AT-OME-CS31-SA-C - Network switch Atlona - Free user manual and instructions

Product Type	Network Switch
Brand	Atlona
Model	AT-OME-CS31-SA-C
Number of Ports	31
Dimensions (W x H x D)	17.3 x 1.7 x 9.8 in (440 x 44 x 250 mm)
Weight	5.0 kg (11.0 lbs)
Power Supply	100-240V AC, 50-60Hz
Power Consumption	30W (typical)
Main Functions	Network switching, VLAN support, Quality of Service (QoS), Link Aggregation, IGMP snooping, Port mirroring
Management	Web-based GUI, SSH, SNMP, Telnet
PoE Support	Yes, IEEE 802.3af/at, up to 30W per port
Maintenance and Cleaning	Use a soft dry cloth; avoid liquids; clean vents regularly; keep firmware updated
Safety	Overload protection, surge protection, overheating protection, UL/CE compliant
Spare Parts and Repairability	Replaceable power supply unit, fan modules; network board not user-serviceable
General Information	91-page user manual available; designed for AV over IP and enterprise networks

Frequently Asked Questions - AT-OME-CS31-SA-C Atlona

What is the default IP address for the Atlona AT-OME-CS31-SA-C?

The default IP address is typically 192.168.1.100, but check the label on the device or the manual for confirmation.

How do I reset the switch to factory defaults?

Press and hold the reset button on the front panel for 10 seconds until the LEDs blink. The switch will reboot with factory settings.

Does the AT-OME-CS31-SA-C support PoE?

Yes, it supports IEEE 802.3af/at PoE on all ports, delivering up to 30W per port.

Can I use this switch for AV over IP applications?

Yes, the AT-OME-CS31-SA-C is designed for AV over IP with features like IGMP snooping and QoS to optimize video streaming.

How many VLANs can I configure?

The switch supports up to 4096 VLAN IDs and up to 256 active VLANs (typical).

What is the maximum power budget for PoE?

The total PoE power budget is 150W (based on typical configuration).

How do I update the firmware?

Download the latest firmware from Atlona's website, then upload it via the web interface under 'Administration > Firmware Upgrade'.

Is the switch rackmountable?

Yes, it is a 1U rackmount switch and includes rack-mount ears.

What is the warranty period?

Atlona typically offers a 3-year limited warranty. Check the included documentation for details.

Can I use SFP+ modules for 10GbE uplinks?

Yes, the switch has SFP+ slots for 10GbE uplinks, compatible with standard modules.

USER MANUAL AT-OME-CS31-SA-C Atlona

AV Presentation and Collaboration System

AT-OME-CS31-SA-C

Atlona Manuals

Switchers

Version Information

Version Release Date Notes
1 Jun 2024	Initial release

Sales, Marketing, and Customer Support

Main Office

Atlona Incorporated

70 Daggett Drive

San Jose, CA 95134

United States

Office: +1.408.962.0515

Sales and Customer Service Hours

Monday - Friday: 6:00 a.m. - 4:30 p.m. (PST)

https://atlona.com/

International Headquarters

Atlona International AG

Tödistrasse 18

8002 Zürich

Switzerland

Office: +41.43.508.4321

Sales and Customer Service Hours

Monday - Friday: 09:00 - 17:00 (UTC +1)

Operating Notes

IMPORTANT: Visit https://www.atlona.com/product/at-ome-cs31-sa-c for the latest firmware updates and User Manual.

Warranty

To view the product warranty, use the following link or QR code:

https://atlona.com/warranty/.

Safety and Certification

The lightning flash with arrowhead symbol, within an equilateral triangle, is intended to alert the user to the presence of uninsulated “dangerous voltage” within the product’s enclosure that may be of sufficient magnitude to constitute a risk of electric shock to persons.

Safety and Certification

CAUTION

RISK OF ELECTRIC SHOCK

DO NOT OPEN

CAUTION: TO REDUCT THE RISK OF

ELECTRIC SHOCK

DO NOT OPEN ENCLOSURE OR EXPOSE

TO RAIN OR MOISTURE

NO USER-SERVICEABLE PARTS

INSIDE REFER SERVICING TO

QUALIFIED SERVICE PERSONNEL.

The exclamation point within an equilateral triangle is intended to alert the user to the presence of important operating and maintenance instructions in the literature accompanying the product.

The information bubble is intended to alert the user to helpful or optional operational instructions in the literature accompanying the product.

1. Read these instructions.
2. Keep these instructions.
3. Heed all warnings.
4. Follow all instructions.
5. Do not use this product near water.
6. Clean only with a dry cloth.
7. Do not block any ventilation openings. Install in accordance with the manufacturer's instructions.

8. Do not install or place this product near any heat sources such as radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce heat.

9. Do not defeat the safety purpose of a polarized or grounding-type plug. A polarized plug has two blades with one wider than the other. A grounding type plug has two blades and a third grounding prong. The wide blade or the third prong are provided for your safety. If the provided plug does not fit into your outlet, consult an electrician for replacement of the obsolete outlet.

10. Protect the power cord from being walked on or pinched particularly at plugs, convenience receptacles, and the point where they exit from the product.
11. Only use attachments/accessories specified by Atlona.
12. To reduce the risk of electric shock and/or damage to this product, never handle or touch this unit or power cord if your hands are wet or damp. Do not expose this product to rain or moisture.
13. Unplug this product during lightning storms or when unused for long periods of time.
14. Refer all servicing to qualified service personnel. Servicing is required when the product has been damaged in any way, such as power-supply cord or plug is damaged, liquid has been spilled or objects have fallen into the product, the product has been exposed to rain or moisture, does not operate normally, or has been dropped.

CE

FC

cULus

CCC

√

[RECYC CIRCUM SYMBOL]

FCC Compliance

FCC Compliance and Advisory Statement: This hardware device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions: 1) this device may not cause harmful interference, and 2) this device must accept any interference received including interference that may cause undesired operation. This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a commercial installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed or used in accordance with the instructions, may cause harmful interference to radio communications. However there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: 1) reorient or relocate the receiving antenna; 2) increase the separation between the equipment and the receiver; 3) connect the equipment to an outlet on a circuit different from that to which the receiver is connected; 4) consult the dealer or an experienced radio/TV technician for help. Any changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. Where shielded interface cables have been provided with the product or specified additional components or accessories elsewhere defined to be used with the installation of the product, they must be used in order to ensure compliance with FCC regulations.

Copyright, Trademark, and Registration

© 2024 Atlona Inc. All rights reserved. "Atlona" and the Atlona logo are registered trademarks of Atlona Inc. Pricing, specifications and availability subject to change without notice. Actual products, product images, and online product images may vary from images shown here.

The terms HDMI, HDMI High-Definition Multimedia Interface, HDMI trade dress and the HDMI Logos are trademarks or registered trademarks of HDMI Licensing Administrator, Inc.

Dolby, Dolby Atmos, and the double-D symbol are registered trademarks of Dolby Laboratories Licensing Corporation.

For DTS patents, see http://patents.dts.com. Manufactured under license from DTS, Inc. DTS, the Symbol, DTS and the Symbol together, and Digital Surround are registered trademarks and/or trademarks of DTS, Inc. in the United States and/or other countries. © DTS, Inc. All Rights Reserved.

All other trademark(s), copyright(s), and registered technologies mentioned in this document are the properties of their respective owner(s).

Table of Contents

Introduction 8

Features

9

Package Contents 9

Panel Description 10

Front Panel 10

Rear Panel 11

Installation 12

Connection Instructions 12

Connection Diagram 13

IP Configuration 14

Obtaining the Current IP Address 14

Automatic Private IP Addressing (APIPA) Mode 14

Device Operation 15

LED Indicators 15

Logging in to the Web Server 16

Login Registration 16

Logging in after Registration 17

System Configuration 18

Getting the MAC Address 18

Setting the IP Mode 18

Changing the Telnet Port 20

Setting the Host Name 21

Auto Switching 22

Enabling / Disabling Auto Switching 22

Setting the Fallback Input 23

Input Switching 24

Using the Front Panel 24

Using the Web Server 25

HDMI Output +5V 25

HDCP Content 26

EDID Management 27

Using the Downstream EDID 27

EDID Presets 28

Storing EDID Data 29

Downloading EDID Data 31

Importing EDID Data 32

Amplifier Modes 33

Stereo Mode 33

Bridged Mono Mode 33

PA Sense 34

Tapping into the Speaker Wiring 34

Connecting to a Paging Sensor 35

USB Routing and Management 36

Follow Video 36

Manual Routing 37

Hub Vbus Control 38

LAN Management 39

Changing the Admin Password 39

Enabling / Disabling SSH and Telnet 40

RS-232 Control 41

Console Mode 41

Occupancy Sensor Integration 42

Using Generic Occupancy Sensors 42

Using the AT-OCS-900N 43

Table of Contents

Display Control 45

Using CEC 45

RS-232 Configuration 47

TCP/IP Configuration 49

Completing RS-232 or IP Configuration 50

System Settings 51

System Standby 51

Locking / Unlocking the Front Panel 52

Blink 53

Resetting to Factory-Default Settings 54

Performing a System Reboot 57

API Testing 59

Exporting the System Log 60

Exporting the System Configuration 61

Importing a System Configuration File 61

Configuration and Management Interfaces 62

Web Server 62

Login page 62

System > Info page 63

System > Network 64

Video > A/V Routing 65

Video > EDID 67

Audio > Local Audio 68

Audio > USB Audio 70

Audio > PA Sense 71

USB > USB Routing 72

USB > USB Hub 73

Control > LAN 74

Control > RS-232 75

Control > Trigger I/O 76

Control > Display Control 77

Maintenance > System 79

Maintenance > API Test 80

Maintenance > Logging 81

Maintenance > Configuration 82

Appendix 83

Updating the Firmware 83

Updating using the built-in Web Server 83

Updating over USB 85

Mounting Instructions 86

Specifications 87

Introduction

The Atlona AT-OME-CS31-SA-C is an is an Omega™ Series AV presentation and collaboration system featuring AV switching, USB routing, audio mixing, amplification, and control making it ideal for modern classroom and meeting environments.

