D-subminiature (Professional Audio)
Encyclopedia
D-subminiature
connectors are used to carry balanced analog
or digital
audio on many multichannel professional audio equipment, where the use of XLR connectors is impractical, for example due to space constraints.
The most common usage is the DB25, using TASCAM
's pinout. To avoid the possibility of bent pins on fixed equipment, the male connector is generally fitted to the cabling and the female connector to the equipment. The DD50 connector is described in AES-2id-1996.
D-subminiature
The D-subminiature or D-sub is a common type of electrical connector. They are named for their characteristic D-shaped metal shield. When they were introduced, D-subs were among the smaller connectors used on computer systems....
connectors are used to carry balanced analog
Balanced audio
Balanced audio is a method of interconnecting audio equipment using impedance-balanced lines. This type of connection is very important in sound recording and production because it allows for the use of long cables while reducing susceptibility to external noise.Balanced connections use...
or digital
AES/EBU
AES3 is the standard used for the transport of digital audio signals between professional audio devices. It is also known as AES/EBU and is published by the Audio Engineering Society and as part of IEC 60958. It was developed by the AES and the European Broadcasting Union and first published in...
audio on many multichannel professional audio equipment, where the use of XLR connectors is impractical, for example due to space constraints.
The most common usage is the DB25, using TASCAM
TASCAM
TASCAM is the professional audio division of TEAC Corporation, headquartered in Montebello, California. Tascam is credited as the inventor of the Portastudio, the first cassette-based multi-track home studio recorders. Tascam also introduced the first low-cost mass produced multitrack recorders...
's pinout. To avoid the possibility of bent pins on fixed equipment, the male connector is generally fitted to the cabling and the female connector to the equipment. The DD50 connector is described in AES-2id-1996.
DA15 | ||
Pin | Quartz Digital |
Bluefish Digital |
---|---|---|
1 | Out 1/2 + | In 5/6 + |
2 | GND | In 3/4 - |
3 | Out 3/4 + | In 3/4 + |
4 | GND | In 1/2 - |
5 | GND | In 1/2 + |
6 | Out 5/6 + | In 5/6 - |
7 | GND | Out 5/6 - |
8 | Out 7/8 + | In 1/2 GND |
9 | Out 1/2 - | Out 1/2 GND |
10 | GND | n/c |
11 | Out 3/4 - | Out 5/6 + |
12 | GND | Out 3/4 - |
13 | Out 5/6 - | Out 3/4 + |
14 | GND | Out 1/2 - |
15 | Out 7/8 - | Out 1/2 + |
DB25 | |||
Pin | Yamaha Yamaha Pro Audio Yamaha Pro Audio, Inc. is a company that offers a complete line of professional audio products for the live sound and sound reinforcement markets... Digital |
