
Make the move today from a Matrix Switch to a Managed Switch
Just Add Power's HD/IP™ technology allows you to simultaneously send out a HDMI® signal to one or more HDMI® displays over a single CatX cable Ethernet infrastructure. The flexibility, scope and scalability of everyday Ethernet Networks is brought to the world of AV distribution. This breakthrough HDMI® over IP technology can be used to distribute HD digital content from multiple sources to practically any number of remote displays on a LAN. Sources can be rack centralized, decentralised or even a mixture of both. Cascading multiple Ethernet switches allows displays to be located very away from the source devices, while sustaining consistent 1080p video and audio quality.

The first generation (1G) HD/IP™ Transmitters/ Receivers use JPEG compression to fit the signal onto a 100BT Network with minimal impact on the image quality, achieving near to original picture quality. 1G systems are great for digital signage and close to HD resolution media content distribution scenarios. It is a cost-effective solution ideal for commercial install applications. 1G Devices are NOT compatible with 2G devices.
The second generation (2G) HD/IP™ Transmitter/Receivers use a patented process to send visually lossless 1080p video across a 1000BT Network identical to a direct HDMI® cable connection. In addition, 2G models now feature 2-way RS232 communication capabilities for powerful system control of individual source and display functions. 2G Devices are NOT compatible with 1G Devices.


The Second Generation Plus (2G+) HD/IP™ Enhanced Transmitter/Receivers are backwards compatible with standard 2G Transmitters/Recevers. Available only through authorized dealers, the 2G+ products provide enhanced capabilities designed to address some of the most requested additional functions from the 2G user community. 2G Devices will not work with 1G Devices.
The 2G+ HD-SDI Transmitter expands the HD over IP universe to allow an HD-SDI source to be connect to the HDMI over IP network.
| Feature/Function | 1G | 2G | 2G+ |
| Instant Seamless Switching via Managed Ethernet Switch control | |||
| Any Size Matrix Supported via Managed Ethernet Switch | |||
| Uses single Ethernet LAN Cable to connect to LAN Switch | |||
| Uses LAN Protocols: IP, UDP, TCP, ICMP, and IGMP | |||
| Power over Ethernet Receiver Model Available | |||
| Rackmount Transmitter Model available with support for 3 sources | |||
| HDMI/HDCP Compliance Certification | |||
| Plug-and-Play Installation (no configuration required) | |||
| Supports DVI formats with HDMI-to-DVI Adapter (sold separately) | |||
| FCC/CE/ROHS Certification and Compliance | |||
| Feature/Function | 1G | 2G | 2G+ |
| Maxiumum LAN Bandwidth | 60Mbps | 150Mbps | 150Mpbs |
| Integrated Scaler to adjust for different display resolutions on LAN | |||
| One-Way IR from Receiver to control Source (limited support) | |||
| Support for up to 4000 HDMI Sources in Matrix Configuration | |||
| Maximum HDMI Displays Supported per LAN | 200 | 65,000 | 65,000 |
| PCM 2.0 Audio format supported | |||
| Compressed Multi-Channel Audio Formats supported (i.e. Dolby ® 5.1) | |||
| HDMI 3D Formats Supported (Side-By-Side) | |||
| Visually Lossless transmission of all content | |||
| Independent RS232 Control Matrix delivered over same LAN connection (requires a Layer 3 Switch and compatible Driver) | |||
| Embedded Video Wall Application | |||
| On Screen Display API | |||
| Feature/Function | 1G | 2G | 2G+ |
| HTTP Interface | Limited | ||
| Real-Time Management Console Interface via RS232 or TELNET | |||
| HDMI Pass-through port on Transmitters | |||
| USB over IP supported | |||
| Integrated Stereo Audio Extractor (3.5mm) On Transmitter and Receiver | |||
| Integrated Audio Delay Module - programmable whole house audio lip synch | |||
| Integrated Audio Delay Module - manual audio delay buttons on board | |||
| RS232 on 3.5mm Interface with Integrated Null Modem Jumpers on board | |||
| Locking HDMI Cables supported | |||
| Compatible with all 2G/2G+ Models (can be mixed/matched as desired) | |||
| Independent CEC over IP CPU on board (requires a Layer 3 Switch and compatible Driver) | |||
| Feature/Function | 1G | 2G | 2G+ |
TCP/IP packet data travels around a network with ease and is immune to the skew, distance, interference and resolution issues that affect traditional HDMI® extenders and baluns. HDMI® sent over IP is far more robust and can extend a full HD 1080p HDMI® transmission reliably and consistently much further.
Advancements in processor performance mean that HD/IP™ 2G can now deliver visually lossless HDMI® video quality. The 2G platform utilises a newly developed, fully patented video compression engine and a proprietary lossless codec.
