Electronic Revision Controlled Document Number 111728 Rev D
Rosen Aviation 4K UHD Monitors Technical Manual, 4K UHD Displays © 2022 by Rosen Aviation, LLC All Rights Reserved The information contained herein is proprietary to Rosen Aviation, LLC. No part of this publication may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any language in any form by any means without the written authorization from Rosen Aviation, LLC, except as allowed under copyright laws. Rosen Aviation, LLC 1020 Owen Loop South Eugene, OR 97402 541.
Rosen Aviation 4K UHD Monitors Contents 1. INTRODUCTION .................................................................................................................4 1.1. System Overview ..........................................................................................................4 Control Options................................................................................................................. 4 Mating Connectors..............................................................
Rosen Aviation 4K UHD Monitors 1. INTRODUCTION This manual provides installation guidance and references to all technical information required to install, service and maintain the Rosen 4K UHD Displays. 1.1. System Overview The Rosen 4K Displays offer an all-in-one design which allows several installation options. Each display can be installed in flush mount and semi-proud orientations.
Rosen Aviation 4K UHD Monitors 3. INSTALLATION GUIDELINES 3.1. Cooling and Ventilation For venting requirements see Outline and Installation drawings. 3.2. Electrical Requirements Operational Voltage Range 18 to 32VDC (DC models) Operational Voltage Range 97 to 134 VAC 360 to 800 HZ (AC models) For Max Current see Outline and Installation drawing for each display size. 3.3.
Rosen Aviation 4K UHD Monitors Power Connector (J1) Pin-out Logic and Function Table 2 Power Logic and Function for DC monitors Pin Signal Input/output Description A1 PRIMARY 28VDC Input Aircraft power supply A2 PRIMARY RETURN Input Aircraft power supply A3 SECONDARY 28VDC Input Aircraft power supply A4 SECONDARY RETURN Input Aircraft power supply A5 Chassis Chassis ground Table 3 Power Logic and Function for AC monitors Pin Signal Input/output Description A1 Line 115 VAC Inpu
Rosen Aviation 4K UHD Monitors Wi-Fi Connector (J3) Pin-out Logic and Function Table 5 Wi-Fi Logic and Function Pin Signal Input/output Description Center Wi-Fi Input/output Wi-Fi input Outer Return Input/output Wi-Fi input No Wi-Fi on the 4KS320-004 monitor Ethernet Connector (J4) Pin-out Logic and Function Table 6 Ethernet Logic and Function Pin Signal Input/output 1 ENET A+ (TX+) Input/output Gigabit Ethernet capable. TX+ for fast Ethernet (100baseT).
Rosen Aviation 4K UHD Monitors Pin Signal Input/output Description 20 RESERVED Reserved Reserved 21 RESERVED Reserved Reserved 22 RESERVED Reserved Reserved 23 RESERVED Reserved Reserved 24 RESERVED Reserved Reserved 25 RESERVED Reserved Reserved 26 USB-A OTG ID Input Open = USB Debug, Ground = USB normal use USB (J5) Pin-out Logic and Function Table 7 USB Logic and Function Pin Signal Input/output Description 1 VBUS Output +5 volt Power 2 USB D- Input/output USB
Rosen Aviation 4K UHD Monitors HDMI (J7) Pin-out Logic and Function Table 9 HDMI Logic and Function Pin Signal Input/output 1 TMDS Data2+ Input 2 TMDS Data2 Shield 3 TMDS Data2− Input 4 TMDS Data1+ Input 5 TMDS Data1 Shield 6 TMDS Data1− Input 7 TMDS Data0+ Input 8 TMDS Data0 Shield 9 TMDS Data0− Input 10 TMDS Clock+ Input 11 TMDS Clock Shield 12 TMDS Clock− Input 13 CEC Input/output 14 Reserved 15 SCL Input I²C serial clock for DDC 16 SDA Input/output I²C se
Rosen Aviation 4K UHD Monitors Fiber Optic (J8) Pin-out Logic and Function Table 10 Fiber Optic Logic and Function Pin Signal Input/output 1 Ethernet 1 RX Input RX for Ethernet 1 2 SDI-1 Input SDI video input 1 3 Ethernet 2 RX Input RX for Ethernet 2 4 SDI-2 Input SDI video input 2 5 RESERVED 6 RESERVED Reserved Reserved 7 RESERVED Reserved Reserved 8 RESERVED Reserved Reserved 9 RESERVED Reserved Reserved 10 Ethernet 2 TX Output 11 Reserved Reserved 12 Ethernet
Rosen Aviation 4K UHD Monitors Ethernet Strapping Setting the IP Address Mode in the Technician Settings to a static IP address will enable Ethernet Strapping. The table below describes the Ethernet pinout configuration for the 4K Display when the IP Address Mode is set to 10.0.0.100.
Rosen Aviation 4K UHD Monitors Pre-installation All required Rosen products are complete and available. Aircraft geometry as well as fastener locations have been manufactured within the tolerances defined in the Rosen Outline and Installation drawings. Installation The Following equipment is necessary to complete the installation. Note: Installation assumes Aircraft interior has been designed and fabricated using mating dimensions provided on the Outline and Installation drawing.
Rosen Aviation 4K UHD Monitors 4.1.
Rosen Aviation 4K UHD Monitors About Device: Gives user Information about the monitor Reboot: Reboots the device so you don’t need to pull power Legal and regulatory: FCC info and rules Technical settings To protect the display from accidental or unintentional adjustments, the Technical Menu is accessible only with a special button combination. Changes made in the Technical Menu will take effect immediately, with the exception of Power Modes and IP settings.
