuration HTTP Interface Limited Real-Time Management Console Interface via RS232 or Telnet HDMI Pass-Through Port on Transmitter USB over IP Supported Integrated Stereo Audio Extractor (3.5mm) On Transmitter and Receiver Integrated Audio Delay Module On Transmitter and Receiver RS232 on 3.5mm Interface with Integrated Null Modem Jumpers Compatible with All 2G/2G+ Models Independent CEC over IP CPU Locking HDMI Cables Supported HDMI Side-by-Side 3D Formats Supported Independent RS232 Control Matrix Delivered Over LAN Connection Embedded Video Wall Application On Screen Display API Image Push upload a background image Image Pull preview video from a source or display Integrated Scalar to Adjust for Different Display Resolutions One-way IR From Receiver to Control Source Device

Project Planning Guide Just Add Power HD over IP Page 10 Form Factors 1G Name Product Number Dimensions Description 1G Receiver 108A 5 x 5.875 x 1.25 Receiver 1G PoE Receiver 108PoE 5 x 7.5 x 1.25 Power Over Ethernet Receiver 1G Transmitter 308A 5 x 5.875 x 1.25 Transmitter 1G Rackmount Transmitter 339A 1RU x 19 x 9.875 3-in-1 Transmitter 2G Name Product Number Dimensions Description 2G Receiver 208A 5 x 5.875 x 1.25 Gigabit Receiver 2G PoE Receiver 208PoE 5 x 7.5 x 1.25 Gigabit Power Over Ethernet Receiver 2G Transmitter 408A 5 x 5.875 x 1.25 Gigabit Transmitter 2G PoE Transmitter 408PoE 5 x 7.5 x 1.25 Gigabit Power Over Ethernet Transmitter 2G Rackmount Transmitter 439A 1RU x 19 x 9.875 3-in-1 Gigabit Transmitter 2G+ Name Product Number Dimensions Description 2G+ Receiver 218A 5 x 5.875 x 1.25 Enhanced Gigabit Receiver 2G+ PoE Receiver 218PoE 5 x 7.5 x 1.25 Enhanced Gigabit Power Over Ethernet Receiver 2G+ Transmitter 418A 5 x 6.375 x 1.25 Enhanced Gigabit Transmitter 2G+ PoE Transmitter 418PoE 5 x 7.875 x 1.25 Enhanced Gigabit Power Over Ethernet Transmitter 2G+ Rackmount Transmitter 449A 1RU x 19 x 9.875 3-in-1 Enhanced Gigabit Transmitter 2G+ SDI Transmitter 428A 5 x 6.375 x 1.25 HD-SDI to HDMI Enhanced Gigabit Transmitter 2G+ SDI Transmitter 428PoE 5 x 7.875 x 1.25 HD-SDI to HDMI Enhanced Gigabit Power Over Ethernet Transmitter

Project Planning Guide Just Add Power HD over IP Page 11 Installation Types One Transmitter to One Receiver Components 1 source device 1 Just Add Power Transmitter 1 display device 1 Just Add Power Receiver 2 HDMI cables 1 Cat 5e/6/7 cable Just Add Power devices are plug-and-play. They need only to be connected together in order for video transmission to begin. In the simplest installation one Transmitter sending to one Receiver no switch is needed; the Receiver and Transmitter can be connected point-to-point with a single Cat 5e/6 cable. Configuration No configuration required One Just Add Power Transmitter/Receiver pair will also work through an established network topology. However, you must put the Just Add Power devices in a VLAN by themselves so they do not interfere with other network traffic.

Project Planning Guide Just Add Power HD over IP Page 12 One Transmitter to Multiple Receivers Components 1 source device o 1 Just Add Power Transmitter Multiple displays o 1 Just Add Power Receiver per display 1 Unmanaged network switch or better 1 Cat 5e/6/7 cable per Just Add Power Transmitter and Receiver 1 HDMI cable per Just Add Power Transmitter and Receiver Configuraton No configuration required In a situation where there is already a network backbone in place, a MANAGED network switch is needed to separate Transmitter from regular network traffic. Otherwise, the Transmitter WILL prevent other network traffic from reaching its destination.

