The document is a list of audio files containing recordings of computer noises from various devices. It includes boot sequences, fan noises, hard drive operations, CD/DVD drive operations, and other noises from computers ranging from older Pentium and AMD systems to more recent Core 2 Duo laptops and desktops. The files are recorded by Stephan Marche and contain metadata on the sample rate, duration, channels, and description of sounds in each file.
The document provides details from the log of an audio CD burning session in Nero, including:
- A list of 10 tracks being burned with titles, lengths, and file names
- The recorder being used is a MATSHITA DVD-RAM UJ8E1
- The burning begins in disc-at-once mode and provides status updates throughout the process
The document discusses firewall basics including what a firewall is, different types of firewalls (edge, appliance, network), how firewalls work by blocking packets based on attributes like source/destination addresses and ports, sample firewall rules and issues that can arise with rule ordering, and examples of log file entries. A firewall controls network traffic and is installed primarily to prevent attacks by blocking unauthorized inbound and outbound traffic.
A firewall controls the flow of network traffic into and out of a network. It protects networks from attacks like probing, crashing services/computers, and unauthorized access. There are different types of firewalls including edge firewalls that protect individual devices, appliance firewalls that are dedicated firewall devices, and network firewalls that protect entire networks. Firewalls work by blocking or allowing packets based on criteria like source/destination IP addresses and ports. Firewall rules must be properly configured to allow desired traffic while blocking unwanted traffic. Logs record firewall activity and potential attacks but too much or too little logging has downsides.
This document lists 46 compatible processors for the motherboard DQ67SW. It provides details on each processor such as generation, model, frequency, cache size, graphics, thermal design power, compatible BIOS versions, and specification number.
This document provides a summary of common Linux network tools including ifconfig, netstat, route, ping, traceroute, iptables, netcat, rinetd, tcpdump, and tcpreplay. It describes what each tool is used for at a high level, such as configuring network interfaces, displaying network status, manipulating network routes, testing network connectivity, implementing firewalls, and capturing/replaying network traffic. The document also provides basic introductions to IPv4 and IPv6 addressing and routing concepts.
This service manual provides technical specifications and service guidelines for the 525 ATV manufactured by Taiwan Golden Bee Co., Ltd. It contains 18 chapters covering all systems of the vehicle from general information to electrical diagrams. Technicians should follow the inspection and repair procedures outlined in this manual to properly service the 525 ATV.
Sonosax to announce pre-order of its brand new SX-R4+Stephan Marche
The SONOSAX SX-R4+ is a new portable audio recorder with the following key features:
- 16 track recording to dual SD cards with sampling rates up to 192kHz/24-bit
- 16 total inputs including 4 XLR mic/line inputs, 2 line inputs, and 5 AES inputs
- Optional additional 8-channel mic preamp and Audio over IP connectivity
- 132dB dynamic range, 90kHz frequency response, and 40-bit processing
- Compact size of 1.2kg and pre-orders are available now at attractive introductory prices.
Detunized Room Tones - Industrial Building (Metadata)Stephan Marche
The document contains metadata for 19 audio recordings of ambient industrial sounds. Each recording is labeled with a file name, description of the sounds captured, format, duration, number of channels, and sample rate/bit depth. The sounds include rain water, air flow, heating tones, machinery, and other ambient noises recorded inside an industrial building over multiple channels.
The document provides details from the log of an audio CD burning session in Nero, including:
- A list of 10 tracks being burned with titles, lengths, and file names
- The recorder being used is a MATSHITA DVD-RAM UJ8E1
- The burning begins in disc-at-once mode and provides status updates throughout the process
The document discusses firewall basics including what a firewall is, different types of firewalls (edge, appliance, network), how firewalls work by blocking packets based on attributes like source/destination addresses and ports, sample firewall rules and issues that can arise with rule ordering, and examples of log file entries. A firewall controls network traffic and is installed primarily to prevent attacks by blocking unauthorized inbound and outbound traffic.
A firewall controls the flow of network traffic into and out of a network. It protects networks from attacks like probing, crashing services/computers, and unauthorized access. There are different types of firewalls including edge firewalls that protect individual devices, appliance firewalls that are dedicated firewall devices, and network firewalls that protect entire networks. Firewalls work by blocking or allowing packets based on criteria like source/destination IP addresses and ports. Firewall rules must be properly configured to allow desired traffic while blocking unwanted traffic. Logs record firewall activity and potential attacks but too much or too little logging has downsides.
