Hitex

DProbe167

DProbe167 The DProbe167 is the base module of Hitex's emulation support for the C166 family (list of supported derivatives). It is a fully functional in-circuit emulator of handheld size. The modular concept ensures easy upgrading from a cost-effective entry-level solution up to the high-end emulation system with an unrivalled feature set. Highlights:

• C167E3-Bondout CPU for fully transparent/non-intrusive debugging
• Support of maximum CPU speed and all operating voltages
• 1 MByte overlay memory with zero wait state access at 33 MHz
• Stand-alone operation without target
• Plug & Play: no jumpers, no switches
• High-speed download
• Support for all popular compilers like Keil, Tasking and GNU

DProbe251 with DTrace16 or DBox16

DProbe251 The DProbe251 is dedicated to support 251 derivatives up to the maximum operating frequency. The handheld size and its modular upgrade capability make this development tool a valuable help for any design engineer. The additional plug-on trace module, DTrace16 offers a real-time trace buffer. The extended features of DBox16 make this product a high-end in-circuit emulator for the professional system engineer.

• Small high-end real-time in-circuit emulator, non-intrusive
• Support up to the maximum operating frequency of 24 MHz without wait-states
• Supports all processor modes using bondout technology
• Watchdog support
• 256 KB dual-ported emulation memory with zero wait state access, on-the-fly access to variables
• 256K hardware breakpoints for code, data read and write
• Intelligent real-time trace up to 256K frames, filter feature
• Up to 4 complex triggers, 4 level sequence, timer trigger
• Code coverage, protection, execution profiler
• HLL and ASM level debugging

DProbeHS with DTrace16 or DBox16

DProbeHS - Real time emulation up to 70MHz The DProbeHS supports high-speed 8051 derivatives and derivatives with extended address space. Its handheld size and modular upgrade capability make it a valuable help for any design engineer. The additional DTrace16 plug-in trace module provides a real-time trace buffer. The extended features of DBox16 make this product a high-end in-circuit emulator for the professional system engineer.

• Small, high-end, real-time, non-intrusive in-circuit emulator
• Supports high-speed devices (up to 70 MHz)
• Interrupt support while halted--watchdog support
• Up to 1 MB dual-port emulation memory, on-the-fly access to variables, shadow RAM
• Up to 1M hardware breakpoints for code & data, read & write
• Intelligent real-time trace up to 256K frames with filters
• Up to 4 complex triggers, 4 level sequence, timer trigger, RIAS (TM)
• Code coverage, protection, performance analysis
• HLL and ASM level debugging

DProbeST10

DProbeST10 Modular concept based on DProbeST10 bondout emulator family. Emulation is done by means of an XPer-Module (two-chip emulation) and a dedicated configurator to the target adaptation (various possibilities are available). System configurations available from entry level up to high-end level systems. Use of on-chip Xflash/XRAM or SRAM-Overlay on XPer-module is possible (for ST10F27x and ST10F280). Support of all relevant on-chip peripherals, max. frequeny is 50 MHz (limited by bondout processor).

MX51, AX51

AX51 / MX51 The modular and flexible in-circuit emulator MX51, which is available in different variations, and the high-end system AX51 cover hundreds of 8051 derivatives. Various adaptation cables and adapters are available to easily switch to new derivatives or packages to be emulated.

• Compact high-end real-time in-circuit emulator, non-intrusive
• Supports up to 42 MHz
• Supports all relevant 8051 derivatives
• Solutions from entry-level to high-end with on-site upgrade
• Interrupt support while emulation is halted, Watchdog support
• Up to 256 KB dual-ported emulation memory, on-the-fly access to variables
• Up to 256K hardware breakpoints for code
• Code banking up to 1 MB
• Intelligent real-time trace with 32K frames, 48 bit, update on-the-fly, filter feature (address, data, status, externals, time stamp)
• 4 complex triggers, 2 level sequence, RIAS(TM)
• Code coverage, protection, performance analysis
• Macro language HiSCRIPT
• HLL and ASM level debugging