Project Planning Guide Just Add Power HD over IP Page 13 Multiple Transmitters to Multiple Receivers Components Multiple source devices o 1 Just Add Power Transmitter per source device Multiple displays o 1 Just Add Power Receiver per display Managed network switch One HDMI cable per Just Add Power Transmitter and Receiver One Cat 5e/6/7 cable per Just Add Power Transmitter and Receiver RS232- or IP-based control system to communicate with the managed network switch

Project Planning Guide Just Add Power HD over IP Page 14 Configuration When multiple Transmitters are traveling over the same network, the managed network switch must be configured so that Receivers are only watching one Transmitter at a time. Configuration options can be found in System Configuration and Control.

Project Planning Guide Just Add Power HD over IP Page 15 Multiple Transmitters to Multiple Receivers with Video Wall App Components Multiple source devices o 1x Just Add Power Transmitter per source device Multiple standalone displays or projectors o 1x Just Add Power Receiver per display or projector Video Wall Displays (any video wall size from 2x2 to 16x16 displays) o 1x Just Add Power Receiver per display smaller bezel works best! Managed network switch One HDMI cable per Just Add Power Transmitter and Receiver One Cat 5e/6/7 cable per Just Add Power Transmitter and Receiver IP-based control system to communicate with the managed network switch

Project Planning Guide Just Add Power HD over IP Page 16 Configuration When multiple Transmitters are traveling over the same network, the managed network switch must be configured so that Receivers are only watching one Transmitter at a time. Configuration options can be found in System Configuration and Control. After system configuration is complete, set all Video Wall Receivers to watch the same Transmitter and use the HTTP interface on the Transmitter to configure the Video Wall screens. Contact support@justaddpower.com for documentation related to setup of Video Wall.

Project Planning Guide Just Add Power HD over IP Page 17 Two Types of Systems Layer 2 Layer 2 describes a basic matrix switching system. Control provided is changing of any display to watch any source. Endpoint control is NOT accessible natively, but could be with creative programming or additional hardware. Layer 3 Layer 3 describes a matrix switching system with endpoint control that takes advantage of RS232, CEC (2G+ only), and console API features built into all Just Add Power devices. Console API features include video wall management, audio delay variation, USB enable/disable (2G+ only), and others. Feature Layer 2 Layer 3 Matrix Switching RS232 control of endpoints CEC (2G+ only) Video Wall Management Logical USB enable/disable On-screen Display Image Pull preview video from a source or display Image Push upload a background image Gigabit internet access on same CatX cable

Project Planning Guide Just Add Power HD over IP Page 18 Suggested Switches Recommended Less than 8 Sources (Tx) 8-33 Sources (Tx) 34+ Sources (Tx) 2-51 devices (Tx + Rx) Cisco SG300 Cisco SG300 Cisco SG300 52-400 devices (Tx + Rx) Cisco SG500 Cisco SG500 Cisco SG500X 400+ devices (Tx + Rx) Contact Support Contact Support Contact Support If switches are located more than 5 meters (16 feet) from each other, the SG500X is required The following Managed Ethernet switches have been tested and found to be compatible with the Just Add Power HD over IP solution. This is not a complete list of switches that work with Just Add Power devices. Many switches that are not listed have been found by our dealers to work excellently. 1G Systems Recommended! *Cisco SG300 Series Recommended! *Cisco SG500 and SG500X Series (stacking) Cisco Catalyst 2960 Cisco Catalyst 2960 Gigabit Dell PowerConnect 3500 Series Dell PowerConnect 5400 Series Dell PowerConnect 5500 Series *Dell PowerConnect 6200 Series (stacking) DLink DES-3226L Pakedge S24P Pakedge SW24-GBM Note: Enterprise-class switches with in-depth packet inspection, QoS protocols, and IGMP snooping have been found to have difficulty with 1G systems. For best results, disable all of those functions on 1G ports on the switch, or use 2G. 2G Systems Driver-supported! Recommended! *Cisco SG300 Series Driver-supported! Recommended! *Cisco SG500 and SG500X Series (stacking) Cisco Catalyst 2960 Gigabit Cisco Catalyst 3750 Dell PowerConnect 5400 Series Dell PowerConnect 5500 Series *Dell PowerConnect 6200 Series (stacking) Driver-supported! Pakedge S24P Pakedge SW24-GBM *Layer-3 Capable (2G systems only)

