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Speakers & Audio

IP-addressable speakers and audio modules for paging, background music, and notification systems. PoE-powered ceiling, wall, and horn speakers with SIP integration for unified audio management.

Plan Your Deployment

Calculate SPL requirements and speaker spacing for coverage uniformity
Define audio zones and priority scheme for emergency notification
Evaluate weather rating for outdoor and semi-outdoor installations

Plan Audio System PoE Budget Calculator

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Ubiquiti

SKU: UP-AI-HORN-SPEAKER-W

Ubiquiti UP-AI-HORN-SPEAKER-W PoE Horn Speaker 120 dB

120 dB PoE horn speaker for long-range outdoor security alerts
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Ubiquiti

SKU: UP-AI-PORT

Ubiquiti UP-AI-PORT PoE AI Edge Speaker

PoE-powered edge speaker for UniFi Protect audio & AI
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$199.00 $198.99 Save $0.01
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Ubiquiti

SKU: UP-CHIME

Ubiquiti UP-CHIME Wireless Access Point

Wi-Fi audio alert device for UniFi Protect camera events
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$83.00 $66.99 Save $16.01

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Ubiquiti

SKU: UPL-AMP-B-US

Ubiquiti UPL-AMP-B-US amplifier designed for multi-zone audio

Multi-zone audio amplifier for UniFi Protect Light deployments
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$620.57 $616.99 Save $3.58

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Ubiquiti

SKU: UPL-AMP-W

Ubiquiti UPL-AMP-W Network Audio Amplifier

Managed network amplifier with PoE power for UniFi audio zones
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Ubiquiti

SKU: UPL-AMP-W-US

Ubiquiti UPL-AMP-W-US amplifier designed for multi-zone audio

Multi-zone audio amplifier for UniFi Protect Light systems
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Ubiquiti

SKU: UPL-PORT-B

Ubiquiti UPL-PORT-B Digital Audio Streamer

Wired audio streamer for UniFi Protect Light surveillance systems
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Browse by Product Family

Click through to shop the families that fit your speakers & audio deployment.

PoE-Powered Ceiling Speakers

Full-range ceiling-mount speakers with integrated PoE power and SIP codec support for distributed paging and background music in offices, retail, and educational facilities.

Wall-Mount & Compact Speakers

Space-efficient wall-mounted audio endpoints for smaller zones, corridors, and auxiliary spaces requiring discreet announcement and notification delivery.

Horn & Outdoor Speakers

High-output weatherproof speakers designed for outdoor announcements, emergency alerts, and high-ambient-noise environments with IP67 enclosures.

Audio Modules & Amplifiers

Standalone audio processing units, mixer modules, and amplifiers for integrating legacy analog systems or extending speaker zones beyond PoE power limits.

SIP Audio Gateways

Network-based audio servers and codec modules that bridge VoIP signaling to distributed speaker networks with redundancy and failover support.

Audio Accessories & Cables

Mounting brackets, adapters, terminal blocks, and specialty cabling for integrating speakers into existing PoE infrastructure and network topologies.

What to Look For When Buying

The decisions that matter most before you spec.

PoE Power Budget & Switch Capacity

Each speaker draws 5–15W depending on output class and codec processing; large deployments demand detailed power accounting across switch uplinks. See PoE budget planning to prevent mid-deployment brownouts when speaker zones compete with camera and access-control loads.

SIP Integration & VoIP Codec Selection

Speakers must support your PBX's codec (G.711, G.729, Opus) and SIP URI scheme for zone-based paging and emergency broadcast. Verify interoperability with existing IP phone and phone adapter infrastructure to avoid call-routing failures.

Network Redundancy & Failover Timing

Critical-use speakers (emergency alert, security intercom) must support VLAN priority, secondary gateway addresses, and graceful degradation if the primary network path fails. Test failover latency in your topology to meet incident-response SLAs.

Audio Quality & Output Wattage Matching

Speaker output (2–30W) must match room acoustics and ambient noise; undersized speakers in large warehouse or factory floors defeat paging effectiveness. Incidents often fail due to inadequate audio notification—size zones conservatively.

