MB2146-401-03A Fujitsu Semiconductor America Inc, MB2146-401-03A Datasheet - Page 15

• Manufacturer Part Number: MB2146-401-03A
• Description: KIT STARTER F2MC-8FX 5V
• Manufacturer: Fujitsu Semiconductor America Inc
• Series: F²MC-8FXr
• Type: MCUr

Specifications of MB2146-401-03A

• Contents: 2 Boards, BGM Adapter, Documentation, Cable, CD
• For Use With/related Products: MB95FV100
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Other names: 865-1106; MB2146-401-03A-E

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S
Fujitsu Semiconductor provides a real-time OS for developing software
for Fujitsu microcontrollers (FR family and F
OFTUNE
Features of the REALOS Series
Series Lineup
This OS conforms to the µT-Kernel specifications that are the
successor to the µITRON specifications.
µT-REALOS/FR has excellent migratability, many functions,
and power-saving functionality. The kernel overhead is
extremely small. This is the most advanced RTOS to
conform to the µT-Kernel specifications.
This OS conforms to the industry standard µITRON specifi-
cations.
REALOS/FR Spec. 4 has many functions and simple power-
saving functions. This RTOS can be used in large-scale
systems that conform to µITRON 4.0.
This OS conforms to the industry standard µITRON specifi-
cations.
REALOS/FR is a compact RTOS that can be used in devices
with tight resource limitations. Use this to develop products
that demand tight memory size limitations and large produc-
tion volumes.
This OS conforms to the industry standard µITRON specifi-
cations.
REALOS/907 is an extremely small RTOS that can be used
in 16-bit devices. Use this to develop products that demand
large production volumes.
System configuration
µT-Kernel specifications and µITRON specifications
High-speed, lightweight kernel optimized for Fujitsu microcontrollers
(kernel code size: from 0.8 KB, kernel data size (TCB): from 21 Bytes)
Highly responsive interrupts
Supports custom power-saving functions
Includes kernel source code, royalty payments not required
Includes kernel source code, royalty payments not required
µT-Kernel compliant OS
µITRON 4.0 compliant OS
µITRON 3.0 compliant OS
µITRON 2.0 compliant OS
Kernel conforms to µT-Kernel specifications and
µITRON specifications
REALOS configurator (refer to P31)
REALOS analyzer (refer to P31)
Sample programs
µITRON specification compatible API
(under development)
TM
REALOS
2
MC-16 family).
Target system
User
task
32-bit
16-bit
User
task
Kernel
TM
(IRC,Timer,
REALOS series lineup
REALOS s
handler
series
UART)
User
BSP
Compact
Co
RTOS for 16-bit devices
RT
F
Standard
Sta
µITRON 3.0 compliant
µITRON Ver.2 compliant
µITRON 4.0 compliant
2
REALOS/907
MC-16LX family
Sample
Device
driver
task
High performance
µT-Kernal specifications
Conforms to
Host computer
FR family
REALOS/FR
S
Workbench
- IDE
- Language tool
- Debugger
Configurator
OFTUNE
FR family
Analyzer
REALOS/FR Spec.4
FR family
µ
T-REALOS/FR
: Provided product
y
S
"
optimal kernel for FR that is packed with many years of development know-how.
S
Features
The µT-Kernel specifications offer excellent migratability and reusability of software between µT-Kernel specifications by
strict standardization. Furthermore, the µT-Kernel specifications are compatible with the T-Kernel specifications aimed at
large-scale embedded systems, allowing for migration with few changes.
The kernel overhead is extremely small compared to earlier REALOS products. Furthermore, memory usage can be kept to
a minimum according to the functions used because of the unique kernel structure.
Customizable power-saving functionality is suppor ted as a original function. This allows extremely finely tuned
power-saving design.
Optimization of applications is assisted by operating together with performance tuning tools.
OFTUNE
OFTUNE
Power-saving function support
Interoperation with performance tuning tools
µT-Kernel compliant kernel
High-speed, lightweight kernel
µT-REALOS/FR" is a real-time OS that conforms to the µT-Kernel specifications. This is the
µ T-REALOS /FR
Previous function selection
All kernel functions
Function A
Common
functions
Function B
Function C
*The memory size is reduced by cutting out unneeded functions.
Selection of integrated functions
Optimized kernel
Common
functions
by functionality
Function B
Function C
28
32
16
bit
bit
bit
8