HDMI over IP devices are fully HDCP compliant and conform to HDMI standards. HDCP is handled independently between the TX/RX and source/display which greatly reduces the potential for authentication handshake headaches. This is a tested and approved revolutionary HDMI over IP technology and HDMI/HDCP repeater chipset.
The Just Add Power products have been submitted to and passed the HDMI Authorized Test Center requirements for approval under HDMI Compliance Rules for hardware and software implementations of the HDMI/HDCP Specification in a Licensed Product.
HD/IP 2G models now feature 2-way RS232 communication capabilities for control of individual source and display functions, delivering lossless HD video and powerful system control over a single CatX cable.
As well as the HDMI Matrix that’s created by HD/IP, a serial matrix is created with the serial ports. Different types of serial communication can be defined within each HD/IP unit. Allowing control of serial devices located by Display Receivers from Transmitters. Using a Transmitter unit as a “master serial controller” you can gain some powerful global control over many devices. Using an IP based control system you can discretely control each RS232 port and the attached devices over the single LAN cable.
The RS232 port on the 2G HD/IP Display Receivers can also be used with the Just Add Power IR Manager. The IR Manager has four discrete IR Emitter ports and IR codes can be taught into the IR Manager for each of the ports. Each IR code can be emitted using discrete serial codes sent to the Display Receiver from a Transmitter. The Transmitter serial port can be connected to another piece of control hardware allowing the expansion of a control system through the HD/IP 2G.
The 1G HD over IP solution distributes the the PCM audio (2.0 and Dolby Pro Logic II) in the HDMI DataStream. The 2G solution supports a wide range of PCM and compressed audio formats up to 7.1 multi-channel audio. This includes Dolby Digital, DTS, and THX. We do not distribute the lossless audio formats at this time.
Just Add Power HDMI switching is the fastest in the world, with full support for instant seamless switching. There is a 1G demonstration video available on YouTube that shows us switching between HDMI sources at the CEDIA convention. The videos are posted at http://www.youtube.com/user/TheSOHOShop#play/all/uploads-all/0/Z0LNaUdWnCA (HD and SD versions available for your viewing pleasure). In this video you will see that we are able to deliver instant seamless switching between HDMI inputs at multiple resolutions. The first source in the seamless switching demonstration is a PlayStation 3 Blu-Ray disc that we were running at 1080p60 showing the Mummy movie. The second source was an Xbox 360 running at 720p playing the new Batman video game. The 3rd source was a Vudu XL running at 1080p24 showing a one of the Chronicles of Riddick movies. The 4th source was a Vudu BX100 running at 1080p24 showing The Hitchhikers Guide to the Universe. The last source was a Sony HD Camcorder running at 1080i30. Because the 1G Just Add Power HDMI over IP solution uses a SCALER in the receivers, we don't experience the delays in switching caused by the EDID negotiation that is inherent in most other companies offerings. With the 2G devices the same switching speed is possible when switching between sources at the same resolution. When switching between different resolution sources the speed is dictated by the capability of the display to adjust to the new resolution. As far as we know, no other company comes close the speed of the Just Add Power solution.
One of HD/IP’s primary benefits is that when it is used in conjunction with a compatible Managed Ethernet switch setup, a flexible, any-combination HDMI matrix switching distribution solution can be created.
Practically Limitless (source x display) distribution combinations can be created. From 1-source x 200-screen scenarios in a commercial setting, to a 10-source x 30-screen matrix switch in a luxury home. With the 2G solution it is theoretically possible to have a 4000-source x 65,000 screen matrix switch. This is made possible by the process of “stacking” compatible Ethernet switches making it possible to grow beyond the normal 48 port limit. Only the number of ports available on your chosen Ethernet LAN setup limits the scope of the project.
Great distances can be covered by stacking compatible switches with fiber optic cable connections and other advanced connectivity technologies between switches, breaking down the traditional HDMI matrix transmission distance barriers. We have had reports of installations spanning distances of over 20 miles using well designed Ethernet LANs.
The units can of course be made to perform as a splitter using a standard Gigabit switch. Transmitters and receivers, with their plug and play operation, will also act as better baluns in a point to point solution for HDMI transmission over CatX. Their ability to perform over single catX cable runs and be immune from traditional HDMI balun problems can make them useful for troublesome projects.
The key element within the system is the Managed Ethernet switch setup; this is an essential requirement to create an HDMI over IP matrix with source switching. It is important to understand that the HDMI over IP devices themselves are not capable of performing any switching functions, the units function on the LAN as simple plug and play devices. It is the configuration adjustments of the Managed Ethernet switch that performs the switching operation between sources.
Source Transmitters use virtual local area networks (VLAN’s) set up on the Managed Ethernet Switch to create HDMI audio and video streams. Each Transmitter has its own VLAN creating a number of individual networks on the switch, each with a HDMI “channel” created on them. Display Receivers attached to a port on the Managed Ethernet switch can be connected to any chosen VLAN to display that particular HDMI channel.
