3-Way Electronic Crossover Board 6-Channel Stereo DIY Audio
HpLive 3-Way Electronic Crossover Board – 6-Channel Stereo Output
Take your DIY audio builds to the next level with this professional-grade 3-Way Electronic Frequency Crossover Board from HpLive. Featuring a precision Linkwitz-Riley filter network and six independent stereo output channels, this board delivers clean, distortion-free signal splitting for audiophile-quality sound reproduction in multi-amplifier speaker systems.
Key Features
- Advanced Linkwitz-Riley Crossover Design: Ensures smooth frequency separation with no peaks or valleys for accurate, natural audio reproduction across all bands.
- 6-Channel Stereo Output: Splits stereo left/right input into six independent channels — left/right treble, midrange, and bass — ideal for driving a full 6-channel amplifier setup.
- Replaceable & Adjustable Crossover Points: Fine-tune frequency crossover ranges to perfectly match your speaker drivers and audio system for optimized sound performance.
- Audiophile-Grade NE5532 Op-Amp: Powered by a precision dual NE5532 op-amp chip for ultra-low noise, high-fidelity signal processing and clean channel separation.
- DIY-Friendly Integration: Supports independent adjustments for each of the six output channels, ensuring seamless compatibility with custom multi-amplifier speaker builds.
- Gold-Plated Lotus Connectors: Four dual gold-plated lotus (RCA) sockets minimize signal loss and ensure reliable, high-quality connections.
Specifications
| Filter Type | Linkwitz-Riley Filter |
| Crossover Points | 310 Hz / 3.1 kHz (Bass: 20–310 Hz | Midrange: 310 Hz–3.1 kHz | Treble: 3.1–20 kHz) |
| Slope Attenuation | -24 dB/Oct |
| Output Channels | 6-Channel (Treble, Midrange, Bass × 2 Stereo) |
| Op-Amp Chip | NE5532 (Dual Precision) |
| Board Dimensions | 173 × 79 mm |
| Power Supply | AC Transformer ±14V to ±19V |
| Connectors | 4 × Dual Gold-Plated Lotus (RCA) Sockets |
| Material | PCB / Plastic Housing |
| Country of Origin | Made in China |
Package Contents
- 1 × 3-Way Electronic Crossover Frequency Board
Build the Perfect Audio System
Whether you're assembling a high-fidelity home audio setup or building a custom car sound system, this crossover board gives you precise frequency control. Pair it with your preferred amplifiers and speaker drivers for a truly tailored listening experience. If you're working on other DIY electrical projects, you might also find our Non-Contact Capacitive Water Level Sensor or 50Pcs Nickel Sheets for 18650 Battery Spot Welding Tool useful additions to your electronics workbench.
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Frequently Asked Questions
Q: What type of crossover filter does this 3-way frequency board use?
A: This crossover board uses a Linkwitz-Riley filter design with a -24 dB/Oct slope attenuation, which ensures smooth, accurate frequency separation between the bass, midrange, and treble bands with no unwanted peaks or phase issues.
Q: What are the default crossover frequency points on this board?
A: The default crossover points are 310 Hz and 3.1 kHz. This divides the audio spectrum into: Bass (20–310 Hz), Midrange (310 Hz–3.1 kHz), and Treble (3.1–20 kHz). The crossover points are replaceable/adjustable to suit your specific speaker system.
Q: What power supply does this crossover board require?
A: The board requires a dual (bipolar) AC transformer power supply in the range of ±14V to ±19V. It is not powered via USB or a standard DC adapter — a proper bipolar transformer supply is needed for correct operation.
Q: Is this board suitable for beginners in DIY audio?
A: This board is best suited for intermediate to advanced DIY audio enthusiasts who are familiar with multi-amplifier speaker setups and basic electronics wiring. Its independent channel adjustments and gold-plated RCA connectors make integration straightforward for those experienced with audio builds.
Production & Packaging Notice
To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.