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ETM and ETB Trace for ARM7 and ARM9 The ARM7 and ARM9 ETM trace board is an add-on for the Universal Access Device 2+ and allows the recording of trace information of a running program on the ARM derivatives in real-time. UAD ARM7 and ARM9 ETM Trace Add-On Board The system is an optimized solution to support all the features of the ARM ETM trace port functionality in the best manner. Trace ports supported up to 170 MHz, 4 or 8 bit width Halfrate Clock Mode supported 1M Sample trace depth Timestamp resolution 1/ f CPU (i.e. 10ns at f CPU =100MHz) 40bit time stamp range Support the full ETM functionality for providing the trigger events for the tracing unit Intelligent trace filter for optimal trace utilization Additional 8 external trace lines to observe peripherals and external signals LVDS interface to external connector pod supports pods for 38 pin ETM Mictor High-Speed Connector (proposed by ARM) Supported derivatives: LPC21xx, AT91RM9200 38 Pin ARM7 and ARM9 Mictor High-Speed Connector Pod Recommended by ARM to support connection to ARM ETM Connector system based on Mictor 38 pin high-speed connector Prepared to use for systems up to 170MHz system clock Supports 2.5 Volt to 3.6 Volt I/O ring voltage 80 pin cable to trace base board using LVDS interface to ensure high trace signal quality UDE Support of ETM Trace Functions The complete utilization of trace functionality by setup modes: 1 standard mode to allow easy access to standard trace tasks Full connection of trace setup to symbolic reference of source code Visualization of internal and external trace events Browse capability between trace output and C-language sources UDE Support of ETB Trace Functions The Embedded Trace Buffer (ETB) extends the ETM unit of ARM derivatives by an embedded onchip circular trace buffer. This simplifies the adaptation of external trace units because the high speed trace signaling does not need to transfer to the external unit. The trace buffer is managed and read via the JTAG communication channel. Supported derivatives: LPC3000 derivatives I주I 임베디드시스템코리아
DAP Support for Infineons TriCore and XC2000 The Device Access Port DAP, a new debug interface was established by Infineon for the AUDO Future, XC2000M, XE166M devices and other upcoming 16-bit and 32-bit-microcontrollers. The 2-wire or 3-wire DAP allows debug communication with higher transmission rates than existing JTAG based communication channels. The new board connector is a 0.05 inch double row 10-pins microterminal with keying shroud, which saves board space on targets system side. UDE Support for DAP High-speed downloading via DAP is achieved by the communication devices UAD2 and UAD2+, the hardware addons of the Universal Debug Engine. DAP communication frequency @ 50 MHz Transfer rate up to 3,5 MByte/s ( with TC1797 AUDO Future) 2-wire/pin and 3-wire/pin DAP mode supported Prepared for single-wire/pin DAP mode LED for power indicating UAD DAP Extender with LVDS The UAD2+ with DAP Extender uses the LVDS technology and a galvanically isolated interface for highest performance and signal integrity of the DAP interface. It allows interface cable length of up to 2 meters SWD Support for Cortex The Serial Wire Debug (SWD) interface or Serial Wire Debug Port (SW-DP) is one of the features of the debug and trace technology ARM CoreSight. First implementations of SWD are realized in the derivatives of the Cortex-M3 core Stellaris of Luminary Micro (now Texas Instruments) and in the derivatives of the STM32 family by STMicroelectronics. The known JTAG Debug Port (JTAG-DP) is supported furthermore. Both debug ports, the SWD and the alternative JTAG debug port can be combined to the Serial Wire JTAG Debug Port (SWJ-DP), the CoreSight standard port. When using SWD, the TDO signal can provide trace event messages via the Serial Wire Output (SWO). This behaviour can be used by the Serial Wire Viewer (SWV) to output system events via a single pin: Instrumentation trace ITM (printf-like Debugging) Watchpoint Trace DWT, Instruction Pointer Trace Event Trace (Interrupts) UDE Support for SWD Target connection via SWD is achieved by the communication devices UAD2 and UAD2+, the hardware add-ons of the Universal Debug Engine and the additional UAD2 SWD adapter. UAD SWD Extender with LVDS The UAD2+ in touch with the Extender and the SWD adaptor uses the LVDS technology and a galvanically isolated interface for highest performance and signal integrity of the SWD interface. It allows interface cable length of up to 2 meters. I주I 임베디드시스템코리아
Page 1 and 2: UAD2 + Universal Access Device2 plu
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Page 5: OCDS L2 Instruction Trace The OCDS

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