Monthly Archives: January 2015


Customized I/O boards with COSA technology


What is COSA ?
COSA stands for Custom-On-Standard Architecture™ (COSA™)
Smarter. Smaller. Faster
North Atlantic Inc’s Custom-On-Standard Architecture™ (COSA™) helps customers eliminate the need to design custom board and data acquisition systems for most sense-and-response applications.
COSA™-enabled designs integrate an innovative mix of processors and FPGAs that execute complex and time-critical tasks such as motion control, process control, monitoring, data transfer, and Background Built-in-Test (BIT). With all the benefits of COTS products, our modular and highly adaptive programmable architecture provides more intelligence and functionality in a smaller footprint— all at a lower cost.

Configure to Customize
COSA eliminates the requisite to design a custom board or data acquisition system. Highly configurable hardware enables faster system integration and fast-tracks deployment to SWaP-optimized systems in air, land, and sea applications.
Architected for Versatility
COSA offers more than 40 intelligent I/O, communication, and Ethernet switch functions, providing the highest packaging density and greatest flexibility in the industry.
Pre-existing, fully-tested functions can be integrated in an unlimited number of ways, quickly and easily.
One-Source Efficiencies
NAI is optimized to accelerate your time-to-mission with integrated design, manufacturing, assembly, and verification teams– all from one trusted source located in the USA.

About NAI :
North Atlantic Industries, founded in 1955, is a leading independent designer and manufacturer of embedded electronics and computing solutions. NAI is ISO9001:2008, AS9100: 2009 certified.
ADVANETECH is an authorized distributor of NAI in India. For more product information, please visit this page :


Go Wireless!

Welcome to world of Wireless Technology! In this blog we will understand types of wireless technology and their applications.

There are three types of Wireless technology:

  1. Zigbee
  2. 2.4 GHz based wireless
  3. GSM/GPRS based wireless


Zigbee based wireless technology

Zigbee is used to create personal area network in 10 to 100 meter line of site connection. In this technology very low power is required. Battery life is long compare to other two. Zigbee is mostly used in home automation where distance is very low. Speed of Zigbee is 250 kbps defined

  • General Applications of Zigbee :
  1. Industrial equipment that requires low rate wireless data transfer
  2. Wireless light switches
  3. Electrical within home displays
  4. Traffic management system
  • Advantages :Simpler and less expensive ,Low power consumption & Easy to install

2.4 gHz based wireless technology

2.4GHz wireless network is used for most of industrial application in which distance is in kilo meters but not more then 3 km. It requires more power to send data than Zigbee. It is work on 2.4 GHz free band in India. This technology can send & receive data up to 3 km with high gain antenna. It must require line of site connectivity.

  • General Application of 2.4 GHz technology
  1. Water level transmitters
  2. Temperature transmitters
  3. Wireless energy monitoring system
  4. Data transmission between to place in plants.
  5. To create a long distance network in plants.
  • Advantages : Long distance communication,No additional cost after installation,Low maintenance cost compare to wired network

GSM/GPRS based wireless technology

This technology is used for very long distance data transmission. In this technology, there is no limitation of distance only requirement of GSM or GPRS network. It can send & receive a data on any network. In GSM/GPRS devices requires internet network to send & receive data from any location

  • General Application of GSM/GPRS technology
  1. Water distribution system over a city or state which can be connected by central location through GSM/GPRS
  2. Send & Receive analog or digital data of industrial plant to central control room
  3. In Tank farm automation
  4. Liquid level transmission in big refineries
  5. Process data transmission in big plants
  • Advantage : No limitation of distance

Gas Turbine Technology

Gas turbine engines power most commercial flights operating today. Yet many people are ignorant of the cutting-edge technologies used in the creation and operation of these engines.
Advancements in engineering have led to the development of gas turbines in the early 1900s, and turbines began to be used for stationary electric power generation in the late 1930s. Turbines revolutionized airplane propulsion in the 1940s, and in the 1990s through today have been a popular for new power generation plants in the United States.
Gas turbines produce high-quality exhaust heat that can be used in CHP (Combined Heat & Power) configurations to reach overall system efficiencies (electricity and useful thermal energy) of 70 to 80 percent. By the early 1980s, the efficiency and reliability of smaller gas turbines (1 to 40 MW) had progressed sufficiently to be an attractive choice for industrial and large institutional users for CHP applications.
The Mini Gas Turbine Power System from Turbine technologies is a self-contained jet engine laboratory featuring the purpose built SR-30 Turbojet engine. All aspects of gas turbine theory, fluids and thermodynamics can be simply demonstrated and readily explored.
Engineering Lab Equipment From “Art To Part” With In-House Capabilities
Turbine Technologies prides itself in its in-house capability to take ideas from “art to part”. Engineers and craftsmen utilize a number of software tools to create first article virtual prototypes. These electronic design concepts are transformed into production models via our on-site rapid prototyping lab, 5-axis CNC machines, super alloy vacuum investment casting foundry, and numerous other supporting elements.
ADVANCETECH is an authorized distributor for Turbine technologies Pvt. Ltd. For more information, regarding the Gas Turbine Products, please visit


Now Its Time to SIP Technology!


