2765H00300 vs 6000H02060 — Compare
AKG W30 Windscreen vs AKG MK PS Antenna Cable
The AKG W30 is a microphone windscreen for reducing wind and plosive noise on specific AKG condenser models, while the AKG MK PS is a coaxial antenna cable for wireless systems. These are entirely different product categories serving different purposes—choose based on whether you need plosive/wind control for a mic or signal transmission for wireless gear.
No sales tax on orders shipped outside California — total cost beats national retailers that charge sales tax in nearly every state.
Specs side by side
| AKG W30 Windscreen | AKG MK PS Antenna Cable | |
|---|---|---|
| Price | $35.14 | $40.86 |
| Brand | AKG | AKG |
| Condition | New | New |
Why choose AKG W30 Windscreen
- ✓ Reduces wind noise and vocal plosives effectively
- ✓ Open-cell foam is acoustically transparent and preserves tone
- ✓ Works specifically with AKG CK31, CK32, CK33 mics
- ✓ Affordable solution for studio and field recording
Why choose AKG MK PS Antenna Cable
- ✓ Gold-plated BNC connectors resist corrosion
- ✓ Impedance-matched 50 Ohm RG 58 cable ensures signal integrity
- ✓ Compact 0.6 m length minimizes clutter
- ✓ Compatible with professional AKG wireless systems (APS4, SST4500)
Frequently asked questions
Can I use the W30 windscreen on any microphone?
No, the W30 is designed specifically for AKG CK31, CK32, and CK33 models. Using it on other mics may result in poor fit and performance.
What is the MK PS cable used for?
The MK PS is a 0.6 m coaxial antenna cable with 50 Ohm impedance. It connects wireless receivers to antenna splitters like the APS4, or SST4500 transmitters to the SPC4500 antenna combiner in multi-channel wireless setups.
Do these two products work together?
No. The W30 is a foam windscreen for microphone capsules, and the MK PS is an antenna cable for wireless systems—they serve completely different functions and are not compatible with each other.
Why does the MK PS use gold-plated connectors?
Gold plating resists corrosion and maintains signal integrity over time, ensuring reliable connections in professional wireless systems where connection quality directly affects audio performance.