AX11005

The AX110xx family of products consist of AX11001, AX11005 and AX11015. Please refer to the AX110xx Product Introduction document for details of AX110xx family products.

ASIX provides two kinds of AX110xx development kits.The AX1100x 80-pin Development Kit and AX11015 128-pin Development Kit. If you need the local bus interface, external memory bus or external MII interface, you will need to purchase the AX11015 128-pin Development Kit. Please contact ASIX's Sales (sales@asix.com.tw) for more details.

All software modules for AX110xx family are developed in C language under Keil IDE development environment. Users can purchase the Keil IDE Development Environment from Keil's web site. In general, you will need to purchase the PK51 development tool for C-language compiler, debugger and simulator.In case if customers just need the compiler function and code size less than 64k bytes, you can purchase the CA51 package.You can also download the Keil C51 evaluation software from Keil's web site, but the evaluation software can only compile the sample codes with less than 2K bytes binary code. Please refer to Keil's web site for more details about the limitation of evaluation software.

The AX110xx currently provides two debug tool solutions the UART console debugging and the DCD's DoCD HAD2 debugger. All AX110xx S/W modules support the basic UART console debugging function by default. If you needs a more powerful debugging tool like source level debugging, the AX110xx development board supports the Digital Core Design's DoCD Hardware Debugger - the HAD2 module. Through the HAD2 module, the software running on AX110xx development board can be real-time debugged. You may consider purchasing the HAD2 module from Digital Core Design and download the debugger software from Digital Core Design's web site.

It depends on your requirements. If you can debug AX110xx software via the UART console debugging method, you don't need to purchase the DoCD HAD2 debugger.

Please download the AX110xx Product Briefs and AX110xx Product Introduction document from ASIX's web site

ASIX provides plenty of AX110xx technical documents and sample codes for customers' reference. If needed, users can purchase the AX110xx Development Kits which include AX110xx development boards, AX110xx Development Kit CD and other peripherals like a power adapter, RJ-45 Ethernet cable, RS-232 Null modem cable, etc. Please contact with ASIX's Sales (sales@asix.com.tw) for more details.

Please contact ASIX's Sales (sales@asix.com.tw) for more details.

No, ASIX provides free AX110xx related sample codes for customers to implement AX110xx applications.

Please contact ASIX's Sales (sales@asix.com.tw) for more details.

AX110xx provides a couple of solutions for customers to program the firmware code into AX110xx Flash.
1. The Windows/DOS UART Interface Flash Programming Utilities
2. The Ethernet Boot Loader Flash Programming Method
3. The DoCD HAD2 Debugger Flash Programming Method

AX110xx is a 100 MIPS 1T 8051/80390 System-on-Chip solution with embedded 10/100M Fast Ethernet MAC/PHY and TCP/IP Offload Engine.

The AX11001/AX11005 supports the Ethernet, I2C, SPI, 1-Wire, UART, PCA, GPIO interfaces, etc.

The AX110xx family integrates a 32K bytes embedded SRAM as Data Memory.

The AX11001 integrates a 128K bytes embedded Flash. AX11005 and AX11015 integrate a 512K bytes embedded Flash.

Yes, the AX110001/AX11005/AX11015 support two operating temperature ranges: 0 to 70°C or -40 to 85°C.

Yes, the embedded Ethernet PHY of AX110xx supports the HP Auto-MDIX function.

The reference EEPROM part on the AX110xx development board is Atmel AT24C02B I2C EEPROM.

The reference Ethernet transformer on the AX110xx development board is Bothhand LU1S041X LF (Turns Ratio is 1CT:1CT, Auto-MDIX).

The embedded Ethernet PHY of AX110xx family can work with the 1CT:1CT Turns Ratio transformers like TAIMAG RJC-248TA1 (Turns Ratio is 1CT:1CT, Auto-MDIX) industrial transformer.

Yes, you can remove the I2C EEPROM from their application, but the limitation is that their applications can only use AX110xx H/W default settings like the multi-function pin, output driving strength, etc. If you need to specify the AX110xx settings being defined in the EEPROM, you should keep the I2C EEPROM on their applications.

The maximum frequency of AX110xx PWM signal is 195.3 KHz.

The AX110xx supports uIP TCP/IP Stack sample code.

ASIX provides the S/W module drivers for each communication interfaces of AX110xx. These S/W modules include the CPU, Ethernet, S/W DMA, MS Timer, I2C, SPI, 1-Wire, PCA, UART2, UART, Local Bus, etc.

AX110xx uIP TCP/IP Stack sample code v1.0.4 already includes the HTTP Web Server source code inside. Please make sure the web page HTML files are put into the "SRC/WEB/FS" subdirectory of the uIP sample code and run the "mkfs.exe" command in the "SRC/WEB" subdirectory. The "mkfs.exe" command will convert these HTML files into the FSDATA.C and FSDATA.H files. AX110xx uIP TCP/IP Stack project file (ax11000.Uv2) will include these two files (FSDATA.C and FSDATA.H) to compile the runtime code.

The TCP socket connection count is dependent on the RAM size on the AX110xx platforms.

You don't need to assign a static IP address for AX110xx Ethernet Boot Loader, the AX110xx Ethernet Boot Loader will always get an IP address from the DHCP server.

You can open the gerber files of AX110xx development boards by running ORACLE's AutoVue Evaluation Revision tool (30 days evaluation date). Please visit ORACLE's web site for more details.

You can open the PowerPCB PCB layout files of AX110xx development boards by running Mentor Graphics PADS Layout Product Evaluation Software (No time limitation but with limited function). Please visit Mentor Graphics' web site for more details.