NERP is not exclusively Raspberry Pi, the small computer and embedded systems interest group at Pumping Station:One in Chicago. NERP meets every other Monday at 7pm at Pumping Station:One, 3519 N. Elston Ave. in Chicago.
Amongst the Maker community ZigBee® is usually thought of alongside the XBee® modules from Digi Corporation. The little blue irregular-hexagon shaped boards mean “wireless data” to a lot of folks. XBee is in fact the name of a family of wireless data modules that share the same form factor and blue color. The family includes ZigBee modules, DigiMesh modules, WiFi modules, and IEEE802.15.4 radios. Depending on the model, the data radios can do point-to-point, peer-to-peer, star, and mesh networks.
If you’d like to play around with wireless data a good place to start is replacing a serial cable with an XBee Series 1 module. There are two power levels to choose from: a 1mW module that can work to a distance of 300ft, and a 60 mW module that can work to a distance of one mile (in perfect conditions).
The Series 1 modules are usually used as IEEE 802.15.4 data radios. ZigBee and several other protocols are built on top of 802.15.4.The 802.15.4 spec provides the physical and MAC layers to serve higer level protocols. It’s a just enough support to get bytes sent from A to B. One nice thing about working close to the metal is that, once the hardware is set up, it’s fairly easy to push bytes around. You can even make up your own simple ad-hoc protocols if needed.
Tonight at NERP, I’ll show how to set up a wireless data link between two devices that can communicate at 300 to 115200 baud. I’ll show XBee XPB24-AWI-001’s moving serial data, and how to set up and test the modules using the X-CTU software from Digi.
As a side-note, the Internet of Things is creating a demand for better and cheaper wireless data connections. It is common for the Things to speak a local protocol that is propietary or unique to their class of device and for the relevant parts of the machine to machine dialog to be passed upstream through a server or bridge.
ZigBee® is a trademark of the ZigBee Consortium
Find NERP and Pumping Station:One at
http://www.meetup.com/NERP-Not-Exclusively-Raspberry-Pi/and https://pumpingstationone.org/ Doors open at 6:30pm. The next meeting is September 29th, 2014.
NERP is free and open to the public.
Ed Bennett ed @ kinetics and electronics com
Tags: electronics, embedded, NERP, Open Source,
raspberry pi, hackerspace, Beagle Bone, Element14, Pumping Station:One


An electric utility recently had an issue with a 15 kV switch in which the water content in the oil exceeded the level
recommended by the manufacturer causing oil contamination and switch failure. The utility had performed the recommended preventative maintenance on the
switch; however, the oil sample and subsequent analysis had not revealed the issue. It is suspected that the moisture level increased significantly after
the most recent sample analysis. In order to prevent this in the future, PSStech was asked to develop a remote oil monitoring system.
Key Features of the Remote Monitor
PSStech designed and developed a minimally invasive, remote monitoring system that allowed for the monitoring of, and alarming on, moisture levels in the
oil. The monitoring system uses a moisture sensor that is installed in the oil level sight glass window port. PSStech designed and developed an adapter, as
shown, that allowed the moisture sensor to be installed in the oil level sight glass port while the sight glass remains intact. The monitoring system
continuously samples the moisture content in the oil and alarms when the %RH or PPM meets or exceeds thresholds set by the switch manufacturer. If an alarm
condition occurs, an e-mail is sent to the responsible party at the utility as well as PSStech engineers for evaluation.
The monitoring system uses cellular modem technology for alarming and data collection allowing the monitoring system to be installed at remote locations
or in equipment where communications do not exist. In addition to sending alarm e-mails, the data collected is sent in CSV format daily for tracking and
trending. The system incorporates an online, web-based dashboard making it convenient for power company engineers to view the status of the monitors and the
moisture level in the oil at any time.


