Smart technology allows you to advance any home into the future. If improving your lifestyle to the next level sounds like a great thought, then it might be the right time to invest in smart appliances. Although smart home appliances sound like something from a sci-fi film, they deliver loads of benefits!
From refrigerators with a built-in camera to bluetooth coffee makers – smart home appliances offer all kinds of uses. What they all have in common is that they are manufactured to transform your routine at home.
Interested in reading more about how these appliances work? Then please read onto learn about all of the benefits that these appliances have to offer. In need of smart appliance repair? The smart choice is Superior Santa Monica Appliance Repair.
What Are Smart Appliances?
Smart appliances are available in a assortment of residential machines and are designed to use technology to carry out their functions quicker, using much less energy at a much cheaper cost. They can usually be operated from a easy-to-use, central operating system such as your cellphone or a remote. For the most part, they provide convenience and additional control and customization to any household.
Smart Appliance Features
Deciding if these smart pieces of technology are actually worth the cost? Here are a few of the advantages of having them in your home.
An added level of convenience in your living space is the top advantage of using appliances with smart features. Smart appliances will mainly be controlled via your mobile phone or by voice, allowing homeowners to access them a lot easier.
Smart kitchen appliances, in particular, can make your life easier as far as preparing meals. You can tell an oven to preheat with just your voice or program your fridge to tell you what type of food you are low on. There are also coffee makers that can be controlled from your bed, and robot vacuum cleaners set up to automatically sweep the floors.
Whatever type of appliance you decide to buy, convenience is the ultimate goal.
Smart home appliances connect to the internet via wi-fi, and require a consistent connection. In addition, some are made with Bluetooth connectivity. This helps you to operate them with an external device – something you can do remotely like with your cellphone.
In the event you have multiple compatible appliances, you could be able to connect them to a smart home system. This is necessary for creating a totally functioning smart home.
Be More Energy Efficient
Backed by digital technology, these appliances become extremely energy-efficient. They even monitor energy consumption and provide feedback on the readings. Not only this, but they can even alert you when something goes wrong with the appliance as well and if it needs professional repair.
While purchasing the technology for your home may be a bit more costly initially, you can save plenty of money in the long run with their energy-efficient features.
Super Cool To Use
Beyond the fact that smart appliances deliver a wide range of benefits, they’re fun machines to have in your home too! For example, some refrigerators can assist with a grocery shopping list and recipes based on the contents of the refrigerator. You can even purchase a frying pan that tells you when it is time to flip your food, guaranteeing the best temperature.
Now you can understand, it is possible to feel like you’re living in the future using some of these smart appliances. If you love the latest technology and the latest trends, then purchasing smart appliances is a must.
Appliances That Do More
Not only does technology make your appliances easier to control, but it also allows you to do more with them. For example, you can purchase a smart oven with a camera to recognize the kind of food that you put inside of it. The oven will then adjust the temperature to cook the meal perfectly to your taste!
Being able to control all of your appliances from almost anywhere is one of the main benefits of smart technology. Since these items use internet connectivity, you can control them via apps on your cellphone.
If you are in the car you could turn on your robot vacuum cleaner at house so you return to a freshly clean floor. You might also take a look at what is inside of your fridge with your smartphone camera to check what you need to buy when you are grocery shopping.
Receive Alerts To Problems
Usually, it takes a while before you figure out what is broken on your household appliances. However, smart technology tells you right away if something is broken. Naturally, the faster you find out about any problems the better.
Sometimes, a warning is sent to the manufacturer who will send over a repair estimate. In other cases, appliances will alert you and then shut down if they detect a power surge, your freezer will notify you that it needs to be defrosted, etc. Any possible issue with an appliance can be handled right away before it becomes a big problem.
Smart appliances may seem like expensive purchases, but most of the time they can actually save you money. Because they are energy-efficient, as well as notifying you of problems, you can save costs on unnecessary bills. In the long run, they can free up your budget to spend it where you need it most.
Creating a Smart Home
There is little doubt that smart technology is a big part of our day to day lives, and there are several benefits to bringing it in your home. Simple household items, such as frying pans and utensils have been converted with smart technology, increasing convenience and value like never before. As these appliances provide you with more automation, you can do more in your house using a low amount of energy at a lower cost.
If you love technology and how it can improve your life at home, then it might be time to modernize your home with smart home appliances. For the ultimate take on the future, create a connected smart home using devices that are compatible with each other and will work together to make your lifestyle at home so much easier.


Electronet series CT-100S are Conductivity transmitters used for various industrial applications.
It can accept input from conductivity electrode of cell constant 0.01 / 0.1 / 1 & conductivity signal is transmitted in the form of electrical 4 - 20 mA signal. The on-line conductivity indication is provided through LCD. Span/Zero adjustments are easily accessible.
|Food Industry||Chemical Industry||Atomic Energy||Manufacturing Industry|
|Automation Industry||Thermal Power Energy||Process Industry||Water Treatement Industry|


About this item
- Expand your digital camera’s capacity
- More space for songs, videos, and data
- Durable design
- Writeable label for easy storing and sorting
SanDisk Standard SDHC Memory Card
Capture a Full Day’s Worth of Memories and More
Today’s digital cameras take increasingly high quality photos, so there is a greater need for storage space to store these high-resolution files. The SanDisk Standard memory cards come in capacities of up to 32GB1, allowing you to take plenty of photos without running out of space. With the Standard SDHC memory card, you won’t miss those special moments like a baby’s first steps, a child’s first dance recital, or a treasured vacation moment.
Storage for Music, Data and Video:
In addition to digital cameras, many portable media players feature SDHC card slots for storing music, data and video. The Standard SDHC memory card gives you plenty of space for all your tunes, TV shows, video clips and more. Standard SDHC memory cards are also ideal for moving files between computers, cameras and other gadgets.
Writeable Label for Easy Organization:
The SanDisk Standard SDHC memory card has a blank writeable white space on the front of the card, making it easy to identify your different cards. Use one memory card for all your vacation photos and another for all your favorite music–the label makes it easy to see which is which at a glance. Rather than inserting cards into your digital device to review the content, simply look at the label and go.
Proven Reliable and Built to Withstand Harsh Conditions
With no moving parts for less wear and tear, the Standard SDHC memory card provides reliable performance. SanDisk designed their Standard SDHC memory cards to withstand harsh operating conditions. The cards are waterproof, temperature proof, shock and vibration proof and x-ray proof2. No matter where your travels take you, you’ll always be able to capture the most memorable moments.
SanDisk Corporation is a Silicon Valley-based S&P 500 company. It is a global leader in flash memory cards–from research, manufacturing and product design to consumer branding and retail distribution. SanDisk holds more than 1,700 U.S. patents and more than 1,100 foreign patents.
SanDisk SDHC Card
A writeable label makes for easy organization.
SanDisk’s product portfolio includes flash memory cards for mobile phones, digital cameras and camcorders; digital audio/video players; USB flash drives; embedded memory for mobile devices; and solid-state drives for computers.
The SanDisk Standard SDHC memory card is backed by a limited five-year warranty3.
What’s in the Box
SanDisk Standard SDHC 32 GB memory card.
1 1 gigabyte (GB) = 1 billion bytes. Some capacity not available for data storage.
2 SD, SDHC and microSDHC card formats up to 32 GB only.
3Five year warranty in regions not recognizing “limited” warranty.


Front End Engineer
Reggio Emilia, Italy
We are a startup based in Reggio Emilia, Italy that creates disruptive products by combining Robotics and Artificial Intelligence.
We are looking for talented innovators in mechatronic, electronic and software to lead the next-gen of food appliances.
Front End Engineer
Here at Robomagister we are passionate about Robotics, Artificial Intelligence and Food, you will become part of a dynamic team from a variety of backgrounds that desire to make an impact in the food industry.
Responsible for the design and implementation of the user interface of our systems including embedded devices, mobile devices and cloud applications.
The Work you'll do
- Understand product specifications and user psychology
- Identify the best architectural solutions for the front end
- Develop wireframes and prototypes around product needs
- Implement highly responsive user interface components
- Design an eye-catching and extremely intuitive user interface
- Develop multi platform applications
- Ensure proper functioning of applications on different platforms
- Improve and maintain existing user interface
- Troubleshoot interface software and debugging application codes
- Document application changes and develop updates.
- Setup automatic testing environment for produced code
The Skills you need
- Ability to find creative solutions to user interface challenges
- Very good graphic design skills
- Self-motivated and passionate about your work and software programming
- UX design skills
- Great aptitude for teamwork
- Optimistic, proactive, resilient, self-motivated and focused
- Exceptional analytical and problem-solving skills
- Flexible to handle unforeseen events and large workloads
- Always eager to learn and improve
The qualifications you need
- Bachelor's/Master's degree in Computer Science or equivalent industry experience
- Advanced experience in software development
- Previous experience with user interface design
- Experience working as a React developer.
- Good knowledge of different platform for user interface developing
- Good knowledge of cloud systems (AWS preferable)
- Good knowledge of version control (Git)
What Robomagister can offer you
The role is based in Reggio Emilia, Italy.
We offer a competitive salary, commensurate with experience.
We apply a hybrid work policy.


