General description
These boards are ready to run
embedded systems dedicated to computer
vision and robotics. They offer very high processing performance while
maintaining very low power consumption.
Their design is optimized for applications
requiring small form factor and extremely
low weight. They embed perfectly in UAVs, mobile robots, humanoids or
any other mobile system. They are available in standard and
weight optimized
version for aerial vehicles and handheld applications.
Marvell XScale® processors provide
industry-leading computing
and communicating capabilities. The Quick Capture interface allows
color and gray-level image real-time acquisition with very high
resolution (up to 2048 x 2048) without using CPU thanks to Direct
Memory Access (DMA). The whole image is accessible
in SDRAM memory. Executed with Intel Wireless MMX SIMD instruction set,
data processing is parallelized up to 8 times. It is much faster than
PXA255 or standard ARM core processors. To learn more
about PXA270 adequation with image processing, XScale
architecture and WMMX instructions, read Intel engineer Nigel
PAVEL's article presented
at CASES 2004 conference.
Multimedia interfaces let you build robots
that see, talk, hear and display their
mood on an LCD.
Our boards are equipped with high quality
connectors for flexible and reliable connection of all kinds of
peripherals. Many signals are accessible, please consult the hardware
manual for connectors pinout and details.
Software
support
XScale® boards run with Linux 2.6
kernel, bringing high performance and much functionality to embedded
applications.
Development is made easy thanks to available BSP and Open Source
Community support:
-
Full Linux kernel source code
C/C++
-
GNU EABI cross compilation tool chain
-
V4L2 API for image acquisition
-
Extra Mobisense Systems robotics
drivers: GPIO, RC servos, ADC, timer
-
Source code examples
-
Multithread applications, Posix standard
-
Eclipse IDE and gdb debugger
-
Open Source community: Open Embedded,
Angstrom…
BSPs can be downloaded from the software section.
Signal processing is optimized with powerful
IPP: Intel/Marvell Integrated Performance Primitives based on WMMX
instruction set. IPP libraries can be downloaded from Intel
download center (free for non-commercial applications).
Select 5.0 Release and download I_ipp_pca_*.tgz.
Applications
-
Vision guidance, embedded computer vision
-
Mobile robots: humanoids, UAVs, flying robots
-
Service robots navigation system:
agriculture, industrial cleaning, AGVs
-
Interactive robotic heads and humanoids
-
Wireless camera, network sensors
-
Multimedia portable device
Documentation
MBS270 V2 hardware manual
MBS270 V2 software manual
Ordering
information and prices
|
Product #
|
Description
|
Recommended unit price excl. VAT
|
|
MBS270-520
|
PXA270@520MHz standard board
|
250 € / $315*
|
|
MBS270-520L
|
PXA270@520MHz weight optimized board
|
283 € / $356*
|
Options
(Append them to the product order code):
|
Product #
|
Description
|
Recommended unit price excl. VAT
|
|
-RTC_BATT
|
RTC Lithium battery (10 years
retention). BR2032 type, weight 2.5g (0.088 oz).
|
3 € / $3.78*
|
* US$ prices subject to change according to exchange rate variations.
Note:
to run, XScale boards need a power
module plugged in X3 connector. Available
products are detailed in the power
modules page.
|
Key
specifications
CPU
|
Board
|
MBS270 V2
|
|
Processor
|
Marvell PXA270 520MHz
|
|
SDRAM
|
64MB
|
|
Flash
|
32MB
|
WMMX technology
Multimedia
10 bits camera interface with FFC connection
LCD and touchscreen
20 bits audio: stereo inputs and outputs +
microphone
Communication
Ethernet 10/100
2 x USB 1.1
3 x UARTs: Full function, Bluetooth and Std
2 x SSP/SPI/Microwire/PSP compatible
I2C
SDIO
Additional peripherals
microSDcard
4 x PWM
4 x 10 bits ADC inputs
Battery saved RTC
Up to 31 GPIOs, 4 LEDs, 4 micro switches
RC servo on any free GPIO
Power supervision signals
Power consumption
About 1W @ full image processing
Multiple supply possibilities
SpeedStep technology
Mechanical
Dimensions: 72 x 50 x 25 mm
Weight: 46g (1.62oz)
Operating System
Linux 2.6
|