A network broadcast uses the largest allowed IP within a sub-net (a network address space). Some examples:
The private Class A network 10.0.0.0/8: the broadcast address for the whole block is 10.255.255.255.
The private 16 x Class B networks 172.16.0.0/12: the broadcast address for the whole block is 172.31.255.255.
The private 256 x Class C networks 192.168.0.0/16: the broadcast address for the whole block is 192.168.255.255.
Normally, a smaller /24 subnet within the above blocks is used for a private network. The following utility can be used to obtain the range of addresses for any CIDR, and to convert between all addressing types (CIDR, Range & Mask) (opens in a new tab):
The IP Aggregator


Ways to Install Wi fi Boosters
If your Wi-Fi signal is weak, a WiFi enhancer will help. They may be simple gadgets that amplify the existing transmission to work in areas that aren’t included in the router’s network.
There are a few different types of WiFi boosters that one could purchase. One type is definitely the simple “plug and play” model that you attach to a power origin in your home.
Another kind of WiFi booster is a wireless stretcher that uses the electronic wiring in your home to send out a stronger Wi fi signal. This is an excellent option for huge houses which may have multiple floors and need to be expanded to lifeless zones at home.
Lastly, additionally there are WiFi extenders that use mesh networking to hide dead zones and areas that have poor coverage. Nylon uppers networks are a little more complicated to build than the additional two, here are the findings but they can offer excellent coverage for those who are tech-savvy or who definitely have large homes and need more signal power.
Before you install these devices, you should check out your floorplan and mark out areas that you desire boosted or extending. Additionally it is a good idea to move the router and modem around so that they usually are blocking or perhaps weakening the signal in most areas.


Via Bisceglie 76 - 20152 Milano (MI)
NXP Semiconductors N.V. (NXPI) enables secure connections and infrastructure for a smarter world, advancing solutions that make lives easier, better and safer. As the world leader in secure connectivity solutions for embedded applications, NXP is driving innovation in the secure connected vehicle, end-to-end security & privacy and smart connected solutions markets. Built on more than 60 years of combined experience and expertise, the company has 44,000 employees in more than 35 countries and posted revenue of $6.1 billion in 2015. Find out more at www.nxp.com.


You can quickly set up or delete access for employees, get access-triggered alerts when certain doors are opened, and quickly find video clips of access events. Yottu can also lock and unlock any door remotely, and even have your business lock itself automatically at closing time. Smart fire alarm systems assist in providing vital protection to businesses, landlords and public sector buildings by enhancing traditional fire detection equipment. Find out how smart fire alarm systems work and what t...
Reliable, professional monitoring ensures your business, inventory and equipment are always protected. Combined with STANLEY Security systems, you have security that goes the extra mile.
The aim of Dialogue Conferences is to provide an arena of discussion allowing all participants to create a common ground for their own further collaborative activities.
There are two types of audio (dialogue) conferencing, including point-to-point and multipoint conferencing systems.
Anywhere there is a telephone and an internet line, one can participate in an audio conference. From a simple speakerphone, or hands-free audio units, dialogue conferencing may include sensitive, noise canceling microphones and sophisticated echo-cancellation software.
Audio conferencing enables multiple people on multiple phone systems to connect on the same call. Each person dials into a central conferencing line and can hear and speak to all the other people who call into the same line.
With Audio Conferencing, the participants use a regular phone to take part in Teams meetings- either by dialing in to the meeting from their phone or by using dial-out functionality from within the meeting.


Lava has launched X28, the company’s latest 4G smartphone with support for VoLTE. It has a 5.5-inch HD display, is powered by a 1.3GHz quad-core processor, runs on Android 6.0 (Marshmallow), has a 8-megapixel rear camera with LED flash and a 5-megapixel front-facing camera that also has LED flash. It has dual SIM support, similar to most of the Lava smartphones.
It has support for 12 Indian languages, Transliterate Feature, which helps users in easy translation of English language in their respective native languages and vice-versa and several features.
Lava X28 specifications
- 5.5-inch (1280 x 720 pixels) HD IPS display
- 1.3GHz Quad-core processor
- 1GB DDR3 RAM, 8GB internal memory, expandable memory up to 32GB with microSD
- Android 6.0 (Marshmallow)
- Dual SIM
- 8MP rear camera with LED Flash
- 5MP front-facing camera with LED Flash
- 3.5mm audio jack, FM Radio
- Dimensions: 155x78x8.95mm; Weight: 175g
- 4G VoLTE, Wi-Fi 802.11 b/g/n, Bluetooth 4.0, GPS
- 2600mAh battery
The Lava X28 comes in Gold, Silver and Coffee colors and is priced at Rs. 7349


