2-Way and 3-Way Speaker Crossover Solutions
Standard & Custom Topologies
2 Way Speaker Crossover
Engineered with premium metalized polypropylene capacitors and high-gauge air core inductors. Our **2 way speaker crossovers** provide seamless acoustic transition between professional low-frequency woofers and high-frequency compression drivers. Ideal for point-source cabinets demanding absolute phase coherence.
Power: 200W - 800W RMS
Slope: 12dB - 24dB / Octave
Standard & Custom Topologies
2 Way Speaker Crossover
Engineered with premium metalized polypropylene capacitors and high-gauge air core inductors. Our **2 way speaker crossovers** provide seamless acoustic transition between professional low-frequency woofers and high-frequency compression drivers. Ideal for point-source cabinets demanding absolute phase coherence.
Power: 200W - 800W RMS
Slope: 12dB - 24dB / Octave
Tailored Topology
Custom Crossover
Complete engineering development designed specifically around your proprietary driver impedance tracks and targeted enclosure baffle dimensions. We modify every node component step by step to hit exact project response curves.
Power: Fully Flexible
Slope: Custom Tuned
How to Choose the Right Speaker Crossover
Critical system design metrics required to secure acoustic system longevity and efficiency.
Transducer Nominal Impedance
The crossover circuit must be calculated specifically against the driver's voice coil impedance (typically 4 Ohm or 8 Ohm). Mismatched networks will shift calculated filter points radically, leaving drivers vulnerable to low-end frequencies.
Continuous Power Handling
Ensure capacitor voltage ratings (e.g., 250V - 400V) and inductor wire gauges match system continuous RMS targets. Under-specifying components leads to thermal saturation and high-frequency insertion loss
Crossover Frequency & Slopes
Determine turnover points based on the compression driver's resonant frequency ($f_0$). Selecting a steep 18dB/Octave Linkwitz-Riley or Butterworth slope shields sensitive tweeters from destructive low-end excursions.
Applications of Speaker Crossovers
Tailoring filter response curves for diverse environmental acoustic fields.
PA Speaker Crossover
Built for heavy touring operations. Our **PA speaker crossovers** emphasize high-power attenuation pads and heat-dissipating aluminum resistors to ensure multi-hour operational reliability under maximum load limits.
Stage Monitor Crossover
Engineered with localized group delay control networks. These systems minimize mid-frequency phase anomalies to maintain highly predictable off-axis feedback control on active performance stages.
Car Audio Crossover
Compact structural dimensions matching custom vehicular installation zones. Incorporates selectable tweeter attenuation switches (+3dB / 0dB / -3dB) to compensate for off-axis car door placements.
Home Speaker Crossover
Focused on pure audiophile linearity. We deploy ultra-low DCR air-core inductors and high-end film capacitors to eliminate unwanted coloration across critical living room playback environments.
OEM & ODM Support
Frequency Adjustment
Precise crossover point matching according to driver parameters.
Private Label
Custom logo silk-screen printing on PCB and packaging.
PCB Layout
Optimized trace routing and form factor shapes for specific cabinets.
Component Selection
Custom options for premium capacitors, thick-gauge inductors, and resistors.
Custom Packaging
Industrial bulkhead packing or individual branded cartons ready for retail.
Fast Sampling
Rapid physical prototyping and acoustic measurement verification.
B2B Manufacturing Partner
The Trusted Speaker Crossover Supplier
As a specialized global **speaker crossover manufacturer**, we adapt our workflows entirely to your custom speaker enclosures. We operate our own automated SMT component placement lines and computerized coil-winding infrastructure to enforce 100% frequency consistency before shipping batches internationally.
Frequently Asked Questions
What is a speaker crossover?
A speaker crossover is a configuration of audio filters configured to split complex sound feeds into clear frequency bands (lows, mids, highs). This directs safe matched signal batches onto target raw driver voice coils.
What is the difference between 2-way and 3-way crossovers?
A 2-way passive filter handles single splits between a woofer and high-frequency tweeter. A 3-way system relies on midband pass filters to integrate dedicated mid-range drivers, maximizing acoustic vocal delivery across larger multi-driver speaker cabinets.
Can you customize the frequency divider based on our driver unit?
Yes, we customize the exact attenuation slopes and frequency points according to your specific compression driver and woofer specification sheets.
What information do you need for OEM projects?
Please provide the nominal voice coil impedance values, continuous RMS power expectations, cabinet physical internal dimension constraints, and targeted frequency split limits.
What is your factory MOQ?
MOQ parameters depend on individual board design customization levels. We accept small-batch runs for initial prototyping, with competitive scaling applied for mass production orders.
Can you print our brand logo onto the crossovers?
Yes. Full silk-screen private label marking is perfectly integrated on custom PCB production runs.
What is the sample lead time for custom crossovers?
Physical samples with custom PCB production and specific passive components typically take 7-14 working days after design configuration approval.
Looking for a Reliable Speaker Crossover Supplier?
Send us your requirements and receive an engineering factory quotation within 24 hours.
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