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wireless
Wireless LAN
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WL03 - The wireless LAN add-on module for the SC123/SC143, SC23/SC24 and SC243 facilitates wireless integration of your products in existing wireless infrastructure setups or even directly from one module to another.
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WL01 - The wireless LAN add-on module for the SC123/SC143, SC23/SC24 and SC243 facilitates wireless integration of your products in existing wireless infrastructure setups or even directly from one module to another.
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FK61-WL01 - Function Kit Wireless LAN - As an add-on, the FK61-WL01 supplements the development kit, DK61 or DK55, with wireless LAN functionality. The add-on board with the wireless LAN module, WL01, is simply plugged in to an existing development board DK60 or DB54. It contains all necessary software drivers and libraries. In this manner, embedded wireless LAN becomes just as simple as Ethernet.
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However, there are still many applications that cannot be implemented with Ethernet, such as mobile systems or spatially separated stations in large machine halls or in the open field.
In these cases Wireless LAN technology (or WLAN for short) is ideal as a replacement for Ethernet since the TCP/IP protocol used enables the transparent transition from Ethernet to Wireless LAN Ethernet without having to convert the protocols. The latest encryption and authentication protocols offer at the same time satisfactory protection against unauthorised access. Depending on the environment, Wireless LAN can be used to cover distances between 50 and 300 metres and even more by using special antennas.
The new WL01 Wireless LAN module provides the IPC@CHIP® Controller SC123/SC143 and SC23 with a fully-fledged Wireless LAN interface and enables both
Infrastructure-Mode on an existing access point as well as Adhoc-Mode between several WL01 modules.
An FK61-WL01 Development Kit will be offered for users to develop their own Wireless LAN solutions inexpensively and quickly. It extends an existing development kit DK61 or DK55 with all necessary components for Wireless LAN development.
Bluetooth
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BT01 - The Bluetooth add-on module for SC123/143, SC23 and SC13 facilitates communication to Bluetooth devices or even directly from one module to another.
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FK61-BT01 - Function kit Bluetooth - As an add-on, the FK61-BT01 supplements the development kit, DK61 or DK55, with wireless LAN functionality. The add-on board with the Bluetooth module, BT01, is simply plugged to an existing development board DK60 or DB54. It contains all necessary software libraries and numerous examples.
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Whilst Wireless LAN is ideally suited for wireless data exchange between the individual mobile devices and higher-level control systems, the Bluetooth standard is ideal as a wireless operating and service interface for IP65 or IP67 protected devices or devices where access is difficult during operation. Nowadays, many laptops, PDAs and mobile phones already come with a Bluetooth interface as a standard feature so that only an operating software is required for turning them into versatile service devices. The Bluetooth solution for the IPC@CHIP ® is based on an external module that is linked via COM. The function kit for DK61 and DK55 with all the drivers required to make application development fast and easy will be available as a series product in 2008.
GSM/GPRS
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GM01 - The GM01 modem as add-on module for SC123/SC143 and SC23/SC24. With this option WLAN connection of remote installations - by use of mobile communication - is no longer a problem.
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FK61-GM01 - Function kit GSM/GPRS - As add-on the FK61-GM01 expands the GSM/GPRS modem function of the development-kits DK61 or DK55. The attachment board with GSM/GPRS modem GM01 is easy to plug on an existing development board DK60 or DB54. The kit includes all required software driver units and libraries.
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When WLAN and Bluetooth technologies are applied to replace short cable routes via radio communication, GSM-/GPRS for wireless connections are an ideal solution to cover large distances.
The GPRS technology also offers a virtual leased line (always-on-operation) since charging is not depending on the connect time but on the volume of submitted data. Link connection and -disconnection is not necessary. Especially in the area of telecontrol GPRS proves very advantageous, not only because of the high coverage and availability of GSM at comparably low installation costs; communication via GSM/GPRS is also a benefit as backup solution for wired internet connections in case of power- and wire breakdown.
Using the PPP implementation of the RTOS, communication via GSM/GPRS is transparently integrated into the TCP/IP minutes stack of the IPC@CHIP®. A corresponding modification of existing applications is not required.
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