End-user expectations, hyper-aggressive competition, speed-to-market demands and regulatory changes have forever changed the way service providers approach their customers. This – coupled with the complexities of network evolution, profitability pressures and commoditization of core business lines, such as voice and data – has forced providers to explore innovation in ways never before imagined.
Our Network and System Integration Services supports both service provider and enterprise customers in their network and business evolution with a focus on these key transformation services:
- Network Design, Integration, Optimization and Migration expertise assist our customers in getting the most out of their network investments through network planning and design facilitation, network infrastructure optimization, multi-vendor network integration, and reliable migration to next generation infrastructure.
- OSS/BSS, Service Delivery Platform (SDP) and Service Oriented Architecture (SOA) solutions and integration services include Business and Operational Process Consulting, Billing and Customer Relationship Management (CRM), Service Assurance, and Service Fulfillment. These services enable faster time-to-market (time-to-revenue), increased customer retention, and optimized operational/IT costs.
- Fixed, Mobile and Multi-screen Multimedia Integration Services include integrated multi-vendor solutions (such as IPTV, VoIP, Mobile TV) which allow content distribution over various channels (broadband, mobile and Internet). The practice offers intermediation services between service providers, enterprise customers and web community services. Additionally, the Alcatel-Lucent portfolio includes middleware and applications for multiple screens. To help bring it all together in an innovative multiscreen video and multimedia services offering, our customers can trust in Alcatel-Lucent global system integration leadership.


Call from a phone
Find hints for making calls using the ekit phone service.
The hints vary for different countries.
Hints for using ekit's phone service
- When using the phone service to make another call do not hang up. Hold down the # key and follow the voice prompts.
- When using the phone service, if you know the numbers of the functions you need, you can dial ahead without waiting for the voice prompts.
- When making a call, dial only the country code, area code and phone number — DO NOT dial your telephone company's international dialling prefix before the country code.
- Use touch-tone phones only. Not all push button phones are touch-tone phones. To find out, press a few numbers on the phone you are using and you will hear the difference. If the phone you are using is a touch-tone phone you will hear tones, if the phone is a pulse phone you will hear clicking (pulses). Some phones can be change from pulse to tone by pressing the * key.
- Before you make an international call using the phone service, check the User guide to see if the country you are in has an economy number. Remember though, you may still need to pay for the timed local call to the economy number. So if you're calling from a mobile phone or hotel phone, it may not work out to be the cheapest option.
- Before you go to a cyber-cafe, call the phone service and check how many new voicemails and emails you have. It'll save you time and money.
- In some countries you may require a coin deposit or use of a local phonecard to call toll-free numbers.
- Hotels are not obliged to recognise International Toll Free numbers as free and may charge you for the call. Please check with the hotel reception.
From mobile / wireless phones
- Charges may apply to call International Toll Free numbers. Please check with your mobile carrier.