Project Planning Guide Just Add Power HD over IP Page 19 Power over Ethernet Specifications Power over Ethernet form factors are available on both Just Add Power Transmitters and Receivers. Just Add Power devices are Class 3, mid-power devices according to IEEE 802.3-2008 specifications. They will draw no more than 10 Watts under normal operating circumstances. When planning an installation using Power over Ethernet, please plan for 10 Watts per port with a Just Add Power PoE device. Switch Model PoE ports Wattage Available P model MP model (if available) Cisco SG300-10P/MP 8 62 Watts total 124 Watts total Cisco SG300-28P/MP 24 180 Watts total 375 Watts total Cisco SG300-52P/MP 48 375 Watts total 740 Watts total Cisco SG500-28P/MPP 24 180 Watts total 740 Watts total Cisco SG500-52P/MP 48 375 Watts total 740 Watts total Cisco SG500X-24P/MPP 24 375 Watts total 740 Watts total Cisco SG500X-48P/MPP 48 375 Watts total 740 Watts total Pakedge S24P8 8 15.4 Watts per port Pakedge S24P 24 15.4 Watts per port Dell PowerConnect 5524P 24 15.4 Watts per port Dell PowerConnect 5548P 48 15.4 Watts per port Dell PowerConnect 6224P 24 15.4 Watts per port Dell PowerConnect 6248P 48 15.4 Watts per port **All power specs taken from company data sheets on March 20, 2014**

Project Planning Guide Just Add Power HD over IP Page 20 Stacking Specifications For a system with more than 51 devices, multiple switches must be used. However, the details of the project determine which type of switch and SFP module are needed. Switch Model Recommended Stacking Cable (Bandwidth)** Max Transmitters** Distance Between Switches SG500 Stack RJ-45 (1Gb) SFP Copper (5Gb) SFP Fiber (1Gb) 6-7 Tx 33-34 Tx 6-7 Tx 100 m/333 ft 5 m/16 ft 10 km/6 mi SG500X Stack SFP Copper (5Gb) SFP Fiber (10Gb) 33-34 Tx 67 Tx 5 m/16 ft 10 km/6 mi **If connected with 2 modules (as in a Ring topology), Bandwidth and Max Transmitters have doubled capacity while both links are active SFP Module Copper Bandwidth Description Length SFP-H10GB-CU1M 10Gb/5Gb Twinax cable, passive, 30 AWG 1 m/3 ft SFP-H10GB-CU3M 10Gb/5Gb Twinax cable, passive, 30 AWG 3 m/10 ft SFP-H10GB-CU5M 10Gb/5Gb Twinax cable, passive, 30 AWG 5 m/16 ft Fiber Bandwidth Description Max Distance SFP-10G-SR 10Gb 850-nm wavelength 300 m/1000 ft Multimode fiber SFP-10G-LR 10Gb 1310-nm wavelength 10 km/6 mi Single-mode fiber SFP-10G-LRM 10Gb 1310-nm wavelength Single- or multimode fiber 300 m/1000 ft

Project Planning Guide Just Add Power HD over IP Page 21 System Configuration and Control There are several options for configuring and controlling a Just Add Power system. Configuration Just Add Drivers Configuration software JADConfig configures the switch and all attached Just Add Power devices and interfaces with licensed control system drivers. JADConfig Just Add Drivers Configuration software o Configures network switch o Configures Just Add Power devices in pre-defined IP ranges o Configures port 1 as router port, Transmitters starting on port 2, and Receivers starting after Transmitters o All unused ports are placed on the same network as the router Works with switch models: o Cisco SG300 Series o Cisco SG500 Series stacked and unstacked modes o Netgear GSM 7200 Series o Pakedge S24P Requires a router with a DHCP server and the ability to add a static local area (LAN) route Can be used with licensed control system drivers or custom control system drivers Go to http://www.justaddpower.com/blog/category/support/drivers/ to begin Manual Configuration of the network switch and Just Add Power devices can be done manually. Just Add Power has switch configuration guides for the following models of switches: Cisco SG300 Cisco SG500 Cisco Catalyst 2960 and 2960S Cisco Catalyst 3750 Dell PowerConnect 3500 Dell PowerConnect 6200 Netgear GSM 7200 Pakedge S24P Pakedge SW24-GBM

