BF-TD505
Commercial Portable Pseudo Trunking Radio
OEM/ODM
BF-TD505 is a two DMR migration radio designed for business users, such as hotels, restaurants, supermarkets, construction sites, etc. Besides all the conventional analog functions, our dual-mode radios bring you a whole new set of digital features, such as two timeslots, versatile calls, remote kill/revive, and a clear digital audio. BF-TD505 is cost-effective and feature-rich.
Highlights
Small Size and Light Weight
Small enough to be held comfortably in your hand and light enough not to be a burden.
Manual Channel Editing
You can add/delete/edit channels on your radios without having to connect to a PC.
Radio Priority-Based Interruption
A radio with higher priority can interrupt communications between radios with lower priorities, either to transmit or to clear a channel for more important communications. This brings better dispatching efficiency to the team.
Remote Kill/Revive
Such functions enable you to kill or revive a radio over the air. This greatly facilitates dispatching work and can be especially useful should a radio happen to be lost. You can easily remote kill the lost radio and confidential information can be kept from leaking out.
A Long Battery BF-TD505 can function for longer than any conventional analog radios (digital 18 hours, analog 14 hours).
Excellent Audio Quality
Excellent digital audio quality comes from the AMBE+2™ vocoder and FEC technology
Automatic Roaming(Programmable)
In an IP multi-site network, this feature enables BF-TD505 to automatically roam among all sites and stay connected, delivering more flexibility and efficiency.
Private Call, Group Call and All Call
The versatile calling functions bring more efficiency to your teamwork.
DMO Pseudo Trunk
The user can choose slot 1 or slot 2 for communications. When one slot is occupied, the radio will automatically switch into the free slot. Frequency efficiency is greatly increased.
Digital/Analog Dual Modes
Receive both analog and digital signals on a single channel and can automatically switch into the needed mode for efficient communications.