This document lists 46 compatible processors for the motherboard DQ67SW. It provides details on each processor such as generation, model, frequency, cache size, graphics, thermal design power, compatible BIOS versions, and specification number.
This document provides a summary of common Linux network tools including ifconfig, netstat, route, ping, traceroute, iptables, netcat, rinetd, tcpdump, and tcpreplay. It describes what each tool is used for at a high level, such as configuring network interfaces, displaying network status, manipulating network routes, testing network connectivity, implementing firewalls, and capturing/replaying network traffic. The document also provides basic introductions to IPv4 and IPv6 addressing and routing concepts.
This service manual provides technical specifications and service guidelines for the 525 ATV manufactured by Taiwan Golden Bee Co., Ltd. It contains 18 chapters covering all systems of the vehicle from general information to electrical diagrams. Technicians should follow the inspection and repair procedures outlined in this manual to properly service the 525 ATV.
Sonosax to announce pre-order of its brand new SX-R4+Stephan Marche
The SONOSAX SX-R4+ is a new portable audio recorder with the following key features:
- 16 track recording to dual SD cards with sampling rates up to 192kHz/24-bit
- 16 total inputs including 4 XLR mic/line inputs, 2 line inputs, and 5 AES inputs
- Optional additional 8-channel mic preamp and Audio over IP connectivity
- 132dB dynamic range, 90kHz frequency response, and 40-bit processing
- Compact size of 1.2kg and pre-orders are available now at attractive introductory prices.
Detunized Room Tones - Industrial Building (Metadata)Stephan Marche
The document contains metadata for 19 audio recordings of ambient industrial sounds. Each recording is labeled with a file name, description of the sounds captured, format, duration, number of channels, and sample rate/bit depth. The sounds include rain water, air flow, heating tones, machinery, and other ambient noises recorded inside an industrial building over multiple channels.
The document contains metadata for audio field recordings taken at various abandoned coastal artillery bunker sites in Denmark. The recordings capture ambient natural sounds like wind, surf, and airflow inside and outside the structures. They were collected by Stephan Marche and contain details like location, sound type, sample rate, and duration for over 100 audio files.
The document describes 42 audio files of wind turbine blade noises recorded by Stephan Marche. Each file is described in a single line noting descriptive keywords for the sounds, sample rate, bit depth, number of channels, duration, and originator. The files contain recordings of various sounds produced by wind turbine blades including chattering, squealing, rhythmic tones, and phasey dissonant textures. Additionally, there are 21 files described of wind turbine drone recordings and 30 files of recordings from the rotation of wind turbine nacelles and strikes against the turbine towers.
The document contains a list of audio files with their metadata including file name, sample rate, bit per sample, number of channels, and duration. There are over 100 audio files grouped into categories related to train sounds including approaches and stops, close miking, express trains, freight trains, local trains, and locomotives. The files contain recordings of passing trains with various speeds, sounds, and distances from the point of recording.
The document contains a list of audio files with their file names, sample rates, bit rates, number of channels, and durations. There are over 100 audio files grouped into categories like "Ambience Below", "Beam Barrier", "Expansion Gap", "Footsteps", "Handrail", "Noise Barrier", "Rain", "Steel Structure", and "Wind". The files contain environmental recordings and ambiences from locations below and on bridges.
The document is a list of audio files with their names, sample rates, bit rates, durations, number of channels, and creator. It contains over 150 audio files organized into folders with labels like "Crackle", "Hum", "Impulse", "Noise", "Pulsed", and "Tonal". The files contain various sounds and noise effects and were all created by Stephan Marche.
This document contains metadata for 192 audio files containing various types of noises including buzzes, hums, digital noises, computer startup sounds, and tonal noises. The files were created by Stephan Marche and contain details such as file name, sample rate, bit depth, number of channels, duration, and originator for each file.
This document contains a list of audio files with descriptions of their contents. The audio files are recordings of various traffic and transportation sounds such as buses, cars, birds, trains and more. Metadata is provided for each file such as the sample rate, bit depth, number of channels and duration. There are a total of 58 audio files categorized into different locations and sound sources.