Rosen Aviation 4K UHD Monitors EXT_HDMI: Allows you to enable/disable the source and prioritize if in auto mode SDI 1: Allows you to enable/disable the source and prioritize if in auto mode SDI 2: Allows you to enable/disable the source and prioritize if in auto mode IMX8: this is the settings menu it cannot be disabled. Start Pixel Refresh (OLED only): Mitigates, but does not prevent image burn-in. Monitor goes black during the process, which can take up to 1 hour and 15 minutes.
Rosen Aviation 4K UHD Monitors 5.3. RTCA DO-160G Qualifications for Displays The table below shows the DO-160G compliance of the 4K UHD Display, unless otherwise noted. Omitted test sections/categories are not applicable to this product or its expected installation. Table 14 The UHD displays are tested to the following DO-160G test categories P/N 4KS240-002, 4KS320-004 and 4KS430-002 Description Temperature and Altitude Section Category Comments 4 Ground Survival/Short-Time Operating Low Temp 4.5.
Rosen Aviation 4K UHD Monitors Description Section Power Input (DC, Designation ZXI) 16 Normal Operating Conditions (DC) 16.6.1 Category Average Value Voltage (DC) 16.6.1.1 Z Ripple Voltage (DC) 16.6.1.2 Z Momentary Power Interruptions (DC) 16.6.1.3 Z(A) Normal Surge Voltage (DC) 16.6.1.4 Z Engine Starting Under Voltage Operation (DC) 16.6.1.5 Z Abnormal Operating Conditions 16.6.2 Voltage Steady State (DC) 16.6.2.1 Z Low Voltage Conditions 16.6.2.
Rosen Aviation 4K UHD Monitors Description Electrostatic Discharge (ESD) Electrostatic Discharge (ESD) Flammability Section Category Comments 25 25.5 A 26 – Flammability compliance per 14 CFR § 25.853 Table 15 The UHD OLED displays are tested to the following DO-160G test categories P/N 4KS480-001 & 4KS550-001 Description Temperature and Altitude Section Category Comments 4 Ground Survival/Short-Time Operating Low Temp 4.5.1 A1 Operating Low Temperature 4.5.
Rosen Aviation 4K UHD Monitors Description Magnetic Effect Magnetic Effect Power Input Section Category Comments B Deflection Distance: D < 300 cm 15 15.3 16 Variable Electrical power input parameters 16.5 Average Value Voltage (AC) 16.5.1.1 A(WF) Voltage Modulation (AC) 16.5.1.2 A(WF) Frequency Modulation (AC) 16.5.1.3 A(WF) Momentary Power Interruptions (AC) 16.5.1.4 A(WF) Normal Surge Voltage (AC) 16.5.1.5.1 A(WF) Normal Frequency Transients (AC) 16.5.1.5.
Rosen Aviation 4K UHD Monitors Description Section Category Magnetic Fields Induced Into Interconnecting Cables 19.3.3 AW Electric Fields Induced Into Interconnecting Cables 19.3.4 AW Spikes Induced Into Interconnecting Cables 19.3.5 AW Radio Frequency Susceptibility 20 Conducted Susceptibility (CS) – 10 kHz to 400 MHz 20.4 T Radiated Susceptibility (RS) – 100 MHz to 8 GHz 20.5 T Emission of Radio Frequency Energy 21 Conducted RF Emission – 150 kHz – 152 MHz 21.
Rosen Aviation 4K UHD Monitors Description Operational Shocks & Crash Safety Section Category 7 Operational Shocks 7.2.2 B Crash Safety (Impulse) 7.3.2 B Crash Safety (Sustained): Fixed-Wing Transport Aircraft, Random Orientation (≥9g/direction) 7.3.3 B Vibration Random Vibration – Fixed Wing Aircraft S (Curve B) Waterproofness 10 Y Fluids Susceptibility 11 Fungus Resistance Magnetic Effect Magnetic Effect 11.4.1 - 13.
Rosen Aviation 4K UHD Monitors Description Section Category Comments Electric Fields Induced into Equipment 19.3.2 - Not applicable to equipment with metal enclosure Magnetic Fields Induced Into Interconnecting Cables 19.3.3 AC Electric Fields Induced Into Interconnecting Cables 19.3.4 AC Spikes Induced Into Interconnecting Cables 19.3.5 AC Radio Frequency Susceptibility 20 Conducted Susceptibility (CS) – 10 kHz to 400 MHz 20.4 T Radiated Susceptibility (RS) – 100 MHz to 8 GHz 20.
Rosen Aviation 4K UHD Monitors 480p/59.94, 480p/60 576p/50 720p/50, 720p/59.94, 720p/60 1080i/25, 1080i/29.97, 1080i/30 1080p/23.97, 1080p/24, 1080p/25, 1080p/29.97, 1080p/30, 1080p/50, 1080p/59.94, 1080p/60 3840x2160/23.97, 3840x2160/24, 3840x2160/25, 3840x2160/29.97, 3840x2160/30, 3840x2160/50, 3840x2160/59.94, 3840x2160/60 HDR10 & HLG compatible HDCP 1.4 & HDCP 2.2 compatible OLED displays are susceptible to screen burn-in and image retention.
Rosen Aviation 4K UHD Monitors 7. REVISION HISTORY Revision E is limited to draft or prototype documents. Revisions I, O, Q, S, X and Z are not to be used. Revision Date A 10-13-21 Initial release 21-0472 B 2-17-22 Add Motion Compensation to Section 4.1.1. Add Start Pixel Refresh to Section 4.1.5. Add clarification to Notice in Section 5.4.3.
