EPROM/FLASH Simulator The embedded tools company
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EPROM/FLASH Simulator

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8, 16 or 32 Bit Operation
 
2, 8, 16 or 64 MBit Versions
 
DIL or PLCC Adapters
 
SO Adapter
 
TSOP Adapter
 
ESI-CON for In-Circuit Simulation
 
Monitor Control
 
NMI and RESET Generation
 


The EPROM simulator replaces up to 2 EPROMs on the target system. They can work in 8 or 16 bit mode. A 40 pin target adapter replaces 16 bit EPROMs. Banked EPROMs may be simulated too. Two EPROM simulators are used to build a 32-bit emulation system.

The EPROM simulator support communication functions. Therefore monitor programs can communicate very fast with the host system. The dowload speed is up to 100 KByte/sec. (400 KByte/sec. on ESI/64M). All TRACE32 monitor systems support this interface.


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TOP       Function

8 and 16 Bit Emulation

Simulates two 8 Bit or one 16 Bit EPROM/FLASH

Support of banked EPROMs

2, 8, 16 or 64 MBit totally

40 ns Access Time

High-Speed Download

  • 100 Kbyte/sec. for ESI/1/8/16M
  • 400...3000 Kbyte/sec. for ESI/64M

Reset Function for Target

ROM Monitor Interface

Many ROM Monitors available

  • Compatible with Emulator
  • Support for C,C++ and ASM
  • Communication via Eprom Simulator
  • Communication via RS232 or customized .DLL link
  • Windows9x, WindowsNT and Unix
  • Monitor Code with Source
  • Monitor Code Royalty Free

Operation together with BDM Debugger

  • Support for a wide range of on-chip debug interfaces
  • Easy high-level and assembler debugging
  • Interface to all compilers
  • Fast download
  • RTOS awareness
  • Interface to all hosts
  • Display of internal and external peripherals at a logical level
  • Flash programming
  • Hardware breakpoints and trigger (if supported by chip)
  • Trace extension available
  • Multiprocessor/multicore debugging
  • Software trace
  • Virtual analyzer
  • USB, Ethernet or Parallel Interface

Expansion Capability

  • 32 Bit Operation with 2 Simulators
  • 64 Bit Operation with 4 Simulators
TOP       Adapters

For a detailed description of EPROM pinouts please refer to: EPROM/FLASH Simulator document.

Adapter for DIL

  • DIL32
  • DIL40
  • DIL42

Adapter for PLCC

  • 8 Bit PLCC32 EPROM Mode
  • 8 Bit PLCC32 FLASH Mode
  • 16 Bit PLCC Adapter

Adapter for SO

  • SO44

Adapter for muliplexed FLASH devices

Adapter forTSSOP

  • TSOP32
  • TSOP40
  • TSSOP48 8 Bit
  • TSSOP48 16 Bit

Universal Adapter for FLASH and EPROM

    Supports EPROM and FLASH devices 8 and 16 Bit


    ESI-CON


TOP       EPROM Types

    TypeCountSize
    321B
    322B
    322W
    641B
    642B
    642W
    1281B
    1282B
    1282W
    2561B
    2562B
    2562W
    5121B
    5122B
    5122W
    1M1B
    1M2B
    1M2W
    2M1B
    2M2B
    2M2W
    4M1B
    4M2B
    4M2W
    8M1B
    8M2B
    16M2B
    16M1W
    32M2B
    32M1W
    64M2B
    64M1W
    Bank2 B
    Bank4 B
    Bank81B
    Bank161B
    Bank321B
    Bank641B
TOP       Configuration Examples


Configuration for Parallel Interface (LPT:) Get Quote

 
Podbus Parallel Interface
EPROM/FLASH Simulator Module and
ROM Monitor
 

Configuration for Parallel Interface with 32 Bit Simulation (LPT:) Get Quote

 
Podbus Parallel Interface
EPROM/FLASH Simulator Module and
ROM Monitor
EPROM/FLASH Simulator Module
 

Configuration for TCP/IP access Get Quote

Hub 10-Base-T or 100-Base-T
Ethernet Interface
EPROM/FLASH Simulator Module and
ROM Monitor
 

Configuration for TCP/IP access with additional RISC trace module Get Quote

Hub 10-Base-T or 100-Base-T
Ethernet Interface
EPROM/FLASH Simulator Module
RISC Trace with
Preprocessor
 

Configuration for USB access with BDM/JTAG debugger and EPROM/FLASH simulator Get Quote

USB
Debug Module with USB Interface and
BDM/JTAG Debugger
EPROM/FLASH Simulator Module
 




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Copyright © 2008 Lauterbach Datentechnik GmbH, Fichtenstr. 27, D-85649 Hofolding, Germany  Impressum
The information presented is intended to give overview information only.
Changes and technical enhancements or modifications can be made without notice.
Last generated/modified: Jan-18-2008