For example, you could have a Satellite TV box on one VLAN, a Blu-ray player on another VLAN, a HD Games Console on another, and so on. It is possible to control which VLAN a Display Receiver views by adjusting the port configuration of the Managed Ethernet Switch. This sounds complicated, but it’s made easy with RS232 and IP drivers available for practically any automation system on the market.
It is possible to control these configuration settings on a compatible Managed Ethernet switch via its own web interface (where applicable), with IP commands or the switches RS232 control port. Control software on a PC, or other control system hardware (such as Control4 or Crestron) can be setup and used to simplify the process of commanding the Managed Ethernet switch to assign Display Receivers to the desired VLAN HDMI channels. This then makes the end user action of switching between HDMI sources a simple matter of pressing A, B or C on your chosen user interface, whether that be a remote control, touch screen panel, iPad or iPhone.
An example of a 2G matrix setup, using Control4 to command the managed Ethernet switch, is shown in the diagram below.

Switching between HDMI video sources on a HD/IP matrix distribution network can be easily and elegantly administered in a number of ways.
If you’d like to control a HD/IP matrix from a PC, Mediaswitcher, a piece of software designed and built specifically for the HD/IP product will allow you to do this quickly and easily. The software can configure a range of managed Ethernet switches through the use of a wizard and then present you with an on-screen interface to control the HD/IP matrix. It couldn’t be simpler. Mediaswitcher can even be interfaced with via the computers serial port. Allowing you to use another device or control hardware to control Mediaswitcher and therefore the matrix.
If your project makes use of one of the major industry control systems, such as AMX, Control4, Crestron, Elan-G, M-Control, OnControls, RTI, Savant, Vantage, and URC solutions, then setup is equally as easy. We have ready-made drivers for various preferred managed Ethernet switches for the major control systems, making your installation of the HD/IP HDMI network similar to that of other devices in your project.
Custom control system drivers can be built on request and our dealers have already created drivers for use on a number of other platforms such as Android, Elan and Adapt. Demonstrating that with help from our technical team, you can create your own drivers for the system.
If you chose to use your HD/IP HDMI network in a custom application or make use of your own control software, then InstallerPro is an extremely useful tool. InstallerPro allows you to quickly set up a range of managed switches to be ready for use with HD/IP.
It allows advanced setup of the devices should your application require it, along with tools to help in the setup of the video wall feature in the 2G units. With our own control system drivers, InstallerPro isn’t required to configure your switch to get up and running, but it has a set of features for dealers and programmers wanting to leverage the advanced capability of the HD/IP 2G’s devices.
In theory most Managed Ethernet switches should be compatible with HD/IP. Just as diverse is the number of configurations each of these switches could be setup in. However, not all switches are as easy to control for an automation perspective. To make things simpler and get installations up and running quickly and easily, we have tested and found several Managed Ethernet switches to be compatible with the Just Add Power HD over IP solution include the following:
1G Systems:
Cisco SG Series (SG300 or SG500) - best switch choice on this list
Cisco Catalyst 2960
Cisco Catalyst 2960 Gigabit
Dell PowerConnect 3500 Series (3524, 3524P, 3548, 3548P)
Dell PowerConnect 5400 Series (5424, 5448)
Dell PowerConnect 5500 Series (5524, 5524P, 5548, 5548P)
Dell PowerConnect 6200 Series (6224, 6224P, 6248, 6248P)
DLink DES-3226L
Netgear 7000 Series V2 (GSM7224, GSM7228PS, GSM7248, GSM7252PS)
Pakedge SW24-GBM, S24P
2G Systems (requires Gigabit for best results):
Cisco SG Series (SG300 or SG500) - best switch choice on this list - Layer 3 capable
Cisco Catalyst 2960 Gigabit
Dell PowerConnect 5400 Series (5424, 5448)
Dell PowerConnect 5500 Series (5524, 5524P, 5548, 5548P)
Dell PowerConnect 6200 Series (6224, 6224P, 6248, 6248P) - Layer 3 capable
Netgear 7000 Series V2 (GSM7224, GSM7228PS, GSM7248, GSM7252PS)
Pakedge SW24-GBM, S24P
Even if your project falls outside the most common configurations or you wish to use a switch that is not in our recommended list, this does not mean that getting control of the matrix will be difficult. Our technical team is on hand to help you gain the knowledge to create your own control system drivers and our database of drivers grows every day either through professional programmers we employ, independent 3rd party programmers who have adopted out echnolgies, or our own dealers sharing information.
NOTICE: HD over IP and HD/IP are global trademarks or registered trademarks of Just Add Power Cardware Co., Inc. HDMI, the HDMI Logo, and High-Definition Multimedia Interface are trademarks or registered trademarks of HDMI Licensing LLC in the United States and other countries.
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