ASIX AX11001 Manual

Single chip microcontroller with tcp/ip and 10/100m fast ethernet mac/phy
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Features
MCU
8-bit pipelined RISC, single cycle per
instruction with maximum operating frequency
of 100Mhz (100 MIPS)
100% software compatible with standard
8051/80390
2 GPIO ports of 8 bits each
2 external interrupt sources with 2 priority
levels
Support
power
programmable watchdog timer, and 3 16-bit
timer/counters
Debug port for connecting to In-Circuit
Emulation (ICE) adaptor
5 channels of programmable counter array
On-chip Program and Data Memory
Embed 128K (AX11001) or 512KB (AX11005)
Flash memory without bank select, and 16KB
SRAM for program code mirroring
Support initial Flash memory programming via
UART or ICE adaptor, the so-called In System
Programming (ISP)
Support run-time firmware or driver update
through Ethernet or UART, the so-called In
Application Programming (IAP)
Embed 32KB SRAM for data memory
Buffer Management
Embed DMA engine and memory arbiter.
Support 3 DMA channels for high performance
data movement needed for network protocol
stack processing
On-chip 10/100M Fast Ethernet MAC and PHY
Integrate IEEE 802.3 10BASE-T/100BASE-TX
compatible Fast Ethernet MAC and PHY with
Product Description
The AX11001/AX11005, Single Chip Micro-controller with TCP/IP and 10/100M Fast Ethernet MAC/PHY, is a
System-on-Chip (SoC) solution which offers a high performance embedded micro-controller and rich communication
peripherals for wide varieties of application which need access to the LAN or Internet. With built-in network protocol
stack, the AX11001/AX11005 provides very cost effective networking solution to enable simple, easy, and low cost
Internet connection capability for many applications such as consumer electronics, networked home appliances, industrial
equipments, security systems, remote data collection equipments, remote control, remote monitoring, and remote
management. In addition to stand-alone application, the AX11001/AX11005, with popular TCP/IP protocol suite on-chip
and built-in I2C bus or SPI bus, can be used as network co-processor to offload TCP/IP protocol processing loading from
system CPU in an embedded system.
This data sheet contains new products information. ASIX ELECTRONICS reserves the rights to modify product specification without notice. No
liability is assumed as a result of the use of this product. No rights under any patent accompany the sale of the product.
ASIX ELECTRONICS CORPORATION
4F, NO.8, Hsin Ann Rd., HsinChu Science Park, Hsin-Chu City, Taiwan, R.O.C.
TEL: 886-3-579-9500
FAX: 886-3-579-9558
http://www.asix.com.tw
Single Chip Microcontroller with TCP/IP
management
unit,
Always contact ASIX for possible updates before starting a design.
and 10/100M Fast Ethernet MAC/PHY
Document No: AX1100x/V0.6/05/03/06
dedicated 12KB SRAM for Ethernet packet
buffering. Support full-duplex and half-duplex
operations
Support twisted pair crossover detection and
auto-correction
Support wakeup via Link-up, Magic packet,
Wakeup frame or external input pin
TCP/IP
Build in TCP/IP accelerator in hardware to
improve network transfer throughput. Support
IP/TCP/UDP/ICMP/IGMP checksum and ARP
in hardware
Support TCP, UDP, ICMP, IGMP, IPv4,
DHCP, BOOTP, ARP, and HTTP in software
Communication Interface
3
UART
interface
921.6Kbps and Modem control)
1 I2C interface (master and slave mode)
SPI/Micro wire interface (3 masters or 1 slave
mode)
1 1-Wire controller interface (master mode)
10/100 Ethernet PHY interface
Support network boot over Ethernet using DHCP and
TFTP
Integrate on-chip voltage regulator and require single
power supply of 3.3V only
Integrate on-chip oscillator and PLL. Require only
one 25Mhz crystal to operate
Integrate on-chip power-on reset circuit
80-pin LQFP RoHS package
Operating temperature: 0 to 70°C or -40 to 85°C
*IEEE is a registered trademark of the Institute of Electrical and
Electronic Engineers, Inc.
*All other trademarks and registered trademark are the property of their
respective holders.
AX11001/AX11005
(with
1
supporting
Release Date: 5/3/2006

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Summary of Contents for ASIX AX11001

