Hosa 9.84'/3m 8-Channel Male XLR to Female XLR Balanced Snake Cable
See all Hosa Technology items

Hosa Technology 9.84'/3m 8-Channel Male XLR to Female XLR Balanced Snake Cable

SKU: HOXLR803
Be the first to review this item

This item is no longer available.

Recommended Alternatives

undefined undefined: Picture 1 regular
Hosa AES/EBU Snake DB25 to 4x XLR3M and 4x XLR3F Cable, 9.8'/3m
$124.95
undefined undefined: Picture 1 regular
Hosa 1m (3.28') Unbalanced Patch Cables, 1/4" TS to Same, 8-Piece
$34.95
undefined undefined: Picture 1 regular
Hosa Technology Hosa 2m (6.6') Unbalanced Snake, 1/4" TS to RCA
$49.95
undefined undefined: Picture 1 regular
Hosa Technology Hosa 2m (6.6') Unbalanced Snake, RCA to RCA
$49.95
undefined undefined: Picture 1 regular
Hosa 8-Channel Stereo Male 1/4" to Stereo Male 1/4" Phone Snake Cable, 3.3' /1m
$53.95
See More Recommendations
Overview
Compare
Specs
Protection
Q&A

Questions & Answers

FAQ

What is the Hosa XLR-803 cable used for?

The Hosa XLR-803 is a professional-grade audio cable used for transmitting audio signals. It's typically used to connect multiple audio devices like microphones, mixers, and amplifiers in settings such as live performances and recording studios.

What does 'balanced' mean in the context of this snake cable?

A 'balanced' snake cable like the Hosa XLR-803 is designed to reduce noise interference and maintain the integrity of the audio signal over long distances. It's ideal for professional audio setups where sound quality is paramount.

What is the length of the Hosa XLR-803 cable?

The Hosa XLR-803 cable is 9.84 feet (3 meters) long. This length is suitable for various audio setups and allows for flexible positioning of your audio equipment.

What is the benefit of having an 8-channel snake cable?

An 8-channel snake cable like the Hosa XLR-803 allows you to connect multiple audio devices simultaneously. This simplifies your setup and reduces the clutter of individual cables, making it a practical choice for complex audio configurations.

Reviews about this item

Review Summary

Select a plan in the Add Protection section above and purchase with this product by clicking “Add to Cart”.

image-protection

TRUSTED PROTECTION PLANS, EXCEPTIONAL SERVICE.

Invest In Your Gear and Peace Of Mind!

Accidents happen where life happens. Protect your favorite Adorama products and purchase a protection plan to stay covered from accidental damage, mechanical or electrical failure, and more.

Repair or Replacement

Repair or Replacement

If we can’t fix it, we’ll replace it at no additional cost.

Accidental Damage

Accidental Damage

Protect your product from drops, spills, and more.

Peace of Mind

Peace of Mind

Enjoy your gear without fear. We have you covered!

Malfunction Protection

Malfunction Protection

When regular use of your product over time results in mechanical or electrical failure.

Zero Deductible

Zero Deductible

We will never charge you a deductible after the purchase of a plan.

Customer-Focused Support

Customer-Focused Support

Our claims process is simple & easy and our customer service team is happy to help.

Adorama Protect powered by Extend is available for purchase to customers in the United States. Not available for purchase Internationally or in U.S. Territories.

Browse our FAQ

See Terms & Conditions

Hosa Technology XLR 800 Specifications

  • Connector(s)

    XLR3F to XLR3M

  • Length

    3m (9.84')

About Hosa Technology XLR 800

The Hosa XLR-803 is a 9.84' (3 m) eight channel male 3-pin XLR to female 3-pin XLR snake cable for audio production applications.

Hosa Technology XLR 800 Features

  • XLR connectors with internal strain relief for rugged reliability
  • Oxygen-Free Copper (OFC) conductors for enhanced signal clarity
  • OFC spiral shields for effective EMI and RFI rejection and flexibility

Join VIP PRO

Earn 2X Points + Exclusive Perks!

Sell or Trade your Gear

Get started in 3 easy steps

Key Features

  • XLR connectors with internal strain relief
  • Oxygen-Free Copper (OFC) conductors
  • OFC spiral shields for effective EMI and RFI rejection and flexibility