Mounting & Cable Run Planning

Ceiling or wall install requires structural assessment, runs to network drops, and conduit budgeting. Weatherproof outdoor models demand sealed enclosures and surge protection on longer cable runs to prevent ingress failure and audio dropout.

Multi-Zone Paging & Scheduling

Enterprise deployments benefit from matrix-switching or group paging features that allow selective announcements without full-facility broadcast. Verify the audio module or gateway supports time-based rules, relay triggers, and integration with access-control events for coordinated notifications.

Technology Stack

The specs and acronyms that actually affect speakers & audio performance.

PoE Power Class (Class 3, 4, High PoE)

Ceiling and wall speakers typically draw Class 3 (15.4W) to High PoE (90W per port on newer switches). Verify your infrastructure supports the required power signature—underspec'd switches force compromises in speaker count or audio processing capability.

SIP (Session Initiation Protocol)

VoIP signaling standard that lets speakers register with your PBX, receive zone-targeted calls, and trigger announcements via softphone, mobile app, or emergency system integration. SIP URI and credential configuration is essential for interop.

Codec (G.711, G.729, Opus, etc.)

Audio compression format that affects bandwidth and latency; G.711 requires ~80 kbps/stream but offers lowest delay for live paging, while G.729 halves bandwidth at minor latency cost. Choose based on network congestion and announcement type.

IP67 / IP54 Environmental Rating

IP67 = dust-tight and immersible (outdoor/wet areas); IP54 = splash-resistant (sheltered indoor). Outdoor horn speakers should be IP67 minimum; ceiling speakers in dry offices can be IP54 to reduce cost.

Audio Output Wattage & dB SPL

Acoustic output in decibels (dB) at a reference distance; typical ceiling speakers output 80–90 dB SPL, while horn speakers reach 100+ dB for outdoor or very large spaces. Match wattage and SPL to room size and ambient noise floor.

Network Priority & QoS (Quality of Service)

VLAN tagging, DiffServ, or 802.1p priority marking ensures audio streams don't starve under bandwidth contention. Critical paging systems should reserve bandwidth and implement failover routes to isolated VLAN or secondary gateway.

Typical Deployment Scenarios

Small Office Building (5 zones, 20 speakers)

Install PoE-powered ceiling speakers in each zone, fed from a single SIP PBX with per-zone groups; use Speco or Ubiquiti PoE speakers with G.729 codec to conserve bandwidth. One audio SIP gateway handles zone matrix; total power draw ~120W on a single 95W PoE+ switch port—confirm upstream switch capacity.

Warehouse with Emergency Alert (8 zones, 32 speakers + 2 horn speakers)

Deploy high-output ceiling speakers in aisles plus weatherproof horn speakers at exits for emergency broadcast compliance. Use redundant audio gateways with automatic failover; integrate with access-control system so door-unlock events trigger audio notification. PoE budget ~300W across 4 PoE+ switch ports; verify core network capacity for simultaneous video + audio streams.

School Campus (12 zones, 60+ speakers, background music + paging)

Mix ceiling speakers for announcements and background music with wall-mount compact units in offices and smaller spaces. Implement time-based scheduling for music in cafeteria/hallways and priority paging from main office. Use audio amplifier modules to extend zone reach beyond PoE limits in gymnasium. Plan dedicated subnet for audio + IP phones to isolate media traffic from data network.

Retail Chain with Multi-Location Rollout (4 stores, 50+ speakers per location)

Standardize on Speco or Ubiquiti PoE speaker models for spare-parts consistency. Deploy SIP audio gateways at each location with cloud-based failover; enable centralized paging from corporate office via WAN-based SIP trunk. Use paging & speaker accessories and mounts for consistent installation; plan quarterly redundancy testing to verify automatic failover works during network events.

Top Brands for Speakers & Audio

Click through to each brand for engineering profile and NDAA compliance status.