The OME-CS31-SA-C supports switching between one USB-C input and two HDMI inputs to a single HDMI output. Sources connected to the inputs, such as laptops, computers, media players, and document cameras, can be selected then routed to the output connected to a projector or display.

The system features a four port USB hub for connecting cameras, speakerphones, interactive displays, and other devices as well the ability to switch them between two host devices. Making OME-CS31-SA-C ideal for use with popular video conferencing and UC (unified communications) platforms.

The OME-CS31-SA-C offers three line level inputs for connecting a variety of audio devices. Its onboard mixer supports individual level adjustments of the line inputs, de-embedded HDMI audio, and USB audio. The integrated amplifier delivers either two channels of 25 watts or a single channel of 50 watts into 4 or 8 ohms. A line level output allows the mixed signal to be passed to an assistive listening system or separate amplifier.

The OME-CS31-SA-C includes unique audio integration capabilities intended for classroom environments. Ducking automatically lowers the level on all other program audio sources when the teacher speaks into their microphone connected to the balanced line input. PA sense mutes the output of the amplifier whenever it detects activity on the school public address system. Both features ensure important lesson material and announcements are heard clearly.

For control, the OME-CS31-SA-C can automatically operate a display through TCP/IP, RS-232, or CEC, without the need for a separate control system, based on whether a device is connected. Alternatively, the switcher can trigger based on occupancy with the Atlona AT-OCS-900N or another sensor connected to its digital I/O. If a physical user interface is desired for system operation, the OME-CS31-SA-C can be controlled by Atlona's AT-VKP-8E keypad controller or a Velocity™ touch panel control system.

The low profile enclosure allows the OME-CS31-SA-C to be mounted in a variety of locations such as behind a display or under a desk or table.

Features

• 3×1 AV switcher with one USB-C input, two HDMI inputs, and one HDMI output
  • USB-C input delivers up to 60 watts of charging for laptops and mobile devices
• Integrated USB 3.0 hub with two host ports and four peripheral ports
• 2 x 25 watts @ 4/8 ohms amplifier (stereo or dual mono) or 1 x 50 watts @ 4/8 ohms (bridged)
  • One balanced stereo line level input and two unbalanced stereo line level inputs
• Balanced stereo line level output allows the mixed signal to be passed to an assistive listening system or separate amplifier
  • Powerful on-board digital signal processing

» Mix 3 line inputs, de-embedded HDMI audio, and USB audio to the amplifier and line outputs.
» Mix 3 line inputs and de-embedded HDMI audio to the USB audio output.
» Acoustic Echo Cancellation (AEC) automatically eliminates echo for remote USB audio.

• Ducking lowers the level of all inputs when audio, such as a teacher microphone, is present on the balanced audio input.
  • Supports audio mute with contact closure or PA sense so announcements can be heard clearly.
• Dual Ethernet ports and integrated network switch allows a single connection to an AV LAN for IP control of a display and the switcher.
• Two RS-232 ports for control of the switcher or peripheral devices.
• Two digital I/O ports for automated control from occupancy sensors or other third party devices.
• 5V USB charging port for powering external devices such as a Bluetooth ^ receiver.
• Energy Star® qualified for power efficiency and cost savings.
• Automatic display control changes display power state via CEC, IP, or RS-232 based on active or standby mode of the switcher or status of an AT-OCS-900N network-enabled occupancy sensor or other sensors connected to the digital I/O ports.
• Auto-switching selects active input when sources are connected or if there is a change in source power status.
• Manages EDID communications with the source through the connected display's EDID or internally stored EDID.
  • HDCP 2.2 compliant.
• 4K/UHD capability @ 60 Hz with 4:4:4 chroma sampling.
• Supports HDR10, HLG, and Dolby ^ Vision ^TM HDR formats.
• Intuitive GUI-based configuration using integrated web server.
• Front panel LED indicators provide status for power, input selection, and LAN.
• Low profile enclosure for mounting behind a display or under a desk or table.

Package Contents

1 x AT-OME-CS31-SA-C
1 x 2M Locking USB-C cable
1 x Envelope of mating connectors for all captive-screw connectors
1 x Surface mount brackets
4 x Rubber feet
1 x 24 V / 9.58 A power supply
1 x AC cord
1 x Insert w/ QR code

Panel Description

Front Panel

1 LED Indicators

These LED indicators provide information about the state of the unit. Refer to LED Indicators (page 15) for more information.

2 INPUT

Press and release this button to cycle between each of the available inputs.

3 USB-C IN

Connect a USB-C cable from this port to a USB-C source.

4 HDMI IN

Connect an HDMI cable from each of these ports to an HDMI source.

5 HOST

Connect a USB cable from this port to the host USB device.

6 MIC

This port is reserved for future use.

7 VOICE L/R

Connect the included 5-pin captive screw connector from this port to a balanced analog audio input.

8 L/R

Connect a music player, Bluetooth™ receiver, or other unbalanced stereo source to each of these 3.5 mm mini-stereo ports.

9 5V

Provides +5 V USB power. Can be used to attach Bluetooth™ audio adapters or other USB powered devices.

10 FW

This USB-C port is used to update the firmware. Refer to the User Manual for more information.

Rear Panel

1 24V / 9.58A

Connect the included 24 V / 9.58 A power supply from this port to an available AC electrical outlet.

2 LAN

Connect an Ethernet cable from either of these ports to the LAN. The other LAN port can be used to connect an Ethernet cable to a display or other device.

3 TRIGGER I/O

Connect the included 8-pin push-pin connector to this port. This port consists of two separate ports: TRIGGER I/O 1 (top) and TRIGGER I/O 2 (bottom).

4 RS-232

Connect the included 6-pin push-pin connector to this port. This port consists of two separate ports: RS-232 1 (top) and RS-232 2 (bottom).

5 TRIGGER (PA SENSE)

Connect the included 2-pin captive screw connector to this port. Supports audio mute with contact closure or PA sense so announcements can be heard clearly.

6 GND/25V/75V/100V (PA SENSE)

Connect the included 4-pin captive screw connector from this port to a PA speaker system.

7 Potentiometer (PA SENSE)

Adjusts the threshold of the PA SENSE speaker port. This pot has no effect on the TRIGGER port.

8 AMP OUT

Connect the included 4-pin captive screw connector from this port to a pair of program / stereo speakers. Supports 2 x 25 watts @ 4/8 ohms amplifier (stereo or dual mono) or 1 x 50 watts @ 4/8 ohms (bridged).

9 AUDIO OUT

Connect the included 5-pin captive screw connector from this port to an assistive listening device or additional amplifier.

10 HUB

Connect up to 4 USB devices to these ports.

11 HDMI OUT

Connect an HDMI cable from this port to a display.

Installation

Connection Instructions

1. Connect an HDMI cable from a source to these HDMI IN ports.
2. Connect an HDMI cable from the HDMI OUT port to a local display.
3. Connect an USB-C cable from a USB-C source to the USB-C IN port.
4. Connect a USB cable from the HOST port to the host USB device.
5. Connect an Ethernet cable from either of these LAN ports to the LAN. The other LAN port can be used to connect an Ethernet cable to a display or other device.
6. Connect the included 5-pin captive screw connector from the AUDIO IN port to a line-level wireless microphone or balanced stereo mixer output. The included ground screw can be used to connect shield wire to the chassis ground.
7. Connect a music player, Bluetooth ^™ receiver, or other unbalanced stereo source to each of these L/R 3.5 mm mini-stereo ports.
   8 Connect a Bluetooth ^TM audio adapter or powered USB hub to the 5V port. This port provides +5 V USB power.
8. Connect the included double-stack 4-pin connector to the TRIGGER I/O port. This port consists of two separate ports: TRIGGER I/O 1 (top) and TRIGGER I/O 2 (bottom).
9. Connect the included double-stack 3-pin captive screw connector to the RS-232 port. This port consists of two separate ports: RS-232 1 (top) and RS-232 2 (bottom). These ports can be used for console and display control.
10. Connect the included 2-pin captive screw connector to the TRIGGER (PA SENSE) port. This port supports audio mute with contact closure or PA sense so announcements can be heard clearly.
11. Connect the included 4-pin captive screw connector from the GND/25V/70V/100V port to a PA speaker system.
12. Connect the included 4-pin captive screw connector from the AMP OUT port to a pair of program / stereo speakers. Supports 2 x 25 watts @ 4/8 ohms amplifier (stereo or dual mono) or 1 x 50 watts @ 4/8 ohms (bridged).
13. Connect the included 4-pin captive screw connector from the AUDIO OUT port to a PA speaker system.
14. Connect up to 4 USB devices to these HUB ports.
15. Connect the included power supply from the 24V/9.58A port to an available AC electrical outlet.

Installation

Connection Diagram

graph TD
    A["AT-OME-CS31-SA-C"] -->|USB C| B["Laptop"]
    A -->|USB C| C["Laptop"]
    A -->|USB C| D["AT-WAVE-101"]
    A -->|USB C| E["AT-VKP-8E"]
    A -->|USB C| F["Interactive Display"]
    G["Wireless Microphone"] -->|Audio| H["Active Device"]
    I["Public Address System"] -->|Audio| J["Speaker"]
    K["Assistive Listening System"] -->|Audio| L["Speaker"]
    M["Internet LAN"] -->|HDMI| A
    N["Internet Ethernet"] -->|HDMI| A
    O["Internet Ethernet"] -->|HDMI| A
    P["Internet Ethernet"] -->|HDMI| A
    Q["Internet Ethernet"] -->|HDMI| A
    R["Internet Ethernet"] -->|HDMI| A
    S["Internet Ethernet"] -->|HDMI| A
    T["Internet Ethernet"] -->|HDMI| A
    U["Internet Ethernet"] -->|HDMI| A
    V["Internet Ethernet"] -->|HDMI| A
    W["Internet Ethernet"] -->|HDMI| A
    X["Internet Ethernet"] -->|HDMI| A

IP Configuration

The AT-OME-CS31-SA-C is shipped with DHCP enabled. Once connected to a network, the DHCP server (if available), will automatically assign an IP address to the unit. If the AT-OME-CS31-SA-C is unable to detect a DHCP server within 15 seconds, then the unit will use a self-assigned IP address within the range of 169.254.xxx.xxx/16. If this occurs, refer to the instructions below. Otherwise, skip to the next page.