Always have technological problems that are annoying with your telephone or internet system? The majority of people experience problems with technology every day. However, what most people do not know about the data cable mounting equipment and services available to help solve this problem, allowing the use of technology to be a much more enjoyable experience.
Do you remember the 1990s? Back when the internet is new and exciting (or the only spotty youth retreat, depending on your point of view). Do you remember the first time you moved something? Or buy something from Amazon? How interesting and novels everything seemed that all the sources of information and trade seemed to be out there. Those days have left. They used to call the Internet “Superhighway information” back on that day; When it’s really slower than a clogged lane with a message board and Star Trek fan. However, when broadband becomes increasingly beautiful, the speed has begun to increase. Optical fiber wiring is one of the most recent and broad, must have a choice for internet users, because the connection speed is much faster and carrying capacity rather than crooked, DSL or coaxial cable cable conductors. Cabling fiber optic data is a particular technology that uses glass threads to send data. This cable allows high speed and reduces data loss at a further distance, therefore improves your network cable installation system. The fiber optic cable comes in two types that suit your internet requirements, single mode and multi-mode. Multi-mode cables can send data up to a length of 300m at 1000 mega bites per second and a single mode cable can be used when a larger distance is needed!
Half a problem occurs because of ignorance; People don’t know what type of mounting cables they have to buy when they arrange their internet connection. The average person is advised to install Kate5 or Cat5e cable, because they provide up to 350m. However, for those who need a higher speed, it will be really more useful to choose the CAT6 cable, with up to 550M or even a new CAT7 cable with up to 1000m.
Prepare a telephone line and maintain good quality lines can often look like a frightening task, especially if you are preparing a business or moving office. Choose and prepare your line rental with providers can also be a stumbling block. Most people will choose BT because they are best known. However, do you know there are dozens of all service providers with offers, such as free installations, free calls and often even cheaper prices? The types of telephone systems can be selected including Analog / PSTN simple, simple phones or fax channels designed to receive only one call at once, ISDN2 – similar to basic analog lines, only this can receive two calls that are contrary to one. Or there is an ISDN30 option; Often used for businesses that are slightly larger, this system has a minimum of 8 channels and a maximum of 30. There are also various handsets to choose from. For example, the new Toshiba Strata Cix40 is perfect for smaller or start companies, displays a sophisticated voicemail system, with 360 mailboxes and 40 hours storage, allowing business to present a very professional image of their clients, no matter how much they are ,


The OPPO A54 5G is the successor of the Oppo A53 smartphone and also an entry-level 5G smartphone that comes with an amazing body design and great camera setup. Below, we will be looking at the Oppo A54 5G specifications with features and price.
The Oppo A54 5G comes with a nice-looking body that is housing the cameras and the Oppo brand logo. It has a body dimension of 162.9 x 74.7 x 8.4 mm and weighs 175 grams. The front is made of glass and it has a punch-hole on the left side that is housing the front camera.
Oppo A54 5G has a large screen display size of 6.5 inches under IPS LCD capacitive touchscreen. It features a screen resolution of 1080 x 2400 pixels, a 20:9 ratio, and 405 PPI density. It has display protection and a 90Hz refresh rate and Scratch Resistant Glass.
On the camera department, the smartphone comes with a 48 MP main camera setup that is paired with an 8 MP ultrawide camera, 2 MP depth sensor, and 2 MP macro shooter. The camera has an LED flash, HDR, Panorama, and other features. It can even record [email protected], [email protected]/120fps, gyro-EIS videos. The front snapper on the other there is 16 MP featuring Face Beautification, Face ID, and HDR.
Hardware And Software
Under the hood, the Oppo A54 5G has a Qualcomm SM4350 Snapdragon 480 5G chipset that is built on an 8nm process node with an octa-core processor clocking at a speed of 4×2.0 GHz Kryo 460 & 4xX.X GHz Kryo 460. It has Qualcomm Adreno 619 GPU for graphics and powered by Android 11 with ColorOS 11.1 on top.
Storage Capacity And Sensors
The inbuilt storage on the inside is 64GB with 4GB RAM and the memory is expandable via micro SDcard up to 256GB. The smartphone is equipped with a Fingerprint (side-mounted), accelerometer, proximity, and compass.
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Battery Power And Network Connectivity
The Oppo A54 5G is backed by a non-removable battery of 5000 mAh with fast charging technology. The battery also has reverse charging. There is a dual SIM with both 4G and 5G networks on the inside. Other features on the device include Wi-Fi 802.11 a/b/g/n/ac, dual-band, Wi-Fi Direct, hotspot, A-GPS, GLONASS, BDS, FM radio, and 2.0, Type-C 1.0 reversible connector.
Oppo A54 5G FQAs
Is Oppo A54 5G Good For Gaming? Yes, Oppo A54 5G will runs gaming smoothly.
Is Oppo A54 5G Good for PUBG? Yes, the Oppo A54 5G will run PUBG smoothly without lagging.
Is Oppo A54 5G Available Offline? Yes, You can buy the Oppo A54 5G offline and online as well.
Is Oppo A54 5G waterproof? Yes.
Is Oppo A54 5G Water-Resistant? Yes.
Is Oppo A54 5G a 4G Phone? Yes.
Is Oppo A54 5G a 5G Phone? Yes.
Does Oppo A54 5G Support Wireless Charge? No.
Does Oppo A54 5G Support Fast Charging? Yes.
Will Oppo A54 5G Work in Canada? Yes for some carriers.
Will Oppo A54 5G Work in the USA? Yes, for some carriers.
==> Disclaimer: Specifications, features & price shown for the above device was entered manually. We can not guarantee that the info on this page is 100% correct. If you think that any information for the current device is wrong or missing, please don’t hesitate to Contact Us.
Oppo A54 5G Price And Availability
The Oppo A54 5G will sell for $229 and will ship in Fantastic purple and Silver black colors. In Nigeria, the Oppo A54 5G will sell for 95,000 Naira depending on your location in the country.


