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MN101 Series MN103 Series & Development Environments

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Panasonic AM microcomputer series provides embedded controllers optimized for applications, and automotive fields. Low power and high efficiency Unique ReRAM technology Ultralow voltage Battery, Touch panel, Smart meter, Camera, Watch Applications Power Home appliance, Inverter, Digital power supply, Solar power Cockpit, Car body, HEV/EV On-chip EEPROM

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high-performance mainly in sensor, power, Easy to use High noise immunity Support system Integrated development environment INDEX Microcomputer with Flash-memories Microcomputer with ReRAM (Resistive RAM) Microcomputer with Improved Resistance to Noise Development Environment Optimized C Compiler DebugFactory® Builder Version 5 On-board Environment PanaX® EX Programming System Real-time Operating Systems Programming Tools Available from Panasonic Business Partners Package List

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Assembler Syntax dependent on the microcomputer C language program if(a>b) c=d+e; else c=d-e; The C programming language makes it easier and faster to program large systems, but generates more code than assembler. Larger code size in turn means higher ROM costs and slower execution speed. Panasonic eliminates this tradeoff with its C language-oriented microcomputers, which combine a true microcomputer architecture with a highly optimized C compiler to achieve unprecedented code efficiencies. This combination minimizes the size of the resulting code while retaining the threefold to tenfold...

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j'jJicrocDfnpuisr Fu/niJy Optimized internal bus design lowers power consumption AMI (MN101) bus conversion Instruction queue Operand address Load/store buffer Switch ^Peripheral expansion bus On-chip peripheral functions External interface f External expansion bus The CPU features separate buses for instructions and data, and even provides a separate bus for expanding the latter for use with on-chip peripheral functions. ce ] + [ Faster Development ]We Match Your Needs. You Don't Have to Match Ours.Result: Greatly Reduced System Costs Using an AM C language oriented microcomputers...

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Microcomputer with Flash-memories The World Expanding with Flash Microcomputers Microcomputers with Flash Memory Microcomputers equipped with flash memory - rewritable - is indispensable to shorten the development lead time and rewrite the program implemented into end products. Panasonic microcomputers with flash memory feature high performance and low power consumption, allowing you to develop excellent products in a short lead time. ■Number of pins and ROM capacity ■Shortens the lead time Mount Shipment Mount inspection -ing -ing Flash memory Diffusion Mount Shipment inspection -ing...

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Microcomputer Family Secure Guard of Important Software|_Reliable Security Function Equipped with a protection function to prevent unauthorized access to ROM code The flash core has a 128 bit key code. Writing this key code prevents the ROM data from being read by third parties. The key code can be written only once. The flash memory with a key code written to it cannot be accessed unless the key code is authenticated. Accordingly, persons that do not have the key code cannot read the ROM data using programming various tools. Executing instructions from the CPU or reading ROM data via...

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Microcomputer with ReRAM (Resistive RAM) Industry's First Resistance-Change Memory, New 8-bit Core, and Low Leakage Process Deliver Low Power Consumption. ^Microcomputer with new non-volatile memory ReRAM developed Panasonic has developed an industry’s first new non-volatile memory ReRAM. The 1T1R-ReRAM memory is fabricated by the CMOS process with 0.18- n m low power consumption ReRAM, enabling readout at low-voltage and fast memory cell rewriting at 10 ns. Microcomputer with ReRAM reduces power consumption of applications, in particular allowing longer battery life and downsizing...

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Microcomputer Family Features of Microcomputer with ReRAM ・Unlike flash memory or EEPROM, no data erase required ・Over 5 times faster rewriting than flash memory or EEPROM (See the figure below.) Rewriting Property Writing time for 128KB Writing time for 128KB during manufacturing process (*) during manufacturing process (*) Self-writing time for 2KB SelfSelf-writing time for 2KB as a substitute for EEPROM (*) as a substitute for EEPROM (*) *) When writing a checker pattern (1,0,1,0..) in erase state (AII “1”). Communication time with writer Microcomputer with ReRAM Microcomputer with ReRAM...

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8-bit AM1 (MN101) Series C Language Development for 8-bit High-performance Microcomputers The AM1 Series of 8-bit microcomputers allows short-time program development in the C programming language. Its half-byte instruction set and other architectural features yield ROM code sizes that are small enough to rival those achieved with assembly language. These devices are compact and have low power consumptions, yet offer high-speed operation with a minimum instruction execution time of 100 ns (at 5 V, 3 V)*1 and 50 ns (at 5 V, 3 V).*2 These microcomputers are suitable for a wide range of...

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Microcomputer Family High-Speed Extended Memory Space Series (MN101E Series) This series is upwardly compatible with the MN101C Series. 1 MB Linear Address Space The 1 MB address space allows these microcontrollers to support more advanced and sophisticated systems. Improved Processing Performance Series (MN101L Series) Performance improved while maintaining compatibility with existing 8-bit microcomputer MN101L Series has achieved higher processing performance and lower power consumption than those of existing 8-bit microcomputer (MN101E Series), based on new pipeline and ALU system...

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32-bit AM3 (MN103) Series32-bit Microcomputer Controlling Equipment with Higher Processing Performance The AM3 (MN103) Series of 32-bit microcomputers covers a broad range of applications from equipment control to multimedia processing. The combination of a C language oriented architecture and optimizing compiler delivers both high performance and lower power consumption. To streamline the development of applications high in both performance and functionality, these devices incorporate the AM Series standard on-chip I/O bus (C-bus) and the extended calculation instruction function for...

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