When it comes to home electrical repairs, knowing the meaning of electrical wire colors is fundamental. These colors are defined by the National Electric Code (NEC) in the US. This knowledge not only ensures that you handle electrical tasks safely but also helps in troubleshooting and fixing minor issues effectively. In this article, we’ll explore the significance of different wire colors in household electrical systems, providing you with a clear understanding of each color’s role. Whether you’re a DIY enthusiast or just keen on understanding your home’s electrical system, this guide is tailored for you.
Here’s a great video from the “Virtual Electrician” describing what the basic wire colors mean and what they are used for.
The Importance of Wire Colors in Electrical Systems
Electrical wire colors are not just for aesthetic purposes; they serve a critical function in identifying the purpose and function of each wire. This color coding helps in ensuring safety, simplifying installations, and aiding in troubleshooting electrical problems. Understanding what each color represents is the first step in any electrical repair or project.
The Ground Wire – Bare Copper or Green with a Yellow Stripe
The ground wire, typically bare, green, or green with a yellow stripe, is a vital component of your home’s electrical system. Its primary role is to provide a safe path for electricity to return to the ground in case of a fault. This action helps in tripping the circuit breaker, thereby cutting off electricity and preventing potential hazards.
The Live Wire – Black!
The black wire in your electrical system is known as the live or hot wire. This wire is responsible for transporting electricity away from the electrical panel to where it’s needed. It’s the main carrier of power in your circuits and demands careful handling due to its active nature.
The Neutral Wire – White
The white wire, or in some cases, gray, is the neutral wire. It plays a crucial role in completing the electrical circuit by carrying the current back to the panel. Think of it as a return path for the electricity, allowing for a continuous and safe flow of power.
The Red Wire – An Alternate Phase
Encountering a red wire indicates another hot wire, connected to a different phase in the electrical panel. This wire is often used in installations that require a higher power demand or in multi-way switch setups. Understanding its function is essential for complex electrical tasks.
Wire Re-Identification – Know the Changes
Sometimes, electricians re-identify wires by wrapping them with differently colored tape. For instance, a white wire with black tape is now functioning as a hot wire. Being aware of these changes is important for accurate troubleshooting and repairs.
Expanding Your Electrical Knowledge
For those keen on diving deeper into electrical concepts, such as understanding different phases, our video on phases offers comprehensive insights. Expanding your knowledge in these areas enhances your ability to handle more complex electrical tasks confidently.
Understanding electrical wire colors is a fundamental aspect of DIY electrical work. It ensures safety, efficiency, and accuracy in your home repairs and projects. Remember, if you’re ever in doubt, consulting a professional or visiting TrustworthyHomeAdvice.com for guidance is always a wise decision. Stay informed, stay safe, and happy DIY-ing!


In every industry, business operations depend on networks that are increasingly complex. Business applications, email services, web services, voice-over-IP, video conferences, just to name a few things that depend heavily on IT networks today. Therefore, the more you know about your network, the more you can improve user productivity, network performance, security, and compliance. Poor visibility makes it hard for people to do their jobs and cost a lot of effort as well as precious time. Vital information about networks and applications must be easily available.
We believe that it's impossible to fix what we can't see and optimize what we can't measure. Here are solutions that provides intelligence, insights and visibility.
Powerful hardware and software solutions that maintain network performance and enabling network forensics in breach investigations
Network Taps, Bypass Switches, Network Packet Brokers. Intelligently distribute traffic flowing from network devices across various port mappings.
Scrutinizer is the most flexible and scalable NetFlow Analyzer on the market for deep application insight and network incident response.
Customized solution to correlate important statistics and metrics from single or multiple data sources into dashboards to gain meaningful insights.
Tell us about your challenges, or request an on-site demoContact Us
All Rights Reserved 2008- 2017 © Vigilnet.my


Artificial intelligence (AI) makes it possible for machines to learn from experience, adapt to new inputs, and perform human-like tasks. Most examples of AI you hear today – from computers playing chess to self-driving cars – are based on deep learning and natural language processing. Using these technologies, computers can be trained to perform specific tasks by processing large amounts of data and recognizing patterns in the data. The term artificial intelligence was coined in 1956, but artificial intelligence has become more popular today thanks to increased data volumes, advanced algorithms, and improvements in computing power and storage. Early AI research in the 1950s explored topics such as problem solving and symbolic methods. In the 1960s, the US Department of Defense took an interest in this type of work and began training in computers to mimic basic human reasoning. For example, the Defense Advanced Research Projects Agency (DARPA) completed street mapping projects in the 1970s. DARPA produced intelligent personal assistants in 2003, long before Siri, Alexa or Cortana were household names. This early work paved the way for the automation and formal reasoning we see in computers today; these include decision support systems and intelligent search systems that can be designed to complement and strengthen human capabilities. While Hollywood movies and science fiction novels portray AI as human-like robots taking over the world, the current evolution of AI technologies isn’t all that scary or quite intelligent. Instead, AI has evolved to provide many specific benefits in every industry.
AI applications can provide personalized prescription and X-ray readings. Personal virtual health assistants can act as life coaches, reminding you to take your pills, exercise or eat healthier.
Using recursive networks, a type of deep learning network used with sequenced data, AI can analyze factory data flowing from connected equipment to predict expected load and demand.
Artificial intelligence provides virtual shopping features that offer personalized recommendations and discuss purchasing options with the consumer. Stock management and field layout technologies are also developing with artificial intelligence.
Artificial Intelligence increases the speed, precision and effectiveness of human efforts. In financial institutions, AI techniques can be used to identify which transactions may be fraudulent, adopt fast and accurate credit scoring, and automate manual-intensive data management tasks.


As technology changes and advances, so too do methods of e-waste management. With the Internet of Things (IoT), like smart devices, becoming more and more popular, many manufacturing facilities are struggling to keep up with their waste.
So, what is the answer to IoT device waste disposal?
In this article, we will discuss
- What IoT devices are
- The impact they have when disposed of improperly
- How you and your business can better manage your electronic waste
What are The Internet of Things Devices?
The Internet of Things sounds like some new super internet that might take us over. But in actuality, it refers to smartwatches, smart refrigerators, the Google Home, Apple HomePod, and other smart devices not including your phone or your computer.
Together, these other smart devices and small microprocessors that upgrade new work equipment make up the ‘Internet of Things’.
So, what does this mean for the old and failed IoT devices that are getting thrown in the trash due to the latest and greatest advances in new technology?
Electronic Waste is Piling Up
Waste created from electronic devices, also known as e-waste, has jumped in volume a few years after major advances like IoT devices. When home computers became the standard, e-waste increased. When video game consoles and laptops came onto the market, they increased again.
Those devices before were long-term devices, but IoT devices only last a year or two, and are typically designed to fail. Due to this, we’re looking at a mountain of electronic waste that we’ve never seen before.
In fact, the United Nations expects e-waste to reach more than 52.2 million metric tons globally by the end of 2021. It is also estimated that by the time we get to 2050 our e-waste will hit 4 billion tonnes.
Keep reading to learn why.
Planned Obsolescence: Out With The Old, In With The New
To the frustration of consumers, many companies are doing something called planned obsolescence. This is when they design a product to fail after a certain amount of time to push the consumer to make another purchase.
While in most cases batteries can be replaced, which is its own environmental disaster, other devices only have one life. Many IoT devices are made to only last until their battery dies and then be disposed of.
Planned obsolescence is not only an inconvenience to the buyer, who has to spend more money, but also to the environment. This leads us to the next big problem: IoT devices that end up in landfills.
Internet of Things Tossed into Landfills
While electronic devices in the past had a decent lifespan, IoT devices are only lasting a couple of years. This pile-up of e-waste is quickly ending up in landfills, bringing them to max capacity.
E-waste is not biodegradable and facilities are using methods like open-air burning and acid baths. This is so they can make room in landfills and they can recover materials of value. These processes release hazardous toxins into the environment.
Environmental Impact of Internet of Things Devices
When disposed of improperly, both the plastics and metals in your IoT devices can have negative effects on the environment around them. This includes the water, earth, plants, and animals.
Now, let’s take a closer look at the several ways your IoT devices can poorly impact the environment.
Disposing of Batteries
Many IoT devices run on disposable batteries. Improperly disposed of batteries release toxins into our soil. These then eventually make their way into our water supply.
On the other hand, IoT devices that do not allow you to replace batteries are also negatively impacting the environment. After their short life, when discarded improperly they leach toxic materials into the environment.
Toxic Methods to Extract Materials
When disposing of the devices and trying to recover materials from the waste, if done improperly it can be detrimental to the environment. When they burn the IoT devices or use acid baths they release toxins into the air, soil, and water exposing those in the area.
These chemicals can have an irreversible effect on your health, possibly leading to cancer, brain damage, infertility, or miscarriages.
Furthermore, improperly discarding IoT devices also leads to the loss of scarce resources. Many electronics use valuable rare earth elements such as neodymium, indium, and cobalt.
When discarded improperly, you are losing out on the materials, increasing the need for more mining. Extracting these materials is not only costly but also negatively impacts the environment.
So what is the solution? Recycling your IoT devices.
Why You Should Recycle Your Internet of Things Devices Properly
First, recycling your IoT devices with a trusted recycling facility is the best way to be sure your data is safe and the environment is protected.
Certified recycling facilities will also make sure all of your private information is securely deleted to protect you from data theft. Additionally, you can be sure that the processes used to recycle your electronics and extract materials are environmentally friendly.
Recycling Slows Down Climate Change
Next, when you recycle your IoT devices, the recycling facility will extract any reusable parts. This is helpful because then they are able to give it to technology companies to use in their manufacturing.
When producing devices from scratch, manufacturers produce tons of CO2 emissions. But when they use recycled materials, they can cut down on carbon emissions, helping to slow down the impacts on climate change.
Recycle Your Internet of Things Devices with Great Lakes Electronics Corporation
As you have learned, improper disposal of IoT devices can result in data theft and environmental liabilities for your organization. Your best solution is to recycle them with an accredited and certified electronics recycling company like Great Lakes Electronics Corporation.
If you have an old or broken smart device, find your nearest Great Lakes Electronics Corporation location to properly recycle your device instead of throwing it away. If you are a business owner or IT professional, remember to responsibly turn in your Bluetooth devices and wifi extenders with Great Lakes Electronics Corporation.
To get in contact with Great Lakes Electronics Corporation visit our website or call 888-392-7831.


