Savant PAV-AOMWS1C-00 Reference guide

Brand: Savant

Model: PAV-AOMWS1C-00

Type: Reference guide

Savant PAV-AOMWS1C-00 is an IP Audio WiSA Bridge, a multi-purpose bridge between a Savant IP Audio network and WiSA wireless speakers and subwoofers. The device can convert IP Audio signals to WiSA, supports 24-Bit, 96 kHz sample rate, high-resolution audio, and has digital and analog line-in options. It requires Power-over-Ethernet (PoE Class 3, IEEE 802.3af) or a local power input of 5V DC 3A. The WiSA wireless channel can be bound via the Savant Pro App, and the bridge supports up to two WiSA subwoofers. It also offers stereo pairing and dual mono modes.

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IP Audio WiSA Bridge

Product Overview

IP Audio WiSA Bridge Product Overview | 009-2066-00 45 Perseverance Way, Hyannis, MA 02601

1. Product Overview

The IP Audio WiSA Bridge delivers a multi-purpose bridge between a Savant IP Audio network (AVB/TSN IEEE

802.1) and WiSA wireless speakers and subwoofers. The WiSA Bridge uses Power-over-Ethernet (PoE Class 3,

IEEE 802.3af). The WiSA Bridge is an ideal solution for getting analog and digital audio sources in to the Savant IP

Audio topology and WiSA Certiﬁed speakers.

Savant WiSA Speakers, Complimentary Design

Savant WiSA Certiﬁed speakers feature the best wireless audio technology available. They can support wireless

transfer from any WiSA Certiﬁed transmitter including the IP Audio WiSA Bridge with a lossless resolution of

24bits/96kHz and with a synchronization error between the speakers of less than 1 sample with the shortest

available latency.

This means that we can ensure that the package of bits stored in the mastering studio where the music is recorded

can be transported without any loss directly into the heart of these wireless speakers, where our perfectly matched

signal path takes over the processing of the data. The WiSA technology not only oers lossless signal transfer, but

it is receiver controlled, ensuring received data automatically corresponds with sent data. If not, it is sent again.

Therefore, we are 100% sure our WiSA speakers are provided with the exact same signal that is input to the system.

No coloration or degradation. This pure digital signal is fed directly into our DSP (digital signal processor), where

we do state-of-the-art processing to optimize the signals for each individual speaker driver to perfection.

Why wireless WiSA speakers? Traditional wired audio systems are often complicated and messy to install in certain

locations. Savant wireless WiSA speakers requires no speaker wire providing the integrator with additional system

design ﬂexibility.

Key Features | Beneﬁts of the IP Audio WiSA Bridge

–Flexible and scalable topology; readily extends IP Audio distribution designs

–Converts IP Audio Signals to WiSA, stereo PCM Only

–Supports 24-Bit, 96 kHz sample rate, high-resolution audio

–(1) Digital Line-In; TOSLink Supports 24-Bit, 96 kHz sample rate

–(1) Analog Line-in, 2.1 VRMS max, 3.5 mm (1/8-inch) jack

–Power Requirement – PoE Class 3, IEEE 802.3af or Local Power Input, 5V DC 3A optional power supply

–WiSA wireless channel binding via the Savant Pro App

–Supports up to two WiSA subwoofers

Stereo Pairing: Two Savant WiSA speakers together delivers a wider stereo experience by splitting the audio signal

into dedicated left and right channels. In a stereo pair conﬁguration, one of the speakers will play the left channel

audio and the other will play the right channel.

Dual Mono Mode: The IP Audio WiSA Bridge may optionally output mono instead of stereo. Dual Mono is ideal

when speaker placement is not suitable for stereo listening (e.g. open spaces or outdoor conﬁgurations). When in

this mode, a mono signal is sent to the WiSA speakers.

Additional Documentation

For more information on product speciﬁcation, installation, or Setup for this device see the documentation below

on the Savant Customer Community.

009-1969-xx IP Audio WiSA Bridge Quick Reference Guide

009-1571-xx IP Audio Deployment Guide

009-1903-xx Smart Audio WiSA Setup Guide

IP Audio WiSA Bridge Product Overview | 009-2066-00 45 Perseverance Way, Hyannis, MA 02601

2. Technology Overview

The IP Audio WiSA Bridge is designed speciﬁcally to enhance the Savant family of IP Audio and WiSA products

along with bridging both wired and wireless technologies for design ﬂexibility within the Savant topology with

integrated PoE. Our continuous goal is to deliver high-resolution audio both wired and wireless to the market with

the highest quality listening experience possible.

