Products - GPM8F3132D

General Description

GPM8F3132D series has two types of controllers: GPM8F3132D and GPM8F3133D.  The high speed code area size of 32KB program memory is the main difference between these two.  More details are given in the following section.  GPM8F3132D is a highly integrated microcontroller which integrates a pipelined 1T 8051 CPU, 1K-byte XRAM, 256-byte IDM SRAM and 32K-bytes of program FLASH.  It features a maximum of 35 programmable multi-functional I/Os, Timer0/1/A/B/C, UART0, SPI (master/slaver), I2C (master/slaver), one OP, two comparator, 64MHz PLL, 16-bit x 16-bit multiplier, 32-bit / 16-bit divider, 16-bit adder, 16-bit subtractor, 32-bit shifter and two 8-channel SAR ADCs with 12-bit resolution.  It operates over a wide range of working voltage, from 2.4V through 5.5V based on various clock sources provided.

Features

• CPU
  • High speed, high performance 1T 8051
    • 100% software compatible with industry standard 8051
    • Pipeline RISC architecture enables to execute instructions 10 times faster than standard 8051
    • Up to 64MHz clock operation
• Memory
  • 1K-byte of external RAM.
  • 256-byte internal Data Memory (IDM) SRAM
  • GPM8F3132D and GPM8F3133D respectively contain 8K-bytes high speed code area and 12K-bytes high speed code area in 32K-bytes of program FLASH.
  • 32K-bytes FLASH with high endurance
    • Minimum of 100,000 program/erase cycles
    • Minimum of 10-year data retention
    • 1KB page size
  • Programming read only level for software security
• Clock Management
  • Internal oscillator: 8.533MHz±2% @ 4V~5.5V
  • Internal oscillator with PLL: 64MHz
• Interrupt Management
  • 13 interrupt sources
  • Up to 4 external interrupt sources
• Reset Management
  • Power On Reset (POR)
  • Low Voltage Reset (LVR)
  • Pad Reset (PAD_RST)
  • Watchdog Reset (WDT_RST)
  • Software Reset (S/W_RST)
  • FLASH Access Error Reset (ADDR_ERR_RST)
• Programmable Watchdog Timer
  • A time-base generator
  • An event timer
  • System supervisor
• One OP
• Two Comparators
• I/O Port
  • Maximum of 35 multifunction bi-direction I/Os
  • Each IO incorporates with options of pull-up resistor, pull-down resistor, output high, output low, output driving capability and floating input whichever is determined by the setting on the corresponding registers
  • I/O ports with 12mA current sink
  • I/O ports with 12mA current drive
• Two 16-bit Timers/Counters (Timer 0/1)
  • Timer mode with selectable clock sources
  • Auto-reloadable 8-bit timers
  • Externally gated event counters
• Three Powerful Timers: TimerA/ TimerB/ TimerC with 16-bit Compare/ Capture/ PWM Unit
  • Timer mode with clock source options
  • Auto-reload 16-bit timers
  • Event capturing
  • Pulse width modulation and measurement
• UART0
  • One synchronous mode
  • Three asynchronous modes
• SPI (master / slaver mode)
  • Programmable phase and polarity of master clock
  • Programmable master SPI clock frequency
  • SPI clock: 24MHz (F_pll /2) @64MHz
• I2C (master / slaver mode)
  • Programmable master I2C clock frequency
  • Max I2C clock: 375KHz (F_pll /128) @64MHz
• A/D Converter
  • Two 8-channel 12-bit resolution ADCs
  • Control independent per set
• Built-in Low Voltage Reset
  • Trigger level: 1.9V, 2.4V, 3.2V, 4.2V
• Built-in Low Voltage Detect
  • Programmable level: 2.1V, 2.6V, 3.4V, 4.4V
• MDU
  • 16-bit x16-bit signed / un-signed multiplier
  • 32-bit /16-bit signed / un-signed divider
  • 16-bit +16-bit signed / un-signed adder
  • 16-bit -16-bit signed / un-signed subtracter
  • 32-bit arithmetic shifter
• Coordinate Rotation Digital Computer (CORDIC)
  • Q- Format
  • Normal- Formal
• On-chip Debug Unit
  • C compatible development tools