Cloud Version of TINA in Education

The server-client based online software technologies from the recent times render high speed productivity, identical to their offline counterparts. When compared with offline technologies, nowadays, online technologies include better advantages, especially coming from the educational viewpoints.

Some benefits of online client-server based software & hardware technologies are :

• Availability : Online services could be accessed from any location, provided have the ear of a device with internet connection. The scholars could get help using the assignments both in college and in your own home. This really is especially beneficial for the scholars of distance education.

• Multi-platform operations : The online based software is capable to operate on any OS or device, through popular browsers like Firefox, Chrome, IE, and Safari. Additionally runs on any device like tablet, smartphone, desktop, laptop, etc.

• Wider application range : As these web based servers are backed by powerful architecture, it may cover an array of application. Consequently, the CBT (Computer Based Training) or LMS (Learning Management System) could be accessed in even the tiniest of devices.

• Cut recorded on client computer installation : Like the calculations are performed on powerful servers, students can access the applications from any kind of device. A user only needs to login for accessing the applying. There isn't any got to install the software.

TINACloud Online Circuit Simulator : Features and Benefits
This web based circuit simulation tool is employed for analog, digital, MCU, HDL and mixed electronic circuits like RF, optoelectronic & communication, SMPS, and micro-controller applications, and it is capable to operate in twenty languages.

TINA Cloud also includes the essential educational tools for testing and training. However, it requires a bigger system to operate the server-client environment, therefore wide choice of services can't be handled by usage of Java code alone.

TINACloud also offers the capability of analyzing complex circuits that contain HDL code (that may be downloaded to FPGA), inside a mixed environment, which contains operational amplifiers and DAC (digital analog converter). Additionally has got the capacity to incorporate nearly seven hundred MCUs (micro controller), which includes AVR, PIC, 8051, and ARM. Users can debug and program the devices, using C code, ASM, hexadecimal, and likewise a tool that generates code from flowcharts as well as debug step to step up mixed mode environment. Students also can practice troubleshooting and problem solving on any platform and from anywhere.