The ID-5100A VHF/UHF dual band D-STAR transceiver offers an intuitive user interface with an industry-leading display. The ID-5100 additionally interface with Android™ devices and Bluetooth® headsets via optional Bluetooth module. With the UT-133 Bluetooth module installed, users are able to connect wirelessly using the RS-MS1A Android app and remotely set DR functions such as link a map application and send and receive message over the DV mode. The intuitive touch screen interface provides quick operation for setting and editing various functions and memories. The 5.5-inch display displays a large keypad allowing for quick entry of alpha-numeric characters.
规格：
Weight:
2.87 lb (main unit) / 9.17 oz (controller)
Dimensions:
5.91 x 1.57 x 6.8 in (main unit)
7.17 x 3.21 x 0.97 in (controller)
Frequency coverage:
Tx: 144 MHz to 148 MHz / 430 MHz to 450 MHz
Rx: 118 MHz to 174 MHz / 375 MHz to 550 MHz
Mode: FM, FM-N, DV, AM (receive only) depending on version
Memory channels:
1,000 regular channels, 4 call channels, 50 program scan edges and 1200 repeater memories
Digital transmission speed:
4.8 kbps
Voice coding speed:
2.4 kbps
Power supply requirements:
13.8 VDC ± 15%
Current drain:
Tx: 13 A (max power)
Rx: 1.2 A (stand-by) / 1.8 A (max audio)
Operating temperate:
14°C to 140°C
Output power (Tx):
50 watt, 15 watt, 5 watt selectable (high/Mid/Low)
特征：
DV/DV Dual watch mode has simultaneous receive for FM/FM and FM/DV modes and monitoring for two DV signals with priority on the main audio band
Integrated GPS allows users to transmit and receive position data; Position, course, speed and altitude are shown on the display
Bluetooth available with the UT-133 Bluetooth accessory for remote operation via the RS-MS1A Android app
DV/FM repeater list function assist in finding nearby repeaters
Dplus reflector linking commands have been added to DR function for easy reflector operation
SD card slot provides voice and data storage
DV fast data mode allows users to use data in place of voice frames to transfer data 3.5 times faster than in the conventional DV mode
