The IPEX5000 Series is a range of Digitalinx IP devices designed for transmitting HDMI and VGA video and audio over a 1 gigabit network infrastructure using JPEG2000 encoding. The series includes encoders (IPEX5001, IPEX5001-WP-W, IPEX5001-D) and decoders (IPEX5002), offering flexible solutions for point-to-point, one-to-many, and matrix video wall installations.
Function Description:
The IPEX5001 Encoder transmits HDMI video and audio, supporting resolutions up to 4K at 60 Hz 4:2:0 (8-bit deep color) and 4K at 24Hz 4:2:0 (10-bit deep color) for HDR10. It also supports HDCP 2.2 and multichannel audio. An analog audio input allows embedding analog audio with video content (e.g., from a DVI source), while an analog audio output de-embeds stereo 2-channel audio from HDMI content. The IPEX5001 supports PoE power, RS232 pass-through for third-party device control, USB 2.0 Full Speed host connectivity (up to 12Mbps) for client-side devices, and bi-directional IR support.
The IPEX5001-WP-W Encoder is a wall-plate version that transmits HDMI or VGA video and audio. It shares many features with the IPEX5001, including JPEG2000 encoding, 4K video support (up to 4K@60Hz 4:2:0 8-bit, 4K@24Hz 4:2:0 10-bit for HDR10), HDCP 2.2, and multichannel audio. It features auto-switching HDMI and VGA inputs (last-in/first-out method) and includes a built-in IR receiver. Like the IPEX5001, it supports PoE, RS232 pass-through, and USB host connectivity.
The IPEX5001-D Encoder is Dante-enabled, allowing it to on-ramp two-channel stereo audio (from embedded HDMI or analog 3.5mm input) onto a Dante audio network. It integrates multicast video and Dante audio IP streams into a single Ethernet cable. It supports video signals up to 4K at 60 Hz 4:2:0 (8-bit deep color) and 4K at 24Hz 4:2:0 (10-bit deep color) for HDR10, along with HDCP 2.2. It also includes an analog audio output, PoE, RS232 pass-through, and USB host connectivity.
The IPEX5002 Decoder receives HDMI video and audio from IPEX5001, IPEX5001-WP-W, or IPEX5001-D encoders. It outputs video signals natively from the source or can scale them to 1080p or 4K at 24/30Hz 4:4:4, with HDR10, HDCP 2.2, and multichannel audio support. An analog audio output de-embeds stereo 2-channel audio from HDMI content. Multiple IPEX5002 devices can be configured to create video walls up to a 16x16 configuration. It supports PoE, RS232 pass-through, and USB client port connections for interactive whiteboards or HID devices (up to 12Mbps).
For systems with multiple encoders and/or decoders, an IPEXCB control box is required for communication and system management.
Important Technical Specifications:
- Video Encoding: JPEG2000 with Variable Bit Rate (VBR).
- Data Rate: Average 250 Mbps for 2160p, 150 Mbps for 1080p (peak values up to 850Mbps).
- Video Resolutions:
- SMPTE: 480p, 576p, 720p, 1080i, 1080p, 2160p/30 (4:4:4), 2160p/60 (4:2:0).
- VESA: Up to 1920x1200.
- Color Depth: 24, 30, 36 bit.
- HDMI Compliance: HDMI 1.4 and HDCP 1.4/2.2 (IPEX5001, IPEX5001-WP-W, IPEX5001-D); HDMI 1.4/2.0 and HDCP 1.4/2.2 (IPEX5002).
- Audio Support: Up to PCM 8 channel, Dolby Digital True HD, DTS-HD Master Audio, Dolby Atmos, DTS-X.
- USB Compliance: USB 2.0 Full Speed up to 12Mbps.
- LAN: One 8P8C port (Shielded RJ45) for all devices.
- Power: 12V DC 1A or 48V DC PoE (802.3af Alternative A). Power consumption: 6 watts.
- Maximum Distance (point to point): 100 m (328 ft).
- Cable Requirements: Category 5e or greater with TIA/EIA-568B crimp pattern.
- End-to-End Latency: 17-33 ms (1-2 fps).
- Video Wall Support (IPEX5002): Up to 16x16 configuration.
- Operating Temperature: 0° to +40° C (+32° to +104° F).
- Dimensions:
- IPEX5001/IPEX5001-D/IPEX5002: 25 mm x 220 mm x 130.2 mm (0.98in x 8.66 in x 5.13 in).
- IPEX5001-WP-W: 105.6 mm x 89 mm x 43.5 mm (4.1in x 3.5 in x 1.7 in).
Usage Features:
- PoE Support: All devices can be powered remotely via a PoE network switch, reducing the need for local power outlets.
- RS232 Control: RS232 ports on all devices relay commands from the IPEXCB controller and can operate in pass-through mode to control third-party devices like TVs or HDMI switchers.
- USB Routing: USB routing follows the video route by default but can be freely routed via API commands.
- IR Support: Bi-directional IR support follows the video route or can be freely routed via API commands. The IPEX5001-WP-W has a built-in IR receiver.
- Analog Audio: Analog audio input (encoders) and output (all devices) use standard 3.5mm TRS connectors. Two-channel audio in/out is achieved with the 2CH Stereo EDID setting in the Digitalinx IP Configurator software.
- DIP Switches: Front-panel DIP switches are used for ID modes, crucial for point-to-point and matrix installations.
- Auto-Switching Inputs (IPEX5001-WP-W): HDMI and VGA inputs automatically switch based on the last-in/first-out method.
- CEC Control (IPEX5002): The decoder can turn connected displays on and off via HDMI CEC, controllable through the Digitalinx IP Control software.
- System Control Options: The system can be controlled via Digitalinx IP Control software for iPad and Windows, a web browser (via IPEXCB), or a third-party controller via LAN (CONTROL) port or RS232.
Maintenance Features:
- Installation Guide: A basic installation guide is included with each device. A comprehensive Digitalinx IP Deployment Guide is available online.
- Factory Reset: Devices can be reset to factory default by disconnecting power, setting DIP switches to "all up," and then following basic matrix installation instructions.
- Ventilation: Devices are passively cooled and should not be stacked. A minimum of 1.5 inches (35-40 mm) of open space around side vents is recommended for adequate airflow. Gigabit switches should follow manufacturer's installation instructions for active cooling.
- Cable Management: For LAN cabling, EIA/TIA-568B crimp pattern on Category 5e or greater cable is required. Shielded cable is recommended in high EM/RF interference areas. Cat6 or greater is suggested for 4K content.
- Power Protection: Installation of a high-quality UPS (uninterruptible power supply) with line filtering is recommended to provide clean power and allow for proper shutdown during extended power failures.
- Source Content Resolution: For optimal performance, devices showing 1080i content should be set to output 720p or 1080p to avoid artifacts during encoding.
- Troubleshooting: Distances and picture quality can be affected by cable grade, cable quality, source/destination equipment, RF/electrical interference, and cable patches. Testing custom HDMI circuits is suggested when using external HDMI devices to address interoperability, EDID, and HDCP issues.
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