Network


Latest external collaboration on country level. Dive into details by clicking on the dots.

Hotspot


Dive into the research topics where Mitsugu Satou is active.

Publication


Featured researches published by Mitsugu Satou.


international solid-state circuits conference | 1996

A multimedia 32 b RISC microprocessor with 16 Mb DRAM

Tadayuki Shimizu; Jiro Korematu; Mitsugu Satou; H. Kondo; S. Iwata; Katsunori Sawai; N. Okumura; K. Ishimi; Y. Nakamoto; M. Kumanoya; Katsumi Dosaka; A. Yamazaki; Y. Ajioka; Hideo Tsubota; Yasuhiro Nunomura; T. Urabe; Jun-ichi Hinata; K. Saitoh

This 32 b microprocessor with on-chip 2 MB DRAM is for multimedia applications that require a low-power embedded microprocessor and large memory. Using a typical 0.45 /spl mu/m DRAM process, double-metal CMOS technology, this chip integrates 17 M transistors in 19.9/spl times/7.7 mm/sup 2/. It consists of a 32 b RISC CPU, a 32 b/spl times/16 b multiply accumulator (MAC), a 2 MB DRAM, a 2 kB cache, an external bus interface unit (BIU), and control units. The CPU, DRAM, cache and BIU are connected with a single 128 b internal bus. At 66 MHz, the bus transfers a 128 b data line between the CPU and the cache in one cycle, and between CPU and DRAM in 5 cycles. The external bus is 16 b wide and operates at 16.67 MHz.


international solid-state circuits conference | 2003

A 600 MHz single-chip multiprocessor with 4.8 GB/s internal shared pipelined bus and 512 kB internal memory

S. Kaneko; Katsunori Sawai; N. Masui; K. Ishimi; T. Itou; Mitsugu Satou; H. Kondo; N. Okumura; Yukari Takata; Hidehiro Takata; M. Sakugawa; T. Higuchi; S. Ohtani; K. Sakamoto; N. Ishikawa; M. Nakajima; S. Iwata; K. Hayase; S. Nakano; S. Nakazawa; Osamu Tomisawa; Tadayuki Shimizu

This 600 MHz single-chip multiprocessor consists of two M32R 32 b CPU cores and 512 kB shared SRAM and is designed for embedded systems. Embedded processors are required with increased performance while power dissipation is paramount for battery-operated applications. The design is implemented in a single-chip in a 0.15 /spl mu/m 4M CMOS process and operates at 600 MHz with 800 mW peak power dissipation.


Archive | 1997

Computer system and semiconductor device on one chip including a memory and central processing unit for making interlock access to the memory

Mitsugu Satou; Shunichi Iwata


Archive | 1997

Bus interface unit in a microprocessor for facilitating internal and external memory accesses

Yukari Takata; Mitsugu Satou; Hiroyuki Kondo; Katsunori Sawai


Archive | 1994

Stable high speed clock generator

Itsuko Kinoshita; Masayuki Hata; Mitsugu Satou


Archive | 1997

Integrated circuit device with a memory that preserves its content independently of a synchronizing signal when given a self-control request

Shunichi Iwata; Mitsugu Satou


Archive | 1996

Semiconductor integrated circuit having a synchronous type memory

Mitsugu Satou


Archive | 1997

Single chip integrated circuit with external bus interface

Yuki Arima; Mitsugu Satou


Archive | 1997

Single chip micro controller integrated circuit

Shunichi Iwata; Mitsugu Satou


Archive | 1997

Halbleitereinrichtung und Computersystem

Mitsugu Satou; Shunichi Iwata

Collaboration


Dive into the Mitsugu Satou's collaboration.

Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Researchain Logo
Decentralizing Knowledge