The General Mobile Radio Service (GMRS) is a land-mobile FM UHF radio service designed for short-range two-way voice communication and authorized under part 95 of the US FCC code. The US GMRS license is issued for a period of 10 years by the FCC. The United States permits use by adult individuals who possess a valid GMRS license, as well as their immediate family members.[a] Immediate relatives of the GMRS system licensee are entitled to communicate among themselves for personal or business purposes, but employees of the licensee who are not family members are not covered by the license. Non-family members must be licensed separately.
GMRS radios are typically handheld portable (walkie-talkies) much like Family Radio Service (FRS) radios, and they share a frequency band with FRS near 462 and 467 MHz. Mobile and base station-style radios are available as well, but these are normally commercial UHF radios as often used in the public service and commercial land mobile bands. These are legal for use in this service as long as they are certified for GMRS under USC 47 Part 95.
GMRS licensees are allowed to establish repeaters to extend their communications range. GMRS repeaters are permitted to be linked with other GMRS repeaters but are not authorized to connect to the public switched telephone network.


Specifications: Circuit design: Insulated Gate Bipolar Transistor(IGBRT) Guide No: 58 meters (ISO 100, 105mm) Flash mode: TTL, M, Multi Wireless mode: Set-top /S1/S2 pre-flash-canceled mode Wireless triggering distance: 20-25m indoor, 10-15m outdoor Slave groups: 3 (A, B and C) Channels: 4 Zoom range: auto,24,28,35,50,70,80,105mm Vertical rotation angle: -7--90 degrees Horizontal rotation angle: 0-270 degrees Power supply: 4 * AA size batteries (Alkaline or Ni-MH are usable) (not included) Lighting times: 100-1500 times(AA alkaline cell used) Recycle time: approx 3s (AA alkaline cell used) Color temperature: 5600k Flash time: 1/200s--1/20000s Flash control: 8 levels of output control (1/128--1/1), 22 levels of the fine turning External interface: hot shoe, PC port and eternal charging port External power: YONGNUO external charging, boxes like SF-18C, SF-17C (not included) Additional features: Rear-curtain sync, FEC, FEB, FEV, modeling flash, manual zoom, auto zoom, sound prompt, advanced setting, automatically saving setting, PC port, power saving mode and over heat protection Item size: Approx. 19 * 7.8 * 6cm / 7.5 * 3.1 * 2.4in Item weight: 377g / 13.3oz Package size: 21 * 10 * 8.5cm / 8.3 * 3.9 * 3.3in Package weight: 556g / 19.6oz Package lists: 1 * Flash Light 1 * Protecting Bag 1 * Mini Stand 1 * User Manual (English & Chinese)
- The YN565EX III is equipped with the USB interface, you can download the latest firmware from YONGNUO official website to upgrade the speedlite.
- The recycling time for full output just takes 2 seconds; you can get high speed current-return experience even without using brand new batteries, which will only takes 3-4 seconds.
- It is equipped with the battery electric power display function, allows you to check the battery remaining capacity easily. It also can be triggered by the camera set-top, PC synchronization trigger and wireless optical trigger off the camera.
- The YN565EX III is equipped with the AF-assist beam emitter, allows you to focus easily in dark environment.
- Supports automatic and manual zooming, the focal length can be varied between 24～105mm.