  • Page 1 Always contact ASIX for possible updates before starting a design. This data sheet contains new products information. ASIX ELECTRONICS reserves the rights to modify product specification without notice. No liability is assumed as a result of the use of this product. No rights under any patent accompany the sale of the product.
  • Page 2 Temperature Sensor EEPROM Humidity Sensor Rain Gauge Sensor GPIO AX11001/ Relay AX11005 1-Wire bus Barometric Pressure Sensor Wind Direction Sensor Magnetic + RJ45 Solar Radiance Sensor Thermocouple Sensor Figure 2: Environment Monitoring or Network Sensor and Remote Control ASIX ELECTRONICS CORPORATION...
  • Page 3 PowerPC) UART I2C bus or SPI bus I2C bus I2C bus AX11001/ AX11001/ EEPROM AX11005 EEPROM AX11005 Magnetic + RJ45 Magnetic + RJ45 Figure 5: BlueTooth to Ethernet Converter Figure 6: Network Co-processor for Embedded CPU ASIX ELECTRONICS CORPORATION...
  • Page 4: Table Of Contents

    AX11001/AX11005 Single Chip Microcontroller with TCP/IP and 10/100M Fast Ethernet MAC/PHY Table of Contents 1.0 INTRODUCTION ........................7 ............................7 ENERAL ESCRIPTION AX11001/AX11005 B ....................... 7 LOCK IAGRAM AX11001/AX11005 P ......................8 INOUT IAGRAM ............................9 IGNAL ESCRIPTION 2.0 FUNCTION DESCRIPTION .................
  • Page 5 Programmable Counter Array Interface Timing ..................50 5.4.6 Timer 0/1/2 Interface Timing ........................51 5.4.7 10/100M Ethernet PHY Interface Timing ....................52 6.0 PACKAGE INFORMATION ................53 7.0 ORDERING INFORMATION ................54 8.0 REVISION HISTORY ....................54 ASIX ELECTRONICS CORPORATION...
  • Page 6 MBEDDED 7: AX11005 B (AX11001 128KB F ) ..... 7 IGURE LOCK IAGRAM IS THE SAME BUT WITH EMBEDDED LASH EMORY 8: AX11001/AX11005 P ......................8 IGURE INOUT IAGRAM 9: T (HAD2) S ......16 IGURE YPICAL EBUGGER AND ARDWARE...
  • Page 7: Introduction

    25Mhz, 50Mhz, and 100Mhz, depending on system performance and power consumption trade-off. AX11001/AX11005 integrate an internal voltage regulator that requires only single power supply of 3.3V to operate, and an internal power-on-reset circuitry that simplifies the external reset circuitry on PCB. The package is 80-pin low-profile LQFP RoHS package and the operating temperature range are 0 to 70°C or -40 to 85°C.
  • Page 8: Ax11001/Ax11005 Pinout Diagram

    AX11001/AX11005 Single Chip Microcontroller with TCP/IP and 10/100M Fast Ethernet MAC/PHY 1.3 AX11001/AX11005 Pinout Diagram The AX11001/AX11005 is housed in an 80-pin LQFP package. GND18A XTL25P XTL25N LB_CLK VCC18A RXD0 VCCK VCCK VCCIO TXD0 ASIX RXD1/ECI XDATA6 TXD1/CEX_0 SYSCK_SEL1 AX11001...
  • Page 9: Signal Description

    0x02, see section 3.1.3 for details. The output driving strength is programmable, by P1_ODS bit in I2C Configuration EEPROM offset 0x04. See section 3.1.4 for details. UART Interface RXD0 B5/4m/PU UART 0 serial receive data. TXD0 O5/4m UART 0 serial transmit data. ASIX ELECTRONICS CORPORATION...
  • Page 10 B5/T/4m SPI slave select 0. This is a tri-stateable output when operating in SPI master mode or an input when operating in SPI slave mode. When operating in SPI master mode, it needs an external pulled-up resistor. ASIX ELECTRONICS CORPORATION...
  • Page 11 Transmit differential data output negative pin for 10BASE-T/100 BASE-TX in MDI mode or receive differential data input negative pin in MDIX mode. RSET_BG For Ethernet PHY’s internal biasing. Please connect to GND3A through a 12.3Kohm +/-1% resistor. ASIX ELECTRONICS CORPORATION...
  • Page 12 For normal operation, please pull down with 10Kohm during chip hardware reset. Note that after removal of chip hardware reset, this pin shall toggle during normal operation. Therefore, user should not tie it directly to GND for configuration purpose. ASIX ELECTRONICS CORPORATION...
  • Page 13 37, 46 Analog power for oscillator, PLL, and Ethernet PHY differential I/O pins, 1.8V GND18A 40, 49 Analog ground for oscillator, PLL, and Ethernet PHY differential I/O pins. VCC3A Analog power for bandgap, 3.3V. GND3A Analog ground for bandgap. ASIX ELECTRONICS CORPORATION...
  • Page 14: Function Description