Name: Mazeyar Firouzi
Title: CTO of Vice President of R&D
Mazeyar has 15+ years of extensive knowledge in embedded, semiconductor technologies and product manufacturing within the audio industry. He is based out of our Shenzhen, China HQ. Prior to joining Horn, Mazeyar held senior R&D roles for Tymphany, CSR, Nokia and Ericsson. He hold a bachelor degree in electronic engineering and an master in software engineering.
In his spare time he enjoys competing at Running(Marathons) and Triathlon(Ironman) events
Name: Denis Ju
Title: Director of Research, R&D
More than 12 years experience in the electro acoustics filed. Engage in high performance microphone, MEMS microphone and microphone module development, such as voice recognition microphone system design and development. Start to do the research on the sensor, smart device and smart wearable products. There are more than 30 patents filed.
Name: Allen Qiao
Title: Director of Software and Testing, R&D
More than 12 years of experience? in? embedded system design and Test system design. Especially about headset of Audio field and? test system design based on the Lab View. proficient in USB audio,2.4G/Bluetooth wireless Technology. Master core algorithms in the Machine?vision?system and MIC Array signal analysis. There are 2 patents about Test system design.
Name: Wendell Wen
Title: Director of Acoustics R&D
13 years acoustics design experience, engage Headset、speaker and driver and MIC acoustic design, especially about Uni-directional and high performance MIC design. attended several China GB standards commenting. For example GB/T 12060.5、GB/T 12060.4-2012、GB/T 14471-2013。 There are 4 patents about MICs
Name: Jonathan Sanders
Title: Manager of System Acoustics, R&D
15+ years in audio product design and manufacturing in consumer audio, professional audio and car audio industries.
4+ years living and working in China.
Expert in acoustic measurement and subjective evaluation.


How to install spice client on Raspberry Pi
First, we need to download the source of spice client from spice official website, the latest stable version is 0.14.
$ wget http://spice-space.org/download/gtk/spice-gtk-0.14.tar.bz2
Install dependencies packages
Spice client depends many other packages, e.g. jpeg, gtk, audio … We must install these packages before compiling source.
Furthermore, since we install spice client from source, packages related to compile are also needed, e.g. gcc, autoconf, libtool
The celt package in raspbian’s repository(0.7.1) is newer than Spice client requires(0.5.1), so we have to install this required version from source.
$ sudo apt-get install libogg-dev $ wget https://launchpadlibrarian.net/59154526/celt_0.5.1.3.orig.tar.gz $ tar xf celt_0.5.1.3.orig.tar.gz $ cd celt-0.5.1.3 $ ./configure --prefix=/usr $ make && sudo make install
All packages we need to install are following:
$ sudo apt-get install build-essential autoconf libtool intltool libspice-protocol-dev libgtk2.0-dev libssl-dev libpulse-dev gobject-introspection libgirepository1.0-dev libjpeg8-dev pulseaudio
Compile and install source
This step, we are ready to compile and install Spice client.
A accelerated X driver for Raspberry Pi are being developped, and a test version has been released. The driver takes advantage of hardware acceleration for display. So spice client could run much smoother.
But by default, spice-gtk uses cairo as display backend, which does not use hardware acceleration. In order to use hardware acceleration, we must configure “–with-gtk=2.0”.
$ tar xf spice-gtk-0.14.tar.bz2 $ cd spice-gtk-0.14 $ ./configure --prefix=/usr --disable-maintainer-mode --disable-static --enable-introspection --without-python --without-sasl --disable-polkit --disable-vala --enable-smartcard=no --with-gtk=2.0 $ make $ sudo make install
Ok, if no errors occur, we have completed the compilation and installation, it’s time to enjoy it.
Done, connect to server
Now you can connect to your VM using following command:
$ spicy -h spice_server -p port
That’s all, enjoy it!


Wake On LAN Tool
Boot Machines from Remote
Wake on LAN tool remotely 'wakes-up' a machine (boots-up a machine) that is present in the network but not alive. For this tool to work, the machine should be configured to accept the Wake-on-LAN remote command. The Wake on LAN tool supports both manual and scheduled waking up of systems. It can be used to boot systems accross VLANs.
Wake On LAN Features
- Supports both manual and scheduled wakeup
- Automatic discovery of MAC Addresses of the systems in the network.
- Create multiple groups of computers as different tasks and schedule them separately.
- Ability to boot systems accross VLANs.
- Provides summary of the various tasks along with the status of execution.
- Detailed status of individual computers in different groups.
On Demand Wake-up
The Wake on LAN tool enables waking up machines on demand from remote. The tool can be used to wake-up either a single machine or multiple machines simultaneously. The administrator has an option to send the Wake on LAN packets to the specific system or broadcast the WOL packets in the whole subnets. The status and the last wake on time is updated the database.
The Wake on LAN tool can be scheduled to run at a specified interval. The administrators can add all the systems to be woken-up and schedule the tool to run at a specified interval - Daily, Monthly, or Yearly. The Wake on LAN tool, at the specified time, sends the Wake on LAN packets to the systems to boot them up.
The Wake on LAN tool allows administrators to create multiple groups containing different computers. These groups can be scheduled to run at different times. There is no restriction to the number of groups that can be created. The status of individual tasks will be provided as a summary. Status of individual computers will also be available in the task details view.
Wake on LAN Requirements
For the Wake on LAN to work, the machines should meet the following requirements:
- An ATX motherboard with 3-pin Wake on LAN connector.
- An ATX power supply meeting the ATX 2.01 specifications.
- A network card (NIC) that supports Wake on LAN.
- Wake on LAN should be enabled in the BIOS power Management.


LED Strip Light, LED Ground Light, LED Panel Light manufacturer / supplier in China, offering Ml220 2W up and Down CREE LED Wall Lights, Gl168 8W Stainless Steel IP68 LED Ground Lights, 2216SMD 240LEDs/M CRI>90 DC12V LED Strip Lights and so on.
|Main Products:||LED Strip Light , LED Ground Light , LED Panel Light , LED Down Light , LED Flood Light , LED ...|
|Registered Capital:||500000 RMB|
|Plant Area:||101~500 square meters|
|Management System Certification:||ISO 9001, ISO 9000, BS 25999-2, FSC|
|Average Lead Time:||
Peak season lead time: one month
Off season lead time: within 15 workdays
Sanny Lighting Technology Co., Ltd was founded in 2009. We are specialized manufacturer located in Shenzhen, China. We produce, develop and sell LED lighting products such as LED Strip Light, LED Ground Light, LED Wall Light, LED Ceiling Light, LED Flood Light and etc.
What sets us apart from others? Reliability and integrity. We can provide customers good quality products with professional service and technology support, good quality warranty, short delivery timescale and best after sell. We have CE and RoHS certificates. Our main customers come from Europe, America and Oceania countries, but also there are more and more customers from all over the world interested in our products. With high quality and competitive prices, we are confident that we will enjoy a long-term business relationship with you on the basis of equality and mutual benefits
Sanny Lighting makes your life sunny forever. We conform to the requirements of the time, engage in the making perfect habitation for human all over the world.


Bluetooth speakers have been around for many years, with newer and better models being created all the time. Wireless speakers are becoming more and more popular as they are more practical then an ordinary speaker. This article is a comparison between two Bluetooth speakers; the UE BOOM vs Beats Pill speaker. This comparison will discuss the appearance and features of each product, and which will help you decide which speaker is best for you.
The UE BOOM is 18cm in height, and roughly 6.5 cm in width. It has a cylindrical shape and can be placed either on its side, or on either circular end. It has 360º degree sound and has a long lasting rechargeable battery life of 15 hours. This speaker can be paired to your smart phone or any other bluetooth-enabled device. The UE BOOM comes in multiple colours, the main colours being white, blue, black and red, however, other colours can also be purchased. Check out more colours avaiable here. The majority of the cylindrical surface of the speaker is covered in a rough fabric, which is covered in a plasma coating that makes the product stain and water resistant. This means it is ideal for outdoor trips and adventures.
The Beats Pill is a small cylindrical four-speaker sound system that comes in a pill shape which is 19cm in length and 4.5cm tall. Along with the UE BOOM it is also available in white, blue, black and red. There are also a few other colours available on the Amazon website, you can check them out here. It’s small enough to fit in your hand, and can easily fit into your bag or whatever you are carrying out the door. Despite its size, it produces powerful sound. It has a 7 hour rechargeable battery life, and takes roughly 3 and a half hours to recharge. This speaker can also be paired to any bluetooth enabled device, and if your smartphone is running low on battery, this speaker has the ability to recharge it.
Similarities and Differences
These two speakers are often considered threats to each other as they are very similar products. They are both small, light, bluetooth wireless speakers with great sound and bass. Both the UE BOOM and Beats Pill speaker can be paired up and synced to a second speaker of the same type for improved sound. From a dead battery these two speakers take roughly the same amount of time to charge (3 and a half hours).
Although these two products are very similar, they have multiple differences that set them apart and make them unique. The UE enables you to change songs, adjust volume and take calls from up to 50ft away, while the Beats Pill only has a 30ft connection. The Pill has a reverse charging feature, which means you can plug in a charger via a USB-A Port to charge a mobile device. On Amazon, the prices for the UE BOOM speaker vary from around $125 – 200, while the Pill speaker is slightly pricier at $160 – 250. While the Beats Pill can last for up to 7 hours, the UE BOOM’s battery can last almost twice as long as this speaker.
UE BOOM vs Beats Pill
In summarisation, both these speakers are very practical and are suitable for anyone. If you were to purchase one of these speakers I would highly recommend the UE BOOM, although the Beats Pill also has many great reviews. Personally, I use the UE BOOM and think it is a great speaker and I use it all the time. The sound is great, and it’s battery life lasts a very long time even though it doesn’t take long to charge. With its versatile shape, water resistant coating, and the cheaper price, I believe this speaker is your money well spent.