What is SIP?

SIP : The Session Initiation Protocol (SIP) is a signaling communications protocol, broadly used  for controlling multimedia communication sessions such as voice  and video calls over Internet Protocol (IP) network.

The protocol defines the messages that are sent between endpoints, which direct establishment, termination and other essential components of a call. SIP can be used for creating, modifying and terminating sessions comprising of one or several media streams.

Basically, SIP is a text-based protocol with syntax similar to that of HTTP. There are two different types of SIP messages: requests and responses. The first line of a request has a method, defining the nature of the request, and a Request-URI, indicating where the request should be sent. The first line of a response has a response code.

Dealer boards use IP LAN/WAN infrastructures to provide greater flexibility of deployment options in combination with SIP.

They are designed to leverage industry standard protocols and to ensure an easy integration with your company’s IT solution providers and Administrative TDM or SIP Telephony infrastructures (PBX, IP PBX)

It has moved from a “hardware only” design to a combination of software and hardware components, facilitating platform upgrades and support.

Dealer Boards with SIP technology use multicast technologies to optimize bandwidth and offers three typical architectures: standalone, datacentre and remote, which can be simplified and combined.

So upgrade your Trading Floors with SIP based Dealer boards! And move ahead with the technology!

nuclear science

Nuclear Science experiments now can be taught in engineering Institutes!

Nuclear Engineering has begun to arise as a key discipline and world is looking towards it. The research in fission and fusion is growing with fresh efforts towards the development of advance technologies. India has set a target to achieve more than 20000 MWe in Nuclear power by 2020. In this field India is self-reliant. The recent interest of other nations to have nuclear agreements stems from the fact that today India is considered as a fully developed nuclear power. With nuclear renaissance taking place, other countries need skilled manpower to build and operate nuclear power plants.

Canberra Teaching Laboratory Kits

nuclear science


The research in fission and fusion is growing with fresh efforts towards the development of advance technologies. India has set a target to achieve more than 20000 MWe in Nuclear power by 2020. In this field India is self-reliant. The recent interest of other nations to have nuclear agreements stems from the fact that today India is considered as a fully developed nuclear power. With nuclear renaissance taking place, other countries need skilled manpower to build and operate nuclear power plants.

Engineering Institutes and colleges are also revamping their Nuclear Physics Labs with latest advanced nuclear physics laboratory kits. Before a decade ago, demonstrating Nuclear physics experiments in engineering labs was not possible.

Now, CANBERRA has introduced Basic and advanced lab kits which had made this possible.

ADVANCETECH is an authorized distributor for company named CANBERRA. CANBERRA has been serving the nuclear community for over four decades. The company is the leading provider of innovative and cost-effective nuclear measurement solutions used to maintain safety of personnel, assess the health of nuclear facilities and safeguard the public and the environment.

Keep reading this page for more detailed information regarding Lab kits…


USB Interfaces to Multiple Simultaneous Avionics Protocols



The aerospace and avionics industry remains to be competitive market. To fanfare in this global milieu, one must deliver on cost and schedule commitments while meeting ever more demanding requirements.

The commercial aviation bottleneck is at record levels, retaining increased pressure on schedule performance. With tighter defense budgets, governments are shifting cost and schedule risk to the contractors, placing a premium on cost and schedule performance. Establishing and maintaining a good track record of program performance is an essential requirement for a company to win new business.

To successfully meet these challenges, we at ADVANCETECH provide Avionics Upgrades & Interface solutions, which help you to stay abreast with the technology.


Yes, you read it right, now you can carry Multiple Avionics Databus Protocols in your Pocket!

These pocket-sized USB adapters are the easy and portable way to interface your computer to multiple avionics databuses including: MIL-STD-1553, EBR 1553, ARINC 429, ARINC 708, ARINC 717, Serial, and Discrete I/O.

The USB MULTI family of pocket-sized USB adapters enable computers to communicate with, simulate, test, and monitor avionics equipment and systems.

These rugged USB 2.0 peripherals feature a combination of different protocols in a single device. This provides greater convenience and cost savings when interfacing to multiple databus types. They are compatible with virtually all modern PC laptop, desktop, and tablet computers, and all power necessary for operation is provided via the single USB port.

Plug and Play and Hot Swap features make them easy to install and move between computers!