    (i.e., 0.25Mhz, 0.5Mhz, and 1Mhz) to reduce power consumption during PMM mode. The AX11001/AX11005 also has an external clock source input pin called LB_CLK, which can be used as clock source for system logic. For more details on chip clock configuration and distribution, please refer to section 4.1.
  • Page 15: Cpu Core And Debugger

    The Debugger inside AX11001/AX11005 provides an in-circuit emulator feature and it is used to connect to an external In-Circuit-Emulation (ICE) adaptor board, which manages communication between the Debugger inside AX11001/AX11005 and the Debug Software on a PC. As shown in Figure 9, the Hardware Assisted Debugger (HAD2) is the ICE adaptor board.
  • Page 16: Figure 9: Typical Debugger And Figure 10: Flash Memoryp

    AX11001/AX11005 Single Chip Microcontroller with TCP/IP and 10/100M Fast Ethernet MAC/PHY Figure 9: Typical Debugger and Hardware Assisted Debugger (HAD2) System Diagram The main features of Debugger inside AX11001/AX11005 are listed below, Processor execution control ○ Run, Halt ○ Reset ○...
  • Page 17: On-Chip Flash Memory

    Byte programming time: 9us (typical) Sector Erase (Sector structure of AX11001: 16K Byte x 1, 8K Byte x 2, 32K Byte x1, and 64K Byte x1) Sector Erase (Sector structure of AX11005: 16K Byte x 1, 8K Byte x 2, 32K Byte x1, and 64K Byte x7) Auto Erase (chip &...
  • Page 18: Memory Arbiter And Boot Loader

    AX11001/AX11005 on PCB via UART 0 interface of AX11001/AX11005. When enabled (via BURN_FLASH_EN pin), it allows on-chip Flash memory to be programmed by ASIX’s Flash Programming utilities software on a PC with a standard RS-232 port, as shown in Figure 10. The link speed of AX11001/AX11005’s UART 0 used for communicating to the PC’s RS-232 port can be chosen to be either 921.6K or 115.2K bps (via BURN_FLASH_921K pin).
  • Page 19: Dma Engine

    2.8 Interrupt Controller The interrupt controller of AX11001/AX11005 supports 2 external interrupt pins, INT0 and INT1, with each having two levels of interrupt priority control. They can be in high or low-level priority group (setting via SFR register IP, EIP). The 2 external interrupt pins can be activated at low level or by a falling edge.
  • Page 20: Watchdog Timer

    Watchdog Internal watchdog interrupt 0x63 Table 2: Interrupt Controller Summary 2.9 Watchdog Timer The watchdog timer of AX11001/AX11005 is a user programmable clock counter that can serve as: A time-base generator An event timer System supervisor As shown in Figure 11, the watchdog timer is driven by the main system clock, which is supplied to a series of dividers.
  • Page 21: Power Management Unit

    (PMM) and STOP mode. 2.10.1 PMM When entering the PMM (via SFR register PCON) from full speed mode, most system logic of AX11001/AX11005 shall run at slower clock frequency (1/100 of original clock frequency) to reduce power consumption. The PMM is entered and exited by setting the PCON [PMM] bit by software.
  • Page 22: Stop Mode

    STOP mode. For more detailed description, please refer to section 4.10. 2.11 Timers and Counters The AX11001/AX11005 contains three 16-bit timer/counters, namely, Timer 0, Timer 1, and a fully compatible with the standard 8052 Timer 2, and one dedicated Milli-Second Timer which is programmable with 1ms resolution for software use.
  • Page 23: Uarts

