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Voyager-II Board
Voyager-II Board
Voyager-II is an ARM7 reference platform supported with limited on-board integrated peripherals. Its compact size and the GPIO headers enable it to get seamlessly integrated with any target platform which requires ARM7 based computing environment.
Variants => BX CX DX
 Core NXP(Philips) LPC2138 NXP(Philips) LPC2148 NXP(Philips) LPC2129
 Max Clock Frequency 60 MHz 60 MHz 60 MHz
 Internal Flash 512KB 512KB 256KB
 Internal Ram 32KB 32KB 16KB
 EEPROM 512KB 512KB 512KB
 Serial Port 2 Ports 2 Ports 2 Ports
 CAN Port NA NA yes
 ADC yes yes yes
 DAC yes yes NA
 USB Device NA yes NA
 ADC POT yes yes yes
 Push Button Switch for Ext Int. yes yes yes
 GPIO yes yes yes
 JTAG yes yes yes
 SPI yes yes yes
 I2C yes yes yes
 DAC yes yes NA
 External Interrupt yes yes yes
 Triton IDE Starter Edition Starter Edition Starter Edition
 uCOS yes yes yes
 FreeRTOS yes yes NA
 Serial Cable yes yes yes
 SMPS Power Supply optional optional optional
 USB Cable (for power supply) yes (for power supply)
Voyager-II Board is specifically designed to be used in the following domains:
Audio/Video based consumer application
Military and aerospace
Industrial and control systems
Storage and networking
Medical electronics
Point of sale terminals
Voyager-II Board
Please send an email to us at or call us at +91-20-64000203, 66870500 to get a quotation.
Voyager-II board is supplied with an evaluation version of Oasis Technologies Triton IDE, the evaluation version do not have any restriction with respect to Project management, code compilation and downloading, Only that the debugging is restricted to 32K of code size. Visit Triton IDE for more information of Triton IDE.
Evaluation version of Triton IDE is provided with the Voyager-II board. One can compile and build the embedded application using Triton IDE with absolutely no restriction, and one can also debug the embedded application of less than 32K of code size.
Absolutely, in fact the design of Voyager-II board is made keeping this requirement in mind. A 32 pin header having all the required signals for interfacing any external circuit is provided along with power and ground pins. Only care that one needs to take is that the interfaced circuit should adhere to the current and voltage requirement of the Philips LPC 21xx micro controller on the Voyager-II board.
Voyager-II board is designed and packaged in such a way that one can quickly get started with ARM7 development. Triton IDE provided with Voyager-II board, do not have any restriction as far as application compilation and downloading is concerned unlike other equivalent boards out there in the market
Yes third party tools are supported very well by Voyager-II board; the board does not have any proprietary technology which can restrict use of any third party tools as long as they are compatible with ARM7 and Philips LPC21xx architecture.
One can use Voyager-II board in there existing or future projects and there is no royalty associated with this
The hardware board manual describes the interfacing of the on board components in details.
Keeping the available on chip memory in mind one can surely execute a small footprint RTOS based application on Voyager-II board
There is a one year warranty associated on Voyager-II board for any manufacturing defect.
In case of any problem on can write to, our support team can answer your query in the shortest possible time. When the issue is related to malfunctioning of the hardware, then the board can be sent to oasis for repair.
Oasis encourages its customers to opt for hardware with integrated peripheral, please go through our Single Board Computer’s product page for choosing a product suiting your peripheral requirements.
The training videos and animation along with the reference source code and Triton IDE can get any person with embedded systems background getting started with Voyager-II board. Having basic understanding ARM and C language is an added plus
Please refer to the variants section above to find a detailed description about the available variants.
You cannot have CAN and USB support both available on one chip. There is no chip supporting this kind of design. USB support can be given with the variant of Voyager-II having LPC2148 and CAN support can be given with LPC2129.
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