Traditional 4/8-ohm distributed audio when routing and volume control live elsewhere.
Start with the application—not the biggest watt number
Amplifiers with similar-looking front panels can solve completely different jobs. The correct family comes from the number of stereo zones, speaker impedance, cable distance, required DSP, control method and actual continuous load.
Integrated matrix, equalization, IP control and OvrC for a smarter multi-zone rack.
High-power 70V and low-impedance landscape speakers or subwoofers.
Many speakers, longer cable runs and scalable outdoor or commercial audio.
Episode Dynamic Series
Efficient Class-D power with audio sensing, 12V triggers and practical input flexibility. The multi-channel models provide independent channel inputs, global inputs and bridgeable outputs.

Dynamic 2D‑200
- 2 channels
- 200W per channel at 4 ohms
- 100W per channel at 8 ohms
- Analog and optical input with loop and sub outputs

Dynamic 8D‑100
- 8 channels / 4 stereo zones
- 100W per channel at 4 ohms; 50W at 8 ohms
- Bridgeable to 200W at 8 ohms
- Per-channel plus global inputs

Dynamic 12D‑100
- 12 channels / 6 stereo zones
- 100W per channel at 4 ohms; 50W at 8 ohms
- Bridgeable outputs for selected higher-power zones
- Audio sensing and 12V trigger control

Dynamic 16D‑100
- 16 channels / 8 stereo zones
- 100W per channel at 4 ohms; 50W at 8 ohms
- Bridgeable to 200W at 8 ohms
- Global inputs simplify shared-source distribution
Episode Response DSP Series
Response combines amplification, matrix switching, per-zone DSP and system control. It is IP controlled, OvrC compatible and supported by drivers for Control4 and other professional control systems.

Response 2D‑200
- 2 × 200W at 4 ohms; 2 × 100W at 8 ohms
- Bridgeable to 400W at 8 ohms
- 10-band parametric EQ and dedicated sub output
- IP, IR, trigger and OvrC support

Response 8D‑100
- 8 channels / 4 stereo zones
- Up to 100W per channel at 4 ohms
- 4-source matrix with per-zone volume and EQ
- Sub output for every zone

Response 12D‑100
- 12 channels / 6 stereo zones
- Up to 100W per channel at 4 ohms; 85W all channels driven
- 6-source matrix and per-output DSP
- IP control, drivers and OvrC monitoring

Response 16D‑100
- 16 channels / 8 stereo zones
- Up to 100W per channel at 4 ohms; 80W all channels driven
- 8-source matrix with independent zone tuning
- Integrated sub outputs, IP control and OvrC
Episode Hybrid DSP Amplifiers
The newest high-power family supports 70V, 100V and low-impedance speakers in configurable combinations. These are built for large landscape systems, powerful subwoofers and demanding outdoor designs.

Hybrid 2D‑1200
- 2 configurable output channels
- 600W per channel at 4 ohms or 70V
- 1200W per channel at 2 ohms
- Web UI, DSP presets, Control4 integration and OvrC

Hybrid 2D‑2400
- 2 configurable output channels
- 1200W per channel at 4 ohms or 70V
- 2400W per channel at 2 ohms
- 2U chassis with expanded airflow and professional I/O
Episode 70V IP Amplifiers
Dedicated constant-voltage amplifiers for many speakers and longer cable runs. All three are two-channel, OvrC-enabled and support IR, RS‑232, IP, URC and Control4 integration.

70V 2CH‑150W
- 2 × 150W constant-voltage channels
- IP configuration and automation control
- OvrC remote management
- Scales by speaker tap total, not simple speaker count

70V 2CH‑300W
- 2 × 300W constant-voltage channels
- More tap capacity and practical design headroom
- Control4, IP, IR and RS‑232 support
- OvrC monitoring and service

70V 2CH‑500W
- 2 × 500W constant-voltage channels
- Highest-output model in this dedicated 70V family
- Automation drivers and IP setup
- OvrC-enabled remote support
What about Episode Mini amps?
- 35W compact two- or three-channel choices
- IR controllable with learning
- Flexible local mounting
- Useful when size matters more than large-system expansion
Family comparison
| Family | Models | Typical zones | Speaker format | DSP / matrix | OvrC / IP | Best fit |
|---|---|---|---|---|---|---|
| Dynamic | 2D‑200; 8D / 12D / 16D‑100 | 1 / 4 / 6 / 8 | 4 or 8 ohm | No internal matrix DSP | No | Traditional distributed audio with upstream routing |
| Response | 2D‑200; 8D / 12D / 16D‑100 | 1 / 4 / 6 / 8 | 4 or 8 ohm | Yes—matrix, EQ and per-zone control | Yes | Integrated smart multi-zone audio |
| Hybrid | 2D‑1200 / 2D‑2400 | 2 configurable channels | 70V / 100V / 8Ω / 4Ω / 2Ω | Yes—DSP presets and Web UI | Yes | Large landscape and high-power subwoofer systems |
| 70V IP | 2CH‑150 / 300 / 500W | 2 constant-voltage channels | 70V | System configuration and control | Yes | Many speakers and long cable runs |
| Mini | 2D‑35 / 3D‑35 | 1 local zone | Low impedance | No matrix | IR control | Hidden local TV or compact specialty use |
Specifications checked against current official Episode/Snap One product pages and data sheets on July 13, 2026. Published wattage depends on impedance, channels driven and test conditions. Denali Tech verifies the current model, speaker load and circuit plan before ordering.
Five rules that prevent an expensive amplifier mistake
A stereo room normally consumes two amplifier channels. Eight channels usually means four stereo zones—not eight rooms.
4-ohm, 8-ohm and 70V systems are designed differently. Never choose an amp from wattage alone.
Add every speaker tap and leave engineering headroom. The number of speakers by itself does not define the load.
The Hybrid 2400 requires a North American 20A circuit. Rack depth, airflow and service clearance matter too.
A simple client explanation
“Dynamic is clean power for a system that already handles routing. Response adds the audio matrix, room-by-room tuning and remote support. Hybrid is for high-power outdoor and subwoofer systems. Dedicated 70V amplifiers are for many speakers and long runs. We choose the model from the zone count, speaker load and control plan—not from the biggest number on the box.”
Want the amplifier sized from your speaker plan?
Send the floor plan, speaker models, room count, outdoor layout and rack location. Denali Tech can calculate the channels, impedance, 70V taps, DSP needs, electrical circuit and thermal plan before equipment is ordered.