Speco Technologies

Authorized dealer · browse the full Speco Technologies catalog for this category

Ubiquiti

Authorized dealer · browse the full Ubiquiti catalog for this category

Frequently Asked Questions

What is the difference between PoE ceiling speakers and standalone audio amplifiers?

PoE ceiling speakers integrate a network interface and codec directly into the speaker enclosure, drawing power and audio from a single Ethernet cable—ideal for distributed zones without long cable runs. Standalone amplifiers are legacy analog devices or digital modules that require separate power and audio input connections, useful for extending analog systems or handling speaker zones too large for PoE alone. Choose speakers for simplicity and distributed deployments; amplifiers for retrofit or high-power centralized audio.

Can I integrate IP speakers with my existing analog paging system?

Yes, using an audio module or SIP audio gateway that accepts analog audio inputs and converts them to SIP streams for the IP speaker network. You'll need to bridge your old paging microphone or matrix switch to the gateway's analog input; this allows legacy announcements to route to new PoE speakers without replacing your existing control infrastructure immediately.

How much PoE power do typical ceiling and wall speakers draw?

Most PoE ceiling speakers draw 5–15W depending on codec complexity and audio output level. Wall-mount compact models typically use 4–10W. Horn speakers and high-output models can reach 20–30W. Calculate total wattage for your deployment and confirm your PoE switch has sufficient per-port budget (Class 3 = 15.4W max, Class 4 = 30W, High PoE = 60–90W) and total chassis power supply capacity.

What SIP codec should I choose for speaker networks?

G.711 offers the lowest latency (~20 ms round-trip) and is best for real-time paging announcements and live intercom; it consumes ~80 kbps per stream. G.729 halves bandwidth to ~40 kbps but adds ~30 ms latency, acceptable for background music or non-urgent alerts. Opus provides superior quality at lower bitrates but requires modern endpoints. Choose based on your network capacity and the nature of announcements—live emergency paging demands G.711 or lower latency codecs.

How do I ensure speakers don't fail during a critical incident?

Implement redundant audio gateways with automatic failover, dedicated VLAN priority marking for audio SIP streams, and test failover timing regularly. Size your PoE infrastructure with 20% headroom above peak load, and verify secondary network paths exist if the primary switch fails. Incidents often fail due to inadequate audio notification—integrate speakers into your overall incident-response testing, not just initial installation.

Do I need special cabling or conduit for outdoor horn speakers?

Yes. Outdoor IP67-rated horn speakers require weatherproof Cat6 or armored cable runs and sealed junction boxes at conduit terminations to prevent water ingress. Use surge-protected PoE injectors or switches with integrated surge suppression for long outdoor runs (>100 ft) to protect against lightning-induced transients. Consider running audio and power in separate conduits if your local code requires it, and always test continuity and insulation resistance before powering outdoor speakers.

Related Categories

Adjacent equipment that typically ships alongside these products.

Intercoms & Door Stations Paging & Speakers Intercom Mounts Intercom Accessories Paging & Speaker Accessories IP Phones Phone Adapters Intercom Microphones

Engineering Reading

Deep-dives from our engineering team on deployment planning.

Why Surveillance Systems Fail During Incidents Why Your NVR Can't Handle Its Rated Camera Count Why Surveillance Networks Collapse at the Core Why Large Surveillance Systems Fail: Storage Throughput Reality Why Surveillance Standards Collapse After the Third Location Why 4K Cameras Fail at Night Why Your PoE Switch Fails After 18 Cameras Frame Rate vs. Reality: When 30 FPS Makes Your System Worse

Speakers & Audio

Plan Your Deployment

Showing Results for Speakers & Audio

Ubiquiti UP-AI-HORN-SPEAKER-W PoE Horn Speaker 120 dB

Ubiquiti UP-AI-PORT PoE AI Edge Speaker

Ubiquiti UP-CHIME Wireless Access Point

Ubiquiti UPL-AMP-B-US amplifier designed for multi-zone audio

Ubiquiti UPL-AMP-W Network Audio Amplifier

Ubiquiti UPL-AMP-W-US amplifier designed for multi-zone audio

Ubiquiti UPL-PORT-B Digital Audio Streamer