For full specifications of this product please visit the Clear-Com site clicking HERE

PRODUCT DETAILS

Wireless IFB (interruptible fold back) systems operate between 486.4MHz and 639.9MHz. They are used for one-directional communication. Directors and other management can use this to monitor program audio or for talent cueing and crew communications during a production.

NOTE: This product is not approved for sale in Europe.

NEW FCC REGULATIONS:

Going forward, anyone selling a wireless microphone or other device designed to operate in the restricted 600 MHz wireless service band (617-652 MHz / 663-698 MHz) will be required to notify buyers at the point of sale that the device may no longer be used after July 13, 2020, and that users may be required to cease operation earlier if using the device could cause harmful interference that disrupts wireless communications for new service licensees.  DA 17-709

The manufacture, import, sale, lease, offer for sale or lease, or shipment of wireless microphones or similar devices intended for use in the United States that operate on the 600 MHz service band frequencies (617-652 MHz and 663-698 MHz) is prohibited after October 13, 2018 ( See FCC 15-100,  FCC 15-99, DA 17-314, FCC 17-95).

https://www.fcc.gov/wireless/bureau-divisions/mobility-division/wireless-microphones

KEY FEATURES

Simple Design and Operations

Operate with ease with the simple designs and intuitive operations of the wireless IFB transmitter and receiver beltpack.  Even the novice users can begin the basic operation in matter of minutes.

Frequency Agility and Selection

Avoid interference problems in mobile or traveling applications with the PTX-3 transmitter. With its synthesized, frequency selectable main oscillator, the frequency is extremely stable over a wide temperature range and over time.

Products in Family 

Transmitter - PTX3

System Diagram  

Basic one IFB to one receiver beltpack configuration

Expanded Diagram

In this expanded Wireless IFB setup, multiple UHF wireless IFBs systems can be connected to a single partyline system or digital matrix system to allow multiple mobile users to receive program audio or IFB feeds simultaneously.