Single-channel 2.4GHz Base Station 2.4GHz license-free operation Supports up to 4 full-duplex or 15 push-to-transmit shared users Portable, compact design
2-Channel 2.4GHz Wireless Beltpack Two-channel operation 2.4GHz license-free operation Beltpack mic gain and side tone control Selectable PTT or latching
2-Channel All-in-One Wireless Headset Single- or Two-channel operation 2.4GHz frequency range Hands-free communications 5 kHz wide band audio Single-ear, light-weight
2-Channel 2.4GHz Base Station 2-channels of communications 2.4GHz license-free operation Supports 4 full-duplex or 11 half-duplex beltpacks or all-in-one headsets
Two-Channel Beltpack for DX340ES Wireless System 2.4GHz license-free operation Up to 4 full-duplex or 15 half-duplex beltpacks and/or all-in-one handsets
The DX340ES system supports hands-free, two-way digital conversations with interfacing for two channels of external radio or intercom communications. Its
2-Channel 2.4GHz Wireless Beltpack Two-channel operation 2.4GHz license-free operation Up to 15 beltpacks and/or all-in-one handsets on a single system
2-Channel All-in-One Wireless Headset Two-channel operation 2.4GHz frequency range Hands-free communications Up to 15 all-in-one headsets on a single system
2-Channel Remote Headset Station Momentary/Latching Talk switch with LED Microprocessor controlled logic and switching Visual call signaling Headset connector with
4-Channel Remote Headset Station Momentary/Latching Talk switch with LED Microprocessor controlled logic and switching Visual call signaling Headset connector with
2-Channel 1RU Remote Station with Built-in Speaker Selectable one- or two-channel communication Momentary/Latching talk buttons Individual call buttons Visual and
Single-Channel Remote Speaker Station Half-duplex, push-to-talk functionality Four modes of operation that are internally programmable Microprocessor controlled logic and switching
2-Channel Remote Speaker Station Talk/Listen from headset mic, telephone handset or push-to-talk microphone Four modes of operation that are internally