The IPAV PRO series integrates revolutionary 10GbE IP switching technology via Cat and/or Fiber in different chassis for a variety of applications:

The transmitters and receivers (input and output nodes) are available in the following chassis:
- Robust "Rugged" housing made of CNC-milled aluminium with D-type connectors, especially for "Rental and Staging" applications
- Standard housing as "black box", cost-saving and equipped with conventional connectors
- Chassis for 19" rack integration with 1RU installation height, designed for 2 transmitters / receivers in one chassis
- As openGear plug-in card for openGear chassis

This robust "rugged" version for rental & staging applications comes with a full set of robust and professional field connectors including etherCON Cat6A and powerCON® TRUE1 from Neutrik.
To connect the IPAV Pro transmitter and receiver, both are equipped with opticalCON DUO (Multimode) connectors from Neutrik as standard, but can also be equipped with Fiberfox socket connectors (D-Type) for Singlemode or Multimode. All of them are fitted to recessed connector panels for superior plug protection and connection. For additional durability and ease of part replacement, each individual panel mount connection is separated from the main PCBA. This modular port construction allows for simple and cost-effective field repair.
A wide range of useful accessories such as transport cases, exchangeable SFP+ modules or server modules for GUI integration complement the IPAV Pro family.

Owning an IPAV Pro means always having the right tool for the job. From simple point-to-point extension over standard Cat.6A cable (Extender), to multi zone videowall and matrix switching over Neutrik or Fiberfox fiber cables - The IPAV Pro series expertly handles the task with ease.

The SDVoE™ certified BlueRiver™ chipset provides the platform that is necessary to enable true AV/IT convergence.
All SDVoE™ certified AV over IP products use the same protocol and are inter-compatible, no matter what device from which manufacturer is being used.

The Omni-Tool
By combining input- and output-nodes (transmitter / receiver), the IPAV Pro series is able to mimic and improve any function of all common AV distribution products. Thus, the IPAV Pro product family is the only product range you will ever need for your AV distribution - As "Extender", "Splitter", "Switcher", "Matrix" and "Videowall Controller".
The number of input / output nodes is limited only by the number of ports available.

Extender
In a point-to-point configuration, there is no need for a switch. Distribute full bandwidth data up to 4K@60 4:4:4 resolution as well as 1G Ethernet, audio and control signals over IP - Surpass the limitations of other technologies.

Splitter
With only one transmitter and a 10G Ethernet switch, any A/V signal can be flawlessly and instantly distributed to a near limitless number of receivers and screens, any number of times.

Switcher
Use only one receiver (Rx), as well as a 10G Ethernet switch to distribute an unlimited number of sources to a single screen. The number of sources is limited only by the number of Ethernet switches used.

Matrix
The combination of switching and splitting enables a completely scalable matrix system. Independently route video, audio, IR and control signals from any source to any endpoint. The IPAV PRO series allows for on-the-fly upgrading and a virtually unlimited number of I/O ports.

Video Wall
Create and manage video walls in setups up to 5x5 screens. The IPAV PRO product line features full bezel correction and instant seamless switching of full bandwidth source material as well as further innovative features for video wall management.

Key Features of the IPAV Pro Family Scalable AV distribution only limited by the number of 10GbE ports available Variety of specialized chassis for different application Full 4K@60Hz 4:4:4 bandwidth transmission incl. HDR Full HDCP version support Dual switchable inputs, HDMI 2.0 or DisplayPort 1.2 Designed for 24 / 7 / 365 applications Seamless switching and visually lossless transmission with zero frame latency Three adaptable video switching modes - Genlock, Fast Switch, Genlock Scaling Transmission via Category 6A, Multimode and Singlemode fiber Broadcast quality up and down scaling Up to 5x5 video wall processing with comprehensive software management incl. bezel correction Balanced audio embedding / de-embedding and PCM down mixing Independent switching of video, audio, 1G Ethernet, and control signals

Adaptable ReliabilityThe PRO series provides complete on-site flexibility in a single device. Owning the IPAV PRO means always having the right tool for the job. From simple point-to-point extension over standard Cat.6A cable, to multi zone videowall and matrix switching over Neutrik or Fiberfox fiber cables - The PRO series expertly handles the task with ease.

Powerful DependabilityThe IPAV PRO series combines revolutionary 10GbE IP switching technology with a toughened chassis custom made for rental and staging. Reliable distribution of uncompressed 4K in real time, with zero frame latency and pixel perfect image quality, in even the most demanding environments.