AI has quickly become an integral part of the tech landscape. Many view AI as a way to improve efficiency and keep costs down. But the rise of AI has also given way to fresh concerns about the future of several disciplines—including UX design. If you’re new to UX, you might even find yourself wondering: Is AI going to take my job?
Let’s set the record straight: As long as we’re designing for humans, we’ll always need human designers. Moreover, AI technology offers exciting new possibilities for better, more inclusive user experiences. It’s all about learning how to make AI work for you (that’s where we come in!).
In this blog post, we’ll explore seven ways UX designers can use AI to their advantage; from analyzing real user data, to elevating prototypes with branded color palettes.
- How is AI impacting the UX design industry?
- 7 ways UX designers can use AI to their advantage
- How accurate is AI in UX design?
- Which AI tools are best for UX design?
- Key Takeaways
How is AI impacting the UX design industry?
Artificial intelligence, or AI, is a form of technology that essentially allows machines to think, reason, and complete tasks in a way that mimics human intelligence. AI is all around us; from automated customer service chatbots, to recommending products based on browsing history.
By automating the jobs usually done by humans, AI is revolutionizing the tech industry—and UX is no exception. AI helps UX designers automate mundane tasks, such as categorizing user actions, predicting future behaviors, and extracting relevant insights from large volumes of user data—which, in turn, leaves more time for fine-tuning the final product.
Instead of creating trial and error approaches or using predefined rules, AI tools also enable UX designers to develop predictive models based on user data—and automatically apply them to their designs. This level of personalization allows for more sophisticated, user-centric digital products.
So where does all this leave UX designers?
While AI can be a powerful addition to a UX designer’s toolkit, it simply can't replace human empathy. At its core, UX design will always be about developing a deep understanding around human needs—and creating functional, enjoyable products that reflect daily human experiences. A big part of UX design is also leading workshops and collaborating with stakeholders across the business, something AI won’t replace any time soon.
Not only are UX designers’ jobs safe, but the World Economic Forum actually predicts that AI will create 97 million new jobs by 2025. In short: AI is here to stay—and it can even make UX designers' lives easier. Which brings us to the next section…


Optical Fibre Cable Bylaws in India
Understanding the Optical Fibre Cable Bylaws in India: A Comprehensive Guide
Introduction: Exploring the Importance of Optical Fibre Cables in India's Digital Transformation
In today's digital age, the role of optical fibre cables (OFC) in India's digital transformation cannot be overstated. As the backbone of digital connectivity, OFC has revolutionized the Indian telecom industry and played a pivotal role in expanding broadband infrastructure across the nation.
Optical fibre cables are thin strands of glass or plastic that transmit data through pulses of light. They offer several advantages over traditional copper cables, including higher bandwidth capacity, faster data transfer speeds, and greater reliability. These attributes make OFC an essential component for establishing robust and high-speed internet connections.
India's rapid digital transformation has been driven by increasing demand for seamless connectivity across urban and rural areas alike. With its vast population and diverse geography, India faced significant challenges in bridging the digital divide. However, the deployment of optical fibre cables has been instrumental in overcoming these obstacles.
The expansion of OFC networks has not only improved internet access but also paved the way for various technological advancements such as e-commerce, telemedicine, online education, and smart city initiatives. It has empowered individuals, businesses, and government institutions to harness the power of technology for economic growth and social development.
Moreover, optical fibre cables have played a crucial role in supporting India's ambitious initiatives such as Digital India and BharatNet. These programs aim to connect every village with high-speed broadband connectivity to ensure inclusive growth and bridge the urban-rural divide.
As India continues its journey towards becoming a digitally empowered nation, the importance of optical fibre cables in building a robust digital infrastructure cannot be underestimated. Their widespread deployment is not only transforming how we communicate but also driving innovation across various sectors of the economy.
In this section, we will delve deeper into exploring the significance of optical fibre cables in India's digital transformation journey. We will examine their impact on enhancing broadband connectivity, enabling technological advancements, supporting government initiatives, and fostering socio-economic progress at large.
An Overview of the Optical Fibre Cable Bylaws in India: Key Regulations and Authorities
In India, the regulations governing optical fibre cable (OFC) installations are crucial for ensuring a robust and efficient telecommunications network. These regulations are overseen by the Department of Telecommunications (DoT), in accordance with the Indian Telegraph Act of 1885.
The Indian Telegraph Act provides the legal framework for the establishment, maintenance, and operation of telegraph services in India. It empowers the DoT to regulate various aspects of telecommunications, including the laying and maintenance of OFC infrastructure.
Furthermore, the National Digital Communications Policy (NDCP) 2018 sets out a comprehensive vision for India's digital communications sector. It aims to promote affordable and accessible broadband connectivity across the country, with a particular emphasis on rural areas. The NDCP also emphasizes facilitating ease of doing business in telecom infrastructure deployment, which includes OFC installations.
Under these regulations, entities intending to lay or maintain OFC infrastructure must adhere to specific guidelines prescribed by the DoT. These guidelines cover aspects such as obtaining necessary permissions and clearances, ensuring safety standards during installation and maintenance activities, and complying with environmental norms.
The DoT plays a pivotal role in overseeing compliance with these regulations. It is responsible for granting licenses to telecom service providers and monitoring their adherence to regulatory requirements. The department also collaborates with other relevant authorities to ensure effective enforcement of telecom regulations pertaining to OFC installations.
By understanding these key regulations and authorities governing optical fibre cable bylaws in India, stakeholders can navigate through legal requirements more effectively while contributing towards building a robust telecommunications network across the country.
In order to ensure the smooth and regulated installation and operation of optical fibre cables (OFC), specific licensing and registration requirements need to be followed. These requirements aim to establish a framework that ensures the safety, security, and efficiency of OFC networks.
The licensing process for OFC installation involves several steps. Firstly, interested parties must meet the eligibility criteria set by the regulatory authorities. This may include factors such as technical expertise, financial stability, and compliance with relevant laws and regulations. Once deemed eligible, applicants will need to submit an application along with supporting documents detailing their proposed OFC project.
Additionally, security clearance is often a crucial aspect of the licensing process. Authorities may require applicants to undergo background checks or obtain necessary clearances from relevant government agencies. This is done to safeguard national security interests and protect critical infrastructure from potential threats.
Registration guidelines also play a significant role in ensuring compliance with regulations governing OFC installation and operation. These guidelines outline the necessary procedures for registering an established OFC network or making modifications to an existing one. They may include documentation requirements, technical specifications, inspection processes, and compliance audits.
By adhering to these licensing and registration requirements, stakeholders involved in OFC installation can contribute towards a well-regulated industry that promotes reliable connectivity while maintaining security standards.
Maintenance and Safety Standards for Optical Fibre Cable Networks: Compliance Guidelines
In the realm of optical fibre cable (OFC) networks, maintenance and safety standards play a crucial role in ensuring uninterrupted connectivity and minimizing potential risks. Compliance with these guidelines is essential to uphold the integrity and reliability of OFC networks.
Maintenance practices for OFC networks encompass a range of activities aimed at preserving optimal performance. Regular inspections, cleaning, and testing are vital to identify any potential issues such as signal loss or damage to cables. Adhering to prescribed maintenance schedules can help prevent network disruptions and ensure seamless transmission of data.
Safety regulations are another critical aspect of OFC network management. These regulations outline protocols for handling hazardous materials, electrical safety measures, and guidelines for working at heights or in confined spaces. By strictly following these safety protocols, organizations can safeguard the well-being of their personnel while minimizing the risk of accidents or injuries.
Disaster management protocols are essential in mitigating the impact of unforeseen events on OFC networks. These guidelines provide strategies for responding to natural disasters, such as earthquakes or severe weather conditions, as well as man-made incidents like vandalism or sabotage. Having robust disaster management plans in place enables swift recovery and restoration efforts post-disaster.
Quality control measures form an integral part of maintaining high standards within OFC networks. These measures include rigorous testing procedures during installation, regular audits to ensure compliance with industry standards, and ongoing monitoring to identify any deviations from expected performance levels. By implementing stringent quality control measures, organizations can uphold the reliability and longevity of their OFC networks.
In conclusion, adherence to maintenance and safety standards is crucial for maintaining efficient optical fibre cable networks. Compliance with these guidelines ensures smooth operations while enhancing network resilience against potential risks or disruptions. Organizations that prioritize these compliance practices contribute significantly towards creating a reliable digital infrastructure that supports seamless connectivity for businesses and individuals alike.
Impact of Optical Fibre Cable Bylaws on Telecom Operators and Internet Service Providers (ISPs)
The implementation of Optical Fibre Cable (OFC) bylaws has significant implications for both telecom operators and Internet Service Providers (ISPs). These regulations introduce a set of guidelines and requirements that govern the deployment and maintenance of OFC infrastructure.
One of the key challenges faced by telecom operators and ISPs in relation to OFC deployment is the complex process involved. From obtaining necessary permits to navigating through local regulations, these operators often face hurdles that can delay or hinder their network expansion plans. Moreover, compliance with the bylaws may require additional resources and expertise, further adding to the cost implications.
Speaking of costs, the implementation of OFC bylaws can have financial implications for both telecom operators and ISPs. The expenses associated with acquiring permits, conducting feasibility studies, deploying infrastructure, and ensuring compliance can significantly impact their budgets. Additionally, ongoing maintenance costs must also be considered.
However, amidst these challenges lie opportunities for network expansion. The implementation of OFC bylaws encourages the development of robust fibre optic networks, which in turn enables faster and more reliable internet connectivity. Telecom operators and ISPs can leverage this opportunity to expand their services into previously underserved areas or enhance their existing network capabilities.
In conclusion, while there are challenges and cost implications associated with implementing OFC bylaws for telecom operators and ISPs, there are also opportunities for network expansion. By navigating through these regulatory requirements effectively and strategically investing in fibre optic infrastructure, these entities can position themselves to provide enhanced internet services to a wider customer base.
Future Outlook: Emerging Trends and Technologies in the Optical Fibre Cable Industry in India
The optical fibre cable (OFC) industry in India is poised for significant growth and transformation in the coming years. As the demand for high-speed internet connectivity continues to rise, the adoption of Fiber-to-the-Home (FTTH) technology is expected to play a crucial role. This technology enables faster and more reliable internet connections directly to homes and businesses, revolutionizing the way we access and consume digital content.
Furthermore, with the impending rollout of 5G networks, there will be an increased need for robust infrastructure capable of handling massive data transfer rates. OFC is set to become the backbone of these advanced networks, providing the necessary bandwidth and low latency required for seamless communication.
In addition to its role in improving connectivity, OFC also holds immense potential in supporting India's ambitious Smart Cities mission. As urban areas continue to evolve into technologically advanced hubs, there will be a growing demand for intelligent systems that rely on fast and efficient data transmission. OFC can enable various smart city applications such as smart grids, traffic management systems, surveillance networks, and much more.
As we look ahead into the future of the optical fibre cable industry in India, it is evident that emerging trends such as FTTH technology adoption and 5G infrastructure requirements will shape its trajectory. Moreover, with its pivotal role in supporting India's Smart Cities mission, OFC will play a vital part in driving innovation and progress across various sectors.
Conclusion: Navigating the Regulatory Landscape to Ensure Efficient Deployment of Optical Fibre Cables in India
In conclusion, navigating the regulatory landscape is crucial for the efficient deployment of optical fibre cables in India. The government and regulatory bodies need to work closely with telecommunication companies and industry stakeholders to streamline the process and remove any unnecessary barriers.
By implementing clear guidelines and regulations, it will be easier for companies to plan and execute their fibre optic projects, ensuring a faster and more reliable internet infrastructure across the country. This will not only benefit businesses but also individuals, educational institutions, healthcare facilities, and other sectors that rely heavily on seamless connectivity.
Furthermore, collaboration between different stakeholders is essential for successful deployment. Telecommunication companies should actively engage with local authorities, municipalities, and community leaders to address any concerns or challenges that may arise during the installation process.
Overall, a well-regulated environment will encourage investment in optical fibre networks and help India achieve its digital transformation goals. It is imperative for all parties involved to work together towards creating a conducive regulatory landscape that fosters efficient deployment of optical fibre cables in the country.
DOWNLOAD LINK- Draft Optical Fibre Cable By-Laws for State of Karnataka-PDF
Disclaimer: The views expressed by the author are independent and based on market research and gathered information. This opinion is intended for educational and knowledge-sharing purposes only.