Project Planning Guide Just Add Power HD over IP Page 22 Control In a multiple-transmitter system, a control system sets the Transmitter showing on each Receiver. Licensed Control System Drivers IP-based drivers o Switching drivers o Receiver and Transmitter control drivers gives access to RS232, CEC, video wall, on-screen display, etc. o ONLY work with switches configured with JADConfig Supported control systems o AMX o Control4 o Crestron o RTI o OnControls o Elan G E-mail drivers@justaddpower.com with the MAC Address of the control system processor (Serial Number for AMX) to receive a free license key Go to http://www.justaddpower.com/blog/category/support/drivers/ to begin

Project Planning Guide Just Add Power HD over IP Page 23 Media Switcher Just Add Software licenses Media Switcher - a software-based control system compatible with Mac, Windows, and Linux. Go to www.justaddsoftware.net for more information. Software-based control system no proprietary control hardware required Ideal for installations with a computer as the point of control Built-in Video Wall application Customizable interface

Project Planning Guide Just Add Power HD over IP Page 24 Custom Control System Drivers Just Add Power can provide the information needed to allow a dealer to write a custom control driver that works with ANY control system capable of sending IP or RS232 commands. Please contact support@justaddpower.com for more information. Just Add Power has examples of drivers for these control systems that can be modified to fit the size of the system: Control4 Crestron Elan G RTI Savant URC

Project Planning Guide Just Add Power HD over IP Page 25 1G vs. 2G Network Considerations 1G Systems The IP address of each 1G device is printed on the top of the box. o All Transmitters have an IP address of 192.168.168.21 and MUST retain the same IP and MAC addresses. o All Receivers have an IP address in the 192.168.168.X range You cannot have 2 Receiver devices with the same IP address in the same installation. There are no network management options. The boxes do not respond to regular network requests such as pings. Transmitters send a maximum of 60 Mbps per port. A 10/100 managed network switch is needed to carry the traffic for 1G devices. A managed switch is needed because traffic from 1G Transmitters must be separated from each other, and from regular network traffic. o Analogy: Our devices are allowed to drive on the road (switches) but they are like crazy drivers that take up the entire road and run everyone else off of it if they get in the way. By creating separate lanes (VLANs) we keep our crazy driver in his own lane so that he doesn t run over all of the other cars. WILL NOT work over a routed network; only works within the Local Area Network (LAN) 2G Systems The IP address of each 2G device will be in the 169.254.X.X range. Devices automatically assign themselves an IP address. There will never be 2 devices in an installation with the same IP address as long as they are set to do this. o Static IPs can be set if reliable access to devices is required. o Devices do not have to match the current IP scheme (if added to an established network). Devices have an accessible web page that can be used to check firmware version, upgrade firmware, or apply commands to the devices. Devices have an external RS232 port that can be used to control a connected device. Information on how to configure devices for always-on access can be found in the Inter-VLAN Telnet Just Add Power guide. It is an advanced topic and will not be covered here. Transmitters send a maximum of 150 Mbps per port. A gigabit managed network switch is needed to carry the traffic for 2G devices. A managed switch is needed because traffic from 2G Transmitters must be separated from each other, and from regular network traffic. o Analogy: Our devices are allowed to drive on the road (switches) but they are like crazy drivers that take up the entire road and run everyone else off of it if they get in the way. By creating separate lanes (VLANs) we keep our crazy driver in his own lane so that he doesn t run over all of the other cars. WILL NOT work over a routed network; only works within a Local Area Network (LAN)