Anand Engineering And Business Solution

04/08/2025

🚀 Watch Young Minds Build the Future! 🤖
This is what learning looks like at AEBS — hands-on, exciting, and full of discovery!
From assembling circuits to bringing robots to life, our students are exploring the world of STEM in the most practical way possible.
They’re not just learning… they’re creating, experimenting, and innovating!

📍Want your school to join the movement?
📩 Contact us at [email protected] |
🌐 Visit: www.myaebs.in

28/07/2025

Transform Your Child into a Inventor! 🔧🤖
Give your child the gift of creativity, innovation, and hands-on learning with the AEBS!
With our DIY Robotics Kits, students from Grade 6 to 12 can build real working robots — from simple bristlebots to advanced obstacle-avoiding machines. 🛠️💡
👨‍🔬 Learn by Doing
👩‍💻 Explore Coding & Electronics
🏅 Get Recognized
🌟 Boost Problem-Solving, Confidence & Imagination
Whether your child dreams of becoming an engineer, scientist, or innovator — this is the perfect starting point. No prior experience needed — just curiosity and excitement! 😃🎓
🎁 FREE Demo Available
📍 Online & On-Campus Training
🌐 Visit: www.myaebs.in
📩 Message us to register now!
Let’s build a smarter future — one robot at a time. 🧠⚙️

22/07/2025

🚀🌌 Latest Invention in Space Technology – July 2025 🌍✨
📢 NASA & SpaceX Unveil the First AI-Co-Piloted Spacecraft!

🚀 In a historic breakthrough, NASA and SpaceX have jointly launched the “Starline AI Explorer”, the first spacecraft with a fully autonomous AI co-pilot. This cutting-edge AI system can:

✅ Navigate space missions in real-time
✅ Predict and avoid hazards (like micrometeorites)
✅ Repair minor onboard systems with robotic support
✅ Communicate directly with mission control in natural language

🔬 The spacecraft is currently en route to test orbit around Mars' moon, Phobos, making this a huge step toward manned Mars missions.

🌠 This invention marks a new era in space travel, where humans and machines collaborate more deeply than ever.

14/09/2023

https://myaebs.in/blog/f/tata-nexon-ev-facelift-launched-in-india-prices-start-from-rs-1

Offered in Medium and Long Range versions

12/09/2023

https://myaebs.in/blog/f/bmw-6-series-gran-turismo-m-sport-signature-launched-in-india

BMW India today announced the launch of the 6 Series Gran Turismo M Sport Signature. Priced at Rs 75,90,000 (ex-showroom), the car is being produced locally at BMW Group Plant Chennai. Bookings are now open for the vehic...

10/09/2023

Uses of Drone are increasing in coming industry.

Multiple companies are working on new aerial modes of transportation, be they taxis that fly, drones that drive, or cars that drive and fly. What most of these vehicles have in common is that they’re intended for just a...

11/07/2016

10Gbit/s wireless link in London

RF Com is to demonstrate a 10Gbit/s point-to-point wireless link across London in August, using millimetre-wave equipment from microwave firm

Intended for 4G and LTE telecoms back-haul, the link can also bridge fibre-optic cables across rivers and sensitive areas like historic town centres, RF Com MD Ian Cains told Electronics Weekly. Corporate campus networks, IPTV, wireless ISP backbone and last-mile links are other potential applications.

Called PPC-10G, the system is thought to be the first commercially available 10Gbit/s point-to-point millimetre wave link available.

The end terminals work in E-Band at either 71-76GHz or 81-86GHz, or in Q-Band at 40.5-43.5GHz – according to RF Com, Ofcom only requires a low-cost ‘light’ license to operate at the E-Band frequencies.

Interface to the terminals is Ethernet at both ends, with the wireless link acting as a transparent Ethernet carrier.

Communication is full-duplex, with QAM 254 modulation putting 10Gbit/s though 2GHz bandwidth. Antennas are 300 or 600mm dishes, and predicted range is 4.4km over almost all of the UK for 99.99% availability with the larger antenna – dropping slightly in rainy areas of Northern Ireland and western Scotland.

Adaptive code and modulation allows the link to adjust to maximum available data rate in poor weather without losing the connection. “This gives a reliable link even in heavy rain fall or sand storms,” said RF Com.

Up to four PPC-10G parallel links can be installed in the same location to provide a 40Gbit/s channel with no mutual interference.