AI systems, like ChatGPT, face several cyberattack threats. I'll provide a comprehensive list of these threats, along with explanations:
- Adversarial Attacks: These attacks involve altering input data (e.g., images, text) with small, often imperceptible perturbations to deceive the AI model into making incorrect predictions or classifications.
- Data Poisoning: In this attack, adversaries intentionally introduce corrupted or malicious data into the AI system's training data, leading to inaccurate or harmful behavior during the inference phase.
- Model Inversion: Attackers use the AI system's output and their knowledge of the target model to reconstruct sensitive information about the training data or reverse-engineer the model itself.
- Membership Inference Attacks: These attacks aim to determine whether a specific data point was part of the AI system's training dataset, potentially revealing sensitive information about individuals.
- Model Stealing: Attackers query the AI system to gain insights into its internal workings, potentially allowing them to replicate the model or steal proprietary information.
- Trojan Attacks: These attacks involve embedding a hidden "backdoor" or "trigger" within an AI model, which can be activated by specific input patterns, leading to unintended behavior.
- Denial of Service (DoS): Attackers overload the AI system with requests or exploit vulnerabilities to degrade its performance or make it unavailable to users.
- Evasion Attacks: In these attacks, adversaries craft inputs that are carefully designed to avoid detection or classification by the AI system, often exploiting blind spots or weaknesses in the model.
- Attribute Inference Attacks: These attacks attempt to infer sensitive attributes about individuals, such as political views or medical conditions, based on the AI system's predictions or classifications.
- Re-Identification Attacks: In this type of attack, adversaries leverage the AI system's output to re-identify anonymized individuals in a dataset, potentially violating privacy laws and ethical guidelines.
As large language models like OpenAI's GPT family become increasingly sophisticated and widely adopted, new threats are likely to emerge. Some potential future threats include:
- Sophisticated Deepfakes: As language models improve, the generation of highly convincing deepfake text, audio, and video content will become more accessible, potentially leading to misinformation campaigns, fraud, and identity theft.
- Automated Disinformation: Adversaries could use large language models to create targeted disinformation campaigns at scale, manipulating public opinion, exacerbating social divisions, and undermining trust in institutions.
- AI-Driven Cyberattacks: Malicious actors may employ large language models to enhance the efficiency and effectiveness of cyberattacks, such as spear-phishing, automated social engineering, or generating malicious code.
- AI Model Poisoning: Open-source AI models are susceptible to poisoning attacks during the training phase or through user contributions, potentially leading to harmful or unintended behavior that adversaries could exploit.
- Privacy Erosion: The extensive data used to train large language models may include private or sensitive information. Future models may inadvertently reveal such data or facilitate re-identification attacks, eroding privacy.
- AI-Generated Deepfake Ransomware: Combining deepfake technology with ransomware, adversaries could generate realistic, malicious content involving victims and threaten to release it unless a ransom is paid.
- Misaligned AI Goals: As AI models become more advanced, there's a risk that their objectives may not perfectly align with human values, leading to unintended consequences or even harmful actions by the AI.
- AI Arms Race: The development of increasingly powerful language models could lead to an AI arms race, with nations or organizations striving to create weaponized AI.
Defending against the potential threats posed by large language models requires a multi-faceted approach. Here are some strategies and techniques to protect against these attacks:
- Robust Model Development: Employing techniques like adversarial training, regularization, and data augmentation to enhance the model's resilience against adversarial attacks and improve its generalization capabilities.
- Transparency and Interpretability: Developing interpretable AI models and providing explanations for their predictions can help users better understand their behavior, identify potential biases, and mitigate unintended consequences.
- Bias Detection and Mitigation: Implementing methods for detecting and addressing biases in the training data and AI model's predictions, ensuring fairness and avoiding discrimination.
- Monitoring and Auditing: Continuously monitoring AI systems for signs of misuse or unexpected behavior, and conducting regular audits to ensure compliance with ethical guidelines, legal requirements, and security best practices.
- Secure Data Management: Implementing strong data access controls, encryption, and secure storage solutions to protect sensitive information used by AI models during the training and inference phases.
- User Awareness and Training: Educating users about potential threats associated with AI-generated content and providing guidance on how to detect and report suspicious activities or content.
- Content Verification Technologies: Developing and deploying content verification tools, such as watermarking, digital signatures, and blockchain-based provenance tracking, to help users authenticate the source and integrity of AI-generated content.
- Collaboration and Information Sharing: Encouraging collaboration between AI developers, security researchers, and policymakers to share information about potential threats, vulnerabilities, and best practices for defending against attacks.
- Regulatory Frameworks and Industry Standards: Establishing legal and regulatory frameworks to govern the development and use of AI technologies, and adopting industry standards to ensure the responsible and ethical deployment of large language models.
- Incident Response and Recovery: Developing a comprehensive incident response plan to detect, contain, and remediate any security breaches or attacks involving AI systems, and learning from these incidents to prevent future occurrences.
Implementing these strategies and techniques can help organizations and individuals protect against the potential threats associated with large language models. Continuous vigilance and adaptation to the evolving threat landscape are crucial for ensuring the responsible and secure use of AI technologies.


