Arm9 module comes with smartphone-aware …
A 10/100Mbps Ethernet port is also said to be supplied. Additional features include a watchdog timer, power supervisor for VCC control, and in-system programming features, says SSV. Measuring 2.17 x 0.91 inches (55 x 23mm), the module runs on a 3.3 Volt power supply, with supply current running at a typical 300mA, with a maximum of 500mA, says the company.
the module is said to support temperatures ranging from 32 to 158 deg. F (0 to 70 deg. C). The DNP/9265 runs embedded Linux 2.6.24 based on the OpenEmbedded framework, with numerous in-house extensions, says the company. the module ships with embedded networking software components including HTTP Client/Server, PHP, SQL Database, LibGD, and Gnuplot. There’s also a Twitter API, as well as HTTP/HTTPS client support for SSV/ECC. DNP/9265 SK30 Starter Kit The DNP/9265 is being offered with a SK30 Starter Kit that is available either as a carrier board on or DIN-rail housing. the SK30 OEM integration kit is equipped with the DNP/9265 module, various real-world I/O including Ethernet and serial ports, as well as a Linux software development kit with various tools and documentation, says SSV.
Top and side views of SK30 Starter Kit carrier board (Click on either to enlarge) the kit also offers a 2.4GHz Wi-Fi access point for communication with a smartphone. the example smartphone gateway application is also pre-loaded. Designed for the iPhone, the app visualizes system resources and lets users play with configuration data, says the company. Availability SSV offered no pricing or availability information on the DIL/NetPC DNP/9265 and SK30 Starter Kit, but they appear to be available for order now. more information on the DNP/9265 module, including a datasheet, may be found here, and more on the SK30 should be here. Related Stories: Discuss ARM9 module comes with smartphone-aware web server >>> Be the FIRST to comment on this article! >>> More News Articles >>> More By Eric Brown ARM9 module comes with smartphone-aware web server – News – Linux for Devices
Of course you need team input. You need a list of all the steps that must be done to complete the project - then you need to figure out what tasks need to be done before others can be done. Then you'd put times on each task. The team together should develop the list of tasks, the dependencies, and time estimates for each task. Then you'd need to decide who is going to do each task - be careful that one person doesn't have 300 hours of work to do in one week. After you have all of this put together, it falls into a timeline, which is basically a schedule. The timeline will show both start dates and end dates.
I fail to see a question here...
episode 18