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Input/Output Interfaces 5.8 Audio Subsystem These systems use the HD audio controller of the SB700 component to access and control an Analog Devices AD1884A HD Audio Codec, which provides 2-channel high definition analog-to-digital (ADC) and digital-to-analog (DAC) conversions. A block diagram of the audio subsystem is shown in Figure 5-8. All control functions such as volume, audio source selection, and sampling rate are controlled through software through the HD Audio Interface of the SB700 component. Control data and digital audio streams (record and playback) are transferred between the SB700 and the Audio Codec over the HD Audio Interface. The codec's speaker output is applied to a 1.5-watt amplifier that drives the internal speaker. A device plugged into the Headphone jack or the line input jack is sensed by the system, which will inhibit the Speaker Audio signal. These systems provide the following analog interfaces for external audio devices: Microphone In-This input uses a three-conductor 1/8-inch mini-jack that accepts a stereo microphone. Line In-This input uses a three-conductor (stereo) 1/8-inch mini-jack designed for connection of a high-impedance audio source such as a tape deck. This jack can be re-tasked to a Microphone In function. Headphones Out-This input uses a three-conductor (stereo) 1/8-inch mini-jack that is designed for connecting a set of 32-ohm (nom.) stereo headphones. Plugging into the Headphones jack mutes the signal to the internal speaker and the Line Out jack as well. Line Out-This output uses a three-conductor (stereo) 1/8-inch mini-jack for connecting left and right channel line-level signals. Typical connections include a tape recorder's Line In (Record In) jacks, an amplifier's Line In jacks, or to powered speakers that contain amplifiers. Front Panel Mic In Rear Panel Line In [1] SB700 HD Audio Interface PC Beep HD Audio I/F Header P23 Mic Audio (L/R) Line Audio (L/R) Speaker Audio (mono) AD1884A HD Audio Codec Header Headphone P23 Audio (L/R) Line Audio Out (L/R) Audio Amp Header P6 Front Panel Headphones Out Rear Panel Line Out NOTES: L/R = Separate left and right channels (stereo). L+R = Combined left and right channels (mono). [1] Can be re-configured as Microphone In Figure 5-8. Audio Subsystem Functional Block Diagram Technical Reference Guide www.hp.com 5-13

Section	Page
Title	1
Table of Contents	3
Chapter 1 Introduction	7
Introduction	7
1.1 About this Guide	7
1.1.1 Online Viewing	7
1.1.2 Hardcopy	7
1.2 Additional Information Sources	7
1.3 Serial Number	8
1.4 Notational Conventions	8
1.4.1 Special Notices	8
1.4.2 Values	8
1.4.3 Ranges	8
1.5 Common Acronyms and Abbreviations	9
Chapter 2 System Overview	17
System Overview	17
2.1 Introduction	17
2.2 Features	18
2.3 System Architecture	20
2.3.1 AMD Processor Support	22
2.3.2 Chipset	22
2.3.3 Support Components	23
2.3.4 System Memory	23
2.3.5 Mass Storage	24
2.3.6 Serial Interface	24
2.3.7 Universal Serial Bus Interface	24
2.3.8 Network Interface Controller	24
2.3.9 Integrated Graphics Processor	25
2.3.10 Audio Subsystem	26
Chapter 3 Processor/Memory	29
Processor/Memory Subsystem	29
3.1 Introduction	29
3.2 AMD Processors	30
3.2.1 AMD Processor Overview	30
3.2.2 Processor Changing/Upgrading	30
3.3 Memory Subsystem	31
3.3.1 Memory Loading/Upgrading	32
3.3.2 Memory Mapping and Pre-allocation	33
Chapter 4 System Support	35
System Support	35
4.1 Introduction	35
4.2 PCI Bus Overview	35
4.2.1 PCI 2.3 Bus Operation	35
4.2.2 PCI Express Bus Operation	36
4.2.3 Option ROM Mapping	37
4.2.4 PCI Interrupts	37
4.2.5 PCI Power Management Support	37
4.2.6 PCI Connectors	38
4.3 System Resources	40
4.3.1 Interrupts	40
4.3.2 Direct Memory Access	41
4.4 Real-Time Clock and Configuration Memory	42
4.4.1 Clearing CMOS	42
4.4.2 Standard CMOS Locations	43
4.5 System Management	43
4.5.1 Security Functions	43
4.5.2 Power Management	45
4.5.3 System Status	46
4.5.4 Thermal Sensing and Cooling	46
4.6 Register Map and Miscellaneous Functions	47
4.6.1 System I/O Map	47
4.6.2 GPIO Functions	49
Chapter 5 Input-Output Interfaces	51
Input/Output Interfaces	51
5.1 Introduction	51
5.2 SATA Interfaces	52
5.2.1 SATA Connector	52
5.2.2 AHCI/RAID Support	52
5.3 Diskette Drive Interface	54
5.4 Serial Interface	56
5.5 Parallel Interface Support	57
5.5.1 Standard Parallel Port Mode	57
5.5.2 Enhanced Parallel Port Mode	57
5.5.3 Extended Capabilities Port Mode	57
5.5.4 Parallel Interface Connector	58
5.6 Keyboard/Pointing Device Interface	59
5.6.1 Keyboard Interface Operation	59
5.6.2 Pointing Device Interface Operation	60
5.6.3 Keyboard/Pointing Device Interface Connector	60
5.7 Universal Serial Bus Interface	61
5.7.1 USB Connector	61
5.7.2 USB Cable Data	62
5.8 Audio Subsystem	63
5.8.1 HD Audio Controller	64
5.8.2 HD Audio Link Bus	64
5.8.3 Audio Multistreaming	64
5.8.4 Audio Specifications	65
5.9 Network Interface Controller	66
5.9.1 Wake-On-LAN Support	67
5.9.2 Alert Standard Format Support	67
5.9.3 Power Management Support	67
5.9.4 NIC Connector	68
5.9.5 NIC Specifications	68
Chapter 6 Integrated Graphics Processor	69
Integrated Graphics Processor	69
6.1 Introduction	69
6.2 Functional Description	70
6.3 Upgrading	71
6.4 Monitor Connectors	72
6.4.1 Analog Monitor Connector	72
6.4.2 DVI-D Connector	73
Chapter 7 Power and Signal Distribution	75
Power and Signal Distribution	75
7.1 Introduction	75
7.2 Power Distribution	75
7.2.1 SFF Power Supply	76
7.2.2 MT Power Supply	77
7.2.3 Optional Energy Star Compliant PSUs	78
7.3 Power Control	78
7.3.1 Power Button	78
7.3.2 Wake Up Events	80
7.3.3 Power Management	81
7.4 Signal Distribution	82
Chapter 8 BIOS ROM	85
SYSTEM BIOS	85
8.1 Introduction	85
8.2 ROM Flashing	86
8.2.1 Upgrading	86
8.2.2 Changeable Splash Screen	86
8.3 Boot Functions	87
8.3.1 Boot Device Order	87
8.3.2 Network Boot (F12) Support	87
8.3.3 Memory Detection and Configuration	87
8.3.4 Boot Error Codes	88
8.4 Client Management Functions	89
8.4.1 System ID and ROM Type	91
8.6 USB Legacy Support	92
8.7 Management Functions	92
Appendix A Error Messages and Codes	93
A.1 Introduction	93
A.2 Beep/Power LED Codes	93
A.3 Power-On Self Test (POST) Messages	94
A.4 System Error Messages (1xx-xx)	97
A.5 Memory Error Messages (2xx-xx)	98
A.6 Keyboard Error Messages (30x-xx)	99
A.7 Printer Error Messages (4xx-xx)	100
A.8 Video (Graphics) Error Messages (5xx-xx)	100
A.9 Diskette Drive Error Messages (6xx-xx)	101
A.10 Serial Interface Error Messages (11xx-xx)	102
A.11 Modem Communications Error Messages (12xx-xx)	103
A.12 System Status Error Messages (16xx-xx)	104
A.13 Hard Drive Error Messages (17xx-xx)	105
A.14 Hard Drive Error Messages (19xx-xx)	107
A.15 Video (Graphics) Error Messages (24xx-xx)	108
A.16 Audio Error Messages (3206-xx)	108
A.17 DVD/CD-ROM Error Messages (33xx-xx)	109
A.18 Network Interface Error Messages (60xx-xx)	109
A.19 SCSI Interface Error Messages (65xx-xx, 66xx-xx, 67xx-xx)	110
A.20 Pointing Device Interface Error Messages (8601-xx)	111