Humans are always curious about the processing capabilities and algorithms of the brain. The brain is the most advanced thing know to humans. Biologically, the brain consists of around 100 billion neurons.
What is a neuron?
The neuron is the basic working unit of the brain, a specialized cell designed to transmit information to other nerve cells. The data in a neuron is given by electrical signals and the data is processed and output is given in the form of electric signals.
Humans wanted to replicate the workings of the brain in order to create Artificial Intelligence. The first thing though was to create an artificial neuron-like structure, and this was achieved in 1958 by Frank Rosenblatt. This was called the perceptron which was a mathematical function for a neuron.
This was the mathematical model presented of a perceptron. The input in(t) was similar to the dendrites of a biological neuron that takes input wherein xᵢ being one of those multiple dendrites whereas out(t) was similar to the axon terminals known as synapses.
The decision boundary for the perceptron (and many other linear classifiers) is z = ∑ (xᵢwi) + b =0, this can be also written in the form as Matrix notations as,
Next, the function is passed through a sigmoid function. A sigmoid function is a mathematical function having a characteristic “S”-shaped curve or sigmoid curve. This function results in a binary value for the function passed through it, making this model a binary classifier.
The perceptron models were build to output a binary value. Changing the function changes the state of the output.
Now, we have a basic idea of a neuron, we would like to create a network on perceptrons creating a neural network resembling the network on neurons in the brain.
Check out the diagram above, every single circle represents a single neuron. For each neuron, the lines coming towards the neurons are where the neuron gets its input from, whereas the lines propagating from the neuron are its output. Note that the sigmoid function is applied on the last layer of neurons only, the neurons prior to the output layer have some other function, mostly relu. The layers between the input layer and the output layer are known as hidden layers.
What do we want to need Neural Networks?
The world today is of big data, and traditional machine learning algorithms fail once the amount of data grows tremendously. This means, after a point in time even if we increase the input data the output accuracy does not change. This is one of the many reasons why we need neural networks. The algorithms which use neural networks are terms as Deep Learning Algorithms.
Neural networks are capable of learning on the own, figuring the algorithm they require to get the output on their own. This does not mean that we should expect Neural networks to get the best out of the worst data. The neural network is capable of selecting the important features by itself. The more the neuron the better the predictive capability of the model.
Case Study of Neural Networks
Tesla Bets Farm On Neural Network Based Autonomy With Impressive Presentation — Forbes
There is one aspect of Tesla where it is miles ahead of the competition. And that is in its use of data to build what might just be the world’s most sophisticated, cutting-edge neural network anywhere.
Tesla’s use of data, AI, and ML to build a neural network — a system of sensors, data, communications, CPUs, peripheral hardware, and software that collectively processes information and adapts and learns like a human — is where the company really shines.
The ultimate endgame, according to Bowers, is “to look across all the neural networks and all the cars and bring all that information together and ultimately output one source of truth for the world around us.”
unlike traditional machine learning models, the deep learning algorithms could be trained directly on images, speeches, videos, and a lot more. They do not have a constraint as the algorithm is tailored every time. Neural networks are used from voice recognition to self-driving cars. Tesla uses deep neural networks to detect roads, cars, objects, and people in video feeds from eight cameras installed around the vehicle.
To conclude, the artificial neural network paves the way for Artificial Intelligence. Thank you and signing off...
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International Textile Procurement Services Bangladesh Limited (ITPSBL) is a leading textile procurement company operating in Thailand, Bangladesh, India, and China. They provide various services across these countries, including sourcing, quality control, and logistics management. In 2017, ITPSBL sought a modern, reliable IP camera-based solution to enhance security and streamline facility operations. This case study highlights the challenges faced by ITPSBL, the implemented IP camera-based solution, and the benefits realized by the company.
Deployment Year: 2017
Location: Dhaka, Bangladesh
Services provided: IP Camera and associated hardware supply from partners, Custom Software Development, Android Mobile Application
ITPSBL faced several challenges that prompted them to seek an IP camera-based solution:
- Limited visibility of their facilities makes it difficult to monitor and manage operations remotely.
- The need for real-time monitoring of critical areas, such as production lines, warehouses, and office spaces.
- Ensuring the safety and security of employees, equipment, and inventory.
- The need for an efficient, scalable solution that could grow with the company’s expanding operations.
To address these challenges, a tailored IP camera-based solution was designed and implemented for ITPSBL. Key components of the solution included:
- Installation of high-resolution IP cameras throughout the facilities, covering critical areas such as production lines, warehouses, and office spaces.
- Integration of the IP cameras with a central video management system (VMS) that enabled real-time monitoring and remote access via a secure web-based platform.
- Implementing advanced video analytics features, including motion detection, intrusion detection, and object tracking, to automate surveillance and streamline security operations.
- Use Power over Ethernet (PoE) technology to simplify camera installation and reduce cabling costs.
- Scalable architecture to support adding more cameras and storage capacity as the company’s needs evolved.
- Android Mobile Application for easy monitoring
The implementation of the IP camera-based solution provided several benefits to ITPSBL:
- Enhanced security: The high-resolution cameras and advanced video analytics features significantly improved the safety of the facilities, helping to prevent theft, vandalism, and unauthorized access.
- Improved operational efficiency: Real-time monitoring and remote access capabilities allowed management to oversee operations more effectively, identify bottlenecks, and address issues promptly.
- Cost savings: PoE technology reduced cabling costs, while the scalable architecture minimized the need for additional investments in infrastructure as the company expanded.
- Employee safety: The IP camera system provided a safer working environment for employees by monitoring critical areas and ensuring adherence to safety protocols.
ASP.Net, MySQL, JSON, Java
The IP camera-based solution implemented for International Textile Procurement Services Bangladesh Limited in 2017 successfully addressed their security and operational challenges. By leveraging high-resolution cameras, advanced video analytics, and scalable architecture, ITPSBL was able to improve security, increase operational efficiency, and ensure the safety of its employees. This case study demonstrates the potential of IP camera-based solutions to provide a reliable, cost-effective, and scalable means of enhancing security and streamlining operations in various industries, including those with international operations like ITPSBL.


Pei-Yang Weng, Tzong-Lin Wu, National Taiwan University
In the beginning of this tutorial, several papers are reviewed and the basics of eye estimation are also studied. Then, by leveraging the graph representation, the estimation procedure for statistical eye is quickly constructed. After that, based on the same graph, Peak Distortion Analysis (PDA) for worst-case eye is built up easily. Finally, some directions for extension will be introduced.
Pei-Yang Weng received B.S. degree in electrical engineering from National Taiwan University (NTU), in 2014. He is currently pursuing the Ph.D degree at the Graduate Institute of Communication Engineering (GICE), NTU. His research interests include signal integrity, power integrity and EMC.


Curved LED light bar designed to complement the radius and contour and profiles of windscreens, driving cabs and front bumpers.
•Dual-row LED design with 40 LED’s delivers 8,800 lumens (raw) of white light.
•Powerful combo spot/flood light beam simultaneous provides long distance terrain and field illumination.
•Very low current draw means low power consumption for a longer working life and better use.
•Dust tight and protected from water immersion up to 1m for 30mins.
Measurements: • Width: 630mm • Height: 121mm • Depth: 87mm
• Combined Flood/ Spot illumination pattern
• 8,800 Lumens (raw)
• 40 x 3W LED’s
• Voltage 10-30V
• Adjustable “L-shaped” mounting bracket
• Body Material: Die cast aluminium with integral LED-cooling heat sink
• material: Impact-resistant polycarbonate
• Working temp: -30°C ~ +50°C
• Pre-wired with 2 core cable (400mm length)


Kyocera has been given the accolade of most reliable multi-functional colour copier brand. The title was awarded by Buyers Lab (BLI), an independent leader in research and information relating to imaging solutions and products industry.
The new reliability award gives buyers an insight into the overall reliability of multi-functional machines, using BLI’s data as far back as 2012. BLI compared hundreds of machines from leading brands and Kyocera was a clear winner with for mis-feeds, service calls and overall use statistics including frequency of use and total number of prints with Kyocera coming out a clear winner.
George Mikolay, Associate Director of Copiers/Production for Buyers Lab stated that. “All of Kyocera’s colour copiers demonstrated excellent reliability, with every device scoring 10 out of 10”.


PHP is a widely-used, general-purpose scripting language that is exceptionally suited for developing full-featured and scalable Internet applications. It is probably the most popular web-centric programming language. Due to its popularity and vast support base, there are numerous libraries and frameworks that enable Avapex to efficiently create professional applications used for online stores, content management systems, forums, blogs, API/web services, financial services, etc.
Since the company's inception, Avapex has been using PHP as its primary website
scripting language. We consistently follow the latest developments that PHP has
to offer while we constantly develop in-house applications and functions to streamline
our Web-engineering process.
Contact Avapex today so we can develop creative solutions to
keep your company at the forefront of Internet technology.
PHP Custom Development
- Web Application Development: Using sound Web-engineering principles, Avapex designs full-featured Internet applications that maximize the on-line visitor experience. We use a variety of modern tools and technologies in conjunction with systematic, qualitative, and economic analysis.
- Cloud Computing: Advances in cloud computing provide economical solutions for scalability, high availability, and quick access to high-end computing resources which can be leveraged to build applications for the web, data backbones for mobile applications, and back-end job processes. A company can maximize their dollar by leveraging virtually any amount of computing power over a temporary or permanent timeline.
- Cloud Storage: Whether you need to render images, stream videos, or securely store functionally limitless amounts of data, it can be done redundantly on multiple devices across multiple facilities.


The Coast Bluetooth Speaker and Wireless Charging Pad is a must have for any desktop! When the Bluetooth Speaker is plugged in with the provided Micro USB cable the top part of the speaker functions as a wireless charging pad. Meaning it can charge any device that can be charged through wireless charging. The speaker functions off of Bluetooth but needs to be plugged into a power source i.e. laptop, powerbank, or USB outlet. 2 Watt Speaker Output. 5 Watt Wireless Charging Output. Bluetooth version 4.2.


