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HSF-Modem
Product Release Notes
(Modem Driver v2.11.06)
Table of Contents
1 Overview
1.1 Generic Documents
1.2 Current Software
1.3 HSF Chipsets
1.3.1 Desktop
1.3.2 Mobile
1.4 Reference Designs
1.4.1 Reference Designs
2 Details of Product Release
2.1 EEProm Image and Device IDs
2.2 Driver Installation/Updating from a previous version
2.2.1 INF files
2.2.1.1 General Mistakes Depending on Hardware
2.2.1.2 Win9x Specific
2.2.1.3 NT5 INF specific
2.2.2 Win 9x
2.2.2.1 Win 9x New Installation
2.2.2.2 Win 9x Updating from a previous revision
2.2.3 NT 4.0
2.2.3.1 NT 4.0 New Installation
2.2.3.2 NT 4.0 Updating from a previous revision
2.2.4 NT 5.0
2.2.4.1 NT 5.0 New Installation
2.2.4.2 NT 5.0 Updating from a previous revision
2.3 Software Features and Modes of Operation
2.3.1 Minimum System Requirements and CPU Utilization
2.3.2 Current Features
2.3.3 Features Not Supported
2.3.4 Deviations Fixed in Current Release
2.3.5 Notes
2.3.6 Country Support
This document provides additional and up to date information on the HSF product with respect to its documentation, software, hardware, features, and performance.
|
HSF-PCI Modem Data Sheet |
|
HSF-PCI Modem Designers Guide |
|
HSF/HCF D480 Design & BOM Cost Optimization Guideline |
|
HSF AT Command Set Reference Manual |
|
HSF INF Customization |
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Blacklisting Documentation |
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Current release |
Ver. 2.11.06 | |
|
Previous release |
Ver. 2.11.03 |
|
Device Set Order Number |
144-pin TQFP Monopak Chipset |
Functions |
Data Sheet |
Designers Guide |
Device IDs |
|
DS56-L480-041 |
R6793-12 |
Data/Fax |
MD231 | ||
|
DS56-L480-041 |
R6793-12 |
Data/Fax/RTAM |
MD231 | ||
|
DS56-L480-031 |
R6793-11 |
Data/Fax/RTAM/S |
MD231 | ||
|
DS56-L480-031 |
R6793-11 |
Data/Fax/Voice/S |
MD231 |
Note: When using the [R6793-12] chipsets, edit the INF file and locate HKR,,HardwareType. Make sure that the value is D420.
|
Device Set Order Number |
Monopak Chipset |
Functions |
Data Sheet |
Designers Guide |
|
R6794-14(BIF + LC) 144-pin TQFP |
Data/Fax/Voice/TAM/Cellular |
MD232 | ||
|
R6794-11(BIF + LC) 144-pin TQFP |
Data/Fax/Voice/TAM/Cellular/SP |
MD232 |
Note: When using the [R6794-14] chipset, edit the INF file and locate HKR,,HardwareType,, . Make sure that the value is D420.
|
Reference Design |
Devices |
Features |
Device ID |
|
RD00-D480-011 |
R6793-11 |
D/F/RTAM/SP |
NOTE: Refer to HSF/HCF Monopak PCI Board Reference Design (RD00-D480) and BOM Cost Optimization Guidelines for technical information on this reference design. This reference design can also be used as a controller-less solution by swapping out the R6793-xx HSF chip with a R6795-xx HCF chip.
NOTE: The Rockwell Vendor ID is 127A, however since the company is now CONEXANT we had to change the Vendor ID. The new CONEXANT vendor ID is 14F1.
First make sure the EEPROM is programmed correctly.
The software release contains the EEProm text files and the programming utility which should be used to program the EEPROM. Use the text file name, which matches the Device ID of the device. You will need to change the Subsytem and Subvendor ID specific to the customer. A complete description of the bits is described in the R6793, R6784 PCI EEProm Content document. You can get this document from the Sales Office. Make sure the text file is in the same directory as the programming utility. Before using the utility the modem must be partially installed by clicking Finish when Windows says it cannot find a driver for the modem. Then run EEProg.bat. The utility will say it cannot find the card, just hit Enter and the utility will ask for a memory address. Just use the memory address found in the resource section of the properties of the modem enumerator located in the Device Manager under HSFMODEM. Then enter in the text file to be used without the extension. After programming make sure in the registry location HKEY_Local_MachineEnumPCI that any keys associated with 127A or 14F1 are removed. Then reboot the PC.
NOTE: There are four different INF configurations and therefore four different Device IDs Conexant supports. They are listed below. The xxx will be defined for each product line. The difference between Voice and TAM is Voice supports local handset and TAM does not.
