Networked & PoE Audio
PoE and networked audio endpoints where AV, IT, and acoustics meet.
Develop PoE-powered speaker platforms that align power budget, audio transport, DSP, acoustic tuning, endpoint behavior, and ODM production.
Product Strategy
AV-over-IP audio succeeds when IT planning and acoustic design meet.
PoE can simplify field wiring and centralized planning. The endpoint still has to satisfy AV, IT, and room-performance expectations.
The constraint is power. Speaker design has to balance amplification, DSP behavior, buffering, protection, and acoustic tuning.
Power needs to be designed, not assumed.
Peak output, buffering, protection, switch assumptions, and acoustic targets need one product plan.
Common planning tier
Higher-power direction
Endpoint control
Transport planning
Where It Fits
PoE speaker applications for
commercial AV environments.
Education and Meeting Spaces
For classrooms, conference rooms, and multipurpose spaces with repeated deployment needs.
Hospitality and Retail
For venues where centralized endpoint planning helps keep experience consistent.
Enterprise and Campus Audio
For teams that want clearer endpoint visibility and a closer IT/AV bridge.
Commercial AV-over-IP Products
For Dante, AES67, or AoIP product directions that still need loudspeaker depth.
Key Decisions
A PoE audio product is an endpoint
decision, not only a cable decision.
Deployment space
Define room type, zone count, ceiling condition, IT environment, and repeat-location needs.
Power class
Choose PoE, PoE+, or PoE++ assumptions around output target, switch budget, and cable plan.
Audio transport
Scope Dante, AES67, or other network-audio needs separately from power delivery.
Acoustic endpoint
Design DSP, amplifier, driver, enclosure, protection, and validation around available power.
Platform Architecture
Networked audio architecture from
PoE power to acoustic output.
Power over Ethernet
PoE sends DC power and data over the same Ethernet cable. The power-sourcing equipment negotiates with the powered device before full power delivery.
Smart power management
Jazz Hipster's PoE direction uses DC/DC conversion, constant-current protection, and high-capacitance buffering to support transient output demands.
DSP and amplification
DSP options, TPA3118-class amplification, and 50W/4-ohm peak output for 1 second can be scoped for programs that need stronger transient response.
Network audio
Dante and AES67 can be evaluated for programs where integrators need network-audio interoperability.
Acoustic platform
Even with the network layer solved, the endpoint still needs driver selection, enclosure design, tuning, validation, and repeatable production.
Design Details
PoE power budget planning
for speaker platforms.
These standards help frame the discussion before the endpoint power target, switch assumptions, speaker format, and acoustic requirements are finalized.
| Standard | Common name | PSE output | Power at device | Cable note |
|---|---|---|---|---|
| IEEE 802.3af | PoE | 15.4W | 12.95W | Cat3 minimum |
| IEEE 802.3at | PoE+ | 30W | 25.5W | Cat5e minimum |
| IEEE 802.3bt Type 3 | PoE++ | 60W | 51W | Cat5e minimum |
| IEEE 802.3bt Type 4 | PoE++ | 90W | 71W | Cat6 recommended |
Start the Conversation
Planning a PoE or networked audio platform?
Share room type, power target, speaker format, network audio needs, switch assumptions, acoustic target, and launch market. We will map the endpoint path.