SDVoE™ - A Game Changing Industry StandardSDVoE™ technology provides the platform that is necessary to enable true AV/IT convergence. With the advent of comparatively inexpensive 10GbE switching, cost effective I/O with superior quality, scalability and reliability, AV can finally share the same tried and tested infrastructure without compromise. The IPAV PRO series takes this revolutionary AV-over-IP technology, wraps it in a hardened shell and equips it with professional grade features for unique rental and staging applications.

BlueRiver™ - the Brains Behind the BrawnThe SDVoE™ certified chipset by Semtech uses ubiquitous, IP-based network architecture for pixel transmission rather than bespoke proprietary technology often used in traditional matrix routers. BlueRiver™ chipsets can extend and independently switch video, audio, Gigabit Ethernet, and other control signals with zero latency using standard CAT and MM/SM fiber.
BlueRiver™ AV over IP chipsets are the worlds only chipsets able to transport uncompressed, zero latency UltraHD/4K HDR over standard Ethernet and are the foundation for Software Defined Video Over Ethernet (SDVoE™) technology. Using a synchronous, packet-based architecture for pixel transmission, BlueRiver™ can extend and independently switch video, audio, Gigabit Ethernet, and other control signals through off-the-shelf Ethernet switches. Combined with the BlueRiver™ Application Programming Interface (APl), the chipsets provide a hardware/software platform for SDVoE™ products, supporting applications such as matrix switching, control signal distribution and video processing.

Performance and Capabilities
Transport Performance End-to-end latency under 100 microseconds (less than 1/100 of a frame) Video is uncompressed, except for 4K/60 8-bit 4:4:4 and 10-bit 4:2:2 Compression is ultra-lightweight, 1.41:1 ratio and 100% artifact-free

Video Interfaces HDMI 2.0, supporting all resolutions up to 594 MHz 4K / 60 Hz / RGB and 4:4:4 8-bit 4K / 60 Hz /4:2:2 10-bit for broadcast and medical applications 4K / 60 Hz /4:2:0 10-bit and 12-bit HDR
Audio Interfaces I2S stereo I/O and I2S multi-channel I/O supporting all formats in HDMI 2.0, including: multi-channel PCM, Dolby True HD, DTS-HD Master Audio

Transmission Distance Up to 100 meters with standard Category 6a and above Up to 300/550 meters with Multi-mode OM3/OM4 fiber Up to 30 km with Single-mode fiber (MM STP+ fitted as standard)

BlueRiver™ AV Processor Broadcast-quality upscaling and downscaling Color space, chroma sub-sampling, and frame-rate conversion Videowall with synchronized outputs and bezel correction Multichannel PCM down-mixing Independent routing of audio, RS232 and Gigabit Ethernet

The SoftwareThe unique BlueRiver™ platform enables complete system control from one PC running the management software, compatible with Windows 7 (or later).
The controlling PC can be connected either to the 10GBaseT network switch or the Gigabit port of the IPAV PRO transmitter or receiver to control the whole infrastructure.
The control software offers a graphical overview over all the connected source and display devices including their respective stream information like resolution, refresh rate as well as the exact transmitter and receiver settings.

Key Software Features: Auto device discovery enables Plug&Play capability, no manual setup needed Password protected login screen for safe device management Status monitoring incl. IP address, port, connection status, video mode, etc. Audio distribution and downmix: Any Rx can either output the (max. 8ch) original audio stream embedded in the output signal or a 2ch stereo downmix on the analogue port Group several devices for easy zone management Backup & Restore settings RS232 control of any connected 3rd party device via console command line input Remote firmware updates "System Log" view for troubleshooting purposes

User Configurable Video Modes
Genlock Mode Simulates a cable connection Display output on Rx is 1:1 synchronized with source input on Tx Uncompressed: Less than 30µs latency / Compressed: Max. 120µs latency
Fast Switch Mode Faster input source switch, seamless to the human eye Max. 2 frames latency, not genlocked to the input signal from transmitter The display connected to the Rx is synced to a video raster that sends a constant signal, so when a source switch occurs there will be no black screen or image stutter Output and frame rate from the receiver is scaled to the connected display device
Genlock Scaler Mode Combines the benefits of "Genlock" and "Fast Switching" modes Low latency and source locking from Genlock Mode Output resolution scaling (without frame rate conversion) from Fast Switch Mode Video raster does not rely on the frame buffer, but is genlocked to the source This combination results in a minimal latency output with a different resolution than the source material
Videowall Mode Single source can be stretched across multiple displays Output on every Rx is scaled to the native resolution of the connected display Visual, graphically enhanced bezel correction, directly in the software UI