In these situations, we had to manually input each track. Another issue we did observe was that the SRS Audio Presets does not correctly handle speaker plugging and other multiple audio inputs. This did not affect the quality of the audio, but for some reason made things a bit less fluid when switching between preset modes. One thing that we did notice was that sometimes the SRS Audio Essentials application would occasionally not load or start up properly if there were a lot of background noise or an active fire in the area where we were testing. There are many other high quality and user friendly software packages out there that allow you to convert your MP3's or other high quality audio files into something that can be played through Windows media players with good sound quality. Car Audio & Video Quick Disconnect Connectors, Car Audio & Video Quick Splice Adapters, Automotive Diagnostic Connectors, Adapters & Parts, SRS. Other than that the SRS Audio Essentials package does work quite well with both Windows and Mac computers. We found the SRS Playlist Studio to be quite effective at optimizing media player playback. Mastering Software allows anyone with a sound engineering background to create custom master recordings. Audio Essentials is a fully customizable sound enhancer that works with all PC-based media players, including Windows Media Player and iTunes, and content. The SRS Playlist Studio creates customized playlists for all of your favorite music groups. ![]() ![]() SRS Audio Essentials consists of three main components: SRS Playlist Studio, SRS Mastering Software, and SRS Streaming Server. SRS Audio Essentials is a software solution created by SRS Labs to allow anyone with an interest in sound quality to create custom streaming audio directly from their computer.
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![]() Now in the Property Name column, we may either type in the new property names or we may choose the desired name from the drop-down menu (Figures 9 and 10).įigure 9. Next, click on the tab for Custom properties (Figure 8).įigure 8. Click on the icon for File Properties in the menu bar. First, click on the icon for File Properties (Figure 7).įigure 7. We’ll add these custom file properties to the part template we are creating. Some examples of the most common custom file properties fields are: The custom file property fields are often the same from one part file to the next, so they may be set up ahead of time by saving them into a template. An example of this would be a PDM system reading the metadata for Revision, or a drawing file reading the metadata for Description to be used in the drawing title block or the bill of materials. We’ll next take a look at Custom File Properties.Ĭustom File Properties are fields of data that can be saved into the file header as “metadata.” This means that the data can be read by other files, without needing to open the actual part file. These changes will be saved with your template.Īlthough this is an option, I typically stick to the default names of the planes: F ront Plane, Top Plane and Right Plane. You may change the names of the default planes and the origin. We will also change the name of the origin to ORIGIN – 0,0,0 (Figure 6).įigure 6. Let’s change the default plane names to XY PLANE, ZX PLANE and YZ PLANE. These changes will be saved with the new template. The names of the three default planes and the origin may be changed. ![]() (This is a bit on the advanced side of things, though.)įor today’s article, we’ll focus on the four main items you can configure and save into a template. This could then be saved as a template so that whenever you begin a new part and select this template, the geometry is already created. For example, you could create a block with four counterbores in the corners to use as a common fixturing plate. You can also create new geometry to use in your template.
![]() Second generation Sound Blaster Audigy 2 series Sound Blaster Audigy 2 The VX (SB0060) is a low-profile PCI card in the Audigy family. It came with a Firewire port and was introduced before the AS models. The Sound Blaster Audigy Platinum EX (SB0090) is similar to the Audigy ES, but supported an external break out box instead of the standard internal version. The Sound Blaster Audigy LS (SB0310) is similar to the Audigy SE in that it supports neither hardware acceleration nor FireWire. The SE is a low-profile PCI card in the Audigy family, and still has many unsold units at online retailers unlike the other Audigy cards.Īnalog-Digital Converter (ADC): 24 bit 96 kHzĭigital-Analog Converter (DAC): 24 bit 96 kHz ![]() It is possible that the same card was sold in different markets with different names, that perhaps the cards were sold with one name for a while and later it was changed or it's possible they could even be slightly different cards. The Audigy SE and Audigy Value both carry the SB0570 model number. With these cards only one of the mic, line in, or AUX sources may be unmuted at a time. With the CA0106, the SE/Value are limited to software-based EAX 3.0 (upgraded to software-based EAX 4.0 with a driver update), no advanced resolution DVD-Audio Playback, and no Dolby Digital 5.1 or Dolby Digital EX 6.1 playback. The Audigy SE (SB0570) and Audigy Value (SB0570) are stripped down models, with a less expensive CA0106 audio-controller in place of the EMU10k2. This variant (SB0160) uses the full EMU10K2 chip (CA0100 chip ) and is, as a result, quite similar in feature set. The ASIO and break out box features were an attempt to tap into the "home studio" market, with a mainstream product. Some versions of Audigy featured an external break out box with connectors for S/PDIF, MIDI, IEEE 1394, analog and optical signals. ![]() Īudigy card supports the professional ASIO 1 driver interface natively, making it possible to obtain low latencies from Virtual Studio Technology (VST) instruments. (A resulting class-action settlement with Creative later awarded US customers a 35% discount on Creative products, up to a maximum discount of $65.)Īside from the lack of an end-to-end path for 24-bit audio, Dolby Digital (AC-3) and DTS passthrough (to the S/PDIF digital out) had issues that have never been resolved. This fact was not immediately obvious in Creative's literature, and was difficult to ascertain even upon examination of the Audigy's spec sheets. ![]() So despite its 24-bit/96 kHz high-resolution DACs, the Audigy's DSP could only process 16-bit/48 kHz audio sources. The Audigy and Live shared a similar architectural limitation: the audio transport (DMA engine) was fixed to 16-bit sample precision at 48 kHz. The audio processor could mix up to 64 DirectSound3D sound channels in hardware, up from Live!'s 32 channels.Ĭreative Labs advertised the Audigy as a 24-bit sound card, a controversial marketing claim for a product that did not support end-to-end playback of 24-bit/96 kHz audio streams. The Audigy cards equipped with EMU10K2 (CA0100 chip) could process up to 4 EAX environments simultaneously with its on-chip DSP and native EAX 3.0 ADVANCED HD support, and supported from stereo up to 5.1-channel output. |
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