The IP Audio WiSA Bridge delivers a multi-purpose bridge between a Savant IP Audio network (AVB/TSN IEEE

802.1) and a WiSA wireless network; powered by Power-over-Ethernet (PoE Class 3, IEEE 802.3af).

The current line of Savant WiSA Transmission (Tx) and Receiver (Rx) products includes:

Savant WiSA Certiﬁed Transmitters

–IP Audio WiSA Bridge (Stereo) [PAV-AOMWS1C]

–Smart Audio WiSA Soundbar [HST-STUDIO55WS-SUR]

Savant WiSA Certiﬁed Receivers

–Smart Audio WiSA Speakers (black or white) [SPK-SUR3WSx]

–Smart Audio WiSA SUB 1 (black or white) [SPK-S1WSx]

For additional information on these and other IP Audio and WiSA products see the Savant IP Audio Deployment

Guide and Savant Smart Audio WiSA Setup Guide available on the Savant Customer Community.

Converged Networks, Savant is the Leader of the Pack…

Everything will be Networked. Savant is an industry leader in AV distribution, continuously building on open

standard networking technologies and creating a seamless link between AV and IT industries to enable a true AV

/ IT convergence and develops platforms that professional AV integrators can implement and sustain for the long

term.

AV Integrators should be able to realize the functionalities in their system; their AV network should always work – it

should be easy, reliable and future-proof.

As consumer technology continues to advance, consumers expect a richer experience for audio (music) and other

residential AV applications. IP Audio Networking is the technology that allows Savant to deliver rich immersive

audio experiences.

Savant ensures networked AV solutions that are: Guaranteed, Open, Future-proof and Easy-to-Use.

Guaranteed

–Deterministic network assures on-time delivery

–Co-exists with other Ethernet trac without risk of dropouts or degradation of media

–Reliable delivery that just works and keeps working

Open

–Low-risk non-proprietary communication standard that is not controlled by a single entity – i.e. Dante®

–Choice of hardware implementation – i.e. AVNU-certiﬁed Extreme Networks AVB switches

–Universal media support – i.e. audio and video

Future-Proof

–Assurance of long-term viability as part of the IEEE network/IT industry

–For the industry, by the industry

Easy-to-Use

–Scalable and ﬂexible, simple set up and use

–Enhanced time alignment features

–Zere IT expertise required to conﬁgure

IP Audio WiSA Bridge Product Overview | 009-2066-00 45 Perseverance Way, Hyannis, MA 02601

3. Use Cases

The IP Audio WiSA Bridge is designed to complement and bridge the Savant IP Audio and wireless WiSA Product

Lines while delivering added distributed audio design ﬂexibility. The following are some of the primary Use Cases

for the IP Audio WiSA Bridge.

Use Case 1 – Distributed IP Audio, Wireless WiSA Certiﬁed Endpoints

The IP Audio WiSA Bridge is ideal for incorporating wireless WiSA Certiﬁed speakers / subwoofers in IP Audio

distributed audio solutions. Oer our customers the option of premium wireless bookshelf speakers and ﬂoor

standing subwoofers in their installations. An ideal solution for an audio listening room including mono, stereo and

2.x options.

SPK-S1WSx

SPK-SURWx SPK-SURWx

2.1 WiSA Speaker Conﬁguration

IP Audio WiSA Bridge (PAV-AOMWS1C)

AVB Network

NOTE: The IP Audio WiSA Bridge is an AVB Listener by design and deﬁnition; therefore, there is currently no

speciﬁc limitation in our current IP Audio topology. Keep in mind the limitation will be based on the number AVB /

TSN ports available on your AVB / TSN switch.

Savant WiSA Certiﬁed Speakers & Subwoofers

–Smart Audio WiSA Speakers (black or white), SPK-SUR3WSX

–Smart Audio WiSA SUB 1 (black or white), SPK-S1WSX

Use Case 2 – Digital Audio IN Optical

Wirelessly transmit audio via WiSA from the IP Audio WiSA Bridge to Savant WiSA speakers and subwoofers.

Use an audio optical cable to connect the IP Audio WiSA Bridge to your TV. Plays sources connected to the TV,

including cable boxes and game consoles (2 Channel PCM only).

