WolfPack POE HDMI Receiver Over IP with Video Wall

WolfPack

$250.00
Part Number:
HDTV900R
Availability:
Usually ships in 3-4 business days
1:
HDMI Receiver Over IP w/POE to 330'
2:
Supports Both Matrix & Video Wall
3:
Video Wall Supports up to a 16x16
4:
Both H.264 & H.265 Conformance
5:
Zero Latency & 100ms Switching Time
6:
Audio De-embedding & RS232
7:
Discontinued due to chip set shortage

The WolfPack™ HDMI Receiver Over IP extends 1080p HDMI video and audio signals up to 330 feet using a single CAT-5e/6 cable, powered via PoE to avoid the need for an external power supply. It uses internal JPEG compression and supports H.264/H.265 technology for efficient integration with WolfPack Transmitters.

This receiver is ideal for large setups, routing video, audio, and RS232 signals through a matrix system, and supporting video walls up to 16x16. The equalization control switch ensures high-quality transmission over long distances.

Connecting HDMI sources such as laptops and DVD players to distant displays and projectors, the receiver optimizes transmission distances and offers a cost-effective solution for extensive AV distribution.

Features That Separate This WolfPack HDMI Receiver Over IP From the Competition:

  • Wireless iPad control
  • Built-in Video Wall Processor:
    • Drag-N-Drop
    • Supports up to a 16x16 (256 TVs)
    • Supports Multiple Video Walls
  • Engineered using the H.265 protocol for the best picture
  • Zero Latency
  • 100ms Switching Time
  • Separate audio
  • Extends the signal 330' in & out of the Ethernet switch with CAT6/5e
  • Extends the signal 450' in & out of the Ethernet switch with CAT6/7
  • POE design so it doesn't require AC adapters

Our WolfPack™ HDMI Receiver Over IP uses TCP/IP network technology and can have a full HD HDMI signal transmitted and distributed to 100m or 330 feet. The local and remote units can be connected for a point-to-point connection, or through VLAN isolation on a managed network switch for a multipoint-to-multipoint configuration.

However, for the multipoint-to-multipoint configuration the gigabit Ethernet switch must support the IGMP communications protocol.

HDMI Receiver Over IP Features:

  • Receiver (Decoder) supports an RJ45 Input & HDMI output
  • Internal Video Wall function
  • Supports both H.264 and H.265 protocols
  • POE Design
  • Supports audio de-embedding output.
  • Allows video, audio and RS232 signals to be routed together or separately.
  • Streams HDMI signal over an IP network.
  • End-to-End Time Latency with Transmitter:
    • About 50 ms (Low latency mode)
    • About 250 ms (High quality mode)
  • The companion Transmitter supports resolutions up to 1920 x 1080@60Hz.
  • This Receiver offers auto scaling with output resolutions supported from 480p@60Hz to 1920 x 1080@60Hz scaling based on the EDID of display.
  • Able to output two IP streams.
  • One large IP stream supports streaming resolution from 480p@60Hz to 1920 x 1080@60Hz to view a video on the decoder side.
  • The other small one supports streaming resolution 352x288@5Hz to easily preview a video on a third-party device (e.g., tablet).
  • Features video wall configurations up to 16 x 16.
  • Available API interface for third party control system integration offers control through IP control box, a PC configuration, and an iPad.
  • Supports firmware upgrade through Maintain Tool.
  • Supports EDID import to encoder and export from display to decoder.
  • Supports CEC one-touch-play and standby commands to power on and off the display and reports the CEC commands that come from display to IP control box.
  • Supports decoder to turn off the output through API when no source is detected.
  • Support HDCP 1.4.
  • Configurable encoding bit rate up to 30 Mbps.
  • Supports seamless 100ms switching.
  • Supports PoE to be powered by power source equipment.
  • Supports Auto IP: Automatically generates a dynamic IP address at startup in the absence of a DHCP server.
  • Supports communications protocols such as H.264, H.265, TCP/IP, Telnet, UDP and IGMP.

Why not buy this WolfPack HDMI Receiver Over IP today?

The HDMI Receiver Over IP allows you to simultaneously support an HDMI 1.4 Signal (including 1080p video with 5.1 audio) to one or more HDMI video projectors or LCD Panels using one CAT6/7 cable over a standard Ethernet infrastructure.

HDMI Receiver Over IP Specs:

  • Resolutions Supported:
    • 640 x 480@60Hz
    • 480p@60Hz,
    • 576P@50Hz,
    • 800 x 600@60Hz,
    • 1024 x 768@60Hz,
    • 720p@50Hz, 720p@60Hz,
    • 1280 x 800@60Hz,
    • 1280 x 1024@60Hz,
    • 1366 x 768@60Hz,
    • 1400 x 1050@60Hz,
    • 1440 x 900@60Hz,
    • 1680 x 1050@60Hz,
    • 1920 x 540@60Hz,
    • 1080p@24Hz,
    • 1080p@25Hz,
    • 1080p@30Hz,
    • 1080p@50Hz, 1080p@60Hz
  • HDMI 1.3, HDCP 1.4
  • POE or can be powered using provided power supply
  • No need to do the IP settings, plug and play
  • WEB GUI control for IP address, video wall, EDID etc settings
  • Supports to rename the sources and displays
  • 3-pin audio de-embedded on TX and RX
  • EDID preset/learning
  • Low latency About 50 ms (Low latency mode) About 250 ms (High quality mode)
  • Video Wall mode and matrix switch both modes
  • Supports iPad APP control with preview function

HDMI Receiver Over IP Set Includes:

  • 1 - POE HDMI Over Ethernet Receiver unit
  • 1 - 12V 1A power adapter (not needed)
  • 1 - User manual

HDMI Receiver Over IP Specs:

  • Input TMDS signal: 1.2 volts (peak-to-peak)
  • Input DDC signal: 5 volts (peak-to-peak)
  • HDMI Connector: 19 pin type female connectors
  • RJ-45 Connector

Why not buy this WolfPack HDMI Receiver Over IP today?