    2.12.1 UART 0 and UART 1 The UART 0 and UART 1 of AX11001/AX11005 have the same functionality as standard 8051 UARTs. It is full duplex, meaning it can transmit and receive concurrently. It is receive double-buffered, meaning it can commence reception of a second byte before a previously received byte has been read from the receive register.
  • Page 24: Uart 2

    Line break generation and detection Internal diagnostic capabilities (loopback controls, break, parity, overrun and framing error) Transmit, receive, line status, and data set interrupts independently controlled Complete status reporting capabilities For more details, please refer to section 4.12. ASIX ELECTRONICS CORPORATION...
  • Page 25: Gpios

    10/100M Fast Ethernet MAC/PHY 2.13 GPIOs The AX11001/AX11005 supports two 8-bit bi-directional general purpose input and output ports, namely, P0 [7:0] and P1 [7:0]. Each port bit can be individually accessed by bit addressable instructions. The driving strength of the GPIO ports is programmable (4mA or 8mA, via I2C Configuration EEPROM offset 0x04, see section 3.1.4 for details).
  • Page 26: 10/100M Ethernet Mac

    For more detailed description on TOE, please refer to section 4.14. 2.15 10/100M Ethernet MAC The 10/100M Ethernet MAC of AX11001/AX11005 supports 802.3 and 802.3u MAC sub-layer functions as listed below, MAC frame receive and transmit through MII interface With dedicated receive buffer of 8K bytes SRAM and transmit buffer of 4K bytes SRAM...
  • Page 27: 10/100M Ethernet Phy

    4.16. 2.17 Programmable Counter Array The programmable counter array (PCA) present on the AX11001/AX11005 is a special 16-bit timer that has five 16-bit capture/compare modules. It provides more timing capabilities with less CPU intervention than the standard timer/counter.
  • Page 28: I2C Controller

    The I2C slave controller allows an external micro-controller with I2C master to communicate with AX11001/AX11005. It provides an I2C device ID register to allow flexible assignment of AX11001/AX11005 with any I2C device address for either 7-bit or 10-bit address mode, and can automatically filter I2C bus transactions not belonging to AX11001/AX11005 in hardware.
  • Page 29: 1-Wire Controller

    SPI clock, SCLK, is programmable by software and can be up to 14 Mhz when operating system clock is at 100MHz. The SPI slave controller allows an external micro-controller with SPI master to communicate with AX11001/AX11005. It supports 2 types of interface timing mode, namely, mode 0 and mode 3. In slave mode, only MSB first data transfer is supported and only the slave select pin, SS0, is used.
  • Page 30 AX11001/AX11005 Single Chip Microcontroller with TCP/IP and 10/100M Fast Ethernet MAC/PHY SPI Master Controller (with 4-bytes Receive SCLK FIFO and 4-bytes Transmit FIFO) MOSI MISO SPI Slave Controller (with 16-bytes FIFO) Figure 18: SPI Controller Block Diagram ASIX ELECTRONICS CORPORATION...
  • Page 31: Memory Map Description

    EEPROM. Note that if I2C EEPROM is not used, then I2C_BOOT_DIS pin should be pulled up during chip reset, and the reset value of each offset address listed in this section shall be used by the AX11001/AX11005 by default. EEPROM...
  • Page 32: Flag (0X01)

    GPIO Port 1 Pin Select. This selects the desired function (port 1 or UART2) of below multi-function pins, which users want to enable. Pin # P1 PSEL = 00/01 P1 PSEL = 10 P1 PSEL = 11 ASIX ELECTRONICS CORPORATION...
  • Page 33: Programmable Output Driving Strength (0X04)

    0: Set driving strength to 4mA on P1 [7:0] pins. 4:2 Reserved Please set to “100” for normal operation. 5 I2C_ODS I2C Output Driving Strength setting. 1: Set driving strength to 8mA on SCL, SDA pins (pin # 71, 72). ASIX ELECTRONICS CORPORATION...
  • Page 34: Node Id (0X06~0X0B)

    High Water Mark is threshold to stop sending of Pause frame. Note that each free buffer count here represents 256 bytes of packet storage space in RX packet buffer SRAM in Ethernet MAC. For now, set Pause Frame Low Water to 0x0F and Pause Frame High Water Mark to 0x14. ASIX ELECTRONICS CORPORATION...
  • Page 35: Toe Tx Vlan Tag (0X14~0X15)