Obtaining the Current IP Address

1. Make sure the AT-OME-CS31-SA-C is powered and connected to a display.
2. Press and release the INPUT to cycle through each input: IN1, IN2, and IN3. Press the INPUT button again to display the Info screen (see Figure 1.1). The Info screen provides general information about the AT-OME-CS31-SA-C, including its IP address. While the Info screen is displayed, none of the IN LED indicators will be illuminated.
3. Press the INPUT button once more to select IN1 as the active input. Refer to Input Switching (page 24) for more information.

Automatic Private IP Addressing (APIPA) Mode

If the AT-OME-CS31-SA-C is unable to detect a DHCP server within 15 seconds, when set to DHCP mode, then Automatic Private IP Addressing (APIPA) will be used to assign an address within the IPv4 address block 169.254.xxx.xxx/16. If a DHCP server is detected while in APIPA mode, then the AT-OME-CS31-SA-C will be assigned an address from the DHCP server pool. To manually adjust the IP address, connect an Ethernet cable directly from the LAN port of the AT-OME-CS31-SA-C to the LAN port of a computer, then do the following:

1. Change the IP address of the computer to an unused IP address within the range 169.254.xxx.xxx/16. The computer must not be assigned the same address as the AT-OME-CS31-SA-C.
2. Click Start > Settings > Control Panel > Network and Sharing Center.
3. Click Change adapter settings.
4. Right-click on the adapter that is used to establish a wired connection to the network, and select Properties from the context menu.
5. Under the Ethernet Properties dialog box, select Internet Protocol Version 4 and then click the Properties button. Click the Use the following IP address radio button.

IMPORTANT: Before continuing, write down the current IP settings in order to restore them, later. If Obtain an IP address automatically and Obtain DNS server automatically are selected, then this step is not required.

1. Enter the desired static IP address or the IP address provided by the network administrator. If the computer does not require Internet access or if a statically-assigned IP address is being used, then an address within the IPv4 address block 169.254.xxx.xxx/16 can be entered.
2. Set the subnet mask to 255.255.0.0.
3. Click the OK button then close all Control Panel windows.
4. Log in to the built-in web server to set a static IP address that can be used with the network. Contact a system administrator, if necessary. Refer to Setting the IP Mode (page 18) for more information.

Device Operation

LED Indicators

The LED indicators on both the front and rear of the unit provide basic information on the current status of the AT-OME-CS31-SA-C.

LED State Description
PWR Solid green Unit is powered and in normal operating mode.
IN1, IN2, IN3	Off Unit is not powered.	Check the power supply and make sure it is securely fastened to the captive screw connector on the rear of the unit.Make sure that the power supply is connected to an available electrical outlet and that the outlet is “live” (some outlets are controlled by a wall switch).
	Solid green The input is active.
	Off ○	The input is not active. If IN1, IN2, and IN3 are all ‘off’, then no inputs are active. Press and release the INPUT button to activate IN1 (USB-C IN).
LAN	Solid green ●	Indicates an active connection between the LAN port and the network. Note that this does necessarily indicate that the unit is accessible over the network.
	Off No connection between the LAN port and the network is detected.

Logging in to the Web Server

Most of the AT-OME-CS31-SA-C operation is handled through the built-in web server. In order to access the web server, the IP address of the unit must be known.

Login Registration

Before the built-in web server can be accessed, a password must be created.

1. Launch the desired web browser and enter the IP address of the AT-OME-CS31-SA-C in the address bar.
2. The Login page will be displayed.

graph TD
    A["Login"] --> B["Login"]
    B --> C["Login"]

1. Enter Atlona in the provided field.
2. Click the Login button.
3. The Change Password screen will be displayed.

1. Enter the desired password in the Admin Password field.

NOTE: Passwords can be 5 to 32 characters in length and can only contain letters, numbers, dashes, underscores, and periods.

1. Click the Save button.
2. The System > Info page will be displayed.

Logging in after Registration

1. Launch the desired web browser and enter the IP address of the AT-OME-CS31-SA-C in the address bar.
2. Enter the correct password in the provided field.
3. Click the Login button.

1. The System > Info page will be displayed.

System Configuration

The AT-OME-CS31-SA-C provides easy access to system configuration through the built-in web server, and is the recommended method to adjust network settings.

Getting the MAC Address

1. Log in to the web server.
2. Click System > Network in the menu bar.
3. Locate the MAC address field, as shown below. This is the hardware address of the AT-OME-CS31-SA-C.

Setting the IP Mode

By default, the AT-OME-CS31-SA-C is set to DHCP mode. Once connected to a network, and if a DHCP server is found (or available), the AT-OME-CS31-SA-C will be assigned an IP address on the network, and no further network configuration is required. However, in some cases, a static IP address may be desired.

IMPORTANT: Before assigning a static IP address to the AT-OME-CS31-SA-C, it is recommended to consult with the network or system administrator and obtain a available IP address. Assigning the AT-OME-CS31-SA-C to an IP address which is already in use can result in network issues or difficulty in accessing the AT-OME-CS31-SA-C.

Static IP Mode

1. Log in to the web server. Refer to Logging in to the Web Server (page 16) for more information.

2. Click System > Network in the menu bar.

Device Operation

1. Locate the IP Mode toggle switch. The default setting of this toggle switch is DHCP.
2. Click this toggle switch to set it to Static.
3. Enter the desired IP address for the AT-OME-CS31-SA-C in the IP field.
4. Enter the subnet mask and gateway (router) address in the Netmask and Gateway fields, respectively.
5. Click the Save button to commit changes.

DHCP Mode

In this mode, the AT-OME-CS31-SA-C is automatically assigned an IP address from the DHCP server pool. If the DHCP server is unable to assign an IP address to the unit, then Automatic Private IP Addressing (APIPA) will be used to assign an address within the IPv4 address block 169.254.xxx.xxx/16.

1. Log in to the web server.
2. Click System > Network in the menu bar.
3. Locate the IP Mode toggle switch.
4. Click this toggle switch to set it to DHCP.
5. Click the Save button to commit changes.

Device Operation

Changing the Telnet Port

Typically, the Telnet service is assigned to TCP port 23. This is the default setting for the AT-OME-CS31-SA-C. However, depending upon the network environment, the default Telnet port can be changed. The Telnet port can be changed independently of the IP mode.

1. Log in to the web server.
2. Click System > Network in the menu bar.
3. Locate the Telnet Port field and enter the desired port in the field.
4. Click Save to commit changes.

Setting the Host Name

By default, the AT-OME-CS31-SA-C is assigned a hostname, which is constructed as follows:

CS31C-[last six digits of MAC address]

For example, a default hostname might look like this: CS31C-0EF463. This value can be changed to easily identify the AT-OME-CS31-SA-C within Velocity Device Manager or on a network. The hostname cannot exceed 15 characters in length.

1. Log in to the web server.
2. Click System > Network in the menu bar.
3. Click the Host Name Setting field and enter the desired name.
4. Click Save to commit changes.

Auto Switching

The AT-OME-CS31-SA-C provides Auto Switching capability, which is enabled by default. This feature will automatically switch the input to the most recently-connected source. If the active source is disconnected, then the input will automatically be switched to the previously-connected source.

Enabling / Disabling Auto Switching

By default, Auto Switching is enabled on the AT-OME-CS31-SA-C, allowing the unit to automatically switch between inputs when sources are connected or disconnected.

1. Log in to the web server.
2. Click Video > A/V Routing in the menu bar.
3. Click the Auto Switch toggle switch to the Enabled position to enable Auto Switching. This is the default setting. If Auto Switching is not desired, click this toggle switch to the Disabled position.

NOTE: The AT-OME-CS31-SA-C retains the currently selected input, even after the unit is powered off then powered on. The system should re-evaluate the Auto Switching logic after power on and select an input.

Device Operation

Setting the Fallback Input

If the previously active input is no longer available, then the AT-OME-CS31-SA-C will switch to the input that is selected in the Fallback Input drop-down list.

1. Log in to the web server.

2. Click Video > A/V Routing in the menu bar.

3. Click the Fallback Input drop-down list to select the input that will become active, once the current input is not active.

Input Switching

Switching between inputs can be performed using the front panel or through the built-in web server.

Using the Front Panel

1. Make sure the AT-OME-CS31-SA-C is powered.
2. Press and release the INPUT to cycle through each input: IN1, IN2, and IN3. Press the INPUT button again to display the Info screen (see Figure 1.1). The Info screen provides general information about the AT-OME-CS31-SA-C. While the Info screen is displayed, none of the IN LED indicators will be illuminated.
3. Press the INPUT button once more to select IN1 as the active input.

LED indicator	Port Description
IN1	USB-C IN 1
IN2	HDMI IN 2
IN3	HDMI IN 3

Figure 1.1 - Info screen

Device Operation

Using the Web Server

1. Connect an Ethernet cable between the LAN port of the AT-OME-CS31-SA-C and the Local Area Network (LAN).
2. Log in to the web server.
3. Click Video > A/V Routing in the menu bar.
4. Click the desired input from the Manual Switch section. Pressing the Info button will display the Info screen. Refer to Using the Front Panel (page 24) for more information.

HDMI Output +5V

This option sets the +5V pin on the HDMI OUT port to the desired setting. This feature allows a display to go to sleep when there is no signal present. It's also used for VTC codecs that need to see a change in HDMI +5V in order to change modes. If faster switching times are desired, then this should be set to Enabled. The default setting is Disabled.

Setting Description
Enabled	Forces the +5V pin on the HDMI output to “high” (always on).
Disabled	Allows the +5V pin on the HDMI output to toggle, based on the presence of an input video signal.

HDCP Content

Transmitting HDCP content to a display that is not HDCP compliant can result in "snow", image flickering, or no picture. In the illustration below, a laptop source is connected to the AT-OME-CS31-SA-C, which is connected to a display that is not HDCP compliant.

