MB86R01 'Jade' : FUJITSU EMEA

MB86R01 'Jade'

Fujitu's first System-on-Chip (SoC) Graphics Controller

Key Features - Support - Development Tools - Software - GDC Ordering Information - Development Tool Ordering Information

Description

MB86R01 'Jade' is a highly-integrated device for embedded automotive graphics applications. Incorporating an ARM926EJ-S CPU core, together with an enhanced version of the successful Coral PA graphic processor and a number of external interfaces, this 90nm technology device is highly optimized for various types of applications which require outstanding CPU performance in combination with sophisticated 2D/3D graphics features in a compact SoC. Target applications include on-board and mobile navigation systems, graphical dashboard systems, HUD (head-up display) units, rear seat entertainment systems, Point of Sales terminals and industrial control panels.

MB86R01 'Jade' Block Diagram

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Key Features

CMOS 90 nm technology
ARM926EJ-S CPU core (320 MHz) with 16kb instruction and 16kb data cache
ETM9 and JTAG ICE interface
Internal memory controller frequency: 320 MHz
Display resolutions typically from 320 x 240 up to 1280 x 1024
6 layers of overlay display (windows)
Alpha plane and constant alpha value for each layer
Dual display output (2 seperate display controllers are integrated supporting RGB8 and RGB16. Controller DISP0 also supports and RGB24
Dual digital video input (2 seperate video capture units supporting various formats including YUV, RGB and ITU656)
Video scaler (up/down scaling)
Video: Brightness, Contrast, Saturation control
Rendering engine for 2D/3D graphic acceleration functions
Geometry processor supporting floating point transformations
Texture mapping unit (up to 4096 x 4096)
Bit BLT Unit for transfers up to 4096 x 4096 surfaces
Alpha Bit BLT and ROP2 functions
External DDR2-SDRAM interface (166 MHz) for graphic memory (up to 128 Mbytes)
Parallel flash/SRAM host interface
Parallel ATA interface
SD card interface
CAN interface
Media LB interface
USB 2.0 (host and function) interface
I2C interface
I2S interface
SPI interface
ADC interface
PWM interface
GPIO interface
UART interface
BGA-484 Package
Temperature range -40 to +85 °C

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Support

Specifications, Manuals, Errata Sheets, Application Notes, FAQ's

PDF BGA-484P-M07 Specification

PDF Press Release (4 pages, 25KB)

PDF Data Sheet incl. Electrical Characteristics (88 pages, 1.3MB)

PDF Hardware Manual: Rev1.40 (568 pages, 4.8MB)

PDF Hardware Manual (GDC part): Rev1.00 (253 pages, 1.7MB)

PDF Hardware Manual: Rev1.20 Corrections (15 pages, 165KB)

PDF Errata Sheet: Rev1.30 (9 pages, 152KB)

PDF Application Note (Display Parameter Calculation): Rev1.10 (12 pages, 534KB)

PDF Application Note (PCB Design Guide): Rev1.00 (26 pages, 2.7MB)

PDF Application Note (USB2.0 PCB Design Guide): Rev1.80 (9 pages, 323KB)

PDF Application Note (Power Consumption/Thermal Data): Rev1.00 (4 pages, 33KB)

PDF Application Note (IDE66): Rev0.20a (7 pages, 150KB)

PDF Application Note (DDR2 Controller Self refresh in STOP mode): Rev1.00a (6 pages, 90KB)

PDF Application Note (STOP mode setting procedure): Rev0.20a (5 pages, 113KB)

PDF Application Note (STANDBY mode setting procedure): Rev0.10a (5 pages, 104KB)

PDF Application Note (UART mode setting procedure): Rev0.20a (7 pages, 117KB)

PDF Application Note (Jade Toolchain Overview): Rev0.20 (1 page, 17KB)

PDF Application Note (Jade GHS Trace): Rev0.01 (13 pages, 800KB)

PDF White Paper (NAND/NOR): Rev1.00 (4 pages, 173KB)

PDF Example schematic for DDR2 connection to MB86R01 (54KB)

ZIPIBIS Model: Rev0.6 (85KB)

ZIPBDSL File (7KB)

ZIPSplash.bin file for Fujitsu logo display (23KB)

ZIPSources for 1stdemo example (111KB)

ZIP1stdemo.bin file for 1stdemo display (37KB)

ZIPVarious module test examples, e.g. ADC (3.6MB)

ZIPExcel sheet tool to calc. frequencies: Rev1.00 (47KB)

PDF Packaging (tray) datasheet (378KB)

PDF Moisture Sensitivity Level specification (13KB)

Follow this link to go to the Graphics Controllers 'White Papers / Technology Backgrounders' webpage.

Use the link below to send a new support request to the GCC Application Group via email. This request will automatically processed using the internal Support Request system (OTRS). If you already have a ticket number (FME#: xxxxxxxx), then please use your email to follow up issues (i.e. do not use this link).

Create new GCC Support Request

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