This document contains metadata for over 100 audio recordings of various water sounds such as streams, creeks, fountains, rain, ocean waves and rivers recorded by Stephan Marche. The metadata includes the filename, a description of the sound, sampling rate, bit depth, number of channels, duration and originator for each recording.
The Danish Bunker Coast
Danish Bunker Coast Live Pack features mysterious and eerie sounds recorded in and around bunker relicts along the Danish West Coast. The gathered ambiences form a comprehensive ressource of steady winds, heavy gusts, rustling undergrowths as well as single waves and strong surfs that constantly stream and break through these inhospitable areas with concrete remains all around.
A big part of the library was recorded inside the bunkers where the strong nature elements of wind and water are transformed into heavily comb filtered textures and dark atmospheres.
The Live Pack version contains 31 unified Instrument Racks that are built around sounds from 4 different recording areas.
Express, Freight and Local Trains from different perspectives
Passing Trains features Express, Freight and Local Trains that approach, pass, stop and pull out. The recordings took place at several spots in Saxon Switzerland near Dresden. Due to the reflections in the valley some of the included takes have amazing long tails of up 3 minutes.
Passing Trains Live Pack is organised into 6 sceneries and inludes Clips and a Live Set:
Approaches and Stops * Express Trains * Freight Trains * Local Trains * Locomotives * Close Miking – some impressive noises where Lavs & Contacts were attached directly at the rail.
http://detunized.com/universal_formats/
Passing Trains features Express, Freight and Local Trains that approach, pass, stop and pull out. The recordings took place at several spots in Saxon Switzerland near Dresden.
Due to the reflections in the valley some of the included takes have amazing long tails of more than 3 minutes.
Passing Trains is organised into 6 categories:
Approaches and Stops * Express Trains * Freight Trains * Local Trains * Locomotives * Close Miking – some impressive noises where Lavs & Contacts were attached directly at the rail.
Read more at Detunized
Optimize Detunized Live 8 Packs for Live 9Stephan Marche
This document provides a 10-step tutorial for optimizing and rearranging Live 8 packs for use in Live 9. The steps include setting a custom folder for Live packs, installing the pack, opening the installed pack folder, moving presets and deleting unnecessary files, renaming the pack folder, adding the custom pack folder in Live, and finding samples to repair references. Following these steps allows Live 8 packs to be optimized and customized for use in Live 9.
The document contains metadata for audio field recordings taken at various abandoned coastal artillery bunker sites in Denmark. The recordings capture ambient natural sounds like wind, surf, and airflow inside and outside the structures. They were collected by Stephan Marche and contain details like location, sound type, sample rate, and duration for over 100 audio files.
The document describes 42 audio files of wind turbine blade noises recorded by Stephan Marche. Each file is described in a single line noting descriptive keywords for the sounds, sample rate, bit depth, number of channels, duration, and originator. The files contain recordings of various sounds produced by wind turbine blades including chattering, squealing, rhythmic tones, and phasey dissonant textures. Additionally, there are 21 files described of wind turbine drone recordings and 30 files of recordings from the rotation of wind turbine nacelles and strikes against the turbine towers.
The document contains a list of audio files with their metadata including file name, sample rate, bit per sample, number of channels, and duration. There are over 100 audio files grouped into categories related to train sounds including approaches and stops, close miking, express trains, freight trains, local trains, and locomotives. The files contain recordings of passing trains with various speeds, sounds, and distances from the point of recording.
The document contains a list of audio files with their file names, sample rates, bit rates, number of channels, and durations. There are over 100 audio files grouped into categories like "Ambience Below", "Beam Barrier", "Expansion Gap", "Footsteps", "Handrail", "Noise Barrier", "Rain", "Steel Structure", and "Wind". The files contain environmental recordings and ambiences from locations below and on bridges.
The document is a list of audio files with their names, sample rates, bit rates, durations, number of channels, and creator. It contains over 150 audio files organized into folders with labels like "Crackle", "Hum", "Impulse", "Noise", "Pulsed", and "Tonal". The files contain various sounds and noise effects and were all created by Stephan Marche.