IMPORTANT: Not all source devices are capable of transmitting non-HDCP content.

For example, Sony PlayStation ^® gaming consoles and Mac ^® computers always transmit HDCP-encrypted content.

graph LR
    A["Non-Compliant HDCP Display"] -->|IP地址| B["AT-OME-CS31-8A-C"]
    B -->|IP地址| C["Laptop"]

By default, the laptop may transmit HDCP content. However, when connected to a display that does not support HDCP, the laptop must be instructed to send non-HDCP content in order for the content to be displayed.

1. Log in to the web server.
2. Click Video > A/V Routing in the menu bar.
3. Locate the Video Inputs section.
4. Click the toggle switch next to the desired input. In this example, clicking the HDMI In 2 toggle switch and setting it to the Off position will instruct the source device to send non-HDCP content, if possible.

Video Inputs

HDCP Settings

USB-C In 1

HDMI In 2

HDMI In 3

If the display is unable to receive HDCP content, then a "black screen" with no image will be displayed.

EDID Management

Before a source can send picture and sound to a display device, the source reads the EDID (Extended Display Identification Data) stored in the display. The EDID contains information about what type of video and audio formats are supported by the display. The AT-OME-CS31-SA-C can use either the downstream EDID (from the display/sink) or use a built-in EDID preset. The AT-OME-CS31-SA-C also provides a blank memory location that can be used to store EDID data. This section will cover each of the following topics:

• Using the Downstream EDID
• EDID Presets
- Storing EDID Data

Using the Downstream EDID

By default, the AT-OME-CS31-SA-C will read the EDID from the display device. The term "downstream" is used to describe the route signals take from the source device to the display or other sink device. For example, if a Blu-ray player is connected to a display, the display is said to be "downstream" of the Blu-ray player.

1. Log in to the web server.
2. Click Video > EDID in the menu bar.
3. Locate the EDID Settings section.
4. Click the drop-down list, next to the input that is connected to the source device, and select Connected Display. For example, if the USB-C IN 1 port is connected to a source, click the USB-C In 1 drop-down list and select Connected Display. The source device will read the EDID of the connected display and determine all supported video and audio formats.

EDID Presets

The AT-OME-CS31-SA-C provides the option of selecting a preset EDID. The following presets are available.

EDID Description
Connected Display	Uses the downstream EDID of the connected display
ATL 3840x2160@60 2CH HDR PCM	3840 x 2160 @ 60 Hz w/ 2-channel audio / HDR / Linear PCM
ATL 3840x2160@30 2CH SDR PCM	3840 x 2160 @ 30 Hz w/ 2-channel audio / SDR / Linear PCM
ATL 1920x1080P@60 2CH SDR PCM	1920 x 1080p @ 60 Hz w/ 2-channel audio / SDR / Linear PCM
ATL 1920x1080P@30 2CH SDR PCM	1920 x 1080p @ 30 Hz w/ 2-channel audio / SDR / Linear PCM
ATL 1280x720P@60 2CH SDR PCM	1280 x 720p @ 60 Hz w/ 2-channel audio / SDR / Linear PCM
ATL 1280x800 2CH SDR PCM	1280 x 800 w/ 2-channel audio / SDR / Linear PCM
ATL 1920x1200 2CH SDR PCM	1920 x 1200 w/ 2-channel audio / SDR / Linear PCM
ATL 5120x2160@30 2CH SDR PCM	5120 x 2160 @ 30 Hz w/ 2-channel audio / SDR / Linear PCM
ATL 3440x1440@50 2CH SDR PCM	3440 x 1440 @ 50 Hz w/ 2-channel audio / SDR / Linear PCM
ATL 2560x1080@60 2CH SDR PCM	2560 x 1080 @ 60 Hz w/ 2-channel audio / SDR / Linear PCM

1. Log in to the web server.
2. Click Video > EDID in the menu bar.
3. Locate the EDID Settings section.
4. Click the drop-down list, next to the port that is connected to the source device, and select the desired EDID preset. For example, if the USB-C IN 1 port is connected to a source, click the USB-C In 1 drop-down list and select the desired EDID. The source device will use the selected EDID to determine all supported video and audio formats.

IMPORTANT: If problems are encountered when using an EDID preset, it is recommended that the input be set to Connected Display. Not all displays will support all video and audio formats in a given EDID preset.

Device Operation

Storing EDID Data

The AT-OME-CS31-SA-C provides a blank memory location that can be used to store EDID data. Any downstream EDID can be captured and stored in this location. This memory location is non-volatile and captured EDID data is stored after power is disconnected from the unit.

1. Connect an HDMI cable from the HDMI OUT port on the AT-OME-CS31-SA-C to the HDMI input on the display, containing the EDID to be stored.
2. Log in to the web server.

1. Click Video > EDID in the menu bar.
2. Locate the EDID Saved section.
3. Click the HDMI OUT button to fetch the EDID.

EDID Saved

Mem 1 EDID Saved from

Device Operation

1. Once the EDID has been captured, the following message will be displayed near the bottom of the screen.

Mem 1 EDID saved

1. Click any of the input drop-down list boxes. Note that the stored EDID appears as an available EDID preset for each available input on the AT-OME-CS31-SA-C.

NOTE: Once an EDID is written to the memory location, it can be overwritten with a different EDID, when desired. To overwrite an EDID with a different EDID, connect a different display and click the HDMI OUT button.

Downloading EDID Data

The AT-OME-CS31-SA-C can download the EDID from the HDMI OUT port.

1. Connect an HDMI cable from the HDMI OUT port on the AT-OME-CS31-SA-C to the HDMI input on the display, containing the EDID to be stored.
2. Log in to the web server.
3. Click Video > EDID in the menu bar.

4. Locate the EDID Download section.

5. Click the Download button. The EDID data will automatically be saved to a file called edid.bin. This EDID can then be loaded into an EDID editor and modified, then reloaded, if desired. Refer to Importing EDID Data (page 32) for more information.

Device Operation

Importing EDID Data

Imports a .bin file, containing EDID data, to be loaded into the AT-OME-CS31-SA-C.

1. Log in to the web server.
2. Click Video > EDID in the menu bar.

3. Locate the EDID Saved section.

4. Click the Import button.

5. Locate the desired .bin file and click the Open button on the open file dialog window.

Amplifier Modes

This section covers wiring of both amplifier modes: stereo and bridged-mono.

Stereo Mode

In stereo mode, the output delivers 25 watts per left and right channel. Stereo sources will pass through to the amplifier, unchanged.

1. Locate the included 4-pin captive screw connector, for the AMP OUT port.
2. Connect the wires, from the amplifier, to the port as shown below.

Bridged Mono Mode

In bridged mono mode, the output delivers 50 watts on a single channel. Stereo sources will be summed to mono at the amplifier.

1. Locate the included 4-pin captive screw connector, for the AMP OUT port.
2. Connect the wires, from the amplifier, to the port as shown below. This is the recommended wiring scheme. However, bridged mono can be connected to any pin from the left channel and any pin from the right channel, as shown in the green box.

Three identical green terminal blocks with black and red wires, no text or symbols present

PA Sense

This section covers PA sense, which mutes the current audio program for the duration of a PA broadcast. The AT-OME-CS31-SA-C provides two options to trigger PA sense: 1) by tapping into the speaker wire or 2) using the TRIGGER port.

Tapping into the Speaker Wiring

1. Locate the last speaker in series. If this is not possible, locate the closest speaker to the AT-OME-CS31-SA-C, based on the length of wiring used.
2. Connect the wire, from the speaker system, to the PA SENSE port using the included 4-pin captive screw connector. The example, below, is wired for a 70 V system.

IMPORTANT: The AT-OME-CS31-SA-C supports 25 V, 70 V, and 100 V systems.

The wiring of the PA SENSE port must match the voltage rating of the system's amplifier.

1. Adjust the PA SENSE pot to fine-tune the sensitivity.

Connecting to a Paging Sensor

1. Connect the included 2-pin captive screw connector from the TRIGGER port to the paging sensor.

1. Log in to the web server.
2. Click Audio > PA Sense in the menu bar.
3. Enter the release time, in seconds, in the Release Time field.
4. Click the Trigger Mode drop-down list and select the desired mode. This port can be configured as NO (normally open) or NC (normally closed). By default, it is set to NO.

1. Click the Save button to commit changes.

USB Routing and Management

The AT-OME-CS31-SA-C provides two different USB modes: Follow Video, and Manual. Each mode provides a different method of controlling USB, based on how the system is connected. Both modes will be covered in this section. VBus control will also be covered.

Follow Video

This is the default mode. The drop-down lists for each input are locked and cannot be changed. Since there is only one HOST port, the host device will have access to the same USB devices, when switching between inputs

1. Connect the host computer to the HOST port.
2. Log in to the web server.
3. Click USB > USB Routing in the menu bar.
4. Click the Follow Video radio button.

Device Operation

Manual Routing

This mode provides manual selection of the USB host port to be used.

1. Connect the host computer to the HOST port.
2. Log in to the web server.
3. Click USB > USB Routing in the menu bar.
4. Click the Manual radio button.

1. Click the USB Host Select drop-down list to select the desired USB port.

Device Operation

Hub Vbus Control

This feature provides the ability to toggle the USB Vbus. This allows the USB hub port to always provide power or follow the presence of the connected USB host. The default setting is Follow Presence of USB Host.

1. Connect the host computer to the HOST port.
2. Log in to the web server.
3. Click USB > USB Hub in the menu bar.

1. Click the desired radio button.

Setting Description
Follow Presence of USB Host	Allows the USB hub port to toggle on and off based on the presence of a USB host.
Always High	USB power to theHOSTport is always on. For example, when connecting to the AT-CAP-SP100, setting this feature to Always High would allow the AT-CAP-SP100 to continually charge, even if no USB host is present.

LAN Management

This section covers enabling/disabling SSH and/or Telnet protocols, in addition to changing the password.

Changing the Admin Password

1. Log in to the web server.
2. Click Control > LAN in the menu bar.
3. Click the Admin Password field and enter the new password.
4. Click the Save button.

