Wisycom has announced updates to its MTK982 dual-wideband, stereo IEM/IFB transmitter that include an improved layout of the front panel status page and menu customization, among other interface enhancements, and the new developments will be showcased at the upcoming 2024 NAMM Show at the Anaheim Convention Center at booth 18504.
With new fonts for improved visibility of the transmitter name, frequency and TX status, user control is designed to be improved. There’s also key parameter information displayed on the front panel LCD screen, such as receiver type, audio output and IP address, while the RF power information is more prominently shown. Users can also customize their menu by selecting “Basic Mode,” which implements a more simplified structure, or “Advanced Mode” for more experienced applications.
“Customers have been very excited about the advanced functionality of the MTK982 since we launched it earlier this year,” says John Kowalski, vice president of sales and marketing at Wisycom. “These latest updates are the direct result of feedback we have received from our users in the field, and we look forward to showcasing them, along with the wideband capabilities of the system, to all 2024 NAMM Show attendees.”
In addition to its wideband RF functionality, the MTK982 transmitter features DIGICOM multi-brand compatibility software, which makes it possible for users to integrate the transmitter with a variety of third-party receivers. The transmitter also has stereo, mono and intercom audio modulation, along with an optional redundant power supply and an output power of up to two watts.
The MTK982 also has Stationary Wave Ratio (SWR) sensing on its antenna outputs. The 470 to 770 MHz frequency range in Europe (470-663 MHz in North America), in conjunction with the BFLT1 transmitter and BFLR1 receiver, enables the MTK982 to transmit signals over fiber to a remote area, with very low latency. Also onboard are multi-companding DSP audio processing, analog and digital AES3 inputs, and primary/secondary outputs for distributed applications.
