Display MoreThat looks very good.
As you can see, there are no more error messages.
The soundfonts gets loaded, the mixer is initalized, all resources are allocated as desired, and even Windows is not complaining, which you thought was impossible 2 days ago.
Please, be patient. Nobody said this was a simple card! It's meant for DOS gaming, Windows gaming and semi-professional music production. Therefore, the settings are very diverse.
1. I have overlooked one minor point for DOS gaming:
EDIT:
Can you show me the content of your autoexec.bat file?
It's in the root directory of drive C:.No need to change anything here.
I was wrong here. I missed the first line. The values are relevant for the Sound Blaster emulation under DOS, but at the moment they reflect the first EEPROM programming before the Windows installation. Afterwards the resources in the EEPROM were adapted, but the driver did not automatically transfer them to the first line of AUTOEXEC.BAT. Please change the first line as follows:
@SET BLASTER=A220 I5 D1 T4
Save the file by overwriting/replacing the original.
2. Next minor point:
It seems that IRQs 3 and 4 are still free. So you can ENABLE IRQ assignment for USB in your BIOS if you wish to use your USB ports at some point:
3. Please check your speaker configuration:
So far you have:
1. configured the hardware resources (I/O address, interrupts, DMA channels) by enabling them in the BIOS (PCI/ISA PnP) and writing them to the EEPROM using the EWS64CFG program under DOS.
This replaces the configuration using jumpers, as can still be found on old ISA cards (Legacy ISA). The EWS64 XL therefore belongs to the ISA PnP cards. The configuration is done by software without having to open the computer, similar to PCI cards.
2. installed the driver by unpacking the file EWS64_Drv_w9x_3.1.exe and installing the contents using the device manager when Windows found the card at system startup
3. installed parts of the configuration tools by extracting the files
EWS64_App_w9x_D.exe
EWS64_MixerSettings.exe
into the default directory.
4. set some software parameters in the device manager and the control panel.
The card consists of two major components:
The Crystal CS4236B chip, called CoDec (if I remember correctly), and the Dream SAM9407 chip, called Synthesizer. The latter has a 2 MiB Roland sound font on the card for sound generation and can load additional sound fonts, e.g. from Yamaha, Korg etc., into the additional memory on the card.
The next step will deal with the mixer and the sound routing.
I'm hoping that Sound Routing will solve the issue I am still having.