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ARM Embedded Product
 
1.Intel XScale IXP425 Demo board v5.0
 
2.S3C2440A Demo board
 
3.S3C2410A Demo board v1.02
 
4.ARM Emulator USB2.0 (PXA27x)
 
 

DSP Embedded Product
 
1.DSP ICE for TI USB2.0
 
 
 
ARM Emulator USB2.0 (PXA27x)(Price:$750)

Hardware Features
  • Support a variety of ARM cores,include ARM7/ARM9/Xscale series.(PXA27x)
  • Support Multi-Core/Multi-Processor
  • Support debug multi-core at the same time
  • Support detect ARM core in target board
  • Support hardware breakpoints and software breakpoints
  • Support debug target in ARM/Thumb mode
  • Support debug target in Little/Big Endian
  • Support debug target with MMU enabled
  • Support debug target with Cache enabled
  • Support DCC
  • Support Exception Catch
  • Support Semihosting
  • Support RDI 1.5.1, support a variety of Debuggers, such as SDT, ADS, RVDS, Codelab, CodeWarrior, IAR and GDB/Insight.
  • Support debugger ¡°download¡± program to MCU¡¯s on-chip Flash, Support program on-chip Flash of Philips LPC2xxx series, ATMEL AT91SAM series and ST STR7X series MCU
  • Support program NOR Flash in target board (with software FlashAccess)
  • Support program NAND Flash in target board (with software NandPgm), Support S3C2410 and S3C24A0 now.
  • Support USB 2.0/USB 1.1

Supported OS

BanyanU Daemon£¨for short, DaemonU£©is driver for BanyanU. It can run in Windows 2000/WinXP

Apple CPU:
a)ARM7TDMI£¨Atmel?AT91M40800£¬AT91M55800,AT91M40162,
Sumsung S3C4510B£¬S3C44B0X£¬TMS320VC5470£©
b)ARM7TDMI-S(LPC2104)
c)ARM720T(Hynix?HMS30C7202)
d)ARM920T(Motorola MC9328MX1,AT91RM9200,S3C2410)
e)ARM922T(KS8695)
f)ARM926E(Motorola MX2,S3C24A0)
g)ARM940T(Conexant CX82100,S3C2510)
h)ARM946E(Marvell 88E62)
i)XScale(PXA255,IXP425,IXP465,PXA270,PXA271)

Soft Features

  • Communication Interface

USB:support USB 2.0/1.1

  • JTAG Interface

20-Pin JTAG interface, TCK: 6MHz(MAX), lie on software setting

  • Power

Powered by USB port.Target provide logic-level reference voltage for JTAG interface

  • Size 90 X 65 X 25 mm

Hardware Interface

BanyanU have 2 interfaces:

  • USB Support USB 2.0 and USB1.1.

Note: USB 2.0 is recommended. When connected to USB 2.0, data download speed is much more higher.

  • JTAG connector

The JTAG connector is situated at one end of the BanyanU interface unit. The connector is a 20-way Insulation Displacement Connector (IDC) keyed box header (2.54mm male) that mates with IDC sockets mounted on a ribbon cable.


JTAG pinouts:

Pin

Signal

I/O

Description

1

Vref

Input

This is the target reference voltage. It is used to control the output logic levels to the target. It is normally fed from VCC on the target board.

2

Power

Input

It is used to indicate that the target has power. It is normally fed from VCC on the target board

3

TRST

Output

Output from BanyanU to the reset signal on the target JTAG port.

4

GND

£­

Ground

5

TDI

Output

Test Data In signal from BanyanU to the target JTAG port. It is recommended that this pin is pulled to a defined state.

6

GND

£­

7

TMS

Output

Test Mode signal from BanyanU to the target JTAG port. This pin must be pulled up on the target so that the effect of any spurious TCKs when there is no connection is begin.

8

GND

£­

Ground

9

TCK

Output

Test Clock signal from BanyanU to the target JTAG port. It is recommended that this pin is pulled to a defined state.

10

GND

£­

Ground

11

NC

£­

Not used

12

GND

£­

Ground

13

TDO

Test Data Out from the target JTAG port to BanyanU.

14

GND

£­

Ground

15

SRST

Input/

Output

Output from BanyanU to the target system reset. This is also an input to BanyanU so that a reset initiated on the target can be reported to the debugger.

16

GND

£­

Ground

17

NC

£­

Not used

18

GND

£­

Ground

19

NC

£­

Not used

20

GND

£­

Ground

Install

Warning£ºPower off target when install£¡

First£¬Install BanyanU software and restart PC¡£

Connect BanyanU and target board with 20-pin cable; Connect BanyanU and PC with USB cable.


Software Setup
Please refer to ¡°BanyanU soft manual¡±


JTAG Reset

When TRST/SRST is disabled, oTRST/oSRST is always low, target¡¯s TRST/SRST is pulled with 10K resistor in BanyanU.

When TRST/SRT is enabled, BanyanU will be automatically driven to low in following state:

    • During BanyanU detect target core type
    • Banyan DLL is loaded by Debugger

 
 
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