Match case Limit results 1 per page

Technical Reference Guide

www.hp.com

5-13

Input/Output Interfaces

5.8 Audio Subsystem

These systems use the HD audio controller of the SB700 component to access and control an

Analog Devices AD1884A HD Audio Codec, which provides 2-channel high definition

analog-to-digital (ADC) and digital-to-analog (DAC) conversions. A block diagram of the audio

subsystem is shown in Figure 5-8. All control functions such as volume, audio source selection,

and sampling rate are controlled through software through the HD Audio Interface of the SB700

component. Control data and digital audio streams (record and playback) are transferred between

the SB700 and the Audio Codec over the HD Audio Interface. The codec’s speaker output is

applied to a 1.5-watt amplifier that drives the internal speaker. A device plugged into the

Headphone jack or the line input jack is sensed by the system, which will inhibit the Speaker

Audio signal.

These systems provide the following analog interfaces for external audio devices:

Microphone In

—This input uses a three-conductor 1/8-inch mini-jack that accepts a stereo

microphone.

Line In

—This input uses a three-conductor (stereo) 1/8-inch mini-jack designed for

connection

of a high-impedance audio source such as a tape deck. This jack can be re-tasked to a

Microphone In function.

Headphones Out

—This input uses a three-conductor (stereo) 1/8-inch mini-jack that is

designed for connecting a set of 32-ohm (nom.) stereo headphones. Plugging into the

Headphones jack mutes the signal to the internal speaker and the Line Out jack as well.

Line Out

—This output uses a three-conductor (stereo) 1/8-inch mini-jack for connecting left

and right channel line-level signals. Typical connections include a tape recorder's Line In

(Record In) jacks, an amplifier's Line In jacks, or to powered speakers that contain amplifiers.

Figure 5-8.

Audio Subsystem Functional Block Diagram

SB700

HD Audio

Interface

Headphone

Mic In

Audio (L/R)

HD Audio

Codec

AD1884A

Speaker

Audio (mono)

Header

Rear Panel

NOTES:

L/R = Separate left and right channels (stereo). L+R = Combined left and right channels (mono).

P23

Audio

Amp

HD Audio I/F

Front Panel

Line In [1]

Headphones Out

Front Panel

Mic Audio (L/R)

[1] Can be re-configured as Microphone In

PC Beep

Header

P23

Out (L/R)

Line Audio

Line Out

Line Audio (L/R)

Rear Panel