The FLEX-6400M places the most used controls right at your fingertips. The FLEX-6400M™ HF amateur radio base offers the latest direct sampling SDR technology at an economical price for the general HF/6m operator yet also offers excellent performance for chasing DX and contesting. Controls are labeled for intuitive operation and designed to minimize hand motion for the most common operations.FlexRadio continues to set the standard for high resolution, realtime spectral display in amateur radio transceivers.

The FLEX6400M HF Amateur Radio with antenna tuner integrates all FLEX-6400 capabilities with a stunning 8-inch 1920 x 1200 IPS WUXGA touchscreen display and ergonomic controls to deliver a high performance SDR with a traditional radio interface. It delivers unmatched band awareness from an integrated display while providing an external connection for a HDMI compatible 1920 x 1200 resolution monitor for maximum spectral visibility. Influenced by top contest/DX operators, its symmetrical and independent dual VFO controls are strategically placed to provide maximum productivity for all types of operation. It’s completely self contained so just plug it in and operate - no PC, network or learning curve required.

Here are some features of the HF Flex-6400M amateur radio with antenna tuner:

-Native Remote Operation: Using Maestro, PC, Laptop, iPad or iPhone
-SDR Architecture: Direct Sampling
-Reciprocal Mixing Dynamic Range (RMDR): 116dB
-Independent High Performance Receivers: Two (2)
-Maximum Panadapter Bandwidth: 7 MHz
-Radio Control Surfaces: Ergonomic tactile controls with touch screen interface
-Integrated Display: 8-inch 1920x1200 IPS Display
-External Display: 1920x1200 WUXGA via HDMI interface
-Antenna Connectors: SO-239x2, BNC XVTRx1, BNC RX-INx1
-Wideband Frequency Coverage: 30 kHz - 54 MHz
-Transmit Frequency Coverage: 160-6m amateur bands, -100W nominal output
-Transverter IF Frequency Coverage: 100 kHz - 54 MHz
-Full Duplex Operation: Yes
-Digital Audio Exchange (DAX) Channels: Two (2)
-DAX IQ Channels/Bandwidth per Channel (DAXIQ): Two (2)