Содержание
- AC 97 and Intel Front Panel I/O Connectivity Design (MSI P43T-C51)
- Server/PC Stuff — Intel S5000VSA Motherboard Front Panel Connections
- Front Panel Motherboard INTEL.swf
- Intel front panel
- Front Panel Connection in Motherboard | CPU ke Front Panel ka Connection Kaise Kare | Easy Step
- Embedded and Integrated Components
А надо открыть Realtek HD Audio Manager и сделать так
AC 97 and Intel Front Panel I/O Connectivity Design (MSI P43T-C51)
С самого момента покупки корпуса под комп озадачился подключением передней панели с портами usb, выходом на наушники и входом для микрофона. С usb проблем ноль, а вот подключить аудио не получилось из-за несоответствия выхода на материнке. Если память не изменяет, то первая мат.плата в этом системнике приказала долго жить и была выкинута на мороз, взамен ей прикуплена MSI P43T-C51, у которой выход стандарта Intel Front Panel I/O Connectivity Design. К нему следовало подключить провода под стандарт AC 97. Фейл. Пару раз, когда мне было делать нехер, попытки подключить-таки заветную панельку предпринимались, сейчас уже думаю что все делал правильно, но не знал об одной детали…
В связи с появлением колонок и усилка под них мне заебло постоянно лазить в зад системнику и переключить провода на усилок и наушники, поэтому обратился к гуглу. Спасибо vovsir за доступное решение. Себе же накатаю краткий мануал чтоб было.
Итак, Интел все предусмотрел и выложил матчасть, изучение коей позволяет подключить AC 97 к выходу Intel Front Panel I/O Connectivity Design.
| Pin | Signal | Description | Pin | Signal | Description |
| 1 | PORT 1L | Analog Port 1 — left channel (Microphone) | 2 | GND | Ground |
| 3 | PORT 1R | Analog Port 1 — right channel (Microphone) | 4 | PRESENCE# | Active low signal that signals BIOS that an Intel® HD Audio dongle is connected to the analog header. PRESENCE# = 0 when an Intel® HD Audio dongle is connected |
| 5 | PORT 2R | Analog Port 2 — right channel (Headphone) | 6 | SENSE1_RETURN | Jack detection return for front panel (JACK1) |
| 7 | SENSE_SEND | Jack detection sense line from the Intel® HD Audio CODEC jack detection resistor network | 8 | KEY | No pin |
| 9 | PORT 2L | Analog Port 2 — left channel (Headphone) | 10 | SENSE2_RETURN | Jack detection return for front panel (JACK2) |
Server/PC Stuff — Intel S5000VSA Motherboard Front Panel Connections
Из чего все радостно становится на свои места, но как обычно из-за одной маленькой хрени ничерта не работает
Front Panel Motherboard INTEL.swf
А надо открыть Realtek HD Audio Manager и сделать так
Все. Микрофон прекрасно работает через жопу задний выход, так что проверял только наушники.
Intel front panel
PIN SIGNAL DESCRIPTION
1 PORT 1L Analog Port 1 – Left channel
2 GND Ground
3 PORT 1R Analog Port 1 – Right channel
4 PRESENCE# Active low signals BIOS that a High Definition Audio dongle is connected to the analog header. 0 when a High Definition dongle is connected.
5 PORT 2R Analog Port 2 – Right channel
6 SENSE1_RETIRN Jack detection return from front panel JACK1
7 SENCE_SEND Jack detection sense line from the High Definition Audio CODEC
jack detection resistor network.
8 KEY Connector Key
9 PORT2L Analog Port 2 – Left channel
10 SENSE2_RETIRN Jack detection return from front panel JACK2
А вот какие провода идут от передней панели моего корпуса (Foxconn а модель не помню) :
HP OUT R
HP OUT-R
HP OUT L
HP OUT-L
GROUND
MIC POWER
MIC IN
MIC GRD
Какой провод к какому пину присоединять?
Заранее благодарен за помощь!
в инструкции написано седующее
мне подключать оба разьема или какой-нибудь один? какой?