With development and production in St Petersburg, management in Sweden and marketing from Estonia, Elva-1 is known for providing microwave components to research establishments around the world – including to the Joint European Torus (JET) and the Rutherford Appleton Laboratory, both in Oxfordshire.

RFCom Elva1 PPC-10G snowElva-1 has previously sold 100Mbit/s and 1Gbit/s wireless Ethernet links, and has been running 10Gbit/s links for several months including in environmental trails in Siberia, said Cains.

Edinburgh-based RF Com represents Elva-1 in the UK.

“We are incredibly excited about working with Elva-1 on embedding this technology into the UK market, we’ve already had a huge amount of interest from mobile operators, wireless internet providers and fibre optic providers,” said Cains.

The London demonstrations are on 03 August at the Tower Hotel, with a link to The Shard.

PPC-10G links are available through RF Com for for purchase, for monthly rental, or for trials lasting up to three months.

28/06/2016

Home-made in China: Crazy DIY inventions, in pictures
Previous slide Next slide 1 of 21 View All
A home-made plane
What do you like doing in your spare time? Whatever your hobbies are, they are unlikely to be as exciting as these. From fully functioning submarines to tanks and homemade helicopters, here are some of the most inventive vehicles built by some men with slightly too much time in their hands.

Above, 50-year-old farmer Chen Lianxue with his homemade plane on the roof of his house in Qifu village of Pingliang, Gansu province. The plane took Chen about 28,000 yuan (£2,900) and over two years time to make, local media reported. Observant readers will have noticed that Mr Lianxue's craft only has one wing.

21/01/2016

Transparent Smartphones

new electronic inventions
Inventors, Jung Won Seo, Jae-Woo Park, Keong Su Lim, Ji-Hwan Yang and Sang Jung Kang, who are scientists at the Korean Advanced Institute of Science and Technology, have created the world's first transparent computer chip.

The chip, known as (TRRAM) or transparent resistive random access memory, is similar to existing chips known as (CMOS) or metal-oxide semiconductor memory, which we use in new electronics.

The difference is that TRRAM is completely clear and transparent. What is the benefit of having transparency?

"It is a new milestone of transparent electronic systems," says Jung Won Seo. "By integrating TRRAM with other transparent electronic components, we can create a total see-through embedded electronic systems."

The technology could enable the windows or mirrors in your home to be used as computer monitors and television screens.

This technology is expected to be available within 3 to 4 years.

03/11/2015

Sound offers new method of moving data in racetrack memory

Research made by a team from the Universities of Sheffield and Leeds has shown that faster computing speeds can be attained by using certain types of sound waves. The researchers claim that these sound waves can move data quickly, using minimal power.

Most of the world's 2.7ZBytes of data is held on hard disk drives, with the data read by sensors that scan over the disk's surface as it spins. But because this involves moving parts, there are limits on how fast it can operate.

For computers to run faster, ‘solid-state’ drives have been created that eliminate the need for moving parts - essentially making the data move, not the device on which it's stored. Flash-based solid-state disk drives have achieved this, and store information electrically rather than magnetically. However, while they operate faster than normal hard disks, they last less time before becoming unreliable, are more expensive and run slower than other parts of a modern computer - limiting total speed.

Creating a magnetic solid-state drive could overcome all of these problems. One solution being developed is ‘racetrack memory’, which uses tiny magnetic wires down which magnetic ‘bits’ of data run. Existing research into racetrack memory has focused on using magnetic fields or electric currents to move the data bits down the wires. However, both these options create heat and reduce power efficiency, which will limit battery life, increase energy bills and CO2 emissions.

Dr Tom Hayward from the University of Sheffield and Professor John Cunningham from the University of Leeds have devised a solution: passing sound waves across the surface on which the wires are fixed. They also found that the direction of data flow depends on the pitch of the sound generated.

The sound used is in the form of surface acoustic waves. Although already harnessed for use in electronics and other areas of engineering, this is the first time surface acoustic waves have been applied to a data storage system.

Dr Hayward said: "The key advantage of surface acoustic waves in this application is their ability to travel up to several centimetres without decaying, which at the nano-scale is a huge distance. Because of this, we think a single sound wave could be used across large numbers of nanowires simultaneously, enabling us to move a lot of data using very little power. We're now aiming to create prototype devices in which this concept can be fully tested."
- See more at: http://www.newelectronics.co.uk/electronics-news/sound-offers-new-method-of-moving-data-in-racetrack-memory/109178/ .DQc4ZpL9.dpuf