    This field sets the default value of TOE Subnet Mask Register. The reset value in this ASIC = 0x0000_0000. 3.1.14 TOE L4 DMA Transfer Gap (0x21) This field sets the default value of TOE L4 DMA Transfer Gap Register. The reset value in this ASIC = 0x00. ASIX ELECTRONICS CORPORATION...
  • Page 36: Program Memory Map

    128 bits (16 bytes) begins at 0x20, and a scratch pad area with 208 bytes. With the indirect addressing mode, range 0x80 to 0xFF of the highest 128 bytes of the internal memory is addressed. With the direct addressing mode, range 0x80 to 0xFF, the SFR memory area is accessed. ASIX ELECTRONICS CORPORATION...
  • Page 37: Table 4: Sfr Register Map

    DPL1 DPH1 PCON Bolded – are 1T-80390 CPU core related registers. Italic – are peripheral functions, such as UART2, SPI, 1-Wire, PCA, Ethernet PHY, Ethernet MAC, TOE, I2C, and SW DMA related. Table 4: SFR Register Map ASIX ELECTRONICS CORPORATION...
  • Page 38 AX11001/AX11005 Single Chip Microcontroller with TCP/IP and 10/100M Fast Ethernet MAC/PHY 4.0 Detailed Function Description Please contact ASIX for receiving detailed description of all section 4. 4.1 Clock Generation 4.2 Reset Generation 4.3 Voltage Regulator 4.4 CPU Core & Debugger 4.5 On-Chip Flash Memory...
  • Page 39 AX11001/AX11005 Single Chip Microcontroller with TCP/IP and 10/100M Fast Ethernet MAC/PHY 4.17 Programmable Counter Array 4.18 I2C Controller 4.19 One-Wire Controller 4.20 SPI Controller ASIX ELECTRONICS CORPORATION...
  • Page 40 Input voltage of 3.3 V I/O Input voltage of 3.3 V I/O with 5 V tolerance 5.25 AX11001 LF and AX11005 LF operating ℃ junction temperature AX11001 LI and AX11005 LI operating junction ℃ temperature AX11001 LF and AX11005 LF operating ambient ℃ temperature AX11001 LI and AX11005 LI operating ambient ℃...
  • Page 41 Ioh = -2~-16mA Input pull-up resistance Vin = 0 KΩ Input pull-down resistance Vin = VCCIO KΩ Input leakage current Vin = 5.5V or 0 ±5 μA Input leakage current with pull-up resistance Vin = 0 μA ASIX ELECTRONICS CORPORATION...
  • Page 42 Quiescent current at 125 ℃ VCC3R = 3.3V, SFR register μA PCON [RSM] bit = 1 VCC3R = 3.3V, SFR register μA PCON [RSM] bit = 0 Cout Output external capacitor μF Allowable effective series Ω resistance external capacitor ASIX ELECTRONICS CORPORATION...
  • Page 43 CPU in STOP, Ethernet PHY powered down (OSC/PLL still 22.9 running) CPU in STOP, OSC/PLL stopped (TOFFOP of I2C EEPROM offset 0x01 = 1) Thermal resistance of °C/ Θ junction to case Thermal resistance of Still air °C/ Θ junction to ambient ASIX ELECTRONICS CORPORATION...
  • Page 44 Single Chip Microcontroller with TCP/IP and 10/100M Fast Ethernet MAC/PHY 5.3 Power-up Sequence At power-up, AX11001/AX11005 requires the VCC3R/VCCIO/VCC3A power supply to rise to nominal operating voltage within Trise3 and the VCCK/VCC18A power supply to rise to nominal operating voltage within Trise2. Trise3 3.3V...
  • Page 45: Figure 23: Xtl25P Clock Timing

    LB_CLK clock high time H_ LB_CLK LB_CLK clock low time L_ LB_CLK LB_CLK rise time (max) to V (min) R_ LB_CLK LB_CLK fall time (min) to V (max) F_ LB_CLK Figure 24: LB_CLK Clock Timing Diagram and Table ASIX ELECTRONICS CORPORATION...
  • Page 46: Table 5: I2C Master Controller