Цитата:
| мне подключать оба разьема или какой-нибудь один? какой? |
Подключать нужно один, любой какой подойдет по схеме, оба разьема идентичны, из трехпинового можно сделать двухпиновый(разрезав пополам, посередине нет контакта) это сделано для удобства подключения, потому как есть матери с 3 пин и 2пин PowerLed. Короче модель материнки в студию пожалуйста!
Дубликат сделал потому что не кто не отвечал. Теперь можно обсуждать в одном топике.
Front Panel Connection in Motherboard | CPU ke Front Panel ka Connection Kaise Kare | Easy Step
Распиновка в FAQ такая
А провода такие:
Ground
HPOUT-R
HPOUT R
HPOUT-L
HPOUT L
MIC GRD
MIC POWER
MIC IN
Провода следующие:
Ground
HPOUT-R
HPOUT R
HPOUT-L
HPOUT L
MIC GRD
MIC POWER
MIC IN
Embedded and Integrated Components
There are a variety of connectors on a modern motherboard. Figure 4.36 shows connector locations on a typical motherboard. Note that Figure 4.36 combines features from several different motherboards; you might not see every feature on a particular motherboard. Several of these connectors, such as power supply connectors, serial and parallel ports, and keyboard/mouse connectors, are covered in other chapters.
Figure 4.36. Typical motherboard connectors on a dual-processor server.
This section provides figures and tables that show the configurations and pinouts of most of the other interface and I/O connectors you will find.
One of the biggest problems many people overlook when building and upgrading systems is the front panel connections. Connectors that don’t match between the motherboard and chassis are one of the small but frustrating things that can be problematic in an otherwise smooth upgrade or system build. Unfortunately, there is no single standard in use for front panel connectors on servers. The de facto standard for front panel connections in servers is the SSI front panel I/O connector shown in Figure 4.37. Motherboards that fully adhere to one of the current SSI standards (CEB, EEB, and TEB) use this I/O connector. Note that this I/O connector is often located on the left edge of the motherboard, as viewed from the front, rather than on the front edge, as with many desktop motherboards.
Figure 4.37. Front panel connections specified by SSI server standards.
This is a much larger connector than the 10-pin keyed header defined by the «Intel Front Panel I/O Connectivity Guide» first developed in 2000 and followed by Intel and some other desktop PC makers. The SSI front panel connector supports additional LEDs used for system faults, activity and fault lights for up to two onboard NICs, temperature sensor, system ID, NMI, SMBus, and chassis intrusion. These features are very important for server management. Most current Intel server motherboards use the SSI connector.
Other major brands of server motherboards, however, use different connector standards, and sometimes a single brand of server uses more than one front panel connector standard on different models. See the manual for a particular server or server motherboard to determine the pinout and features supported.
If your server uses SATA drives connected to an add-on card rather than the motherboard’s integrated host adapter, the front drive access light will not operate. This light is normally connected to pins 7 and 9 of the SSI front panel connections shown in Figure 4.37 or to the equivalent pins on servers that use a different front panel connection standard. To enable the HDD activity light to operate when SATA drives connected to an add-on card are in use, connect the HDD activity light to the SATA adapter card, if possible. See the documentation for your server’s SATA host adapter card to determine whether the card has a connector for HDD activity lights.
To adapt the connectors in a chassis to those on a motherboard, in some cases you might need to change the connector ends by removing the terminals and reinserting them into different positions. For example, in a chassis that uses a 3-pin power LED connection and a motherboard with only a 2-pin connection, you have to remove one of the terminals, reinsert it into the middle position on the 3-pin connector, and then plug the connector in to the motherboard so that two pins are mated and the third empty position is hanging off the end of the connector. Fortunately, the terminals are easy to remove by merely lifting a latch on the side of the connector and then sliding the terminal and wire back out. When the terminal is inserted, the latch automatically grabs the terminal and locks it into position. To minimize the need to adapt connectors, you should use a chassis recommended by your server motherboard vendor.
Many server motherboards include front panel USB connectors, which are designed to be connected to front-mounted USB connectors in the chassis. The standard uses a single 10-pin keyed connector to provide two USB connections. The pinout of a standard dual USB motherboard header connector is shown in Figure 4.38 and Table 4.17.
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