Solar power is presently one of the most popular kind of alternative energy in the world, for both residential as well as industrial applications. These systems are increasingly extra reliable, enabling them to be ever a lot more versatile as well as usual. However, while most people know with one of the most noticeable feature of these systems, photovoltaic panels, couple of individuals realize that modified sine wave inverter are what make these systems useful.
Solar panels are an essential part of a photovoltaic or pv power system, as they are the ways through which sunshine is transformed to electrical power. The trouble is that the electrical power they develop is of a DC (direct current) nature, while the majority of electrical appliances as well as home parts need the use of Air Conditioner, or alternating existing. This is where the modified sine wave inverter enter play.
The main objective of solar modified sine wave inverter is to alter the straight current coming from the solar panels into alternating existing prior to it is eaten by a residence’s electrical system. They are basically the bridge between two separate power systems as well as allow both various systems to collaborate. This holding true, it is extremely advised that a person purchase the highest quality inverter that they can pay for, as an inferior inverter can typically stop working as well as the worst possible time. If you’re unclear regarding which inverter is the very best option for your demands, speaking with a solar energy specialist is commonly the most effective way to go. Several neighborhood solar suppliers will have professionals offered to address any concerns one may have.
For those that have no experience in solar power manufacturing, it is often best to buy a “complete” system instead of the individual elements. A lot of suppliers will offer complete systems that include every one of the components required, including the inverter. These systems are the most convenient way to start, and also can commonly be installed in a matter of hours or days, relying on the system. If, however, you are familiar with electrical power as well as recognize what you require, it is feasible to piece together and also build your own system from private parts. Building a system in this manner permits one to customize and also update whenever the need must emerge.
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Optical communication whole industry chain product supply
Guangheng Company has a very complete optical device products in the field of access network: 1G PON, 1OG PON, COMBO PON, XGSPON and other access network products that meet various application scenarios, and are also actively developing NGPON2 ONU (TWDM-PON) /OLT, 25G/100G PON products.
|Description||Tx Wavelength||Tx Rate||Tx Output||Rx Wavelength||Rx Rate||Rx Input||Operating Temp（C°）||Interface|
|25G 10km TOSA||1310nm||25Gb/s||-5~-1dBm||---||---||---||-5 - 75||LC Receptacle|
|25G 10km ROSA||---||---||---||1260~1620nm||25Gb/s||-13dBm||-40 - 85||LC Receptacle|
|25G CWDM TOSA||1270~1370nm||25Gb/s||1~2dBm||---||---||---||-5 - 75||LC Receptacle|
|25G 40km ROSA||---||---||---||1260~1620nm||25Gb/s||-19dBm||-40 - 85||LC Receptacle|
|25G 10km BOSA||1270nm||25Gb/s||-5~-1dBm||1330nm||25Gb/s||-12.5dBm||-40 - 85||LC Receptacle|
|25G 10km BOSA||1330nm||25Gb/s||-5~-1dBm||1270nm||25Gb/s||-12.5dBm||-40 - 85||LC Receptacle|
|25G 40km BOSA||1270nm||25Gb/s||0dBm||1330nm||25Gb/s||-19dBm||-40 - 85||LC Receptacle|
|25G 40km BOSA||1330nm||25Gb/s||0dBm||1270nm||25Gb/s||-19dBm||-40 - 85||LC Receptacle|
Good news! 100G optical module of Guangheng Communications Co., LTD won "2021 Outstanding Technology Award"
On January 11, 2022, xunshi 2021 Annual Summary and the 8th Heroes List Award Ceremony was successfully held. At the same time of the conference, the 8th Stone Heroes List was officially announced, and The 100G ER4 TOSA optical module won the "2021 Outstanding Technology Award". Guangheng Tongxin developed 100G ER4 TOSA optical module carefully after three years of painstaking development. It relies on the traditional advantages of Guangheng in the field of device packaging, and is based on the high-speed products developed by the new generation box packaging platform of Guangheng Company. The products meet the industrial grade, and have the advantages of low power consumption, good high-frequency performance and high integration. The transmission distance can be up to 80 km, meeting the requirements of ER4 Lite, ER4 and ZR4 protocols. It can serve data center interconnection, 5G transmission, metropolitan area network and other application scenarios. In the future, Guangheng Tongxin will increase its research and development capabilities of new products and technologies, strengthen industrial chain exploration, and provide better quality and cost-effective product solutions and services in the fields of telecom access, metropolitan transmission, data center interconnection, 5G wireless, coherent transmission and lidar. Guangheng is committed to becoming a world-class optical communication enterprise, with the best quality products and the most professional service for customer business escort!
- Employees of Guangheng Company participate in the 7th Changfei Group air volleyball competition 06-02
- Sunstar Communication CIOE 2021 successfully concluded 04-28
- "Accompanied by gratitude, dream peer!" -- 20th anniversary celebration of Sichuan Guangheng Communication Technology Co., LTD 04-29
- Sunstar Company 2021 Advanced Team and individual awards ceremony 05-05
- Product scheme
- Optical Transceiver
- Optical Subassembly(OSA)
- Fiber Optic Connector
- Precision Machined Optical Components


Apple Glasses have been rumoured for years, but we don’t expect to see their debut product launch anytime soon.
In 2015, the first patents describing software and hardware that could be used to make smart glasses for consumers were released. However, speculation has intensified since 2019.
Apple’s AR/VR headset will be the first, with mixed-reality capabilities set to launch in 2023. Unfortunately, the Apple Glasses will not be available until 2025.
This is not all bad news. We still have a lot of information about Apple’s AR glasses. We have gathered them all here, so you can see everything we know about Apple’s highly-anticipated AR device.
Take everything you read with a grain of salt. Nothing we know about Apple Glasses is accurate until Apple unveils it (if ever). This is particularly true because the device has been rumoured to have undergone a lengthy and complicated production process that may have resulted in some features being changed to make it more practical.
Those are the facts.
APPLE AR GLASSES – WHAT YOU NEED to KNOW
Apple AR Glasses Release Date: According to the latest reports, the Apple Glasses will be launched sometime in 2023.
Apple AR Glasses Price: Leaks indicate they will cost around $499 (around AU$765), but you can expect a much higher price.
Apple AR Glasses Features: These AR specs can send images directly to your eyes. They will likely be controlled using primary taps and swipes, plus your Apple iPhone.
Apple AR Glasses Design: They look almost identical to standard specs but with additional sensors and features.
RELEASE DATE APPLE AR GLASSES
Apple has not yet announced a release date or even announced the device. However, reports suggest that we will have to wait a while before they launch.
This is partly because Apple plans to launch AR specs once it launches its mixed reality headset. But, development problems have likely delayed the headset’s release, which has likely led to the Glasses being delayed even more.
According to the latest rumours, the late 2022/early 2023 release date of the AR/VR headset is possible. This indicates that the Glasses won’t be available until next year.
Apple may change its release schedule if Apple Glasses are closer to completion than the headset.
WWDC2022’s keynote presentation was a complete failure. We’ll probably have to wait a while before we make any announcement.
PRICE OF APPLE AR GLASSES
We don’t know how much the AR glasses will cost, as Apple has not confirmed their existence. Leaks and rumours can provide some insight into the price of digital specs.
In 2020, it was widely believed that the Apple Glasses would retail for $499 (roughly AU$765). However, a later rumour by a JPMorgan analyst indicated that this was actually the cost of the materials.
Although $499 seems a bit high for an Apple product of this quality, the price will depend on how sophisticated Apple’s glasses are. A lower price would be acceptable if they are more like the Ray-Ban Stories smart sunglasses than the AR-versions of the Meta Quest 2.
Apple may also be able to sell its long-rumoured MR headset at a lower price. The device will be priced at around $3,000 / PS2,200 / AU$ 4,400. This could make them stand out.
FEATURES & DESIGN OF APPLE AR GLASSES
Apple’s Glasses and MR headset are being developed, and Apple will need to make sure they don’t look too similar.
It makes sense that the largest leak of Apple Glasses so far suggests that the Glasses, unlike the headset, will behave more like an Apple Watch and not a standalone device. We mean that Glasses will need to be connected to an iPad or iPhone nearby to access most of their features.
This leak, along with subsequent patents, suggests that the Glasses will be controlled using your iPhone’s screen and basic swipe controls on the Glasses’ frame. The Apple Glasses will operate as a pair of wireless earphones with a similar control scheme. You can tap the device to perform basic functions, but you need to use your phone to do more complex operations.
Many Apple patents hint at the way that Apple Glasses will project virtual images. Instead of turning the lenses into screens, the Glasses will cast images directly into your eyes using a catadioptric optic system.
Further support for this claim is a leaked report on the injury from Apple’s Cupertino headquarters. This suggests that Apple is currently working on a prototype unit that has caused eye injuries to two users. It’s likely to have all the bugs sorted by the time it hits shelves.
We haven’t heard much about the Glasses in AR.
We have yet to hear about the Apple experiences, despite having made a number of key AR talent hires over time – including purchasing NextVR. This startup produced virtual reality content like the NBA and Fox Sports.
We believe productivity will be a major aspect of the Glasses – you can access important emails and apps using the specs. But entertainment and social interaction may be crucial for widespread adoption.
Last but not least, the specs, which are referred to as Apple Glasses, will look similar to a normal pair of glasses in terms of their basic shape, design, and colour.
APPLE AR GLASSES – WHAT IS AUGMENTED REALITY?
Virtual reality (or VR) is a term that most people have heard about, thanks to its steady rise in popularity. But augmented reality (AR) is quite a different beast. Here’s a quick overview.
AR is not about immersing oneself in a virtual world. It aims to integrate digital elements into the physical environment.
Most commonly, filters and lenses are used by video messaging services such as Snapchat or Facebook Messenger. These tools can digitally alter the appearance of your face and map virtual objects onto it, making you look like a cute puppy or a scary ghost.
You are probably familiar with Pokemon Go. You can hunt virtual critters in AR environments to make it look real. You can also set up photo scenes with your friends.
AR experiences that are truly amazing use AI to track and modify objects in the virtual world. We can only hope that Apple has created some advanced AR tools after all the time it spent developing its Glasses. But for now, we are still waiting.