SPK-S1WSx

SPK-SURWx SPK-SURWx

2.1 WiSA Speaker Conﬁguration

IP Audio WiSA Bridge (PAV-AOMWS1C)

HD TV

with TOSLink out

IP Audio WiSA Bridge Product Overview | 009-2066-00 45 Perseverance Way, Hyannis, MA 02601

Use Case 3 – Analog Line IN

Connect an external source like a pre-ampliﬁed turntable, phono preamp, CD player or other audio device. An ideal

solution for an audio listening room to spin and playback your vinyl collection.

Quickly switch music sources with the Savant PRO APP and playback Savant Music 3.0 via IP Audio to Savant

wireless WiSA speakers / subwoofers.

SPK-S1WSx

SPK-SURWx SPK-SURWx

2.1 WiSA Speaker Conﬁguration

IP Audio WiSA Bridge (PAV-AOMWS1C)

Turntable with

Analog out

HELPFUL INFO!

–A standard Y-adapter audio cable (one 1/8” stereo miniplug to dual RCA male connectors) may be required

to connect the IP Audio WiSA Bridge analog audio input to the audio output from a separate audio

component (not included).

–If the source you want to play from has an 1/8” (3.5mm) output, you’ll need a standard 1/8” (3.5mm) cable

(not included).

–Check if your source device requires a preamp. For example, some turntables do not have a built-in

preamp, so you will need to connect your turntable to an external preamp and then connect the preamp to

the IP Audio WiSA Bridge.

Use Case 4 – Source to AVB Network

Connect an external source like a pre-ampliﬁed turntable, phono preamp, CD player or other audio device. This

source can be transmitted to other devices on the IP Audio AVB Network, be to played in a dierent room.

IP Audio WiSA Bridge (PAV-AOMWS1C)

Turntable with

Analog out

AVB Network

NOTE: The connected audio source can be played on the connected WiSA speakers and an external AVB device at

the same time.

IP Audio WiSA Bridge Product Overview | 009-2066-00 45 Perseverance Way, Hyannis, MA 02601

4. Frequently Asked Questions (FAQs)

The IP Audio WiSA Bridge FAQs will be updated based on internal Savant and beta feedback and all pertinent

information incorporated in pending product artifacts including training material.

Q. How many WiSA Certiﬁed speakers can be supported by a IP Audio WiSA Bridge?

A. A single Stereo Pair (left and right channel) plus up to two WiSA subwoofer - i.e. 2.1 or 2.2 conﬁguration.

Q. Does the IP Audio WiSA Bridge include an integrated Savant Music stream?

A. No. However, any available Savant Music server within the IP Audio conﬁguration can be routed through the

IP Audio WiSA Bridge.

Q. Can the IP Audio WiSA Bridge pair with other WiSA Certiﬁed speakers and subwoofers?

Yes. The IP Audio WiSA Bridge includes a WiSA Certiﬁed Transmitter, which can communicate wirelessly to

any WiSA Certiﬁed speaker or subwoofer.

NOTE: The IP Audio WiSA Bridge is designed to increase the sales of the Savant line of WiSA Bookshelf

speakers (see SPKS1WSX-xx). In addition, it provides our customers with a wireless bookshelf speaker

option versus in-ceiling speakers in Savant distributed IP Audio applications. Also, the Savant WiSA

Subwoofers (see SPK-S1WSX) can be oered with the Savant WiSA Bookshelf speakers for 2.1 / 2.2

applications.

Q. Does the IP Audio WiSA Bridge need to be wired to a Savant System?

A. Yes, the IP Audio WiSA Bridge MUST be wired to an AVB / TSN-compliant switch to receive AVB audio

signals.

Q. Can the IP Audio WiSA Bridge communicate wirelessly to a Savant Host?

A. No, The IP Audio WiSA Bridge DOES NOT include Wi-Fi or Bluetooth; therefore, it must be wired.

Q. Can you input both the Digital and Analog inputs simultaneously?

A. You cannot input source signals simultaneously.

Q. Will Mono Mode / Summation be supported as an optional Savant WiSA Speaker mode?

Yes, Dual Mono Mode is supported. The IP Audio WiSA Bridge may optionally output mono instead of

stereo. Dual Mono is ideal when speaker placement is not suitable for stereo listening (e.g. open spaces or

outdoor conﬁgurations). When in this mode, a mono-summed signal is sent to the WiSA speakers.

