Introduction

With 4Kx2K pass through the Atlona 1 by 2 HDMI Distribution Amplifier offers a high definition solution for multi display installations. Field upgradable, with a built in USB port, ensures seamless firmware updating. With EDID learning mode, the HDDA provides a solution for incompatibilities and intermittent signals.

Package Contents

1 x AT-HDDA-2

1 x DC 5V/3A captive screw power adaptor

1 x Captive screw female connector (2 pin : Power)

1 x Pair of wall mount ears

1 x User manual

Features

Transmits source signal to multiple displays simultaneously

Built in EDID management to ensure compatibility

4Kx2K pass through

Using additional HDDAs, cascade the source signal up to 8 times at 4Kx2K*

Lossy and lossless audio formats pass through (up to Dolby TrueHD® and DTS-HD Master Audio™)

Full 3D pass through

Field serviceable USB firmware port for quick and easy updating

LED signal lights to verify status for input and outputs

HDCP compliant

Panel Description

Front Panel

FIRMWARE POWER

SYNC

1

2

3

OUT 1

OUT 2

4

EDID

INT

LEARN

6

7

1.Firmware port: Mini USB port used for firmware updating

2.Power LED: Will light up when the distribution amplifier receives power

3.Sync LED: Illuminates when receiving signal from the source

4.Out LED: Each LED will illuminate for the corresponding connected displays

5.EDID LEDs: LED will illuminate to indicated the current EDID mode

7. EDID button: Press to select between EDID modes

*8 times cascading only occurs when used with other HDDA-2s or HDDA-4s - 4 times cascading with HDDA-8s

atlona.com

3

Toll free: 1-877-536-3976

Local: 1-408-962-0515

 

 

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Atlona AT-HDDA-2 user manual Introduction, Package Contents, Features, Panel Description

AT-HDDA-2 specifications

The Atlona AT-HDDA-2 is a high-performance HDMI distribution amplifier designed for seamless signal distribution in a variety of commercial and residential AV installations. This device stands out for its ability to amplify and distribute one HDMI input to two HDMI outputs, ensuring that high-quality video and audio signals are effectively managed across multiple displays.

One of the main features of the AT-HDDA-2 is its support for 4K video resolution at 60 Hz, making it highly compatible with modern displays and sources. This capability ensures that users can enjoy crisp, high-definition visuals without sacrificing quality. Additionally, it supports HDMI 2.0, allowing for rich color depth and high dynamic range (HDR) content, which is becoming standard for contemporary video applications.

The AT-HDDA-2 is engineered with advanced technology to minimize signal degradation over long distances. Its built-in equalization and signal amplification features allow for reliable transmission of HDMI signals up to 20 meters (about 65 feet) without loss of quality. This is particularly beneficial in environments where components may be spread out over considerable distances, such as in conference rooms and large venues.

Another notable characteristic of the AT-HDDA-2 is its user-friendly design. The unit is compact and rack-mountable, making it easy to integrate into existing setups without taking up much space. Each output is EDID configurable, which ensures that the source and display devices correctly negotiate their characteristics regardless of their capabilities.

The unit is also extremely versatile, catering to a wide range of applications from professional presentations to home theater systems. Furthermore, it operates with minimal heat generation, enhancing reliability and longevity in continuous use scenarios.

In sum, the Atlona AT-HDDA-2 HDMI distribution amplifier is an essential tool for anyone looking to maintain superior video and audio quality in multi-display setups. Its robust feature set, including 4K support, signal amplification, and user-friendly design, makes it a popular choice among AV professionals and enthusiasts alike. Its commitment to excellence in signal management ensures that users can experience the very best in HD content without the hiccups associated with inferior distribution solutions.