Skip to content
Radial | ProAV1 | Passive Multimedia DI | w/ RCA, 3.5mm, XLR, 1/4" connectors (RA - PROAV1) - Gsus4

Radial | ProAV1 | Passive Multimedia DI | w/ RCA, 3.5mm, XLR, 1/4" connectors

by Radial
$309.00
$309.00 - $309.00
$309.00
$219.00
$219.00 - $219.00
$219.00
Seen it cheaper? Ask us for a PRICE MATCH

or 4x fortnight payments of $54.75 AUD with ⓘ

AU & NZ Shipping Free shipping over $99 within Australia and over $199 to New Zealand. Excludes bulky, heavy and rural deliveries.
14-day returns Eligible returns may be accepted as store credit within 14 days, subject to product condition and our returns policy.
Manufacturer warranty All new products are covered by the applicable manufacturer warranty and your rights under Australian Consumer Law.
Shipping & Returns · Contact us
{formbuilder:6507}

The Radial Engineering ProAV1 is a passive direct box specifically developed with the audio-video integrator in mind. The Pro AV1 features a variety of stereo inputs that are merged via a resistive mixer to mono, greatly simplifying signal management.

To eliminate the need for various adapters, a 'Swiss Army' array of connections are provided. including 1/4" for instruments, RCA and 1/8" connectors for consumer electronics and computers, and a +4dB XLR output(s) for professional systems.

The Radial Engineering ProAV1's front panel connectors can also be used as thru-puts to allow multiple patch points. Custom wound transformers are employed that are able to withstand exceptionally hot levels while maintaining linearity from 20Hz to 18.5kHz. Transformer isolation adds the benefit of eliminating ground loops that cause audio hum and buzz and video hum bars or snow. A -15dB pad is provided to tame hot signals and the ground lift eliminates hum and buzz caused by ground loops.

  • Pro 'Swiss Army knife' direct box for multimedia
  • 1/8", RCA, 1/4" Inputs
  • +4dB XLR Outputs
  • Custom-wound transformers
  • Easy to use
  • Passive ultra-quiet design
  • Eliminates ground loops causing hum & buzz
  • Handle huge transients without distortion