ULINKPRO Keil, ULINKPRO Datasheet - Page 17

• Manufacturer Part Number: ULINKPRO
• Description: KIT DEBUG/TRACE UNIT HIGH SPEED
• Manufacturer: Keil
• Type: In-Circuit, Real-Time Debugger/Programmerr

Specifications of ULINKPRO

• Contents: Module
• For Use With/related Products: ARM7, ARM9, Cortex
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

16
C166, XE166 and XC2000 Architecture Advantages
These devices are used in medium to large sized applications that require high
I/O throughput. This architecture is well suited to the needs of embedded
systems that involve a mixture of traditional controller code and DSP algorithms.
ARM7 and ARM9 Architecture Advantages
ARM7 and ARM9-based microcontrollers are used for applications with large
memory demands and for applications that use PC-based algorithms.
Cortex-Mx Architecture Advantages
The Cortex-Mx microcontroller architecture is designed for hard real-time
systems, but can be used for complex System-on-Chip applications as well.
Extremely fast I/O operations via the Peripheral Event Controller
High-speed interrupt system with very well-tuned peripherals
Efficient arithmetic and fast memory access
Huge linear address space
The 16-bit Thumb instruction set provides high code density
Efficient support for all C integer data types including pointer addressing
One instruction set, Thumb2, reduces the complexity of the program code
and eliminates the overhead needed for switching between ARM and Thumb
instruction mode
The Nested Vector Interrupt Controller (NVIC) removes interrupt prolog and
epilog code, and provides several, configurable priority levels
Extremely low power consumption with a variety of sleep modes
Chapter 2. Microcontroller Architectures