Knox Gear Wireless Microphones USER GUIDE
- October 27, 2023
- Knox Gear
Table of Contents
Knox
Gear Wireless Microphones
- BRAND: Knox Gear
- CONNECTIVITY TECHNOLOGY: Bluetooth, XLR
- CONNECTOR TYPE: XLR Connector
- COLOR: Black
- POLAR PATTERN: Unidirectional
- ITEM WEIGHT: 1 Pounds
- MICROPHONE FORM FACTOR: Microphone System
- ITEM DIMENSIONS LXWXH: 8 x 11.8 x 5 inches
- POWER SOURCE: Battery Powered
- MATERIAL: Silicone, Metal
- COMMUNICATION DISTANCE: 200 feet
- AUDIO RESPONSE: 50 Hz 15 kHz
- RANGE OF OPERATION: 164 to 262.5 feet
- RF POWER OUTPUT: <=10 mW
- FREQUENCY STABILITY: <30 ppm
- DYNAMIC RANGE: >=100 dB(A)
- MAXIMUM INPUT PRESSURE: 130 dB SPL
- RECEIVER AUDIO OUTPUT LEVEL:
- XLR Output Jack, 800 mV
- 1/4-inch Output Jack, 800 mV
INTRODUCTION
Improve your public speaking skills, sing karaoke with someone else, or perform on stage together. Without the inconvenience of a connected connection and the discomfort of a headset, the Knox Gear True DUO Dual Wireless Microphone System with Receiver transmits superior high-definition audio to a monitor, amplifier, and/or speaker. To prevent awkward situations or lessen damage from the feared mic drop, this kit comprises two silicone anti-rolling mounts, one for each metal self-powered microphone. They can be used both indoors and outdoors.
Most universal hands-free mic stands can accommodate the bundled mics. They have a wide range of channel frequencies, which allows you make the most of this set’s enormous 200-foot operational range while avoiding interference from Bluetooth signals, cordless speakers, or wireless headphones. For smooth integration with equipment like the guitar, sizable loudspeakers, monitors, amplifiers, earphones, or particular earbud models, simply hook the receiver into a stereo mixer.
HOW IT WORKS
It is sometimes referred to as a radio microphone because it contains a tiny, battery-operated radio transmitter that uses radio waves to broadcast the audio signal from the microphone to a receiver device that is close by and recovers the audio. The receiver device is cabled to the additional audio gear.
HOW TO CONNECT TO PHONE
You can attach a microphone with a 3.5mm TRRS connection jack, such this one, if your Android device has a headphone jack and does not require an adaptor. Make sure you give an app permission to access external devices if you’re using one that asks for it.
HOW TO IMPROVE MIC PERFORMANCE
- To eliminate noise, move your microphone closer to the receiver. …
- tackling the channel change problem. …
- The “power off” concerns are simple to fix. …
- Don’t interfere with the signal. …
- Use the appropriate antenna and location. …
- Make sure the battery is managed properly. …
- Decide on a proper gain.
FAQs
A wireless microphone can broadcast how far?
The typical range for systems of the kind detailed here (10-50 mW, VHF or UHF) can range from 100 feet to 1000 feet.
Can many wireless mics be used simultaneously?
One active microphone transmitter at a time can only have its signal demodulated by a wireless receiver. However, as long as only one transmitter is turned on at any given time, you are free to utilize either one.
Which frequency ranges are prohibited for use by wireless microphones?
The FCC outlawed the use of wireless microphones and comparable equipment in the 700 MHz Band in 2010. This included wireless intercoms, wireless in-ear monitors, wireless audio instrument linkages, and wireless cueing equipment (i.e., 698 – 806 MHz).
Do you require a wireless microphone and speaker?
Yes, a speaker is required in addition to your microphone. The speaker’s role is to reproduce the sound at a higher level while the microphone’s role is to record sound.
What is an appropriate mic distance?
As a general guideline, keep the microphone 6 to 12 inches away from your mouth. Your voice may get too bassy as you go closer to the mic due to an increase in low frequency response.
Are wireless microphones affected by cell phones?
Both yes and no, but mainly no Only wireless microphones operating in the 2.4 GHz band, which are less prevalent than the usual UHF, are unaffected by WIFI devices, including WIFI-capable smartphones.
Why do wireless microphones suddenly stop working?
A transmitted wave contacts surfaces that either reflect or absorb certain portions of the wave as it propagates. These waves cause dropouts and dead- spots for wireless microphones because they arrive at the reception at the receiver at slightly different times and are therefore out of phase when they bounce off of and around surfaces.
How much energy is consumed by a wireless microphone?
In contrast to wireless microphone systems, which typically have an output power of only 50 mW (fifty one thousandths of one watt! ), television transmitters can operate at power levels up to one million watts.
Can any receiver be used with a wireless microphone?
No, because wireless microphones may use incompatible frequencies, proprietary noise reduction circuits, and safe 128- or 256-bit encryption, they will NOT function with any receiver.
What frequency should I use for my mic?
A suitable option for a vocal mic would be one with a frequency response range of roughly 80 Hz to 15 kHz.
What UHF benefits and drawbacks are there?
The portability of handheld UHF radios is one of their biggest benefits. Additionally, an extra antenna can be used to strengthen their signal. Handheld radios, however, struggle to manage interference in the same frequency spectrum.
What is a UHF’s operating range?
from 300 to 3 GHz
Do microphones require power?
Some microphones (active mics) require power to operate, while others do not (passive mics). Power is needed for microphones with integrated active electronics or non-electret electrostatic (condenser) capsules.
How much sound can a microphone pick up?
You have an omnidirectional dynamic microphone. You start the recording when you see a wolf from about half a mile away.
How far can a microphone record audio?
Your ideal location will be between two and twelve inches away from the microphone’s face.