Embedded product development platform
OpenLabTM is a unique concept developed in Etiq lab aiming to fill the gap between high end engineering theory knowledge and practical know - how among engineering students and fresh graduates. It is a sophisticated platform on which one can find all the necessary electronic control modules, circuit making devices and ports arranged on a base board in modular structure. One can use the OpenLabTM to learn, experiment,
design and implement a vast range of circuits.
OpenLabTM is designed in such away that wiring up the circuit is considerably minimal. OpenLabTM has most of the important boards and circuits on-board and also has the option to connect other functional modules. It even supports Arduino shields which make it compatible with most of the available modules in the market. To use additional modules, you don't need to use wires. The design is optimized for adding the modules directly into the platform which makes the product development process even faster
Interested to know more about product details?
OpenLabTM is a self-learning embedded application development platform on which students and techno enthusiasts can experiment circuits of their choice and there by acquire related skills and expertise. The best part is that one can experiment and design a vast range of circuits starting from basic circuits to highly complicate dones on this platform. For those high skilled professionals, OpenLabTM is best recommended for industrial prototype design of complex control systems.
OpenLabTM is designed for doing complete projects from the concept to a working model. Various on-board modules and additional add-on functionalities make it easy to realise a functional product. For designing products, initial prototyping needs fast implementation. It can be done by with very little effort in OpenLab and complete the first prototype very fast.
OpenLabTM is modular structured which means, different functional units of OpenLab are arranged as separate modules. The developers of OpenLab were particular about the modular design because of the simplicity and easiness while learning and working on a modular platform. Apart from giving a neat appearance onboard, modularity enhances the effectiveness of learning process as a beginner who works with the system gets to know the exact circuit structure and the components involved in a particular Project.
Flexibility in the design aspect plays a crucial role in advanced electronic boards and systems. Consider a user is engaged in a project which requires more number of ports a part from the default port placed adjacent to each board. OpenLab is enriched with a number of free ports as the whole design of the system has been done perceiving the user/learner as the main beneficiary. Flexibility in the case of OpenLab mainly speaks about these on-board connections. There are no permanent connections or ports between the controller and various boards. A user can even by pass the default port and can make use of other ports.
OpenLabTM is implemented using through-hole components for better learning experiences. All the components are placed in accordance with their functionality, and circuits are arranged as section-wise. All the boards are arranged as different modules for promoting hardware learning.
Apart from the default peripheral boards which are available with OpenLabTM, the user can purchase other boards pin compatible with OpenLabTM from our cart with advanced functionalities. These boards may be similar in size to the default peripheral boards which are supposed to be replaced. This sort of customisability is yet another important feature of OpenLabTM which makes convenient to learn & build even more.
Apart from the user manuals and other leaf lets and palmlets, Etiq Technologies has a well-prepared website for learner's help.There is a dedicated section named LIY(Learn it yourself) where all the necessary tutorials on OpenLab are available with detail description and graphics. Besides, there are pages and sections on the website dealing with various other information regarding OpenLab and embedded system in general. For enhancing the effectiveness of learning, tutorials are embedded with enough umber of examples in each case.
Embedded design & development platforms
OpenLabTM 8051 isa full-featured development platform for Atmel AT89S series of microcontrollers. The platform mostly suitable for experiment purpose. The modular structured on-board development modules ensures fast prototyping & easy implementation for engineers without the guidance from any expert. It comes with AT89S8253 microcontroller. A functionality extension feature is also available in the platform using an Addon connector board, which provides easy connectivity for both wireless boards and sensor boards. Prog/Debug to Run mode selection feature.
Set up the required working models around the on board hardware modules prior to starting your own project, as OpenLabTM is ready with most of the hardware development modules in it to guide you through a customizable design in your projects.
OpenLabTM support all ICSP, USB programmers and In Circuit debugger for PIC. It supports Microchip PICkit3 programmer and third-party programmers and debuggers available on the market.
OpenLabTM supports the latest wireless technologies like Wi-Fi, Bluetooth & Zig-Bee modules interface to add your design and make it more advanced. Connect your prototype to an android phone using Wi-Fi or Bluetooth interface and access the device with a simple finger touch.
Design high power control applications with OpenLabTM. Connect 230 V supply mains and 7A external loads to power driver module of OpenLabTM and design your automation projects and other real world applications.
The right way for studying Robotics is to develop your own Robot. Learn basics of Robotics and make the learning process simple. OpenLabTM lets you to design and develop a Robot with Programming skills and much more.
Extend the functionality further with specially designed QuickInsert Boards and speed up the prototyping. They are available in different categories with different functionalities ranging from simple analog sensors to advanced machine human interface sensors.