1. The following message will be displayed.

1. Click Ok to continue with the password change or click Cancel to abort and return to the Control > LAN page.
2. When the password is successfully changed, the following message will be displayed at the bottom of the screen.

Device Operation

Enabling / Disabling SSH and Telnet

Both SSH and Telnet protocols are enabled, by default.

1. Log in to the web server.

2. Click Control > LAN in the menu bar.

3. Click the SSH and/or Telnet toggles to the Enabled or Disabled position.

RS-232 Control

The RS-232 port is used to directly control the AT-OME-CS31-SA-C using a control system (Console Mode). To control a display, refer to Display Control (page 45).

Console Mode

1. Connect the RS-232 cable between the control system and the RS-232 2 port on the AT-OME-CS31-SA-C. Use the included 2 x 3-pin push-pin connector to wire the RS-232 cable as shown.

1. Log in to the web server.

2. Click Control > RS-232 in the menu bar.

1. Under the Console Setting section, select the proper baud rate, data bit, parity, and stop bit settings. These settings must correspond with the control system RS-232 settings.

2. Click the Save button to commit changes.

Occupancy Sensor Integration

The following provides instructions on adding any occupancy sensor to the AT-OME-CS31-SA-C. The AT-OME-CS31-SA-C can support two standard occupancy sensors and two Atlona AT-OCS-900N devices at the same time.

Using Generic Occupancy Sensors

1. Connect the included 2 x 4-pin push-pin connector between the occupancy sensor and the TRIGGER I/O port on the AT-OME-CS31-SA-C, as shown. Verify the wiring for the type of sensor that is being used. Voltage range: +3 to +30 V DC. 0 V = Off. +3 to +30 V DC = On.

Powered Sensor Passive Sensor

NOTE: If only a single port is required, single-port captive screws are also included. When using the single-port captive screw connectors, make sure that the connector is wired with the screw heads facing down.

1. Login to the web server of the AT-OME-CS31-SA-C.
2. Click Control > Trigger I/O in the menu bar.
3. Locate the Trigger I/O OCS section and select the desired functionality of the occupancy sensor.

Device Operation

• Click the Turn Display On with I/O Occupancy Sensor toggle to the On or Off position. When On, the display will stay powered when the room is occupied.
• Click the Turn Display Off on I/O Sensor Vacancy toggle to the On or Off position. When On, the toggle will power-off the display when the room is no longer occupied.

Using the AT-OCS-900N

The following provides instructions on adding the AT-OCS-900N occupancy sensor as a device. The Auto Switch feature on the AT-OME-CS31-SA-C does not need to be enabled for this to work. The AT-OME-CS31-SA-C supports a maximum of two AT-OCS-900N devices.

1. Connect the AT-OCS-900N to the same network as the AT-OME-CS31-SA-C. Refer to the AT-OCS-900N User Manual for more information.

IMPORTANT: A username and password must be configured on the AT-OCS-900N before using the device with the AT-OME-CS31-SA-C.

1. Login to the web server of the AT-OME-CS31-SA-C.
2. Click Control > Trigger I/O in the menu bar.
3. Locate the OCS-900 section.
4. Click the Add button.

1. Enter the IP address of the AT-OCS-900N in the IP Address field.

1. Click the Add button. If the correct IP address was entered and the AT-OCS-900N is found, information about the sensor will be displayed.

• Click the Turn Display On with IP Occupancy Sensor toggle to the On or Off position. When On, the display will stay powered when the room is occupied.
• Click the Turn Display Off with IP Sensor Vacancy toggle to the On or Off position. When On, the toggle will power-off the display when the room is no longer occupied.
• Click the Identify button to identify the occupancy sensor. This feature is useful when multiple sensors are connected.

Display Control

The AT-OME-CS31-SA-C provides three protocols for display control: CEC, RS-232, and IP. No external control system is required. Each of these methods will be covered in this section.

Using CEC

Consumer Electronics Control* (CEC) is the simplest method of control when working with a display. Note that the display must have CEC enabled to receive CEC messages. The HDMI OUT port is used for CEC control.

*Atlona has confirmed proper CEC functionality with several current models of Samsung, Panasonic, and Sony displays. However, it is not guaranteed that CEC will work with all displays. Many manufacturers do not support the CEC "off" command, and older displays use proprietary commands. Atlona only supports displays that use the CEC command structure defined in HDMI 1.2a. It is recommended that dealers request an evaluation product from Atlona, before designing a system using the CEC protocol. If this is not possible, then other control methods will need to be considered, in order to control displays using Atlona products.

1. Enable CEC on the display device. Refer to the documentation for the display device. It should be noted that different manufacturers will identify CEC with their own brand name. Refer to the table below.

Manufacturer CEC Designation
Hitachi HDMI-CEC
LG SIMPLINK
Philips EasyLink
Samsung AnyNet+
Sony BRAVIA Sync
Toshiba CE Link / REGZA Link
Visio HDMI-CEC

1. Log in to the web server.
2. Click Control > Display Control in the menu bar.
3. Under Display Control, click the Control Type drop-down list and select CEC. This is the default control method.

Device Operation

1. Under the CEC section, near the top of the page, test the CEC commands for power, volume, and muting by clicking the associated buttons. The display should respond correctly to each of these commands.

If the display does not respond, check the following:

• Verify that CEC is enabled on the display device.
• Verify the integrity of the HDMI cable. Try connecting a different cable between the AT-OME-CS31-SA-C and the display device.
• Try connecting the HDMI cable to a different HDMI input on the display device.

RS-232 Configuration

1. Connect a serial cable from the RS-232 1 port on the AT-OME-CS31-SA-C, to the RS-232 port on the display. The included 3-pin push-pin connector should be wired as shown.

NOTE: If only a single port is required, single-port captive screws are also included. When using the single-port captive screw connectors, make sure that the connector is wired with the screw heads facing down.

1. Log in to the web server.
2. Click Control > RS-232 in the menu bar.

Device Operation

1. Set the RS-232 settings for the display (sink) device. These settings must match the device settings for the display. Refer to the User Manual of the display device for more information.
2. Click Control > Display Control in the menu bar.
3. Under System Settings, click the Control Type drop-down list and select RS-232.

1. Refer to Completing RS-232 or IP Configuration (page 50) for completing the configuration process.

TCP/IP Configuration

Instead of using a serial cable to send commands, this method uses an Ethernet cable to send commands from the AT-OME-CS31-SA-C to the display device over the network.

1. Connect the display to the LAN.
2. Log in to the web server.
3. Click Control > Display Control in the menu bar.
4. Click the Control Type drop-down list and select TCP/IP.

1. Under Display TCP/IP Settings, click the IP Mode drop-down list and select the desired mode. Selecting Login will display the Username and Password fields, and prompt for these credentials when logging in. If no login credentials are required, then select the Non-Login option.
2. Enter the IP address of the display in the IP Address field.
3. Enter the port number in the Port field.
4. Enter the username and password in the Username and Password fields, respectively. This option is only required if the IP Mode is set to Login.
5. Click the Save button to commit changes.

Completing RS-232 or IP Configuration

Once RS-232 or IP control has been configured, the commands for power, volume, muting, and volume will need to be assigned.

1. Locate the Display Commands section on the Control > Display Control page.
2. Some devices may require that the command be sent multiple times before an acknowledge message is received from the display. Refer to the User Manual for the display device for more information. If repeating the command is not required, steps 3 and 4 can be skipped.
3. Under Repeat Command, click the Status toggle switch to the Enabled position.
4. Click the Times drop-down list and select the number of times which the command must be sent to the device, before an acknowledge message is returned. The available values are 2, 3, and 4.

HEX Command Strings

a. Enter the hexadecimal command string is the correct field. An example power-on command for a display might be:

xBExEFx03x06x00xBAxD2x01x00x00x60x01x00x0D

This command would be entered in the ON field. Consult the documentation for the display for the correct command strings.

b. Make sure the command string is terminated correctly. In most cases, a CR (carriage return) should be specified. In the example above, × 0 is the hexadecimal value for a carriage return.

ASCII Command Strings

a. Enter the ASCII command string is the correct field. An example power-on command for a display might be:

PWON

This command would be entered in the ON field. Consult the documentation for the display for the correct command strings.

1. Click the Send button to verify that each command works properly. If not, check the values entered for each command.

2. Click the Save button to commit all changes.

System Settings

The AT-OME-CS31-SA-C provides easy access to system configuration through the built-in web server, and is the recommended method to adjust network settings.

System Standby

This mode places the AT-OME-CS31-SA-C in low power mode. Any video output from the unit will be turned off.

1. Log in to the web server.
2. Click Maintenance > System in the menu bar.
3. Click the System Standby toggle switch to the Enabled position.

Device Operation

Locking / Unlocking the Front Panel

To prevent accidental pressing of the INPUT button, the front panel can be locked. This may be desirable if, for example, the AT-OME-CS31-SA-C is installed in a rack environment. By default, the front panel buttons are unlocked.

1. Log in to the web server.
2. Click Maintenance > System in the menu bar.
3. Click the Front Panel Lock toggle switch to toggle between values. When set to Enabled, the INPUT button on the front will be disabled until the toggle switch is set to Disabled.

Device Operation

Blink

This feature is useful to visually identify the AT-OME-CS31-SA-C in a rack environment, particularly when multiple units are installed. When this feature is set to Enabled, all LED indicators on the front panel will flash continuously until the feature is set to Disabled.

1. Log in to the web server.
2. Click Maintenance > System in the menu bar.
3. Click the Front Panel Lock toggle switch to toggle between values. When set to Enabled, the INPUT button on the front will be disabled until the toggle switch is set to Disabled.

Resetting to Factory-Default Settings

The AT-OME-CS31-SA-C can be restored to factory-default settings through the built-in web server or through the INPUT button on the front panel. After performing a factory reset, the network IP mode will be set to DHCP mode and the login credentials will be reset. A new password will need to be created.

