Quick answer / TL;DR: Short answer: an XLR male has protruding pins; an XLR female has recessed sockets. The convention is that the signal source (a microphone, a line-out) presents the male, and the receiving device (a console input, an interface, a monitor) presents the female – so a standard cable is male at the source end and female at the input end. Count the pins or sockets to identify the connector, and match the cable's two ends to the two devices' genders.
The male/female distinction is the first thing to get right before an XLR cable is specified, and it is also the distinction that causes the most avoidable cable errors – a cable ordered for the wrong gender pairing is a cable that does not fit either end. The identification is physical and immediate (pins versus sockets), but the convention for which device carries which gender is the part that takes learning.
This article covers the physical identification, the gendering convention, and the cable configurations that pair the two correctly.
Physical Identification
| Feature | Male | Female |
|---|
| Contacts | Pins – protruding, countable | Sockets – recessed |
| Typical feel | The pins are visible and can be counted | The sockets receive the pins |
| Count | 3, 4, 5, or 7 pins | Matching 3, 4, 5, or 7 sockets |
| Position in a standard run | Source end | Input end |
The identification is a count: a male shows its pins, a female shows its sockets, and the count (3, 4, 5, 7) is the same on both. A quick visual – pins or sockets – resolves the gender without a manual.
The Gendering Convention
| Device role | Typical connector | Example |
|---|
| Signal source | Male | A microphone's output, a line-out panel |
| Signal input | Female | A console mic input, an interface input, a monitor input |
| Cable | One of each | Male at the source end, female at the input end |
The convention follows the signal flow: the source presents the male, the input presents the female, and the cable bridges the two with one of each end. When both device ends are the same gender – two females, a common panel scenario – the cable must be a gender-change build (male-to-male, or a female-to-female with an adapter), which is the exception specified by the hardware, not the default.
The Cable Configurations
| Configuration | Ends | Use case |
|---|
| Male-to-female (standard) | One male, one female | Mic to console, the default run |
| Male-to-male | Two males | Panel-to-panel, specific field builds |
| Female-to-female | Two females | Adapter-style, specific panel work |
The male-to-female is the standard and covers the large majority of runs. The male-to-male and female-to-female builds exist for panel and field work where the hardware at both ends is the same gender – each is a specification driven by the physical ends, not a preference.
Getting the Pairing Right Before Ordering
- Identify the gender at the source end (pins = male)
- Identify the gender at the input end (sockets = female)
- Match the cable's two ends to the two identified genders
- When both ends are the same gender, specify the gender-change build explicitly
Gender-change build availability and per-configuration lead times are product-inventory details; the knowledge base does not provide a stock list. Confirm the specific configuration (male-to-female, male-to-male, or female-to-female) with the supplier before ordering a non-standard pairing.
Real-World Applications
The standard mic run
A microphone presents a male XLR; the console input is female. The standard male-to-female cable is the correct pairing – identified by counting the mic's pins and the console's sockets before the cable is chosen.
The panel-to-panel build
Two equipment panels both present female XLR inlets. The correct cable is a male-to-male build – the gender of both ends dictates the configuration, and specifying the standard male-to-female would be the error.
The mis-ordered cable
A cable ordered without checking the input end arrives male-to-female into a setup that needs male-to-male. The pairing check – identify both ends first – is the step that prevents the mis-order, and it takes ten seconds against a re-order that takes a week.
Related reading: The pin functions at each gender? Read the pinout guide — blogs/news/xlr-connector-pinout
Related reading: Browse XLR cables by end configuration — collections/audio-cables
Frequently Asked Questions
How do I tell an XLR male from a female?
Count the contacts: a male has protruding pins, a female has recessed sockets. The visual is immediate – pins versus sockets – and the pin count (3, 4, 5, 7) is the same on both.
Which end is the male in a standard cable?
The source end. The convention is male at the signal source (the mic, the line-out) and female at the input (the console, the interface) – the standard cable is male-to-female in that order.
What if both my devices have female XLR?
Specify a male-to-male build – the cable presents a male to each female input. It is a deliberate configuration driven by the hardware, not the default, so it should be ordered explicitly.
Does the gender affect the signal?
No – the gender is a mechanical pairing, not a signal property. The signal and the pin functions are the same regardless of which end is male or female; the gender only determines which physical connection is possible.
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