Q. Can Savant products with integrated WiSA Transmitters (Tx), such as the IP Audio WiSA Bridge

or Smart Audio WiSA Soundbar share WiSA Speakers?

A. No, once a Savant product with an integrated WiSA Tx binds Savant WiSA speakers / subs via the Savant

PRO App; they cannot be shared with other Savant products with integrated WiSA transmitters.

Q. Is there a limit on the number of IP Audio WiSA Bridges that can be supported by a Savant AVB

Conﬁguration?

A. The daVinci runtime limits the max number of AVB Talkers to 45 devices.

NOTE: Keep in mind Savant Host limitations – i.e. Number of Audio Zones supported.

IP Audio WiSA Bridge Product Overview | 009-2066-00 45 Perseverance Way, Hyannis, MA 02601

5. WiSA Features & Beneﬁts

Product developed to WiSA (Wireless Speaker & Audio) speciﬁcations can deliver up to eight (8) independent

streams of uncompressed, 24-bit, 96KHz audio with only 5.2 millisecond delay and less than 1 microsecond speaker

synchronization and support the latest audio decode formats, including Dolby ATMOS and DTS X. End result?

Amazing sound quality with little to no lip sync issues.

–2X Audio Quality – WiSA transmits 24 bits at 48kHz / 96kHz, that’s twice the quality of CD audio

–Perfect Sync – All speakers in the WiSA system are certiﬁed to by synchronized within 1/1,000,000 of a

second even when using all eight channels

–Nearly Zero Latency – Less than 1/10th the latency of Bluetooth audio devices, therefore no visible lip sync

–Scalable – Audio conﬁgurations from 2.0 to 7.1 and even 5.1.2

High Resolution Audio (HRA)

This quality of audio is now commonly referred to as High Resolution Audio, High Deﬁnition Audio and the like.

WiSA prefers the term High Resolution Audio. Sony uses this term in its article: High Resolution Audio vs. CDs and

MP3s.

High-Resolution Audio (HRA) is audio that uses a higher sampling rate than in compact discs (CDs) and MP3s for

the encoding and playback of music. Higher sampling rates mean that more samples per second were taken when

the original analog sound was converted into digital. High-Resolution Audio ﬁles have a sampling frequency of 96

kHz/24 bit, which is signiﬁcantly higher than the 44.1 kHz /1 6-bit sampling frequency of CDs.

How does that translate to the listening experience? Listening to High-Resolution Audio allows you to pick up on

the subtle details and nuances that you would hear in a recording studio. Try listening to Adele’s album, “25” in

high resolution. It’ll sound like you pulled up a stool next to the British diva, allowing you to hear every note of her

soulful, impressive range.

On the other hand, when you convert analog sound to digital formats like CDs and MP3s, that process can

compromise the purity of the original signal. High-Resolution Audio brings your favorite songs to life by retaining

more data during the analog-to-digital conversion process.

IP Audio WiSA Bridge Product Overview | 009-2066-00 45 Perseverance Way, Hyannis, MA 02601

6. AVB Features & Beneﬁts

Audio Video Bridging (AVB) eliminates both the physical complexity of analog cables and the network complexity

of earlier proprietary solutions with an open, standards-based approach that enables interoperable platforms to

oer more aordable and better market solutions.

AVB is an evolution of standard Ethernet and other compatible media, such as wireless LAN, to add support for

real-time audio video and control applications. It is the common name for the set of technical standards developed

by the IEEE 802.1 Audio Video Bridging Task Group. AVB standards add capabilities to the Ethernet network

providing three major enhancements:

1. Precise timing to support low-jitter media clocks and accurate synchronization of multiple streams.

2. A simple reservation protocol that allows an application on an endpoint device to notify the various network

elements in a path so that they can reserve the resources necessary to support a particular stream.

3. Queuing and forwarding rules that ensure that such a stream will pass through the network within the delay

speciﬁed by the reservation.

How Does AVB Work? On the simplest level, AVB works by reserving a portion of the available Ethernet bandwidth

for its own trac. Because packets of AVB data are sent regularly in allocated slots within the reserved bandwidth,

there are no interruptions or interference, making AVB extremely reliable.