Using the Web Server

1. Log in to the web server.
2. Click Maintenance > System in the menu bar.
3. Click the Factory Default button.

1. The following message will be displayed.

Device Operation

1. Click Factory Reset to continue with the reset process. Click Cancel to abort and return to the Maintenance > System page.
2. If the Factory Reset option is selected, then the following screen will be displayed.

1. Once the unit has finished rebooting, the Login page will be displayed. Enter Atlona in the provided field.
2. Click the Login button.
3. The Change Password screen will be displayed.

1. Enter the desired password in the Admin Password field.

NOTE: Passwords can be 5 to 32 characters in length and can only contain letters, numbers, dashes, underscores, and periods.

1. Click the Save button.
2. The System > Info page will be displayed.

Using the Front Panel

1. Press and hold the INPUT button, on the front panel, for 10 seconds. While holding the INPUT button, the LAN LED indicator will flash.

1. Release the INPUT button.
2. The AT-OME-CS31-SA-C has been restored to factory settings.
3. Create a new password. Refer to Login Registration (page 16) for more information. To set the IP mode, refer to Setting the IP Mode (page 18) for more information.

Performing a System Reboot

The following procedure will reboot the AT-OME-CS31-SA-C. All network and other settings are preserved.

1. Log in to the web server.
2. Click Maintenance > System in the menu bar.
3. Click the Reboot button.

1. The following message will be displayed.

1. Click Reboot to continue with the reboot process. Click Cancel to abort and return to the Maintenance > System page.

Device Operation

1. If the Reboot option is selected, then the following screen will be displayed.

Once the unit has finished rebooting, the Login page will be displayed.

API Testing

This page provides testing of JSON-RPC 2.0 commands.

1. Log in to the web server.
2. Click Maintenance > API Test in the menu bar.
3. Enter the JSON string in the API Command field.
4. Click the Send button.

1. If the JSON-RPC 2.0 command is valid, feedback will be displayed under the Live Log section.

Live Log
	Time	Verbosity	Message
	08:28:24	Receive	{"id":"X","jsonrpc":"2.0","result":{"CPLDVer":"1.7","FwVer":"V0.2.2.0","HwVer":"V0.3","MCUVer":"1.1.6","On Time":"0-1:1:11","SerialNumber":"", "USB-C":"", "ValensVer":"7.5.21","XMOSVer":"2.2.3","blinkled":false,"frontpanel":false,"model":"AT-OME-CS31-SA-HDBT","network":{"hostname":"CS31HDBT-0EF463","ipaddress":"1 0.1.0.26","macaddress":"B8:98:B0:0E:F4:63"},{"standby":false}]
	08:28:24	Send	{"jsonrpc":"2.0","id":"X","method":"System.Get"}

If the JSON-RPC 2.0 command is invalid, then the following message will be displayed at the bottom of the screen:

Exporting the System Log

A log of the ARM, MCU, and web sub-system can be provided to technical support if more advanced troubleshooting is required.

1. Log in to the web server.
2. Click Maintenance > Logging in the menu bar.

3. Click the Export Log button.

4. The log file will be exported as a compressed file, such as: LOG_18012024_153532.tar.gz.

Exporting the System Configuration

The AT-OME-CS31-SA-C system configuration can be exported, if desired. This provides the ability to restore (import) the system configuration, in the event of an accidental factory reset or other issue. Network setting are not exported. This configuration file can also be imported by other AT-OME-CS31-SA-C units.

1. Log in to the web server.
2. Click Maintenance > Configuration in the menu bar.
3. Click the Export button.
4. The configuration file will be exported in JSON format, in the format: ATOMECS31SA_DDMMYY_HHMMSS.json.

Importing a System Configuration File

1. Log in to the web server.
2. Click Maintenance > Configuration in the menu bar.
3. Click the Choose File button and select the desired configuration file.
4. Click the Update button.

Configuration and Management Interfaces

Web Server

The AT-OME-CS31-SA-C includes a built-in web server. Atlona recommends that the web server be used to set up the AT-OME-CS31-SA-C, as it provides intuitive management of all features. Refer to Logging in after Registration (page 17) for more information.

The AT-OME-CS31-SA-C is shipped with DHCP enabled. Once connected to a network, the DHCP server will automatically assign an IP address to the unit. Use an IP scanner to determine the IP address of the AT-OME-CS31-SA-C. If a DHCP server cannot be located within 15 seconds, the AT-OME-CS31-SA-C will be placed in Automatic Private IP Addressing (APIPA) Mode (page 14). If a static IP address is desired, refer to IP Configuration (page 14).

Login page

Password

Enter the password in this field.

Login

Click this button to log in.

Configuration and Management Interfaces

System > Info page

System Info

Model Name

The model SKU of this product.

Serial Number

Displays the serial number of the unit.

Firmware Version

The version of firmware that the AT-OME-CS31-SA-C is running. Always make sure to check the AT-OME-CS31-SA-C product page, on the Atlona web site, for the latest version of firmware.

Video Info

Displays signal information for the active input.

Active Input

The input signal port name.

Signal Type

The type of input signal.

Video Format

The input resolution of the source device.

Aspect

Aspect ratio of the input signal.

Uptime (d-h:m:s)

Displays the amount of time elapsed since the unit was powered.

Color Space

Displays the color space and chroma sub-sampling of the input signal.

Color Depth

The color depth of the input signal.

Audio Info

The type of audio that is being received on the input.

Configuration and Management Interfaces

System > Network

Network

MAC address

Displays the MAC address of the AT-OME-CS31-SA-C.

IP Mode

Click this toggle to set the IP mode of the AT-OME-CS31-SA-C.

Setting Description
DHCP	Uses an available DHCP server to assign an IP address.
Static	Allows the IP address, subnet mask, and gateway IP address to be entered manually.

IP

Enter the IP address of the AT-OME-CS31-SA-C in this field. This field will only be available if IP Mode is set to STATIC IP.

Netmask

Enter the subnet mask in this field. This field will only be available if IP Mode is set to Static.

Gateway

Enter the gateway (router) address in this field. This field will only be available if IP Mode is set to Static.

Telnet Port

Enter the Telnet listening port in this field.

Host Name Setting

Displays the hostname of the AT-OME-CS31-SA-C, as it would appear on a network. To change the hostname, type the new hostname in this field and click the Save button. Refer to Setting the Host Name (page 21) for more information.

Configuration and Management Interfaces

Video > A/V Routing

Video Outputs

Auto Switch

Click this toggle switch to enable or disable Auto Switching. When set to Enabled, the AT-OME-CS31-SA-C will automatically switch to the another input, if the signal is disrupted on the currently active input.

Fallback Input

Click this drop-down list to select the fallback input. The AT-OME-CS31-SA-C will automatically switch to the specified input, once the signal is disrupted on the currently active input.

Manual Switch

Click the these button to select the active input. Clicking the Info button will display the Info screen, on the connected display. Refer to Input Switching (page 24) for more information.

HDMI Output 5V

This option sets the +5V pin on the HDMI OUT port to the desired setting. This feature allows a display to go to sleep when there is no signal present. It's also used for VTC codecs that need to see a change in HDMI +5V in order to change modes. If faster switching times are desired, then this should be set to Enabled. The default setting is Disabled.

Setting Description
Enabled	Forces the +5V pin on the HDMI output to “high” (always on).
Disabled	Allows the +5V pin on the HDMI output to toggle, based on the presence of an input video signal.

Configuration and Management Interfaces

Video Inputs

HDCP Settings

Each input provides control of how HDCP content is handled. Some source devices will send HDCP content if an HDCP-compliant display (sink) is detected. However, there may be applications where sending HDCP content is not desired. Setting the port to the Off position, will instruct the source to send non-HDCP content to the display. Note that not all sources have this capability. When set to ON, the source will have the ability to transmit HDCP content to the AT-OME-CS31-SA-C.

NOTE: Setting this feature to Off, for any source, does not provide decryption of HDCP content to non-HDCP compliant sink devices. Sources such as Mac® computers and the Sony PlayStation® will always transmit HDCP content.

Input AV Info

Display video and audio format information for each input.

Configuration and Management Interfaces

Video > EDID

Refer to EDID Management (page 27) for more information.

EDID Settings

Click these drop-down lists to select the desired EDID to be used for each input. The following EDID presets are available. When selecting an EDID, make sure that the display/sink device is capable of supporting the resolution/timing. If the sink device is not able to support a feature, then the source will not be displayed. Selecting the Connected Display EDID will provide the most compatible settings for most displays. In addition, a blank memory location is available for storing captured EDID data. If an EDID is stored in the memory location, it will also be added to the list of available EDID selections.

EDID Description
Connected Display	Uses the downstream EDID of the connected display
ATL 3840x2160@60 2CH HDR PCM	3840 x 2160 @ 60 Hz w/ 2-channel audio / HDR / Linear PCM
ATL 3840x2160@30 2CH SDR PCM	3840 x 2160 @ 30 Hz w/ 2-channel audio / SDR / Linear PCM
ATL 1920x1080P@60 2CH SDR PCM	1920 x 1080p @ 60 Hz w/ 2-channel audio / SDR / Linear PCM
ATL 1920x1080P@30 2CH SDR PCM	1920 x 1080p @ 30 Hz w/ 2-channel audio / SDR / Linear PCM
ATL 1280x720P@60 2CH SDR PCM	1280 x 720p @ 60 Hz w/ 2-channel audio / SDR / Linear PCM
ATL 1280x800 2CH SDR PCM	1280 x 800 w/ 2-channel audio / SDR / Linear PCM
ATL 1920x1200 2CH SDR PCM	1920 x 1200 w/ 2-channel audio / SDR / Linear PCM
ATL 5120x2160@30 2CH SDR PCM	5120 x 2160 @ 30 Hz w/ 2-channel audio / SDR / Linear PCM
ATL 3440x1440@50 2CH SDR PCM	3440 x 1440 @ 50 Hz w/ 2-channel audio / SDR / Linear PCM
ATL 2560x1080@60 2CH SDR PCM	2560 x 1080 @ 60 Hz w/ 2-channel audio / SDR / Linear PCM

EDID Saved

HDMI OUT

Click this button to capture the EDID on the HDMI OUT port.

