Detail 01
TRS one end, XLR male the other
Signal flows out of TRS jacks into female XLR inputs. It will not accept a microphone at either end.
Product detailSKU #1275776902241
MogamiGold 8 Channel TRS-XLR Male Snake Cable 20 ft.
Independent shopping perspective
The Korena take
An eight-channel TRS-to-XLR-male snake, 20 feet, for feeding balanced line outputs to XLR inputs in one pull instead of eight loose cables.
Strong match
Who this is for
- Sending eight line outs from a rack to a stage box
- Permanent installs where cable count needs to stay down
- Touring racks that get coiled and re-run every night
Consider the trade-offs
When to look elsewhere
- Mic runs — the XLR ends are male and feed inputs
- Anyone needing fewer than eight channels at this price
- Speaker, power, or DMX use
What matters in use
The specifications, translated
Catalog numbers tell only part of the story. These are the details most likely to change how this product feels, sounds, or fits into a setup.
Detail 02
25AWG conductors, eight pairs in one jacket
Thin per-channel gauge keeps a bundle this size flexible. Fine for line level, never for speaker output.
Detail 03
Served spiral shield, flexible PVC jacket
Spiral shielding keeps coiling easy and survives repeated wrapping better than stiffer constructions.
Detail 04
Microphonics 50mV max when stepped on
Handling and foot traffic put very little noise into the signal, which matters for cable run across a floor.
Detail 05
Capacitance about 43pF/ft
Low enough that a 20-foot line-level run does not audibly dull the top end.
Detail 06
Rated -20°C to +70°C
Handles a hot amp rack or an outdoor run without the jacket going soft or brittle.
Final check
Know before you order
- 01Measure the full path with slack; 20 feet is total, not per channel
- 02No stage box, reel, or case — plan storage
- 03Confirm your destination gear has female XLR inputs, not TRS
Product questions
Before you decide
Straight answers to the questions shoppers most often ask about this product.
01Can I use this for microphones?
No. The XLR ends are male, which means they plug into inputs. Microphones need a cable with a female XLR at the mic end.
02How many channels is it?
Eight, in a single jacket. That works out to roughly sixty dollars per channel.
03Will it work with unbalanced gear?
It will pass signal, but the run is built for balanced connections. Unbalanced gear at either end gives up the noise rejection.
04Can I coil it tightly for storage?
Use loose over-under coils. The spiral shield and flexible jacket handle repeated coiling, but tight kinks stress any multicore.
Reference
Full specifications
The complete catalog record, organized around the decisions musicians make when comparing gear.
1 detailsBody & build
- Color
- Black
2 detailsConnections & power
- Jacket Covering
- 2.8 Flexible PVC (0.110 inch)
- Voltage Breakdown
- Must withstand at DC 500V/15sec.
1 detailsIn the box
- Standard
- UL13 CL2 60 deg C
20 detailsOther
- Shield
- 0.031W/m(0.0095W/Ft)
- Served Shield
- Approx. 58/0.10A Served (spiral) Shield
- Inductance
- 0.6H/m(0.18H/Ft)
- Emigration
- Non-emigrant to ABS resin
- K1
- 12pF/m(3.7pF/Ft)
- Electromagnetic Noise At 10khz
- (Inductance of the toroidal core: 595H): 0.1mV Max.
- Microphonics Method
- Stepping on cable: 50mV Max. at 50kW Load
- Microphonics
- Method: Stepping on cable: 50mV Max. at 50kW Load
- Conductor
- 7/0.18A (0.178mmœ) #25AWG (7…#33AWG)
- Insulation
- 1.05 XLPE (Cross Linked Polyethylene) (0.0413 inch)
- Electrostatic Noise Hum Pick Up
- 2.5mV Max.
- Inductance of The Toroidal Core
- 595H): 0.1mV Max.
- Identification
- See core number identification table
- Tensile Strength of One Pair 26 Deg C 65 Rh
- 274N
- Applicable Temperature
- -20 deg C +70 deg C(-4 deg F +158 deg F)
- Capacitance At 1khz 20 Deg C Partial Capacitance Value See Figure 2
- K0: 140pF/m(42.7pF/Ft)
- DC Resistance At 20 Deg C
- Inner Pair Conductor: 0.11W/m(0.0336W/Ft)
- Insulation Resistance At DC 125v 20 Deg C
- 100000 MW … m Minimum
- Drain Wire
- 7/0.18A (Exactly same as conductor)
- Capacitance At 1khz 20 Deg C Partial Capacitance Value See Figure 1
- K0: 130pF/m(40pF/Ft); K1: 12pF/m(3.7pF/Ft)