What makes AVB ideal for audio networking? It splits network trac into real-time trac and everything else. All

real-time trac is transmitted on an 8 kHz pulse. Anything that’s not real-time trac is then transmitted around

that pulse. Every 125 µs, all real-time streams send their data. Other packets are transmitted when there is no more

real-time data ready to be transmitted. To make sure that there is enough bandwidth available for all prioritized

real-time trac, the Stream Reservation Protocol (SRP, IEEE 802.1Qat) is used.

Every AVB compliant switch between each talker and listener will then make sure sucient bandwidth is available

using SRP, making it a foundational building block of the AVB standard. Every switch and AVB device on the

network must implement SRP and send real-time trac at the 8 kHz pulse. If one of the devices on the network

does not employ this standard, then real-time trac could be potentially delayed, causing jitter in the output.

AVB Hardware Components

In an AVB network, each audio device must adhere to the AVB standard. These devices consist of the following

types:

– AVB Talkers: These devices act as the source for an AVB stream, sending out audio onto the network.

– AVB Listeners: These devices are the destinations for the streams sent out by the Talkers.

– AVB Switches: This is the network hub to which every Talker and Listener must be connected. At its most

basic level, an AVB Switch analyzes and prioritizes trac on the network. It should be noted that just

like there can be multiple talkers and listeners on the same AVB network, there can also be multiple AVB

Switches.

Time Sensitive Networking (TSN) is the evolution of AVB, building upon the AVB speciﬁcations to expand the

range, functionality and applications of the standard. AVB is continuously evolving for new demanding applications

and markets that are increasing interest in the technology. TSN is the new name for the same IEEE 802.1 Task

Group, which developed AVB. The Time Sensitive Networking set of standards will be backwards compatible with

AVB and adds new features and enhancements as part of the standard.

IP Audio WiSA Bridge Product Overview | 009-2066-00 45 Perseverance Way, Hyannis, MA 02601

Important Notice

Disclaimer

Savant Systems, Inc. reserves the right to change product speciﬁcations without notice, therefore, the information

presented herein shall not be construed as a commitment or warranty.

Savant Systems, Inc. shall not be liable for any technical or editorial errors or omissions contained herein or for

incidental or consequential damages resulting from the performance, furnishing, reliance on, or use of this material.

Patents

Certain equipment and software described in this document is protected by issued and pending U.S. and foreign

patents.

All products and services are trademarks or registered trademarks of their respective manufacturer.

Copying or other reproduction of all or parts of this document is prohibited without the permission of Savant

Systems.

Trademarks

RacePoint Blueprint, Single App Home, TrueCommand, TrueControl, and the Savant logo are trademarks of Savant

Systems, Inc.

AirPlay, Apple, AirPort Express, AirPort Extreme, Apple TV, Apple Remote Desktop, FireWire, iMac, iTunes,

iPad, iPad mini, iPad Air, iPhone, MacBook, Mac and OS X are trademarks or trade names of Apple Inc. iOS is a

trademark of Cisco®. Android, Google, Google Play, and other Google marks are trademarks of Google, Inc. Wi-Fi is

a registered trademark of the Wi-Fi Alliance®. HDMI® is a trademark of HDMI Licensing, LLC. MOTU® is a registered

trademark of Mark of the Unicorn, Inc. Luxul is a registered trademark of Luxul Wireless. NETGEAR®, the NETGEAR

Logo and ProSAFE are trademarks of NETGEAR, Inc. Extreme™ is a trademark of Extreme Networks, Inc.

For DTS patents, see http://patents.dts.com. Manufactured under license from DTS, Inc. (for companies

headquartered in the U.S./Japan/Taiwan) or under license from DTS Licensing Limited (for all other companies).

DTS, DTS-HD, and the DTS-HD logo are registered trademarks or trademarks of DTS, Inc. in the United States and

Audinate®, the Audinate logo and Dante® are registered trademarks of Audinate Pty Ltd.

All other brand names, product names, and trademarks are the property of their respective owners.

Technical and Sales Support

Savant Systems, Inc is dedicated to providing prompt and eective support in a timely and ecient manner.

–To contact Savant Support, access the Savant Customer Community and enter a support Case ticket.

–To contact Savant Sales, visit Savant.com and select Contact Us to locate a local sales representative in your

area.

Savant PAV-AOMWS1C-00 Reference guide

Savant PAV-AOMWS1C-00 Reference guide

Savant PAV-AOMWS1C-00 Reference guide

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