Data/Fax has a Device ID of xxx3.
Data/Fax/Remote TAM has a Device ID of xxx4.
Data/Fax/Voice/Speakerphone has a Device ID of xxx5.
Data/Fax/TAM/Speakerphone has a Device ID of xxx6.
The IDs in the INF files that come with the drivers may not match the
IDs in the EEPROM and the modem will not install. When you receive the drivers
make sure that you edit the Mother (enumerator) INF file and make sure all
the IDs match the ones programmed in the EEPROM. There are 4 IDs: Vendor ID,
Device ID, Subsystem Vendor ID, and Subsystem Device ID. The Device ID is
dependent upon the chipset and its features. This is explained in the EEProm
Content documents above. The following example is for the HSF R6793-11
D/F/RTAM/SP. You will need to edit the line that follows; the IDs are in bold.
The first 14F1 is the Vendor ID, the
first 2016 is the Device ID, the
second 2016 is the Subsystem Device
ID, and the second 14F1 is the
Subsystem Device ID:
%PCIFriendlyName% = ModemPORT, PCIVEN_14F1&DEV_2016&SUBSYS_201614F1&REV_01
If you have any problems please contact the local Conexant FAE.
Note: If Windows does not detect the modem then most likely the Device ID in the EEProm on the Modem card is different from the Device ID in the INF files of the Software Release. These Ids must match, if they do not then either the EEProm is not programmed properly or the IDs in the INF are not correct.
See the HSF INF Customization document for a detailed up to date description of the contents of the INF files. Listed below are the most common parts of the INF which needs to be changed/checked prior to installing the drivers.
For D/F/TAM/SP or D/F/V/SP (i.e. R6793-11) edit the INF file and locate HKR,,HardwareType and make sure that the value is D100. (i.e. HKR,,HardwareType,,D420)
For D/F or D/F/TAM (i.e. R6793-12) edit the INF file and locate HKR,,HardwareType and make sure that the value is D420. (i.e. HKR,,HardwareType,,D420)
This Flag is explained in detail in the HSF Customization.doc. One common mistake is the setting for 5V or 3.3V Analog power. The default is 5V. In order to run at 3.3V the customer must power the Analog power to the chip to 3.3V, put in a pulldown resistor on the Set3V pin , and change the INF file.
Analog section from 5V: HKR,OEM, FLAGS,1,00,06,04,08
Analog section powered from 3.3V: HKR,OEM, FLAGS,1,20,06,04,08
There are two INFs and the Device, Vendor, Subvendor, and Subdevice IDs are located under [HSF_MODEM] and [Models]. Search each INF for one of the following.
[HSF_MODEM]
%PCIFriendlyName% = ModemPORT, PCIVEN_14F1&DEV_2013&SUBSYS_201314F1&REV_01
There are two INFs and the Device, Vendor, Subvendor, and Subdevice IDs are located under [Generic] and [rksample_addreg]. Search each INF for one of the following.
[Generic]
%HSFModem% = ModemX, PCIVEN_14F1&DEV_2013&SUBSYS_5517158D
[rksample_addreg]
HKLM,SYSTEMCurrentControlSetServicesRKSAMPLE,DeviceId,,'2013'
HKLM,SYSTEMCurrentControlSetServicesRKSAMPLE,VendorId,,'14F1'
Unzip the Win9x driver package into its own directory. For example c:HSF_DRIVERS.
Turn off power to your PC, remove PC cover, insert the HSF card in an available PCI slot, close the PC cover, and turn on power.
When Windows 9x loads, it will detect the new hardware and a box appears with the following text: Wizard will complete the installation of PCI Communications Device. Click Next >.
When prompted click on Other Locations and then browse to the directory in which you unzipped the Win9x driver package. Click OK.
Another box will appear with the text Windows found the following driver for this device. Rockwell PCI Modem Enumerator. Click Finish.
Another box may appear and state to insert a disk and then that a file could not be found. Just type in the directory the modem installation files are in into the Copy files from: box and click OK. The modem drivers will be installed and modem installation will be completed.
When installing over a previous version of HSF first make sure that the HSF-PCI installation files are unzipped and are either on a CDROM in the CDROM drive or located in a folder on your PC. Then go to the Control Panel Applet and click on Add/Remove Programs. Select the Conexant modem and click Add/Remove icon. Then go to Device Manager (right click on My Computer and click on Properties) and click on the Refresh icon. Follow the instructions.
Turn off power to your PC, remove PC cover, insert the HSF card in an available PCI slot, close the PC cover, and turn on power.