This document contains metadata for 192 audio files containing various types of noises including buzzes, hums, digital noises, computer startup sounds, and tonal noises. The files were created by Stephan Marche and contain details such as file name, sample rate, bit depth, number of channels, duration, and originator for each file.
This document contains a list of audio files with descriptions of their contents. The audio files are recordings of various traffic and transportation sounds such as buses, cars, birds, trains and more. Metadata is provided for each file such as the sample rate, bit depth, number of channels and duration. There are a total of 58 audio files categorized into different locations and sound sources.
This document contains metadata for over 100 audio recordings of various water sounds such as streams, creeks, fountains, rain, ocean waves and rivers recorded by Stephan Marche. The metadata includes the filename, a description of the sound, sampling rate, bit depth, number of channels, duration and originator for each recording.
The Danish Bunker Coast
Danish Bunker Coast Live Pack features mysterious and eerie sounds recorded in and around bunker relicts along the Danish West Coast. The gathered ambiences form a comprehensive ressource of steady winds, heavy gusts, rustling undergrowths as well as single waves and strong surfs that constantly stream and break through these inhospitable areas with concrete remains all around.
A big part of the library was recorded inside the bunkers where the strong nature elements of wind and water are transformed into heavily comb filtered textures and dark atmospheres.
The Live Pack version contains 31 unified Instrument Racks that are built around sounds from 4 different recording areas.
Express, Freight and Local Trains from different perspectives
Passing Trains features Express, Freight and Local Trains that approach, pass, stop and pull out. The recordings took place at several spots in Saxon Switzerland near Dresden. Due to the reflections in the valley some of the included takes have amazing long tails of up 3 minutes.
Passing Trains Live Pack is organised into 6 sceneries and inludes Clips and a Live Set:
Approaches and Stops * Express Trains * Freight Trains * Local Trains * Locomotives * Close Miking – some impressive noises where Lavs & Contacts were attached directly at the rail.
http://detunized.com/universal_formats/
Passing Trains features Express, Freight and Local Trains that approach, pass, stop and pull out. The recordings took place at several spots in Saxon Switzerland near Dresden.
Due to the reflections in the valley some of the included takes have amazing long tails of more than 3 minutes.
Passing Trains is organised into 6 categories:
Approaches and Stops * Express Trains * Freight Trains * Local Trains * Locomotives * Close Miking – some impressive noises where Lavs & Contacts were attached directly at the rail.
Read more at Detunized
Optimize Detunized Live 8 Packs for Live 9Stephan Marche
This document provides a 10-step tutorial for optimizing and rearranging Live 8 packs for use in Live 9. The steps include setting a custom folder for Live packs, installing the pack, opening the installed pack folder, moving presets and deleting unnecessary files, renaming the pack folder, adding the custom pack folder in Live, and finding samples to repair references. Following these steps allows Live 8 packs to be optimized and customized for use in Live 9.
1. Detunized - DTG047 - Computer Noises