TASCAM TASCAM TASCAM is the professional audio division of TEAC Corporation, headquartered in Montebello, California. Tascam is credited as the inventor of the Portastudio, the first cassette-based multi-track home studio recorders. Tascam also introduced the first low-cost mass produced multitrack recorders... / Digidesign Digidesign Avid Audio is an American digital audio technology company. It was founded in 1984 by Peter Gotcher and Evan Brooks. The company began as a project to raise money for the founders' band, selling EPROM chips for drum machines. It is a subsidiary of Avid Technology, and during 2010 the Digidesign... Digital |
TASCAM TASCAM TASCAM is the professional audio division of TEAC Corporation, headquartered in Montebello, California. Tascam is credited as the inventor of the Portastudio, the first cassette-based multi-track home studio recorders. Tascam also introduced the first low-cost mass produced multitrack recorders... Analog |
---|---|---|---|
1 | In 1/2 + | Out 7/8 + | In/Out 8 + |
2 | In 3/4 + | Out 7/8 GND | In/Out 8 GND |
3 | In 5/6 + | Out 5/6 - | In/Out 7 - |
4 | In 7/8 + | Out 3/4 + | In/Out 6 + |
5 | Out 1/2 + | Out 3/4 GND | In/Out 6 GND |
6 | Out 3/4 + | Out 1/2 - | In/Out 5 - |
7 | Out 5/6 + | In 7/8 + | In/Out 4 + |
8 | Out 7/8 + | In 7/8 GND | In/Out 4 GND |
9 | n/c | In 5/6 - | In/Out 3 - |
10 | GND | In 3/4 + | In/Out 2 + |
11 | n/c | In 3/4 GND | In/Out 2 GND |
12 | GND | In 1/2 - | In/Out 1 - |
13 | GND | n/c | n/c |
14 | In 1/2 - | Out 7/8 - | In/Out 8 - |
15 | In 3/4 - | Out 5/6 + | In/Out 7 + |
16 | In 5/6 - | Out 5/6 GND | In/Out 7 GND |
17 | In 7/8 - | Out 3/4 - | In/Out 6 - |
18 | Out 1/2 - | Out 1/2 + | In/Out 5 + |
19 | Out 3/4 - | Out 1/2 GND | In/Out 5 GND |
20 | Out 5/6 - | In 7/8 - | In/Out 4 - |
21 | Out 7/8 - | In 5/6 + | In/Out 3 + |
22 | GND | In 5/6 GND | In/Out 3 GND |
23 | GND | In 3/4 - | In/Out 2 - |
24 | GND | In 1/2 + | In/Out 1 + |
25 | GND | In 1/2 GND | In/Out 1 GND |
Lynx AES16(e) Digital I/O Pinout using HD26 | |||||
Pin | Signal | Pin | Signal | Pin | Signal |
---|---|---|---|---|---|
1 | Clock Gnd | 10 | Clock | ||
2 | Out Ch 8 - | 11 | Out Ch 8 + | 19 | Out Ch 8 GND |
3 | Out Ch 7 GND | 12 | Out Ch 7 - | 20 | Out Ch 7 + |
4 | Out Ch 6 - | 13 | Out Ch 6 + | 21 | Out Ch 6 GND |
5 | Out Ch 5 GND | 14 | Out Ch 5 - | 22 | Out Ch 5 + |
6 | In Ch 4 - | 15 | In Ch 4 + | 23 | In Ch 4 GND |
7 | In Ch 3 GND | 16 | In Ch 3 - | 24 | In Ch 3 + |
8 | In Ch 2 - | 17 | In Ch 2 + | 25 | In Ch 2 GND |
9 | In Ch 1 GND | 18 | In Ch 1 - | 26 | In Ch 1 + |
DD50 | |
Pin | Quartz / AES-2id Digital |
---|---|
1 | Ch 1 GND |
2 | Ch 2 + |
3 | Ch 3 GND |
4 | Ch 4 + |
5 | Ch 5 GND |
6 | Ch 6 + |
7 | Ch 7 GND |
8 | Ch 8 + |
9 | Ch 9 GND |
10 | Ch 10 + |
11 | Ch 11 GND |
12 | Ch 12 + |
13 | Ch 13 GND |
14 | Ch 14 + |
15 | Ch 15 GND |
16 | Ch 16 + |
17 | GND |
18 | Ch 1 - |
19 | Ch 2 - |
20 | Ch 3 - |
21 | Ch 4 - |
22 | Ch 5 - |
23 | Ch 6 - |
24 | Ch 7 - |
25 | Ch 8 - |
26 | Ch 9 - |
27 | Ch 10 - |
28 | Ch 11 - |
29 | Ch 12 - |
30 | Ch 13 - |
31 | Ch 14 - |
32 | Ch 15 - |
33 | Ch 16 - |
34 | Ch 1 + |
35 | Ch 2 GND |
36 | Ch 3 + |
37 | Ch 4 GND |
38 | Ch 5 + |
39 | Ch 6 GND |
40 | Ch 7 + |
41 | Ch 8 GND |
42 | Ch 9 + |
43 | Ch 10 GND |
44 | Ch 11 + |
45 | Ch 12 GND |
46 | Ch 13 + |
47 | Ch 14 GND |
48 | Ch 15 + |
49 | Ch 16 GND |
50 | GND |