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Sound Blaster AWE64, WORKING PULL, Creative Labs CT4500 16-Bit ISA
Appearance: Used
Functionality: Working
Description:
============
Similar to pictured, a Sound Blaster AWE64. Manual and drivers are available at: https://support.creative.com/Products/ProductDetails.aspx?catID=1&subCatID=207&prodID=1849&prodName=Sound%20Blaster%20AWE64&subCatName=Others&CatName=
Warranty and Returns:
=====================
We understand that there may be compatibility issues, space constraints, or it just doesn’t look perfect. This item can be returned within 14-days for ANY reason. However, shipping to and from is not refundable.
Shipping:
=========
- Other shipping methods are available – contact us for details.
- Combined shipping is available for most items – contact us for details.
- Local pickup is also available at no cost.
About Us:
=========
The Computer Preservation Group is dedicated to the preservation of historical computers. To help fund ongoing operations, select items are made available. To learn more, please visit our website. Thank you for your support!
Stock#:J1483.GL#.65
Details from https://en.wikipedia.org/wiki/Sound_Blaster_AWE64:
The Sound Blaster AWE64 is significantly smaller than its predecessor, the Sound Blaster AWE32. It offers a similar feature set, but also has a few notable improvements.
AWE64 has support for greater polyphony than the AWE32. Unfortunately, these additional voices are achieved via software-based processing on the system CPU. The technology, called WaveGuide, synthesizes the instrument sounds rather than using stored instrument patches like the hardware voices. This not only demands more processing power from the host system, but also is not of equal quality to available SoundFonts. The inability to adjust synthesis parameters, unlike with the hardware portion of the AWE64, also limited the WaveGuide function's usefulness.
Another improvement comes from better on-board circuitry that increases the signal-to-noise ratio and overall signal quality compared to the frequently quite noisy AWE32 and Sound Blaster 16 boards. This improvement is most notable with the AWE64 Gold, because of its superior gold plated RCA connector outputs. The improvement also comes from increased integration of components on AWE64 compared to its predecessors. Increased integration means the board can be simpler and trace routing to components is reduced, decreasing the amount of noise-inducing signal travel. This also made it possible to reduce the size of AWE64's board noticeably, compared to AWE32.
The Sound Blaster AWE32 boards allowed sample RAM expansion through the installation of 30-pin fast-page DRAM SIMMs. These SIMMs were commodity items during the time of AWE32 and AWE64, because they were used for many other applications, including plain system RAM. As such, Creative had no control over their sale. So, with the AWE64, Creative moved to proprietary RAM expansion modules which only they manufactured and sold. These memory boards were priced rather high. Their limited production also has made it quite difficult to expand an AWE64's RAM capacity since the AWE64 left production.
AWE64, in the end, was basically a revision of the AWE32. Quality of components and output was improved and cost of manufacturing was lessened. Functionality of the hardware was nearly identical. The boards were based around the AWE32's E-mu 8000 sample-based synthesis chipset, E-mu effects processor, and a Creative audio DSP and codec for digital sound playback.
Functionality: Working
Description:
============
Similar to pictured, a Sound Blaster AWE64. Manual and drivers are available at: https://support.creative.com/Products/ProductDetails.aspx?catID=1&subCatID=207&prodID=1849&prodName=Sound%20Blaster%20AWE64&subCatName=Others&CatName=
Warranty and Returns:
=====================
We understand that there may be compatibility issues, space constraints, or it just doesn’t look perfect. This item can be returned within 14-days for ANY reason. However, shipping to and from is not refundable.
Shipping:
=========
- Other shipping methods are available – contact us for details.
- Combined shipping is available for most items – contact us for details.
- Local pickup is also available at no cost.
About Us:
=========
The Computer Preservation Group is dedicated to the preservation of historical computers. To help fund ongoing operations, select items are made available. To learn more, please visit our website. Thank you for your support!
Stock#:J1483.GL#.65
Details from https://en.wikipedia.org/wiki/Sound_Blaster_AWE64:
The Sound Blaster AWE64 is significantly smaller than its predecessor, the Sound Blaster AWE32. It offers a similar feature set, but also has a few notable improvements.
AWE64 has support for greater polyphony than the AWE32. Unfortunately, these additional voices are achieved via software-based processing on the system CPU. The technology, called WaveGuide, synthesizes the instrument sounds rather than using stored instrument patches like the hardware voices. This not only demands more processing power from the host system, but also is not of equal quality to available SoundFonts. The inability to adjust synthesis parameters, unlike with the hardware portion of the AWE64, also limited the WaveGuide function's usefulness.
Another improvement comes from better on-board circuitry that increases the signal-to-noise ratio and overall signal quality compared to the frequently quite noisy AWE32 and Sound Blaster 16 boards. This improvement is most notable with the AWE64 Gold, because of its superior gold plated RCA connector outputs. The improvement also comes from increased integration of components on AWE64 compared to its predecessors. Increased integration means the board can be simpler and trace routing to components is reduced, decreasing the amount of noise-inducing signal travel. This also made it possible to reduce the size of AWE64's board noticeably, compared to AWE32.
The Sound Blaster AWE32 boards allowed sample RAM expansion through the installation of 30-pin fast-page DRAM SIMMs. These SIMMs were commodity items during the time of AWE32 and AWE64, because they were used for many other applications, including plain system RAM. As such, Creative had no control over their sale. So, with the AWE64, Creative moved to proprietary RAM expansion modules which only they manufactured and sold. These memory boards were priced rather high. Their limited production also has made it quite difficult to expand an AWE64's RAM capacity since the AWE64 left production.
AWE64, in the end, was basically a revision of the AWE32. Quality of components and output was improved and cost of manufacturing was lessened. Functionality of the hardware was nearly identical. The boards were based around the AWE32's E-mu 8000 sample-based synthesis chipset, E-mu effects processor, and a Creative audio DSP and codec for digital sound playback.