FileName Description SampleRate BitPerSample Duration Channels Originator
AMD Sempron - Boot Sequence 1.wav boot sequence, complete 44100 24 00:01:41 2 Stephan Marche
AMD Sempron - Boot Sequence 2.wav boot sequence, CPU fan present, complete 44100 24 00:01:40 2 Stephan Marche
AMD Sempron - Boot Sequence 3.wav boot sequence, complete 44100 24 00:01:28 2 Stephan Marche
AMD Sempron - CDR 1.wav CDR operations, dual channel 44100 24 00:01:25 2 Stephan Marche
AMD Sempron - CDR 2_mono.wav CDR operations 44100 24 00:01:20 1 Stephan Marche
AMD Sempron - CPU fan 1.wav CPU fan start, idle, burst before spin down, dual channel 44100 24 00:01:32 2 Stephan Marche
AMD Sempron - CPU fan 2_mono.wav CPU fan start, idle, burst before spin down 44100 24 00:01:00 1 Stephan Marche
AMD Sempron - Case 1.wav case drone, modulation, dual channel 44100 24 00:00:30 2 Stephan Marche
AMD Sempron - Case 2.wav case drone, modulation, dual channel 44100 24 00:00:32 2 Stephan Marche
AMD Sempron - Case 3.wav case drone, modulation, dual channel 44100 24 00:00:32 2 Stephan Marche
AMD Sempron - Case 4.wav case drone, modulation, dual channel 44100 24 00:00:32 2 Stephan Marche
AMD Sempron - Case 5.wav case drone, modulation, dual channel 44100 24 00:00:32 2 Stephan Marche
AMD Sempron - Case 6.wav case drone, modulation, dual channel 44100 24 00:00:32 2 Stephan Marche
AMD Sempron - Diskette 1.wav diskette operations, nice spring sound, slot in and out, dual channel 44100 24 00:00:57 2 Stephan Marche
AMD Sempron - Diskette 2_mono.wav diskette operations, nice spring sound 44100 24 00:00:46 1 Stephan Marche
Atari PC2 - Boot Sequence 1.wav boot sequence, hd access, beep, floppy access, idle, turn off 44100 24 00:00:51 1 Stephan Marche
Atari PC2 - Boot Sequence 2.wav boot sequence, hd access, error beep, turn off 44100 24 00:00:39 1 Stephan Marche
Atari PC2 - Floppy Failure 1.wav 5.25 floppy failures 44100 24 00:00:18 1 Stephan Marche
Atari PC2 - Floppy Failure 2.wav 5.25 floppy failures 44100 24 00:00:14 1 Stephan Marche
Atari PC2 - Floppy Failure 3.wav 5.25 floppy failures 44100 24 00:00:18 1 Stephan Marche
Atari PC2 - Vintage 30 MB HD 1.wav vintage 30 MB hard disk boot, head adjust, spin down 44100 24 00:01:00 1 Stephan Marche
Atari PC2 - Vintage 30 MB HD 2.wav vintage 30 MB hard disk boot, head adjust, spin down 44100 24 00:01:00 1 Stephan Marche
Atari PC2 - Vintage 30 MB HD 3.wav vintage 30 MB hard disk boot, head adjust, spin down 44100 24 00:01:03 1 Stephan Marche
Celeron 1500 Laptop - Boot Sequence.wav 1.5 GHZ Celeron laptop with 40 MB 4200 rpm HD, Boot and Shut Down due to empty battery 44100 24 00:01:12 2 Stephan Marche
Celeron 400 Desktop - Boot Sequence 1.wav boot sequence with switch on, beep, floppy check, hd access, fans spinning, metal housing 44100 24 00:01:18 2 Stephan Marche
Celeron 400 Desktop - Boot Sequence 2.wav boot sequence with switch on, beep, floppy check, hd access, fans spinning, metal housing 44100 24 00:01:19 2 Stephan Marche
Celeron 400 Desktop - Boot Sequence 3.wav boot sequence, Floppy and HD close up 44100 24 00:01:18 2 Stephan Marche
Celeron 400 Desktop - Boot Sequence 4.wav boot sequence, Fan close up, Beep, Floppy 44100 24 00:01:15 2 Stephan Marche
Celeron 400 Desktop - Boot Sequence CPU-Fan.wav boot sequence, CPU fan close up, turn off 44100 24 00:00:35 2 Stephan Marche
Celeron 400 Desktop - Boot Sequence Power-Fan.wav power supply grid 44100 24 00:00:40 2 Stephan Marche
Celeron 400 Desktop - Boot from Diskette.wav booting into DOS, metal housing, tiurn off 44100 24 00:01:08 2 Stephan Marche