Unzip the NT 4.0 driver package into its own directory. For example c:HSF_DRIVERS
Double click on setup.exe. Continue as directed by the dialog boxes.
When installing over a previous version of HSF first make sure that the HSF-PCI installation files are unzipped and are either on a CDROM in the CDROM drive or located in a folder on your PC. Then go to the Control Panel Applet and click on Add/Remove Programs. Select the Conexant modem and click Add/Remove icon. Then reboot the PC and follow the NT 4.0 New Installation instructions.
Unzip the NT 5.0 driver package into its own directory. For example c:HSF_DRIVERS.
Turn off power to your PC, remove PC cover, insert the HSF card in an available PCI slot, close the PC cover, and turn on power.
When NT 5.0 loads, it will detect the new hardware and a box appears with the following text: Wizard will complete the installation of PCI Communications Device. Click Next >.
When prompted click on Other Locations and then browse to the directory in which you unzipped the driver package. Click OK.
Another box will appear with the text Windows found the following driver for this device. Rockwell PCI Modem Enumerator. Click Finish.
When installing over a previous version of HSF first make sure that the HSF-PCI installation files are unzipped and are either on a CDROM in the CDROM drive or located in a folder on your PC. Then go to the Control Panel Applet and click on Add/Remove Programs. Select the Conexant modem and click Add/Remove icon. Then go to Control Panel Applet->Modems and remove the Conexant modem. Then reboot the PC and follow the NT 5.0 New Installation instructions.
The minimum system requirement is 150 MHz MMX CPU with 16 Mbytes RAM.
The HSF modem consumes about 50 MMX MHz in V.90/K56Flex mode and 55 MMX MHz in V.34 mode. Therefore in a 400 MMX MHz machine in V.90 mode the HSF uses 50 MHz/400 MHz = 12.5 %.
Use Winbench to test CPU utilization. This is shareware and can be found at https://www.zdnet.com/zdbop/ First run Winbench CPU Mark with a hardware modem connected to another modem. Then record the number (A in this example). Then run Winbench CPU Mark with the HSF modem connected to another modem and record the number (B in this example). Now use the following formula to find out the percentage of the CPU which the HSF modem uses: [(A-B)/A] * CPU Speed. You can run this test also while downloading data, however in our tests we see a similar increase in CPU usage between hardware & software modems and the increase (from 0MHz to 20 MHz) depends on the system you are using.
|
Data
modulations implemented V.90, K56flex (u-law, A-law), V.34, V.32,
V32bis, V.22bis, V.22, V.21, V.23, Fax modulations implemented : V.17, V.29, V.27ter, V.21ch2, Data/Fax modulations not implemented : V.34 Fax |
|
|
Voice mode: 8-bit linear, u-law and A-law formats are supported. 8000 and 7200 Hz sampling. |
|
|
DOS box : Implemented |
|
|
Power Management: ACPI and APM |
|
|
Video Phone: Implemented |
|
|
Data/Fax/Voice Call Discrimination: Implemented |
|
|
Caller ID: Implemented |
|
Data modulations: V.34fax not implemented |
|
|
DSVD: not implemented |
|
WHQL: Win2k WHQL Dynamic Disabler Test. |
|
On-line Command Mode : Implemented via TIES. After escaping to on-line command mode, the modem continues to send the received data to the host. This will happen until an AT is sent to the modem. I.E. +++AT<CR> will enter command mode and block any received characters from the remote end. |
World Wide Country support is implemented by modifying the INF file. Country and default settings are configurable by modifying INF registry entries. Read the HSF INF Customization document available from Sales office.
Information provided by CONEXANT SYSTEMS, INC. is believed to be accurate and reliable. However, no responsibility is assumed by CONEXANT for its use, nor any infringement of patents or other rights of third parties which may result from its use. No license is granted by implication or otherwise under any patent rights of CONEXANT other than for circuitry embodied in CONEXANT products. CONEXANT reserves the right to change circuitry at any time without notice. This document is subject to change without notice.
K56flex is a trademark of CONEXANT SYSTEMS, INC. and Lucent Technologies.
Microsoft and Windows are registered trademarks of Microsoft Corporation.
CONEXANT and Whats Next in Communications Technologies are registered trademarks of CONEXANT SYSTEMS, INC.
1999, CONEXANT SYSTEMS, INC.
Printed in
All Rights Reserved
Worldwide Headquarters
P.O. Box C
Phone: (949) 483-4600
Fax: (949) 483-6375
For more information:
Call 1-800-854-8099
International information:
Call 1-949-483-6996
URL Address:
https://www.conexant.com
E-Mail Address:
literature@conexant.com
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