The high definition Tv are highly famous due to their ability to show high-quality images of programs Most of the people who use high definition Tv to watch various programs may receive different quality of pictures depending on the type of television they have kept in place. The quality of images you receive will primarily depend on the kind of HDTV antenna that you use. Receiving high-quality pictures in programs feel good and make you glued to the television, and for this reason it is essential to go for that HDTV antenna Put in mind that all HDTV broadcast transmitted are in the ultra-high frequency spectrum, and for this reason you should obtain that ultra-high frequency antenna that will be able to receive high definition signals that will allow you to watch your favorite program in the top definition mode.
Lets look at some clear TV review that will enable you to get that digital antenna that will give you the best receiving experience for your favorite programs. an essential clear TV key is going for that HDTV antenna that will be appropriate for your life. For those living in a condominium an ideal kind of antenna to use is the indoor one An outdoor antenna will always offer the best receiving capacity, so as to install this kind of antenna it is important to note that you need to have a space outside you house to place the antenna . According to many clear TV review the best brand will always offer the best receiving capacity. Since this antenna will offer the best quality they are more expensive, but taking in mind that you want a high-quality program it’s worth going for it.
Taking the following clear TV key will be to your advantage in having high-quality pictures It is essential for those who intend to buy the outdoor high definition antenna to raise the antenna as high as possible in order to have as many channels as possible with high signal frequencies It is essential for those who live in apartment with more than two floors to opt for the indoor antenna it is more cost effective, and no space required for the placement of the antenna. For the indoor antenna having and amplifier is a clear TV key since it enhances the ability of the indoor antenna to receive better signals. If you are not in that position to afford an outdoor unit it is essential that you consider the indoor option due to the fact that it is more cost-effective and more powerful as well.
it is more important that before you go for that HDTV antenna do a review it. Perform an online study and consult family and friends. it is vital that do some internet-based research as well as seek information to family members and friends to have that antenna that meets the standards.


David Celeita received the degree in Electronic Engineering (2011) Universidad Distrital, M.Sc. (2014) and Ph.D. (2018) in Electrical Engineering from Universidad de Los Andes, Bogota, Colombia. IEEE Senior Member. He worked as an automation engineer for a few years in low and medium voltage applications, and he was a visiting researcher at Georgia Institute of Technology. He served as a postdoctoral researcher at CentraleSupélec to design new protection algorithms for HV lines with an industry partner in France for a year. He is currently a principal professor at Universidad del Rosario. His research interest includes Protective - Relaying Control, Smart Grids, Advanced Distribution Automation, Fault Location, and Real-Time Simulation.