Import

Click this button to load an EDID to the AT-OME-CS31-SA-C.

EDID Download

Download

Click this button to download the EDID from the connected display (HDMI OUT) to a .bin file.

Configuration and Management Interfaces

Audio > Local Audio

Local Audio

Balanced Input 1

Adjusts the input gain on the AUDIO IN port. Click the Muted/Unmuted toggle switch to mute or unmute the audio signal.

Unbalanced Input 2

Adjusts the input gain on the L/R (left) port. Click the Muted/Unmuted toggle switch to mute or unmute the audio signal.

Unbalanced Input 3

Adjusts the input gain on the L/R (right) port. Click the Muted/Unmuted toggle switch to mute or unmute the audio signal.

HDMI Out 4

Adjusts the de-embedded HDMI audio output level. Click the Muted/Unmuted toggle switch to mute or unmute the audio signal.

USB Host Input 5

Adjusts the host PC audio level, when the AT-OME-CS31-SA-C is selected as Audio DAC. Click the Muted/Unmuted toggle switch to mute or unmute the audio signal.

Ducking

Click this toggle switch to enable or disable audio ducking. When set to On, this will enable audio ducking, and allows the Attack Time, Release Time, Program Decrease, and Ducking Trigger settings to be adjusted.

Priority Selection

As of this writing, Balanced Input is the only option.

Configuration and Management Interfaces

Attack Time

Click and drag this slider to set the amount of time, in milliseconds, before audio ducking will be triggered. With a shorter attack time, the ducking will activate quickly. With a longer attack time, it will take longer for the audio ducking to be applied. The value can also be entered directly into the Attack Time field. Range: 1 - 1000.

Release Time

Click and drag this slider to set the amount of time, in milliseconds, for the sound to return to its normal volume, after the voice audio stops. 100 milliseconds is usually a good starting point for this value. If this value is too low, then the primary audio source (music), will bounce back when you take a breath, while speaking. It's good practice to start with a higher release value, then adjust it for best results. Range: 1 - 3000.

Program Decrease

This is amount the volume will be decreased when the Ducking toggle switch is set to On.

Ducking Trigger

Click and drag this slider to define the trigger threshold. The trigger is defined in decibels and attenuates the signal above this threshold.

Balanced Output Volume

Adjusts the line level output volume. Click the Muted/Unmuted toggle switch to mute or unmute the audio signal. Click the button to adjust both the Balanced Output Volume and Amplifier Output Volume slider, in tandem.

Amplifier Output Volume

Adjusts the internal amplifier output volume. Click the Muted/Unmuted toggle switch to mute or unmute the audio signal. Click the button to adjust both the Balanced Output Volume and Amplifier Output Volume slider, in tandem.

Amplifier Mode

Stereo/Mono Selection

Click this toggle to switch between stereo or mono output.

Configuration and Management Interfaces

Audio > USB Audio

USB Audio

Balanced Input 1

Adjusts the input gain on the VOICE port. Click the Muted/Unmuted toggle switch to mute or unmute the audio signal.

Unbalanced Input 2

Adjusts the input gain on the L/R (left) port. Click the Muted/Unmuted toggle switch to mute or unmute the audio signal.

Unbalanced Input 3

Adjusts the input gain on the L/R (right) port. Click the Muted/Unmuted toggle switch to mute or unmute the audio signal.

HDMI Out 4

Adjusts the de-embedded HDMI audio output level. Click the Muted/Unmuted toggle switch to mute or unmute the audio signal.

Microphone Input 5

This slider is reserved for future use.

USB Output

Adjusts the overall volume output for the USB device. Click the Muted/Unmuted toggle switch to mute or unmute the audio signal.

Configuration and Management Interfaces

Audio > PA Sense

PA Sense

Release Time

Sets the release time for the PA sensitivity.

Trigger Mode

Click this drop-down list to select the trigger mode. Available options are NO (Normally Open) and NC (Normally Closed).

Save

Click this button to commit changes.

Configuration and Management Interfaces

USB > USB Routing

Host Routing

Selects the desired USB switching mode. Refer to USB Routing and Management (page 36) for more information.

Setting Description
Follow Video	This is the default mode. The drop-down lists for each input are locked and cannot be changed. Since there is only oneHOSTport, the host device will have access to the same USB devices, when switching between video inputs.
Manual	This mode provides manual selection of the USB host port to be used.

Configuration and Management Interfaces

USB > USB Hub

Hub Vbus Control

USB VBus

Click the desired radio button to adjust the behavior of the power function of the USB hub ports. Refer to Hub Vbus Control (page 38) for more information.

Setting Description
Follow the presence of USB Host	Allows the USB hub ports to toggle on and off based on the presence of a USB host.
Always High	Keeps the USB power on the hub ports always on. For example, connecting the AT-CAP-SP100 to the AT-OME-CS31-SA-C, when no host is connected, would allow the speakerphone to charge, continuously.

Configuration and Management Interfaces

Control > LAN

LAN Protocols

Refer to LAN Management (page 39) for more information.

Admin Password

Enter a new administrator password in this field. All passwords are masked. Click the Save button to commit changes.

SSH

Click this toggle switch to enable or disable SSH (Secure Shell protocol).

Telnet

Click this toggle switch to enable or disable Telnet connections to the AT-OME-CS31-SA-C.

Configuration and Management Interfaces

Control > RS-232

Display Setting

RS-232 settings for local RS-232 control. Refer to Display Control (page 45) for more information.

Display Setting

Sets the RS-232 1 port settings when controlling a display using a control system.

Console Setting

Sets the RS-232 2 port settings used for local control by a third-party control system.

Save

Click this button to commit all changes.

Setting Description
Baud rate Sets the baud rate.	The following options are available: 2400, 9600, 19200, 38400, 56000, 57600, 115200.
Data bit Sets the number of data bits used to represent each character of data.	The following options are available: 7 or 8.
Parity Sets the parity bit, which can be included with each character to detect errors during the transmission of data.	The following options are available: None, Odd, or Even.
Stop bit Sets the stop bit.	Stop bits are sent at the end of each character, allowing the client to detect the end of a character stream. The following options are available: 1 or 2.

Configuration and Management Interfaces

Control > Trigger I/O

Trigger I/O OCS

Trigger settings for generic occupancy sensors. Refer to Using Generic Occupancy Sensors (page 42) for more information.

Turn Display On with I/O Sensor Occupancy

Click this toggle switch to the On or Off position. When On, the display will stay powered when the room is occupied.

Turn Display Off with I/O Sensor Vacancy

Click this toggle switch to the On or Off position. When On, the AT-OME-CS31-SA-C will power-off the display when the room is no longer occupied.

OCS-900

Trigger settings for the AT-OCS-900N occupancy sensor. Refer to Using the AT-OCS-900N (page 43) for more information.

Turn Display On with IP Occupancy Sensor

Click this toggle switch to the On or Off position. When On, the display will stay powered when the room is occupied.

Turn Display Off with IP Sensor Vacancy

Click this toggle switch to the On or Off position. When On, the AT-OME-CS31-SA-C will power-off the display when the room is no longer occupied.

Configuration and Management Interfaces

Control > Display Control

CEC

Refer to Display Control (page 45) for more information.

Power

Click the ON button to send the power-on command to the display device. Click the OFF button to toggle the power state to off.

Volume

Click the + and - buttons to adjust the volume. Click the Mute button to test the volume muting function.

Consumer Electronics Control (CEC): Atlona has confirmed proper CEC functionality with several current models of Samsung, Panasonic, and Sony displays. However, it is not guaranteed that CEC will work with all displays. Many manufacturers do not support the CEC "off" command, and older displays use proprietary commands. Atlona only supports displays that use the CEC command structure defined in HDMI 1.2a. It is recommended that dealers request an evaluation product from Atlona, before designing a system using the CEC protocol. If this is not possible, then other control methods will need to be considered, in order to control displays using Atlona products.

Display Control

Refer to Display Control (page 45) for more information.

Display Auto Power

Set this toggle to Enabled to allow the AT-OME-CS31-SA-C to send the power-on command to the display when an A/V signal is detected. When the AV signal is no longer present, the AT-OME-CS31-SA-C will send the power-off command to the display. If this feature is not desired, then set to Disabled. This feature is set to Enabled by default.

Auto Power off Timer (min)

Sets the time interval before the command to power-off the display is sent, when an A/V signal is no longer present. The default value is 2 minutes. Available values are 2 to 30 minutes.

Control Type

Sets the control protocol for the connected display. Click this drop-down to select the control type. Available settings are RS-232, TCP/IP, and CEC. By default, CEC is selected for control of the display. If TCP/IP or RS-232 is selected, then additional fields will be displayed.

Configuration and Management Interfaces

Display TCP/IP Settings

This window group is only available if the Control Type drop-down list is set to TCP/IP. Refer to Display Control (page 45) for more information.

IP Mode

Click this drop-down list to select the login mode.

Setting Description
Non-login	Does not require a username and password when using TCP/IP to control the display.
Login	Requires a username and password to control the display through TCP/IP.

IP Address

Enter the IP address of the device in this field.

Port

Enter the listening port of the device in this field.

Username

Enter the username for login. If the IP Mode is set to Non-Login, then this field will not be displayed.

Password

Enter the password for login. If the IP Mode is set to Non-Login, then this field will not be displayed.

Save

Click this button to save all changes in this window group.

Display Commands

This section is only available when the Control Type is set to either RS-232 or TCP/IP. Refer to Display Control (page 45) for more information.

Repeat Command

Click this toggle switch to Enabled or Disabled. Enabling this feature will re-send the command. Specify the number of times that the command is transmitted by setting the Times value. This feature is set to Disabled by default.

Times

Click this drop-down list to specify the number of times the command is sent. This drop-down list will only be available if the Repeat Command toggle switch is set to Enabled. Available values are 2, 3, and 4. The default value is 2.

Display ON, Display OFF, Volume+, Volume-, Mute, Unmute

These fields will need to be populated with the correct strings (either hex or ASCII format) for each function, which control the display device. If hexadecimal values are used, then use the /x delimiter at the end of the command string.