TantinoXC, DProbeXC

TantinoXC - The powerful entry level solution for all XC166 derivatives With the TantinoXC is the high-performance OCDS Level 1 JTAG debug solution for the XC166 family from Infineon Technologies. TantinoXC supports all OCDS features. The sophisticated hardware design is the basis for the outstanding performance. In addition, special features, such as support of interrupts during halted emulation, facilitate the debugging work. Through automatic target voltage adjustment. Automatic Flash Programming for internal and external Flash devices. TantinoXC Features:

• Complete support of OCDS break/trigger
• USB driven - no external power supply
• Automatic voltage adjustment
• Download-Speed 200 KByte/sec.
• Support of interrupts during halted emulation
• Possibility to break in Idle/Powerdown modes
• Automatic JTAG clock configuration and adjustment

DProbeXC - the high end system for your project High-end emulation system using a dedicated emulation device (standard chip with emulation carrier chip) providing high-end features, such as: memory replacement, trace recording, complex trigger events and more. The DProbeXC allows Flash replacement, on-the-fly access for internal and external memories, 128 k trace frames and more. The system is equipped with large overlay memory in order to support future ROM or Flash devices. Optional Accessories:

• DTraceXC - real time trace at its best
  DTraceXC is a plug-in module for the DProbeXC emulator. It records all internal CPU activities and allows therefore a detailed reconstruction of the program flow with all related data transfers in real time. Even the details of PEC-transfers between your on-chip peripherals are displayed with all necessary data. Effective usage of the large 128k trace frames is guaranteed by innovative trace filter capabilities, so that a recording will only take place when it is requested. To help analyzing the interrupt behavior, the trace will also display the current interrupt priority.
  
  The integrated performance analyzer module will allow you to optimize your system and to find the bottlenecks of your application.
• DCoverageXC - non statistical code and data coverage
  The Code Coverage Module for the DProbeXC provides full Code Coverage and also Data Coverage for the XC16x architecture. The Code Coverage provides information which parts of your code have been executed during a test. The data coverage helps you to find non-initialized data, reporting data read, data written and data read/written. Even the break on non-initialized variables (read before write) is possible.

Tanto ARM

TantoARM Tanto™ is the new modular test and analysis tool from Hitex. Tanto™ supports various microcontroller architectures and ARM® is one of those. The basic Tanto ARM system consists of the universal Tanto Base module and an ARM-specific Port Link module (TantoPL-ARM) that allows the direct connection of the test and analysis tool to the JTAG port in the target system. The optional TantoPT module offers enhanced functions for debugging complex systems in real-time. It supports the on-chip Embedded Trace Macrocell and adds a powerful hardware trace module. Tanto ARM Highlights

• Supports ARM7™, ARM9™, ARM9E™, ARM10™ processor cores (please contact us for availability)
• Full JTAG debug support of the on-chip EmbeddedICE™ debug logic and ARM RealTime Monitor™
• Run control functions: - run / halt - single step / line step - breakpoints - watchpoints
• HLL call stack display (with local variables and call parameters)
• Display of interpreted SFR contents in clear text
• External signals: - trigger in / trigger out

TantoPT ARM Highlights

• Total support of the Embedded Trace Macrocell (ETM) up to 200 MHz
• Trace depth of 1 M frames
• ARM® ETM trace - for detailed analysis of CPU activity - intelligent trace filter for optimal trace utilization - qualified trace recording based on ETM and TantoPT triggers - recording of external lines - timestamps for performance measurement
• 4 Triggers with 16 bit counters on - instruction trace - data trace - external lines
• ETM and TantoPT's triggers, sequencers and counters allow - qualified trace recording of specific modules - detailed analysis of program flow in real-time
• 4 Sequence levels
• 8 External lines, configurable as - 4 inputs + 4 outputs or 8 inputs - pulse or static with definable polarity
• Use of DBGREQ and DBGACK