High-Performance 32-bit
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1 High-Performance 32-bit Microcontroller with Built-in 11-Channel Serial Interface and Two High-Speed A/D Converter Units A 32-bit microcontroller optimal for digital home appliances that integrates various peripheral functions compactly on the basis of a high-performance 32-bit FR microcontroller. Overview Adding to the well-reputed lineup of 32- bit FR microcontrollers, FUJITSU is further expanding the lineup for microcontrollers for use in digital home appliances and AV devices. Along with the recent advanced function development of digital home appliances and AV devices, there exist demands for the mounting of high-speed operation and large density memory in main control microcontrollers. To address these needs, FUJITSU has developed this product, which mounts large density memory and rich peripheral functions for input into the growing digital AV device market. Fig.1 presents the expansion diagram for microcontroller products for digital home appliances and AV devices. This product is optimal for Low Model product expansion from the existing product, MB91350A Series, CPU performance improvement from MB90480/485 Series in F 2 MC-16LX family, etc. Product Features To contribute to advanced function development in digital home appliances and AV devices, this product is mounted with a rich collection of functions including a large capacity memory (1MB Flash memory), 11 channels of multifunction serial interface (the industry s largest), and two high-speed A/D converter units. Fig.2 presents the features of this product. Photo 1 External View 1
2 A high-performance 32-bit FR core is adopted (high-speed processing of 64MIPS 50MHz) With 1 command/1 cycle execution by pipeline processing and full Harvard bus structure, CPU performance has been improved drastically compared to conventional 16-bit microcontrollers, contributing to the higher additional values and performance of the system. In addition, optimal commands (28 commands) for preinstalled purposes such as bit operation and resource operation are reinforced in addition to RISC-type high-speed commands (137 commands). Furthermore, compact program size of a level equivalent to conventional 16-bit microcontrollers is realized. Flexible clock control Since the CPU clock, peripheral function clock, and external bus clock can be set up individually from the PLL multiplication function (one- to fourfold) and clock gear function (1 to 16 divisions), flexible power management control is possible. It also supports various low power consumption modes including sleep mode for stopping only the CPU clock and stop mode for stopping all clocks including oscillation. Built-in DMAC This product has a built-in DMAC that is capable of parallel CPU operation. Performance improvement and efficiency in system processing are realized in combination with serial communication or an A/D converter. Rich built-in serial interfaces (total of 11 channels) As a serial interface for the control of various devices for image/sound processing, 11 channels of multifunction serial interfaces are incorporated. This function allows software switching of clock synchronous data transmission (6.25Mbps maximum), clock asynchronous data transmission (4.16Mbps at maximum) and I 2 C communication (400Kbps at maximum). In this way, it is possible to flexibly support the combination of different numbers of serial channels that vary by product model. Furthermore, two of the 11 channels have built-in FIFO for 16-byte transmission and FIFO for 16-byte reception, supporting data transmission and reception with reduced CPU load. Three of the 11 channels also support 5V tolerance and there is no need to connect an external level converter when connecting to an IC with 5V interface. Figure 1 Product Expansion of Microcontrollers for Digital Home Appliances and AV Devices 2
3 Two built-in high-speed A/D converter units Two high-speed A/D converter units with A/D conversion time of 1.2 s are incorporated. Since the simultaneous startup of the two units can be supported by an external trigger, it is capable of the A/D conversion of analog voltage values from two inputs at 1.2 s. It also supports bulk DMA transmission of A/D conversion results for two units since two units of the A/D conversion result register are assigned in mirror configuration at successive addresses. It is applicable in systems that use many analog sensors such as digital cameras. Built-in Flash memory products of large 1MB capacity prepared In addition to MB91F345B with built-in 512KB Flash memory, we offer MB91F346B with built-in 1MB Flash memory. Both products have 8KB built-in RAM that is capable of command execution, which allows onboard Flash memory programming. Support for on-chip debugging The built-in debugging support unit (DSU) supports debugging of the product system for mass production by the customer. A small cable is available for applications in which miniaturization is advanced. Product Lineup Table 1 presents the product configuration. Development environment This product has a built-in DSU circuit and supports the onchip debugging of the product system for mass production by the customer using MB , an emulator for the FR family. It is also supported by SOFTUNE TM V6, a FUJITSU integrated software development environment, which has been developed for usability in order to address the various needs of program developers. The development environment contributes to the efficient development of both hardware and software. Figure 2 Features of 3
4 Table 2 presents the configuration of development tools, Table 3 the supported writers, and Fig.3 the on-chip debugger environment. Application Fields This product addresses optimal performance for system control for use in digital home appliances including AV devices, digital TVs, plasma displays, digital recorders, and digital cameras. It supports advanced performance development, high additional values, and size reduction of systems by aggregating a large capacity Flash memory and rich peripheral functions. NOTES * SOFTUNE is a trademark of FUJITSU LIMITED. Table 1 Product Configuration 4
5 Table 2 Development Tools Table 3 Supported Writers Figure 3 On-Chip Debugger Environment for 5
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