Core2Duo 2100 Laptop - Boot Sequence bottom.wav boot sequence, complete, recorded from bottom, dual channel 44100 24 00:01:08 2 Stephan Marche
Core2Duo 2100 Laptop - Boot Sequence top.wav boot sequence, complete, recorded from top, dual channel 44100 24 00:01:08 2 Stephan Marche
Core2Duo 3200 Desktop - Boot Sequence.wav boot sequence, complete 44100 24 00:01:09 2 Stephan Marche
Core2Duo 3200 Desktop - CDR 1.wav CDR lid closing, spin up, access, lid opening 44100 24 00:01:19 2 Stephan Marche
Core2Duo 3200 Desktop - CDR 2_mono.wav CDR read access 44100 24 00:00:10 1 Stephan Marche
Core2Duo 3200 Desktop - Case 1.wav case drone, dual channel 44100 24 00:00:30 2 Stephan Marche
Core2Duo 3200 Desktop - Case 2.wav case drone, dual channel 44100 24 00:00:31 2 Stephan Marche
Core2Duo 3200 Desktop - Case 3.wav case drone, dual channel 44100 24 00:00:31 2 Stephan Marche
2. Core2Duo 3200 Desktop - Case 4.wav case drone, dual channel 44100 24 00:00:31 2 Stephan Marche
Core2Duo 3200 Desktop - Diskette 1.wav 3.25 diskette operations 44100 24 00:01:19 2 Stephan Marche
Core2Duo 3200 Desktop - Diskette 2_mono.wav 3.25 diskette operations 44100 24 00:00:34 1 Stephan Marche
CoreDuo 1800 Laptop - Boot Sequence.wav boot sequence, complete, recorded from bottom, dual channel 44100 24 00:01:22 2 Stephan Marche
Pentium1 Desktop - Boot Sequence 1.wav boot sequence, complete, metal housing 44100 24 00:01:25 2 Stephan Marche
Pentium1 Desktop - Boot Sequence 2.wav boot sequence, complete 44100 24 00:01:24 2 Stephan Marche
Pentium1 Desktop - Boot Sequence 3.wav boot sequence, complete 44100 24 00:01:29 2 Stephan Marche
Pentium1 Desktop - Boot Sequence 4.wav boot sequence, complete 44100 24 00:00:56 2 Stephan Marche
Pentium1 Desktop - CDR access 1_mono.wav CDR acceleration, idle, spin down 44100 24 00:00:37 1 Stephan Marche
Pentium1 Desktop - CDR access 2_mono.wav CDR hectic head read write operations 44100 24 00:00:45 1 Stephan Marche
Pentium1 Desktop - CDR access 3.wav CDR lid closing, acceleration, spinning operations, lid opening 44100 24 00:01:02 2 Stephan Marche
Pentium1 Desktop - CPU fan.wav CPU fan start idle stop 44100 24 00:01:03 2 Stephan Marche
Pentium1 Desktop - Case 1.wav case drone, dual channel 44100 24 00:00:31 2 Stephan Marche
Pentium1 Desktop - Case 2.wav case drone, dual channel 44100 24 00:00:31 2 Stephan Marche
Pentium1 Desktop - Diskette 1_mono.wav diskette, copying data to HD, HD write access and head positioning 44100 24 00:00:37 1 Stephan Marche
Pentium1 Desktop - Diskette 2_mono.wav diskette, read write 44100 24 00:00:38 1 Stephan Marche
Pentium1 Desktop - HD Boot.wav HD, complete boot sequence 44100 24 00:00:40 2 Stephan Marche
Pentium1 Desktop - HD access 1_mono.wav HD running, access 44100 24 00:00:35 1 Stephan Marche
Pentium1 Desktop - HD access 2_mono.wav HD, complete boot sequence 44100 24 00:00:28 1 Stephan Marche
Pentium1 Desktop - HD failure 1_mono.wav HD failure, access trials 44100 24 00:00:22 1 Stephan Marche
Pentium1 Desktop - HD failure 2_mono.wav HD failure, knocking sound 44100 24 00:00:12 1 Stephan Marche
Pentium1 Desktop - HD failure 3.wav HD boot, access failure, several retries 44100 24 00:00:32 2 Stephan Marche
Pentium1 Desktop - Power Supply Fan + HD.wav power supply fan boot sequence 44100 24 00:01:08 2 Stephan Marche
Pentium3 Desktop - Boot Sequence 1.wav boot sequence, complete 44100 24 00:01:07 2 Stephan Marche
Pentium3 Desktop - Boot Sequence 2.wav boot sequence, complete 44100 24 00:01:06 2 Stephan Marche
Pentium3 Desktop - Boot Sequence 3.wav boot sequence, complete 44100 24 00:01:44 2 Stephan Marche
