Categories See All →
- General FAQ
- Tutorial Videos
- AMPLIFi Series Products
- Live Sound
- Mobile Products
- Dream Rig
- Legacy Products
- Japanese Support 日本語サポート
HELIX Support FAQ
MJSmolenski - Apr 16 2016 07:23 AM
How to update the Helix...
Doubledashie - Mar 23 2016 07:03 PM
HELIX and External Expressi...
philp335 - Jan 28 2016 03:20 PM
Helix Amp Model Comparison...
kmcnair1 - Jan 27 2016 04:18 PM
HELIX and External Expressi...
InvincibleNote - Jan 24 2016 03:29 PM
HELIX and EXT Amp Controlling
gitman_de - Jan 22 2016 03:31 PM
How to use the XD-V70 V2.0 Firmware featuresline 6 digital wireless firmware v.20 update features how to use xdv relay
- RF2 mode in addition to the original RF1 mode
- 14 channel capability in RF2 mode or 12 channel in RF1 mode.
- Ability to lock to RF1 or RF2 mode transmitters
- 14 channel capability in RF2 mode
- A new RF Scan capability which identifies RF1, RF2 transmitters as well as possible interference sources on Line 6 channels.
The XD-V70 V2.0 Firmware utilizes our latest digital wireless transmission method, and is fully channel compatible with the XD-V75 running RF2 mode. Multiple units of either of these models can be used together within the same location, as long as each unit is on a unique channel and no more than 14 units are used simultaneously.
The XD-V70 receivers running V2.0 Firmware can automatically receive transmissions from previous generation of Line 6 wireless products, including the XD-V30, XD-V70, and Relay™ G30, Relay™ G50, and Relay™ G90 models with pre Version 2.0 Firmware, now referred to as RF1 mode.
However, it is recommended to NOT mix usage of the RF1 and RF2 modes within the same location due to the channel frequencies in each system not being compatible. Depending on the situation, it may be desirable to switch transmitters from RF2 back to RF1 mode.
To set THH12 or TBP12 transmitters running V2.0 firmware into RF1 mode, enter Setup mode to display the current channel, then while holding down the SELECT button, press and release the ON/MUTE button on the THH12 or VALUE button on the TBP12. The display will briefly show [XD-V7x RF1] or [XD-V7x RF2] to indicate whether it is operating in the old or new mode, respectively. This setting is retained when powering off, so as a reminder the display will also show this indication [RF1 or RF2] each time power is turned on. The XD-V7x receiver will display a [To] on the far right of the display to indicate while communicating with a RF1 software transmitter.
RF Scan Mode
Channel Scanning Procedure
V2.0 firmware adds a sophisticated scanning capability that can determine the existence of interfering wireless devices that may compromise the performance range of operation on certain channels, and can also help assure selected wireless mic channels do not interfere with other wireless devices. Use the following procedure to minimize interference:
- if you are adding new wireless units to a previous installation with Line 6 systems, first turn on the existing transmitters so their frequencies can be detected.
- Press the SETUP button on the receiver. The [SELECT FUNCTION] screen will appear; scroll with the ROTARY ENCODER to [CHANNEL SCAN], and press the ROTARY ENCODER to begin the scanning process.
- After approximately 6 seconds, the display will show channel numbers 1 through 14 on the bottom line, with a status indicator above each channel. The indicators and their applications are:
Note: No audio will function while the receiver is on this channel-scanning page; you must select a channel by pressing the ROTARY ENCODER or press the EXIT button and leave the page to resume audio.
Turn the ROTARY ENCODER to scroll through the list of channels; a flashing underline will follow the channel number as you scroll. Once you have highlighted a blank, unused channel, press the ROTARY ENCODER to select it. The receiver display will return to the main page with the new channel number shown.
Note: Any of the channels can be selected, regardless of the RF conditions displayed for the channel. Selecting a channel showing significant RF interference can result in lessened range for the associated transmitter.