Zoom Video Communications, Incorporated has partnered with Oracle Cloud Infrastructure to bolster its development and cater to its evolving business requirements. As a leading enterprise video communications company, Zoom has witnessed significant growth, particularly during the COVID-19 pandemic, where the shift towards online meetings became imperative due to restrictions on social gatherings.
This surge in demand necessitated a substantial increase in service capacity. Zoom explored various platforms and found Oracle Cloud Infrastructure to be instrumental in rapidly scaling their operations to meet the needs of their expanding user base. The selection of Oracle Infrastructure was driven by its industry-leading security, exceptional performance, and unparalleled support.
In response to the exponential rise in demand, with a sudden spike to 300 million daily meeting participants, Zoom urgently required additional cloud capacity. Oracle Cloud Infrastructure was chosen due to its outstanding performance, scalability, reliability, and superior cloud security. Within a few hours of deployment, Oracle Cloud Infrastructure seamlessly supported hundreds of thousands of concurrent Zoom meeting participants.
Now fully operational, Zoom can facilitate millions of simultaneous meeting participants on the Oracle Cloud Infrastructure. This next-generation cloud infrastructure from Oracle empowers Zoom to scale effortlessly, ensuring flawless service delivery, adaptability to changing demands, and continued leadership in the video communications industry.
Zoom recognizes the pivotal role of video communication in both personal and professional lives and has been at the forefront of industry innovation. Oracle, with its network architecture, capacity, and strategically located data centers, is uniquely positioned to enable the rapid expansion and innovation of Zoom’s video communications platform.
Each day, Zoom transfers an astonishing seven petabytes of data through Oracle Cloud Infrastructure servers, equivalent to approximately 93 years of HD video content. Oracle’s second-generation cloud infrastructure, coupled with its expertise in security, will bolster Zoom in providing an enterprise-grade video communications experience.
Furthermore, Oracle Cloud Infrastructure offers a range of additional advantages for Zoom. Its advanced network architecture ensures low latency and high throughput, enabling smooth and uninterrupted video meetings. The scalability of Oracle’s cloud infrastructure allows Zoom to effortlessly accommodate future growth and handle ever-increasing demand. Additionally, Oracle’s commitment to data security aligns with Zoom’s focus on protecting user privacy and confidentiality.
This collaboration between Zoom and Oracle sets a strong foundation for future innovation in the video communications space. By harnessing Oracle’s robust cloud infrastructure, Zoom can continue to revolutionize the way people connect, collaborate, and communicate across the globe. With the support of Oracle’s cutting-edge technologies, Zoom is well-equipped to pioneer new advancements in video communications and shape the future of virtual meetings and remote collaboration.
Moreover, the partnership between Zoom and Oracle Cloud Infrastructure opens up exciting possibilities for further advancements in the field of cloud computing and video communications. By leveraging Oracle’s extensive expertise and resources, Zoom can explore innovative features and functionalities to enhance the user experience and stay ahead of the competition.
One area where Zoom can benefit from Oracle’s cloud capabilities is in the realm of artificial intelligence (AI) and machine learning (ML). With Oracle’s robust AI/ML services integrated into the infrastructure, Zoom can leverage intelligent algorithms to improve video quality, enhance noise cancellation, and automate tasks like transcription and translation. This AI-powered approach will not only streamline workflows but also offer a more immersive and inclusive communication experience for users across different languages and backgrounds.
In addition, Oracle’s commitment to sustainability aligns with Zoom’s focus on environmental responsibility. Oracle Cloud Infrastructure utilizes energy-efficient data centers and implements green practices to minimize its carbon footprint. By hosting its services on Oracle’s eco-friendly infrastructure, Zoom can demonstrate its dedication to sustainability while providing reliable and scalable video communication solutions.
Furthermore, the collaboration with Oracle opens up opportunities for Zoom to tap into other Oracle Cloud services and technologies. For example, Zoom can leverage Oracle’s robust database solutions for efficient data management and analytics, enabling them to derive valuable insights from vast amounts of user data. Additionally, Oracle’s comprehensive suite of security services ensures that Zoom’s video communication platform remains protected against potential threats and vulnerabilities, instilling confidence in both enterprise and individual users.
The partnership between Zoom and Oracle also sets a positive example for the industry, showcasing the power of collaboration and strategic alliances. As cloud computing continues to evolve and shape the way we work and communicate, such collaborations between industry leaders foster innovation and drive the development of cutting-edge solutions.
Overall, the integration of Oracle Cloud Infrastructure into Zoom’s operations marks a significant milestone in the journey of both companies. It not only addresses the immediate needs of Zoom’s growing user base but also provides a solid foundation for future scalability, security, and innovation. By harnessing the strengths of Oracle’s cloud capabilities, Zoom can continue to revolutionize the way we connect and collaborate, ensuring seamless and secure video communications for individuals and enterprises alike.


