How to Choose a Wireless Microphone
Whether you’re a musician, or a videographer, you need to know how to choose a wireless microphone that’s right for your needs. You want to make sure that the microphone you choose is reliable and easy to use. You’ll also need to know that the microphone is compatible with your equipment.
Shure GLXD24R/SM58 kit
Featuring a GLXD2 hand held transmitter and the legendary Shure SM58 vocal microphone, the GLXD24R/SM58 wireless microphone kit is the perfect addition to any studio, performance or stage setting. This system offers exceptional digital audio clarity and reliable wireless audio transmission, providing up to 200 feet of range. The GLXD2/SM58 handheld transmitter can be easily configured with any of the GLXD advanced series of receivers, while the SM58 combines industry-standard performance with robust RF quality.
The GLXD Advanced Digital Wireless System combines the leading-edge LINKFREQ Automatic Frequency Management technology with rechargeable lithium-ion batteries to redefine the standard for digital audio clarity. The GLXD2/SM58 receiver includes detachable antennas and rack mount hardware. This system is ideal for permanent installations and multi-channel setups. Its integrated battery charge port allows for easy charging of a spare battery. The SB902 rechargeable Li-ion battery provides up to 16 hours of use from a full charge.
The SM58 dynamic capsule is the perfect choice for vocalists who want to hear their voice with warm clarity. This cardioid dynamic capsule features bass roll-off and a spherical wind and pop filter to minimize background noise. The dynamic capsule also helps reduce plosives and feedback. This microphone is an industry standard for announcers.
The GLXD4R rack mount receiver has a rugged metal chassis and is designed for use with GLXD advanced frequency managers. The advanced receiver automatically links with the transmitter and transmits the voice with great clarity. It also includes a battery charge port to charge a spare Shure battery. The receiver is capable of handling up to eight systems in ideal conditions. It features a convenient power switch and an on-screen display that shows real-time transmitter battery status. The UA846Z2 frequency manager is designed to improve RF reliability and connect up to six GLXD4R receivers.
Using the GLXD Advanced platform, you can configure up to nine wireless channels in a typical setting. The receiver provides up to 120 dB of dynamic range and a flat 20 Hz to 20 kHz frequency response for exceptional audio clarity. It’s built to withstand road trips and provides uninterrupted audio.
Shure Beta-58
Designed to perform in a live setting, the Shure Beta-58 wireless microphone boasts a wide frequency response, a custom shockmount system, and a high output. This wireless microphone makes it a perfect choice for vocalists in studio recording applications. It also provides a rock-solid wireless signal.
The Beta-58 is one of the best performing wireless microphones available, offering excellent sound quality and range. The PGXD2 transmitter offers a 200′ (60 m) operating range, with up to 8 hours of use from two AA batteries. It also features a one-touch sync design, automatic setup, and a multi-function LED indicator. Likewise, the ULXD4Q receiver is a space-efficient single rack unit, supporting up to four wireless systems with the added benefit of a digital RF cascade.
The Shure Beta-58 wireless microphone is a great performer, and has a well-deserved reputation as one of the best performing wireless microphones on the market. It’s also a good choice for any professional looking for a low-profile condenser mic. A variety of options are available, including the BLX24/B58 Handheld Wireless System and the PGXD4 Wireless System. Each system is intuitive to operate, and provides exceptional audio quality. Whether you are a novice or pro, you’ll enjoy using these microphones.
The Shure Beta-58 wireless mic has been around for a while, and is a favorite amongst music professionals and audio engineers alike. Its supercardioid polar pattern and proven shock mount system provide reliable, dependable performance. It also boasts a hardened steel mesh grille, which protects the internal components from abrasion and helps to reduce noise. The SM58(r) and VP68(r) capsules are also available. These two models are suitable for a variety of applications, and are accompanied by a pouch and stands. Lastly, the Shure Beta-58 also has a sonic signature, which will add to your overall professional presence.
With all these features, the Shure Beta-58 wireless microphone is arguably the best wireless microphone on the market. Combined with the PGXD4 receiver, you’ll experience true digital diversity, and a 24-bit/48kHz sound quality that is unrivaled in its class. Lastly, the ULXD4Q wireless receiver also supports audio summing, which uses channel gain adjustment to achieve a mix.
Shure PGXD4
Whether you’re in the market for a new wireless microphone or looking to upgrade your current system, the Shure PGXD4 is an wireless microphone excellent choice. It features 24-bit/48kHz digital audio technology, two independent receivers, and a rugged bodypack transmitter. It also offers a rock solid RF signal and up to 10 hours of continuous use on 2 AA batteries.
The PGXD4 receiver has an XLR and 1/4″ phone output, two independent receivers, and a form factor that resembles a wireless microphone. It also boasts the sexiest RF signal, the most powerful battery, and the longest run time of any Shure PGX transmitter. The PGXD4 also has one of the most robust and reliable wireless systems on the market today, and it can be configured for just about any sized venue. It’s also a smart choice for anyone on a budget. The best part is, it’s not that hard to find. Besides, you can’t beat a good deal on a quality wireless microphone system.
The PGXD4 Digital Series Wireless Microphone Receiver boasts the latest in wireless technology and it’s a cinch to setup and maintain. Its two independent receivers are built to last, and the Scan & Sync feature provides for quick and easy channel configuration. It also features a rock-solid 900 MHz bandwidth, which is a huge improvement over older, less powerful systems. Its patented True Diversity signal is the best in the industry, and it’s no wonder it’s one of the most popular Shure wireless systems on the market. Its most exciting feature, however, is the XLR and 1/4″ phone outputs, which allow it to be configured for virtually any sized venue. With the best price and the best performance, the Shure PGXD4 Wireless Microphone Receiver is the best wireless microphone for your next event.
Digital vs analog
Historically, wireless microphone systems have been based on analog technology. However, digital wireless mics have been developed to offer improved sound quality and reliability. The benefits of using a digital microphone include reduced electromagnetic interference, higher dynamic range, a wider frequency response, lower latency, and better audio quality.
When choosing between a digital and analogue wireless microphone, it’s important to consider a number of factors. The type of transmitter, the antenna power, and the quality of the receiver are all factors that determine the overall performance of the system. The higher the quality, the less noise the system will produce.
Another key feature to look for is the ability to transmit on lower busy frequencies. A good digital wireless microphone will be able to operate in the UHF or VHF bands. In addition, the best models are also compatible with gigahertz-level unlicensed frequencies. This allows them to be used in multiple locations without the risk of interference from local TV stations.
Compared to analogue wireless mics, digital wireless mics are easier to use and produce a better sound. Some models are designed with zero-latency headphone monitoring. They can also support twice as many microphones as analogue systems.
An analog system uses a compressor and an expander to compress the dynamic range of the voice and transmit it over a shorter frequency. Generally, this method is more effective at holding onto the range of the microphone than the digital method. Nonetheless, the downside of analogue wireless mics is that they can’t operate reliably in crowded environments.
In addition to higher battery life, digital wireless systems have a better frequency response. This means they’re less noisy at the end of their range. They can also be encrypted, making them more secure. They’re also able to transmit in different frequency bands, allowing them to be turned on or off.
If you’re looking for a wireless microphone that’s easy to use, offers better sound, and is resistant to interference, then you should definitely choose a digital wireless microphone. There are many options to choose from, so find the right one for the application you’re working with.
