Neumann KH-750-AES67 10-Inch Active DSP Subwoofer - Anthracite Metallic
The compact KH 750 AES67 is a must-have for enhancing your audio setup. It's perfect for those who want to enjoy high-quality sound in any space.
• Ideal for routing audio over IP in an AES67 studio infrastructure. Connects your studio's digital ST2110/AES67 data stream to all KH line monitors seamlessly.
• Add more subwoofers to create stereo systems of any size. Retains all great features of the KH 750 DSP like the flexible Bass Manager and various inputs.
• Newly integrated redundant AES67 audio network ports for broadcast-standard compliance. Compatible with DANTE-generated AES67 network streams.
Features:
- Redundant AES67 audio network interface for reliable connectivity
- Delivers deep bass in a small footprint
- Perfectly complements KH 80 DSP, KH 120 and KH 310
- Optional tool to align and operate a complete Neumann stereo system
- Tough painted finish and high density rubber isolating feet for durability
- Excellent self-damping properties for minimal cabinet resonances
- No standing wave resonances inside cabinet for pure sound
- Tight bass sound due to very low group delay
Specifications:
- AES67 Audio-over-IP Interface: Redundant AES67 ST2110 compliant audio network interface with 2 Fast Ethernet 100Base-TX RJ-45 connectors and physical redundant network
- AES67 Audio-over-IP Input Word Length: 24 bits
- AES67 Audio-over-IP Input Sampling Rate: 44.1 / 48 / 88.2 / 96 kHz
- THD+N: analog < -100 dB, digital < -90 dB
- Free Field Frequency Response ±6 dB: 16 - 800 Hz
- Free Field Frequency Response ±3 dB: 18 - 750 Hz
- Self-generated Noise at 10 cm: <20 dB(A) SPL
- Sine Wave Output with a THD < 0.5 % at 1 m in half space: 95 dB SPL (>70 Hz)
- Bass Capability: Max. SPL in half space at 3% THD at 1m: 105.0 dB SPL
- Analog Input(s): 2 x XLR analog electronically balanced
- Analog Input impedance: >13k Ohms
- Max. Input Level: < +24 dBu
- Common Mode Rejection Ratio (CMRR): > 56 dB @ 15 kHz
- Crosstalk (1 kHz), Level Matching: < -90 dB; ±0.1 dB
- Volume Control: via Neumann.Control software
- Volume Control Range; resolution: 0 - dB; 0.1 dB
- Analog Dynamic Range; THD+N: 119 dB(A); <0.003% (-90 dB)
- Signal Routing Modes: Right; External Bass Management; 2 x LFE
- Analog Output(s): 2 x XLR
- Input Gain Control (sensitivity): +2 -12 dB
- Output Level Control: 94; 100; 108; 114 dB SPL
- Digital Input(s): BNC (75 Ω): AES3; S/P-DIF
- Digital Output(s): BNC (75 Ω): AES3
- Digital Converter: 16 - 24-bit DAC;
- Digital Converter Sampling Rate: 22.05; 24; 32; 44.1; 48; 64; 88.2; 96; 176.4; 192 kHz
- Dynamic Range A-D-A: >120 dB(A)
- Dynamic Range D-A: >123 dB(A)
- Digital Sensitivity: -18 dBFS = 100 dB SPL at 1 m
- Latency: 1.5 ms (A-D-A linear phase); 1.2 ms (D-A linear phase)
- Controller Design: Digital; active
- Crossover Frequency: 80 Hz
- Phase: 0; 45; 90; 135 und 0/180 deg
- Equalization via Neumann.Control Software: 8 x full parametric IIR + low / high shelf global balance
- Infrasonic Filter: frequency; slope: 17.5 Hz; 12 dB/oct.
- Remote Control: Neumann.Control software via an RJ45 connector
- Output Power Woofer Amplifier 256 W
- Mains Power Supply: 100-240V; 50/60 Hz
- Power Consumption Standby: <300 mW
- Power Consumption Idle: 18 W
- Power Consumption Full output: 410 W
- In-rush Current (Peak): 30 A @230 VAC
- Cabinet Material: Wood cabinet, aluminum panel
- Cabinet Surface Finish: Front / back; Painted; metallic anthracite / black
- Operating Conditions: +50° F to +104° F; <90% RH, non-condensing
- Transport/storage: -13° F to 158° F; <90% RH; non-condensing
- Woofer: 10' with protecting black metal grille
- Product Dimensions: 15 1/8 x 13 x 15 1/8'
- External Net Volume: 48.4 liters
- Product Weight: 43 lbs





The Neumann KH-750-AES67 is a 10-inch active DSP subwoofer with an anthracite metallic finish. It's great for studios or anyone wanting high-quality audio. Connects to AES67 networks for seamless audio routing. Ideal for enhancing sound setups. Dimensions: 15 1/8 x 13 x 15 1/8', weighs 43 lbs. Perfect for creating great stereo systems in any space.