SAVi Controls AMP.ONE Analog Audio Device User Guide
- June 12, 2024
- SAVi Controls
Table of Contents
SAVi Controls AMP.ONE Analog Audio Device
Product Information
The AMP. One is an analog audio device manufactured by SAVI. It is designed for use in building or updating audio infrastructures. The device offers line- level inputs and outputs for connecting speakers and other audio equipment. For more information or support, you can contact SAVI Support at 214-785-6510 or [email protected].
General Description:
The AMP. One is a versatile audio device that can be used to enhance your audio setup. It provides various features and configurations to suit your needs.
Release Notes:
The AMP.ONE has undergone revisions to improve its performance and functionality. The latest release includes an updated Phoenix Connector. Please refer to the user guide for more details.
Getting Started:
The user guide provides comprehensive instructions on how to utilize the AMP.ONE effectively. Whether you are setting up a new audio infrastructure, upgrading an existing one, or maintaining your current setup, this guide will assist you throughout the process.
Requirements:
To use the AMP.ONE, you will need line-level inputs and speakers to connect to the outputs. We recommend using the SAVI DSP.One for providing flexible pre- mixed audio.
I/O Layout:
The AMP.ONE features the following input/output layout:
- Main Power Input
- 8 x Input Gain Knob
- 8 x Line Input (Phoenix Connector, 3.55mm)
- 4 x Output Bridged/Unbridged DIP Switches
- 8 x Amplified Output OR 4 x Amplified Bridged Output (Phoenix Connector, 5.08mm)
Connector Wiring:
- Line Inputs: The Phoenix connector wiring for line inputs depends on the type of connection (Balanced or Unbalanced). Follow the provided wiring guide to ensure proper audio output.
- Amplified Outputs: The AMP.ONE offers two output configurations – 2-Channel (Unbridged) and Bridged. In 2-Channel mode, all 8 outputs can be used with one speaker or speaker line per channel. Bridged mode enables a more powerful output using two channels. To enable bridged mode, adjust the DIP switch in the Output Configuration section on the back of the device. Note that changing between Unbridged and Bridged modes requires a full power cycle to take effect. Double-check your cabling before powering back on.
Operational:
Bridged Configuration:
To configure the AMP.ONE in bridged mode, follow these steps:
- Locate the DIP switch in the Output Configuration section on the back of the device.
- Push the DIP switch up into the bridged setting for the desired output pair.
- Remember to perform a full power cycle for the changes to take effect.
Gain Configuration:
To adjust the gain settings on inputs, use the Input Gain Knobs. Follow these steps:
- Use a standard flat-head screwdriver to adjust the inset gain knobs.
- To decrease the gain, twist the knob counterclockwise to the lowest setting.
- To increase the gain, rotate the knob clockwise to the desired setting.
- It is recommended to set the gain to the lowest setting before making adjustments.
GENERAL DESCRIPTION
With unmatched power in a minimalist design, the SAVI AMP.One offers 1600 watts of ICEpower®, delivering rich audio in a sleek 1U chassis. Multi- functional with the versatility to manage a variety of use cases: 8 ohm, 4 ohm, 70 volt, 100 volt.
RELEASE NOTES
| Data Sheet Version | Date | Revised | Description |
|---|---|---|---|
| 1.0 2023-04-10 | TN | First release for SAVI |
AMP.One
1.1 2023-06-05| TN| Updated Phoenix
Connector
GETTING STARTED
Welcome!
This User Guide details SAVI’s Amp.One. Whether you’re building a new audio
infrastructure, updating an existing one, or just maintaining what’s already
in place, this is your resource for how to do it with SAVI. For questions not
answered here, please contact SAVI Support at:
214-785-6510 or
[email protected]
REQUIREMENTS
SAVI’s AMP.One is an analog audio device. As such, you will need line-level
inputs and speakers to connect to the outputs. For inputs, we recomend using
the SAVI DSP.One to provide flexible pre-mixed audio.
I/O LAYOUT
- A. Main Power Input
- B. 8 x Input Gain Knob
- C. 8 x Line Input (Phoenix Connector, 3.55mm)
- D. 4 x Output Bridged/Unbridged DIP Switches
- E. 8 x Amplified Output OR 4 x Amplified Bridged Output (Phoenix Connector, 5.08mm)
CONNECTOR WIRING
Line Inputs
The Phoenix connector wiring changes depending on the type of connection. Be
sure to follow this wiring guide for the audio to sound as it should.
Line input connections can be either Balanced or Unbalanced.
Amplified Outputs
Amplified outputs can be configured for either 2-Channel (Unbridged) or
Bridged. 2-Channel (Unbridged) allows for full use of all 8 outputs with one
speaker or speaker line per channel.
Bridged connections utilize two channels to push a more powerful output. To
enable bridged mode on an output pair, push the DIP switch up into the bridged
setting in the Output Configuration section on the back of the device.
Warning : Changing between Unbridged Mode and Bridged Mode will require a full power cycle to take effect. Ensure cabling is correct before powering back on.
OPERATIONAL
BRIDGED CONFIGURATION
Inputs and outputs are hard configured as one-to-one connections (input 1
connects to output 1, input 2 to output 2, etc.,). When using bridged mode,
inputs and outputs are connected in pairs. Sources on input 1
will be routed to both output 1 and 2 and that output must be wired as a
bridged output (see previous page). Additionally, in this bridged mode, souces
connected to input 2 will be ignored. This pattern continues, odd numbered
inputs are connected to their respective output pair (for example, a source on
input 5 will route through both output 5 and 6 when bridged).
GAIN CONFIGURATION
Gain settings can be adjusted on inputs by utilizing the Input Gain Knobs.
These knobs are inset and will require a standard flat-head screwdriver to
adjust. Best practice for adjustments is to twist the gain knob counter-
clockwise to the lowest setting and then raise the gain by rotating clockwise
to the desired setting.
Note : Be sure to leave ~20% headroom on each input/output for best
performance
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