    Table 6: I2C Slave Controller Timing Table Tprsc = 1/Fprsc, where Fprsc = (Operating system clock frequency / (5*(PRER + 1))) and the PRER is I2C Clock Prescale Register. Tsys_clk = 10/20/40ns for 100/50/25Mhz operating system clock. ASIX ELECTRONICS CORPORATION...
  • Page 47: Figure 25: Spi Master Controller

    Figure 26: SPI Slave Controller Timing Diagram and Table Fsys_clk is the operating system clock frequency, 25Mhz, 50Mhz, or 100Mhz. The SPIBRR is SPI Baud Rate Register. Tclk = 1/Fclk. Tsys_clk = 10/20/40ns for 100/50/25Mhz operating system clock. ASIX ELECTRONICS CORPORATION...
  • Page 48: Figure 27: One -Wire Resetp

    Slave Device Sample Window 15μs 15μs 30μs 15μs 15μs 30μs READ 1 SLOT READ 0 SLOT SLOT SLOT LOW1 LOW1 Symbol Parameter Conditions Units Time Slot Standard 68.8 µs SLOT Overdrive µs Write 0 Low Time Standard 62.4 µs LOW0 ASIX ELECTRONICS CORPORATION...
  • Page 49: Figure 28: One -Wire Write And Figure 29: One -Wire Stpz R

    Standard 51.2 µs Overdrive µs Turn Off Time for Write1/Write0 Standard µs OFF2 Overdrive µs Active Time for Write 0 Recovery Standard µs Overdrive µs Figure 29: One-Wire STPZ Reset and Read Write Timing Diagram and Table ASIX ELECTRONICS CORPORATION...
  • Page 50: Figure 30: Eci Timing Diagram And Figure 31: Cex[4:0] Timingd

    CEX[4:0] (as input ) rising-edge internal detection time Tsys_clk Tcex_fal CEX[4:0] (as input ) falling-edge internal detection time Tsys_clk Tcex_dly CEX[4:0] (as input ) internally retimed delay Tsys_clk Figure 31: CEX[4:0] Timing Diagram and Table Tsys_clk = 10/20/40ns for 100/50/25Mhz operating system clock. ASIX ELECTRONICS CORPORATION...
  • Page 51: Figure 32: Tm_Ck[2:0] Timingd

    T M_GT [2:0] Symbol Description Units Tgt_hi TM_GT[2:0] high pulse width Tsys_clk Tgt_low TM_GT[2:0] low pulse width Tsys_clk Tgt_fal TM_GT[2:0] falling-edge internal detection time Tsys_clk Tgt_dly TM_GT[2:0] internally retimed delay Tsys_clk Figure 33: TM_GT[2:0] Timing Diagram and Table ASIX ELECTRONICS CORPORATION...
  • Page 52: Figure 34: 10/100M Ethernet

    Figure 34: 10/100M Ethernet PHY Transmitter Waveform and Spec Symbol Description Condition Typ Max Units Receiver input impedance KΩ Differential squelch voltage 10BASE-T mode Common mode input voltage 2.97 3.63 Maximum error-free cable length meter Table 7: 10/100M Ethernet PHY Receiver Spec ASIX ELECTRONICS CORPORATION...
  • Page 53 12.00 BSC 7 12.00 BSC 0.50 BSC 14.00 BSC 14.00 BSC 0.45 0.60 0.75 1.00 REF θ 0° 3.5° 7° BSC stands for Basic Spacing between Centers. Please refer to JEDEC Standard 95, page 4.17 for details. ASIX ELECTRONICS CORPORATION...
  • Page 54 10/100M Fast Ethernet MAC/PHY 7.0 Ordering Information Part Number Description AX11001 LF 128K bytes Flash memory, Lead Free package, commercial temperature range, 0 to 70°C AX11001 LI 128K bytes Flash memory, Lead free package, Industrial temperature range, -40 to 85°C AX11005 LF 512K bytes Flash memory, Lead Free package, commercial temperature range, 0 to 70°C...
  • Page 55 AX11001/AX11005 Single Chip Microcontroller with TCP/IP and 10/100M Fast Ethernet MAC/PHY 4F, No. 8, Hsin Ann Rd., HsinChu Science Park, HsinChu, Taiwan, R.O.C. TEL: 886-3-5799500 FAX: 886-3-5799558 Email: support@asix.com.tw Web: http://www.asix.com.tw...

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