Save

Click this button to commit changes to the command string.

Send

Click this button to send the command string.

Configuration and Management Interfaces

Maintenance > System

System

Refer to System Settings (page 51) for more information.

System Standby

Click this toggle switch to Enabled or Disabled. Enabling this feature will place the AT-OME-CS31-SA-C in standby mode. This feature is set to Disabled by default.

Front Panel Lock

Click this toggle switch to to Enabled or Disabled. When set to Enabled, the buttons on the front panel of the AT-OME-CS31-SA-C will be locked. This feature is set to Disabled by default.

Blink

Click this toggle switch to to Enabled or Disabled. When set to Enabled, the LED indicators on the front panel will blink. This is useful for identifying a unit, in a rack mount environment. This feature is set to Disabled by default.

Reset to Default

Click the Factory Default button to reset the AT-OME-CS31-SA-C to factory-default settings.

System Reboot

Click the Reboot button to reset the AT-OME-CS31-SA-C to factory-default settings.

Firmware Update

Click the Choose File button to begin the firmware update procedure. Refer to Updating the Firmware (page 83) for more information.

Configuration and Management Interfaces

Maintenance > API Test

API Command

Send

Click this button to send the JSON-RPC 2.0 command to the AT-OME-CS31-SA-C. Feedback is displayed under the Live Log section. Refer to API Testing (page 59) for more information.

Configuration and Management Interfaces

Maintenance > Logging

Export

Click this button to export the system log. A log of the ARM, MCU, and web sub-system can be exported for debugging and technical support purposes. Refer to Exporting the System Log (page 60) for more information.

Configuration and Management Interfaces

Maintenance > Configuration

Configuration

The AT-OME-CS31-SA-C system configuration can be exported, if desired. Refer to Exporting the System Configuration (page 61) for more information.

Choose File

Click this button to select the desired configuration file to be uploaded to the AT-OME-CS31-SA-C.

Update

Click this button to upload the configuration file.

Export

Click this button to export the system configuration file. System configuration files are exported in JSON format.

Appendix

Updating the Firmware

Updating the firmware can be performed using the built-in web server or over USB.

Updating using the built-in Web Server

Requirements:

• AT-OME-CS31-SA-C
- Firmware file
• Computer on the same network as the AT-OME-CS31-SA-C

1. Download the firmware file from atlona.com and extract the contents of the .zip file to a folder on the computer desktop. The firmware file will be in .tar.gz format.
2. Power on the unit and connect an Ethernet cable from the computer, containing the firmware, to the same network where the AT-OME-CS31-SA-C is connected.
3. Login to the web server.
4. Click System > Maintenance in the menu bar.

1. Click the Choose File button.
2. Browse to the location of the firmware file, select it, and click the Open button.
3. Click the Update button.

Appendix

1. The following screen will be displayed, while the unit is updating.

1. After the update process has completed, the AT-OME-CS31-SA-C will automatically reboot.
2. After rebooting, the Login screen will be displayed.

Appendix

Updating over USB

Requirements:

• AT-OME-CS31-SA-C
- Firmware file
- USB-C cable

1. Download the firmware file from atlona.com and extract the contents of the .zip file to a folder on the computer desktop. The firmware file will be in .tar.gz format.
2. Power on the unit.
3. Connect the USB-C cable to the computer. USB-C to USB-C or USB-A to USB-C cables can be used.
4. Press and hold the INPUT button on the front panel, until the front panel LED indicators start blinking.

1. While continuing to hold down the INPUT button, connect the USB-C cable to the FW port on the AT-OME-CS31-SA-C.
2. Release the INPUT button.
3. A virtual USB drive will be created and the folder of this drive will be displayed. If this folder is not displayed automatically, then select the drive from within Windows Explorer (Windows) or the Finder (Mac).
4. Delete all files from the drive, if any are present.
5. Drag-and-drop the firmware file to the drive folder.
6. Disconnect the USB cable from the AT-OME-CS31-SA-C.

Mounting Instructions

The AT-OME-CS31-SA-C includes mounting brackets, which can be used to attach the unit to any flat surface.

1. Position one of the mounting brackets, as shown below, aligning the holes on the side of the enclosure with one set of holes on the mounting bracket.

Line drawing of a server rack with ports and socket, showing internal components and mounting hardware (no text or symbols)

1. Using a small Phillips screwdriver, attach the installation bracket to the enclosure, using the included screws.
2. Repeat steps 1 and 2 to attach the second mounting bracket to the opposite side of the unit.
3. Mount the unit to a flat surface using the oval-shaped holes, on each mounting bracket. If using a drywall surface, a #6 drywall screw is recommended.

Specifications

Video
Signal Input - 2 x HDMI, 1 x USB-COutput - HDMI
Copy Protection HDCP 2.2
Pixel Clock 600 MHz
UHD/HD/SD 4096x2160 (DCI) @ 24/25/30/50/60 Hz3840x2160 (UHD) @ 24/25/30/50/60 Hz1920x1080p @23.97/24/25/29.97/30/50/60 Hz1920x1080i @ 50/60 Hz1280x720p @ 30/50/60 Hz	720x576p @ 50 Hz720x576i @ 25/50 Hz720x480p @ 60 Hz640x480p @ 60 Hz640x480i @ 60 Hz
VESAAll resolutions are 60 Hz	2560x20482560x16002048x15361920x12001680x10501600x12001600x9001440x9001400x1050	1366x7681360x7681280x10241280x8001280x7681152x7681024x768800x600640x480
VESA 21:9 5120x2160 @ 30 Hz	4:4:43840x1600 @ 60 Hz 4:4:43840x1600 @ 30 Hz 4:4:43440x1440 @ 60 Hz 4:4:4	3440x1440 @ 50 Hz 4:4:43440x1440 @ 30 Hz 4:4:42560x1080 @ 60 Hz 4:4:42560x1080 @ 30 Hz 4:4:4
Color Space YUV, RGB
Chroma Subsampling 4:4:4, 4:2:2, 4:2:0
Color Depth 8-bit, 10-bit, 12-bit
HDR HDR10, Hybrid-Log Gamma (HLG), and Dolby® VisionTM @ 60 Hz

Audio
HDMI Pass-Through Formats L	PCM 2.0LPCM 5.1LPCM 7.1	Dolby®DigitalDolby Digital PlusTMDolby TrueHDDolby Atmos®	DTS®Digital SurroundTM DTS-HD Master AudioTM DTS:X®
Bit Depth Up to 24 bits
Sample Rate 32 kHz, 44.1 kHz,	48 kHz, 88.2 kHz, 96 kHz, 176.4 kHz, 192 kHz
Analog Audio
Format Stereo 2-Channel
Balanced Input	+4 dBu
Unbalanced Input	-10 dBV
Amplifier Output	2 x 25 W @ 4 or 8 ΩFrequency Response: 20 Hz to 20 kHz +/- 2 dBTHD+N: < 0.1% @ 1 kHzSNR: 85 dB
Balanced Output	+4 dBuFrequency Response: 20 Hz to 20 kHz +/- 0.5 dBTHD+N: < 0.025% from 20 Hz to 20 kHz

Appendix

USB
Compliance	3.0
Maximum Data Rate	5 Gbps
Internal Hubs 2 USB hubs

USB-C
Power	Up to 60W power charging
DisplayPort Support	Version - 1.4Video Lanes - 2USB 3.0 Lanes - 2
Support	Audio, video, device and host data

Ethernet
Port 2 x RJ45
Standards and Protocols HTTP	HTTPS, Telnet, SSH, JSON over WebSockets
Speeds	10/100/1000 Mbps
Addressing	DHCP, Static – selectable through built-in web server and API commands

RS-232
Port 2 x 3-pin captive screw
Use Unit and external device control and configuration
Baud Rates 9600, 19200, 38400, 57600, 115200
Data Flow Bidirectional

CEC
Ports 1 x HDMI OUT, Type A, 19-pin female
Triggering Through HDMI

Resolution / Distance 4K/UHD - Feet / Meters 1080p - Feet / Meters
HDMI IN/OUT 15 5 30 10

Buttons and Indicators
Buttons:
INPUT	1 x momentary, tact-type
Indicators:
PWR	1 x LED, multicolor, green/red
LAN, IN1, IN2, IN3	4 x LED, green

Appendix

Connectors
HDMI IN 2 x Type A, 19-pin female
USB-C IN 1 x 24-pin female, DisplayPort Alt Mode
HDMI OUT 1 x Type A, 19-pin female
HOST 1 x USB type B, female
MIC 1 x RJ45
VOICE L/R 1 x 5-pin captive screw
L/R 2 x 3.5 mm mini-stereo
5V 1 x USB type A, female
FW 1 x USB type C, female
LAN 2 x RJ45
TRIGGER I/O 2 x 4-pin captive screw
RS-232 2 x 3-pin captive screw
PA SENSE TRIGGER 1 x 2-pin captive screw
PA SENSE
GND/25V/75V/100V	1 x 4-pin captive screw
AMP OUT 1 x 4-pin captive screw
AUDIO OUT	1 x 5-pin captive screw
HUB	4 x USB type A, female
24V / 9.58A	1 x 4-pin DIN

Environmental	Fahrenheit		Celsius
Operating Temperature	+32 to +122		0 to +50
Storage Temperature -4 to +140		-20 to +60
Operating Humidity (RH)	20% to 90%, non-condensing

Power
Consumption (max.)	---
BTU/h	---
External Power Supply	100 - 240 V AC, 50/60 HzOutput: 24 V / 9.58 A DC

Dimensions (H x W x D)	Inches	Millimeters
Unit	0.98 x 11.81 x 8.27	25 x 300 x 210
Power Supply	1.6 x 2.6 x 6.2	40.6 x 66 x 157

Weight	Pounds	Kilograms
Device	3.8	1.7

Certification
Device	CE, RoHS, FCC
Power Supply	CE, FCC, UL, CUL, TUV-GS, CB, PSE, CCC

Appendix

Compliance
NDAA-889 Yes
Warranty
3 years View the full warranty information here:https://atlona.com/warranty____