Activities of the past two weeks, including the inauguration of America’s 45th president, put the squeeze on some newsworthy information that may not have received proper coverage. One of these announcements came from Samsung about the cause of the Galaxy Note 7 battery overheating incidents that caused a few of the smart phones to catch on fire while being used.
The company held a news conference for the media at their headquarters in Seoul, Korea on January 23, 2017 to discuss their findings from a months-long investigation of this problem. For some background information on the Galaxy Note 7’s overheating problem, see these posts:
- Samsung Halts Production of the Galaxy Note 7
- The Continuing Overheating Problem In Lithium-ion Batteries
Samsung’s mobile division president, Koh Dong-jin said that the company tested more than 200,000 Galaxy Note 7 smartphones. Results of these tests yielded defects in two sets of batteries from two different manufacturers. It was these batteries or devices that were prone to catch fire.
Perhaps a simpler explanation of the Note 7 problem is given by ABC News 7 in New York City, “The relatively large battery cells did not fit well into their pouches and there was not enough insulating material inside.” As a result, Samsung discontinued the Note 7 just two months after it was launched on Aug. 2, in one of its worst product fiascos ever. The company recalled 3.06 million Note 7 phones. Of those 96% were returned.
Rechargeable lithium batteries have been found to be more susceptible to overheating than other types of batteries if they are exposed to high temperatures, are damaged or have manufacturing flaws. Samsung’s challenge with Li-ion batteries is really an industry issue for those manufacturers that make or use them in their products. The work and research that Samsung invested in discovering the cause of overheating in the Note 7 will be helpful to all parties involved.
The above discoveries led Samsung to implement a broad range of internal quality and safety processes to further enhance product safety including additional protocols such as the multi-layer safety measures. The company has also adopted an 8-point battery safety check including charge and discharge tests.
Samsung is also forming a Battery Advisory Group of external advisers, academic and research experts to ensure it maintains a clear and objective perspective on battery safety and innovation. Battery Advisory Group members include:
- Clare Grey, Ph.D., Professor of Chemistry, University of Cambridge
- Gerbrand Ceder, Ph.D., Professor of Materials Science and Engineering, UC Berkeley
- Yi Cui, Ph.D., Professor of Materials Science and Engineering, Stanford University
- Toru Amazutsumi, Ph.D., CEO, Amaz Techno-consultant
Following the above news conference on January 22nd, the company announced that it had achieved solid financial results in Q4 despite the discontinuation of the Note 7 on January 23rd. Samsung accomplished thru robust sales of chips and screens, analysts say. The company also made several key acquisitions and divestures which will enable its future growth.


Time for some power measurements!
ESXi was the hypervisor involved in the tests.
System installed, 4 virtuals powered on, but not doing anything: 2.2A @115V
System installed, 4 virtuals being installed hitting the I/O system: 2.4A @115V
System installed, 4 virtuals pushing 100% CPU each, no tuning: 2.6A @115V
While the virtuals were pushing the high CPU load, they were also hitting the disk I/O system as well, though not nearly as hard as 4 concurrent installs occuring.
Part 3.2 will continue with real life power measurements of the systems these PE2900s would replace so that I can do a comparison based on idle vs full load against current production systems (mix of idle and load).
Part 3.3 will have information as I cut over a couple of the clustered systems onto the PE2900 virtualized servers starting with one of the web servers and a POP/IMAP server, continuing from there to a couple of the SMTP servers. I’ll be able to report back subjective performance reactions as well as some actual measured data via different utilities.
While this is happening, I am working on learning how to make my own ‘appliances’ for faster configuration and turn-up of the different servers I’d like to deploy. It has been kind of boring so far, but maybe I’ll get’er all figured out.
Until next time…


Accusure Fingertip Pulse OximeterOffering you a complete choice of products which include accusure fingertip pulse oximeter.
Accusure Fingertip Pulse Oximeter
Approx. Price: Rs 750 / PieceGet Latest Price
|Minimum Order Quantity||50 Piece|
|Parameter Measures||SpO2 + Pulse Rate|
|Display Type||Dual Color OLED Display|
|Continuous Working Time||12 hours|
|Power Supply Type||Battery|
|Country of Origin||Made in India|
We are offering Accusure Fingertip Pulse Oximeter to our clients. Bulit in rubber, comfortable to wear, blood flow measurement faster and more accurate. There are two display direction for the screen display through control button.Other Details:
- Oxygen level range: 36-99%
- Pulse rate values range from 25 to 240 BPM.
- Resolution:Oxygenation 1%,
- Pulse rate 250 BPM.
- Accuracy: Oxygenation 70% - 100% segment 1%, less than 70% undefined, pulse rate 2 BPM or 1%
- Max. Power Requirements: 2 Sections No. 71.5 V Alkaline batteries.
- Test values: Oxygenation, pulse rate.
- Measures saturation of peripheral
- Oxygen (SpO2) in blood
- Measures pulse rate
- Alarm feature
- Highly accurate
- Anti motion measurement
Built in rubber, Comfortable to wear Ergonomic design, Built in rubber soft and comfortable, not pressing the tip of the finger. Blood flow, measurement faster and more accurate.


Item name: Oxygen Sensor, Placement on Vehicle: Front, Warranty: 1 Year, Location: Upstream Downstream, Brand: REACH, Manufacturer Part Number: 04186838561U9Q6X, Fits Vehicle: Pls See the Compatiblity, Fitment Type: Direct Replacement, UPC: 192840315687
FORD 04186838561U9Q6X Sensor Down Description
0lfor jaguar s-type 3. If check engine light is on or an obit trouble fault code occurs after installation, the sensor with a voltmeter as below. This means the sensor is operating properly. Hook up the voltmeters red probe to sensors signal wire and black engine ground.
Mounting style: threaded-in product fit: direct fit recommended use: OE replacement connector gender: male fits vehicle: for FORD TAURUS 3. 90v range approximately. The sensor voltage should cycle or fluctuate within 100% MTV-900 MTV 0. Start the engine and check sensors voltage signals on your voltmeter.
4pcs o2 oxygen sensor upstream down for FORD TAURUS 3. Jaguar s-type: 4-wire warranty: one year unlimited miles. Location must know before buying:the following information is for instructional and guidance reference only. If the sensor is good, further diagnosis required.
Reading the oxygen sensors signals use a 10-mega ohm digital voltmeter. 0 package includes:4x oxygen sensor please check fitment notes description for accurate information. Use back probe method, do not pierces the wire.
FORD 04186838561U9Q6X Sensor Down Specifications
- mpn: 04186838561u9q6x
- upc: 192840315687
- brand: Reach
- sku: 61893541560303
- for models: Taurus
- for makes: Ford
- for years: 2001-2004
- item name: Oxygen Sensor
- placement on vehicle: Front
- warranty: 1 Year
- location: Upstream Downstream
- fits vehicle: Pls See The Compatiblity
- fitment type: Direct Replacement
- types: Sensor Down
- policy: returns accepted
- paid by: Buyer
- time: 30 Days
Looking to buy FORD 04186838561U9Q6X? Prices: $27.00-$35.58 (5 offers).
- availability: In Stock
- currency: USD
- category: Auto Parts > Air Intake Fuel Delivery > Ford Sensors
- condition: New
- handling: 1 days
- cost: $0.0
- to: Worldwide
- type: Flat


In this section, main components of ISM's ultrasonic processors are described. Please follow the above links for general background on our ultrasonic technology and detailed information on each component.
High ultrasonic amplitudes generating intense acoustic cavitation in liquids are known to be required for most ultrasound-assisted processes. Intense ultrasonic cavitation leads to the formation of high-speed micro-jets and strong mechanical shear forces, in addition to producing enormous localized temperatures (~5,000 K), pressures (~1,000 atm) and heating/cooling rates (1010 K/s). These extreme conditions can significantly promote a wide variety of useful physical and chemical processes, which has been demonstrated by a huge body of laboratory-scale research in the field of sonochemistry. High ultrasonic amplitudes of 70 – 100 microns can be achieved by laboratory processors available from many manufacturers. However, due to technological limitations, conventional industrial-scale ultrasonic processors are restricted to amplitudes below 25 microns, which is insufficient for most processes. Consequentially, despite its potential, the industrial implementation of liquid processing by high-power ultrasound is still very limited.
ISM is currently the only company able to directly scale up laboratory-optimized processes to industrial production, without reducing the ultrasonic amplitudes. This is made possible by our patented Barbell Horn Ultrasonic Technology (BHUT), which provides the following features:
ISM also offers process consulting services, helping its clients determine the most efficient ultrasonic exposure conditions, formulations and production rates for their products. After conducting bench-scale optimization at ISM’s facility, our scientists remain available to assist with industrial implementation of the processes.


Initial reports indicated that the iPhone 6 would be with us this Spring, following an earlier release date of the iPhone 5S. However, now it is reported that Apple's iPhone 6 release date would be delayed until the summer of 2014.
Jefferies analyst Peter Misek, who recently visited Apple's Asian suppliers, made a common, "After our Asia trip we now think the low-cost iPhone launch could be pushed to CQ4 and have increased confidence that the iPhone 6 will not launch until CY14". According to Misek's analysis, iPhone 5S would hit stores by July and the possible low-cost iPhone launch could be pushed to the fourth quarter of 2013. It is most likely for the iPhone 6 to be come out in June of 2014.
The iPhone 5S delay is an element which affects production of iPhone 6, as well as other Apple products. It is said that iPad Mini refresh would also be pushed back and there is no evidence of a possible iWatch in production. Misek spoke candidly about the expected delays, stating "iPhone 5S is having pre-production issues, with mass production at least a month or more away. This, combined with the publicly discussed delay of iOS7, puts July availability at risk (we had estimated July to early Sep). Low-cost iPhone launch may be pushed to CQ4."
As Samsung, Google, and Microsoft force ahead with smart phones, smart watches, and other smart devices, it is likely for Apple to delay its productions.
No one can be sure that Apple would take this kind of delay, though, and it seems that Apple now is doing everything it can to make sure that production goes ahead. Recent reports have shown that Foxconn has been taking on 10,000 production workers per week since the last week of March in order to meet orders, which indicates that there is still large demands in the market.
Many rumors also said that Apple is working on plastic cases for its next iPhone, mixing plastic and metal in such a way that the internal metal parts are able to be seen from outside through special design.
It's unclear whether such cases would be for the iPhone 5S or iPhone 6, or if Apple is simply considering making cheaper iPhone 4s to sell when the iPhone 3GS reaches the end of its life. Speaking in March 2013, a KGI analyst said it believed Apple would turn to manufacturer Pegatron to make up to 75 per cent of low cost iPhone products.
No matter how high the expectation you are holding for iPhone 5S or iPhone 6, as a user of such devices, suffering data loss in daily life is a common matter, like you may also experience data loss on iPhone 5, iPhone 4, iPhone 4S. Try iPhone Data Recovery to help you recover lost data when you inadvertently deleted your files.comments powered by Disqus