WIRED TONE WIRELESS FREEDOM
Relay™ digital guitar wireless systems redefine the wireless experience for guitarists and bassists. They deliver wired tone, uncompromising dependability and refreshingly simple operation like no other wireless systems can. And they can do it on every stage around the world.
VWT™
Exclusive VWT (Virtual Wire Transmission) technology ensures full-range frequency response, excellent transient response, and wide dynamic range - just like a high-quality guitar cable.
SUPERIOR SPECS
Relay digital wireless systems produce full-range tones with 10Hz-20kHz frequency response, exceedingly low noise with up to 120dB dynamic range, and studio-quality resolution with 24-bit A/D conversion. (Comparably priced analog wireless systems offer 50Hz-15kHz frequency response and >90dB dynamic range. This wreaks havoc on your tone, especially if you use a high-gain amp.)
CABLE TONE SIMULATION
Using a cable and a wireless system? Now you can switch back and forth without having to adjust the tone settings on your amplifier. Relay digital wireless systems feature a Cable Tone Simulator, which lets you match the sound of your Relay to the sound of your cable.
COMPANDER FREE
Companders squash your signal and ruin your tone. Analog wireless systems require companders but Relay wireless systems do not. Remaining compander-free enables Relay to deliver a beautiful high-end sparkle, thunderous low-end punch, and touch response that analog wireless systems simply cannot deliver
DCL™
Exclusive DCL (Digital Channel Lock) technology automatically locks out all sources of interference. The only sound that will come out of your amplifier is you - not static, not Top 40 radio, just you. Guaranteed.
2.4GHz BROADCAST
What about WiFi?
Worried about interference caused by 2.4GHz WiFi networks and Bluetooth® devices? Don't be. Relay digital wireless systems use uniquely addressed and encoded digital transmission technology. Your tone will make it from your transmitter to your receiver free of interference. The best way to avoid interference? Don't get in its way. Relay digital wireless systems broadcast in the 2.4GHz band, which successfully avoids interference caused by TV stations, public safety broadcasts, cell phone towers, and other high-powered sources.
FULL QUALITY NO MATTER WHAT
Whether you're playing two feet from your Relay or at the edge of its range, you get the same great specs: full frequency response, superior dynamic range, cable-inspired dependability, and 24-bit A/D conversion.
SET UP IN SECONDS
Relay digital wireless systems are hassle free and work right out of the box. Just power up, pick a channel, and go!
ALL CHANNELS ALL THE TIME
All channels in all Relay digital wireless systems work all the time. Too good to be true? Maybe for an analog wireless system. Relay digital wireless systems are different. There's no website to reference, and no need to scan for open channels..
RACK READY PEDAL BOARD PERFECT
Perfectly placed ins and outs, metal and polycarbonate enclosures, internally mounted antennas: Relay digital wireless system receivers are the perfect additions to any pedal board or rack
DETAILED SPECIFICATIONS
POLYCARBONATE STOMPBOX-STYLE SYSTEM
Transmission Format: Line 6 proprietary digital audio transmission
Dynamic Range: 118 dB
Compatible Channels: 6
FCC Approval: Part 15 approved, no user-license required
Frequency Response: 10Hz - 20kHz
RF Carrier Frequency: 2.4GHz
Transmission Range: 100 feet line-of-sight (may vary due to local conditions)
TBP06 TRANSMITTER
A/D Conversion: 24-bit Delta Sigma, 128 times oversampling
Connectors: 1/4-inch unbalanced input
LEDs Display: Power, Audio Status
Battery Life: Approx. 8 hours (2x AA alkaline batteries)
Input Impedance: 1.3 M-Ohm
Controls: Power On/Off, Channel Select
LCD Display: N/A
RXS06 RECEIVER
D/A Conversion: 24-bit Delta Sigma, 128 times oversampling
LEDs Display: Power On, Data Link, Audio Status
Controls: Power On/Off, Channel Select, Cable Tone Simulator
Connectors: 1/4-inch output
LCD Displays: N/A
Power Requirements: DC-1g power supply (9VDC)
No comments:
Post a Comment