Frequently
Reasons To Buy an HDTV Supply WolfPack Product

Control

Q: This product has CEC, what is CEC?

A: This product features CEC (Consumer Electronics Control) allowing your HDTV's remote to manage up to ten devices that are connected via HDMI (such as Blu-ray Disc players or home theater receivers) with no special programming needed. For example, you can use your remote to turn on your TV, your player, and your receiver at the same time, and adjust the system volume with one button. All devices must support CEC, though.

Most major TV manufacturers now support CEC, and an HDTV with HDMI 1.3 will have the technology. Manufacturers call it by different names; LG Electronics, for instance, calls its implementation SimpleLink, whereas Toshiba calls its version CE-Link. Interoperability isn't mandatory, so some manufacturers limit control to their own products; Sony, for one, allows only Sony-to-Sony communication.

NOTE: All of these HDMI Matrix Switchers Over LAN systems, unless otherwise noted, require a dedicated HDMI video system with its own Ethernet switch and not attached to your existing LAN system due to the unknown bandwidth impact on the HDMI video from your network. The design needs to meet these specs:
  1. One Dedicated VLAN for the below devices
  2. No other network appliances in the VLAN
  3. Not the same as an existing "Multicast VLAN"
  4. Unique subnet
  5. No other network appliances in the subnet
Using all of the below systems in a single dedicated VLAN to keep them from interfering with the rest of your VLAN. With all devices in a single VLAN, switching sources involves modifying the IP of the Receiver rather than actively manipulating the VLAN configuration of the managed switch. See hundreds below if you can create a dedicated HDMI Video system over a VLAN based upon the above criteria.
 
Can the Ethernet switches be cascaded and still act as a matrix?
A:
Yes. The network switches can be cascaded and still act as a large matrix.

Q: Is it a WEB GUI control or PC software?
A:
It is a PC control software-based system for the configurations like CEC settings, resolution, image rotating, etc

Q: How do you setup the video wall and can it support a 16x16 video wall 256 TVs?
A:
For the video wall set up, it can done it in seconds using the iPad app. The video wall maximum can up to 16x16 with 256 TVs

Q: How do you change the IP and MAC address of the transmitters and receivers?
A:
You can set up the IP and MAC on the iPad app or PC control software, but we recommend using the automatic IP and MAC address, so it can support plug and play.

Q: The Transmitters and Receivers both have Audio out on the receiver can the audio be matrixed such as Receiver A sends audio out to Receiver B, if using the audio out?
A:
The audio out on both the RX and TX are the corresponding audio with the video so its audio function is only an extract function from the video and is not able to do as an audio matrix.

Q: On the IP control box there are (2) LAN ports, would that be for 2 separate LANs?
A:
We will only need to use the LAN 1 for the controlling & settings and for the broadcast version:

  • LAN1 (AV/POE): To connect with the network switch use the PC control software to control this system
  • LAN2 (C): To connect with the network switch this is used for a 3rd party to use the IP control this system

Q: What is it a distance with POE in and out?
A:
With the POE, the input can up to 100m (330 ft) at 1080p@60Hz and the output also is 100m (330 ft)

Q: What is the distance without POE using the AC adapters in and out?
A:
It is also the same distance as the POE distance as in and out both are 100m (330 ft)

Q: What type of UTP cable do you recommend?
A:
As it's used for video signal transmission, we recommend using the STP 868B cable

Q: Can you use CAT6 - 5E - 6 and 7 and is there a difference in length of cables?
A:
We did the tests here with the CAT6/CAT6/Cat6/Cat7 cable and the CAT6 and CAT7 are the best and can reach a distance of 150m with POE

Q: Please give us an explanation of when the large and small streaming resolutions would be used?
A:
The highest resolution can up to 1080P@60Hz, the lowest resolution is 680x480@60Hz but that resolution can't support the IP camera decoding Q: When do you use the control box?
A:
There are 2 situations where you will need to use the control box:

  1. When using the broadcast version (unlimited TX and RX)
  2. When needing to use a 3rd party to control this system (IP/ RS232)

What does the PC Configurator do?
A:
The PC control software is mainly for the resolutions, CEC, RS232, image rotating and RX/TX IP settings

Q: Does the iPad control require a wireless router?
A:
Yes, it will need a WIFI router connected in the same system

Q: In the diagram in the manual it shows the IP control box with only an Internet connection, does a PC plug into it?
A:
Yes, the control PC uses a LAN cable connected to the same network switch

Q: You also recommend Managed POE switches, correct?
A:
We tested on several POE network switches and so far both managed POE and the non-managed POE network are working well. But the managed network switch is more stable and it's fanless which is quieter.

HDTV Supply's WolfPack Family of Matrix Switchers can be created however you wish. Just SCROLL DOWN and fill out the below and press SUBMIT, and we will send you a quotation based upon your needs within an hour.

If it doesn't meet your needs just call us right now at 833-WOLFPACK or 833-965-3722 or email us at support@hdtvsupply.com

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