: Similar to the SiS variant, these are typically distributed by Motorola for specific motherboard configurations. How to Install or Update
While manual installation is reliable, automated tools can simplify the process:
Look under or Other devices .
The name can also appear on standalone . A common example is the Typhon HSP56 CMI8738, a 4.1 channel PCI audio board using the C-Media CMI8738 chipset. However, these uses are less common, and most search results for "HSP56 driver" point to the modem. hsp56 sound card driver
HSP56 sound card driver is an older component typically associated with combination PCI cards that integrated both modem and basic audio functionality. These were common in the late 1990s and early 2000s for budget-friendly PC builds. The Retro Web Overview of HSP56 Hardware Manufacturer & Vendors
The safest way to find the correct driver is to use the Hardware ID:
If you're using Linux, the situation is different, but there are still options. : Similar to the SiS variant, these are
This comprehensive guide covers everything you need to know about the HSP56 audio driver, from identification to final installation. What is the HSP56 Sound Card?
, right-click the "Multimedia Audio Controller" or "Unknown Device," go to Properties > Details , and select Hardware Ids . Look for strings like PCI\VEN_8086&DEV_2446 (Intel) or PCI\VEN_1039&DEV_7013 (SiS) to narrow your search. Manual Search Microsoft Update Catalog or legacy driver repositories like to locate the specific files (often named Installation Right-click the device in Device Manager and select Update driver "Browse my computer for drivers" and point to the folder containing your downloaded files.
, drivers for these cards are often found under vendors like Functionality A common example is the Typhon HSP56 CMI8738, a 4
Uninstall the device in Device Manager, then click Scan for hardware changes to force Windows to re-detect the chip with the new driver.
The is not just a sound card; it is usually an HSP56 Micro-Modem or similar device that uses "Host Signal Processing" technology. This means that instead of the hardware doing all the processing, the CPU does the heavy lifting, allowing the hardware to be smaller and cheaper.