Pentium3 Desktop - Boot Sequence 4_Alarm.wav boot sequence with alarm tone 44100 24 00:01:05 2 Stephan Marche
Pentium3 Desktop - CDR.wav CDR operations, lid closing, high revolutions, lid opening 44100 24 00:01:11 2 Stephan Marche
Pentium3 Desktop - CPU Fan.wav CPU fan boot sequence 44100 24 00:01:07 2 Stephan Marche
Pentium3 Desktop - Case 1_mono.wav case drone 44100 24 00:00:24 1 Stephan Marche
Pentium3 Desktop - Case 2_mono.wav case drone 44100 24 00:00:29 1 Stephan Marche
Pentium3 Desktop - Case 3_mono.wav case drone 44100 24 00:00:26 1 Stephan Marche
Pentium3 Desktop - Power Supply Fan.wav power supply fan boot sequence 44100 24 00:01:05 2 Stephan Marche
Pentium3 Laptop - Boot Sequence 1.wav boot sequence, complete 44100 24 00:01:09 2 Stephan Marche
Pentium3 Laptop - Boot Sequence 2_mono.wav boot sequence, complete 44100 24 00:00:38 1 Stephan Marche
Pentium3 Laptop - Boot Sequence 3_mono.wav boot sequence, complete 44100 24 00:01:11 1 Stephan Marche
_Bonus Material/Fans/CPU Fan 1_mono.wav Plastic Fan, worn out bearing 44100 24 00:00:22 1
_Bonus Material/Fans/CPU Fan 2_mono.wav Plastic Fan, worn out bearing 44100 24 00:00:37 1
_Bonus Material/Fans/CPU Fan 3_mono.wav Plastic Fan, worn out bearing 44100 24 00:00:21 1
_Bonus Material/Fans/Housing Fan 1_mono.wav Housing Fan, start and stop 44100 24 00:01:00 1
_Bonus Material/Fans/Housing Fan 2_mono.wav Housing Fan, start and stop 44100 24 00:00:40 1
_Bonus Material/Fans/Power Supply Fan 1_mono.wav Power Supply Fan, start and stop 44100 24 00:00:21 1
_Bonus Material/Fans/Power Supply Fan 2_mono.wav Power Supply Fan, start and stop 44100 24 00:00:26 1
_Bonus Material/Fans/Running Fan 1_mono.wav Fan running, singing noise 44100 24 00:00:29 1
3. _Bonus Material/Fans/Running Fan 2_mono.wav Fan running, singing noise 44100 24 00:00:33 1
_Bonus Material/Fans/Running Fan 3_mono.wav Fan running, singing noise 44100 24 00:00:36 1
_Bonus Material/Fans/Running Fan 4_mono.wav Fan running, singing noise, rhythmic modulation 44100 24 00:00:28 1
_Bonus Material/external HDs dual channel/external HD 1_dual channel.wav Laptop HD boot, head adjust and and spin down 44100 24 00:01:05 2
_Bonus Material/external HDs dual channel/external HD 2_dual channel.wav Laptop HD boot, idle, head adjust and and spin down 44100 24 00:00:48 2
_Bonus Material/external HDs dual channel/external HD 3_dual channel.wav Laptop HD boot and and spin down 44100 24 00:00:42 2
_Bonus Material/external HDs dual channel/external HD 4_dual channel.wav Laptop HD boot, idle and and spin down 44100 24 00:01:05 2
_Bonus Material/external HDs dual channel/external HD 5_dual channel.wav Laptop HD boot, idle and and spin down 44100 24 00:01:03 2
_Bonus Material/external HDs mono/external HD 1_mono.wav HD boot and and spin down 44100 24 00:00:56 1
_Bonus Material/external HDs mono/external HD 2_mono.wav HD boot and and spin down 44100 24 00:00:35 1
_Bonus Material/external HDs mono/external HD 3_mono.wav HD boot and and spin down 44100 24 00:00:38 1
_Bonus Material/external HDs mono/external HD 4_mono.wav HD boot and and spin down 44100 24 00:00:44 1
_Bonus Material/external HDs mono/external HD 5_mono.wav HD boot and and spin down 44100 24 00:01:02 1
_Bonus Material/external HDs mono/external HD 6_mono.wav HD boot and and spin down 44100 24 00:00:50 1
_Bonus Material/external HDs mono/external HD 7_mono.wav HD boot and and spin down 44100 24 00:01:11 1
_Bonus Material/external HDs mono/external HD 8_mono.wav HD boot and and spin down 44100 24 00:00:49 1