From long back sending messages between windows was only possible if the windows used the same protocol, port, and host. The
postMessage() method helps to solve this issue by providing a way to securely pass messages across domains.
In this blog post I’m going to explain how to use the
postMessage() method to communicate between a controller window and a receiver window running different domains.
The postMessage() method accepts two parameters.
- message – A string or object that will be sent to the receiving window.
- targetOrigin – The URL of the window that the message is being sent to. The protocol, port and hostname of the target window must match this parameter for the message to be sent. Specifying “*” will match any URL however this is strongly discouraged for security reasons.
This method should be called on the window that the message is being sent to.
Set Event Listener on the Receiver Window
When postMessage() is executed successfully on sender window a MessageEvent will be fired on the receiving window. The event passed into the listener callback has a property called data that can be used to access the string or object that was sent by postMessage().
var message = m.data;
Here Data is a property which holds string or abject passed by postmessage().
Set postMessage on the Sender Window
Browser Support For postMessage
Few security considerations that need to be taken into account when using postMessage() are as below.
- First make sure that you are always specifying full URLs as your targetOrigin parameter and not just using wildcards (*), otherwise you could accidently send data to a malicious website..
- postMessage() is a really handy tool to have in your toolbox, especially if you do a lot of work with iframes.


Conference launches mobile phone app
Mobile device users on the go can easily access information about the Florida Conference with a new, free Conference application. Developed by the communications staff, the app is now available for free download for iPad and iPhone and Android smartphone users.
The application enables mobile access to Florida Conference Connection news and home pages, the You Tube channel videos (WhatAreUmcDoing), the Facebook page, the latest Tweets and the conference classified ads.
“We wanted to develop a fast, simple and easy-to-use method to deliver information about the Florida Conference to people,” said Gretchen Hastings, managing director of Connectional Relations for the conference. “The features available now are just a start. Our goal is to roll out new offerings over the coming months.”
Early in 2012, the conference launched a mobile phone friendly format for its news and home pages that eliminated the need for left-right scrolling and adjusting font sizes.
To download the app, scan the QR code here.


I am happy to introduce our newest portfolio company — Ayar Labs — to the TechU family. We are very excited about this investment, and for the opportunity to partner with Alex, Chen, Mark, and the entire Ayar Labs team.
What they do:
Ayar Labs has developed a proprietary method to integrate optical transceivers into computer chips to enable data to be transmitted using light waves. This process can dramatically boost the efficiency of traditional computing by replacing existing chips which employ traditional copper wires that rely on electricity. By replacing electricity with light, their technology significantly reduces energy costs while increasing bandwidth for customers running wholesale scale data centers or for supercomputers.
Their technology, which has been developed over a decade’s worth of R&D at institutions like MIT, UC Berkeley, and the University of Colorado and with the support of more than $20MM in DARPA grants, has been captured across over 10 different patents.
Why we like them:
Their technology very much fits into our thesis. The company is led by an exceptional team whose domain level expertise is perhaps unparalleled in the industry. Given the proprietary nature of their technology there is also a high barrier-to-entry and they definitely posses a secret sauce which is a prerequisite.
I also personally believe that timing will play a positive role in their potential success. The energy and expense associated with the powering of data centers globally is immense, and I believe many different players in the ecosystem will be strongly aligned in supporting this technology to take hold. Already many of the largest players in the ecosystem have been reaching out to establish partnerships.
_ _ _ _
As always, if you or any of your colleagues are in a position to serve as a strategic partner to Ayar Labs, feel free to reach out to me for an introduction to the founders.


Our dedicated teams take care of everything from the network installation, the services it delivers and security. Our mandate can be extended to the pro-active monitoring and management of all components to comply with your required service levels.
Managed Networks Features:
- Professionals to save you the hassle of network installation and management
- Performance WiFi and networks, ready for the future
- Enterprise grade equipment and support
- Flexible financing.
Network as a Service
Let Hoist Group take over your network administration from A to Z, and we will help you deliver an integrated and seamless service, for your peace of mind.
We will handle on-board monitoring, maintenance and change management – for chains or individual properties – for guest or back of house networks. All with the utmost expertise and security standards.
At the same time you will retain complete visibility and control of the services and infrastructure via our Hoist Dashboard, Content Management System, and our Conference Management Tool and Services.
Network Design & Installation
Our professional engineers design and configure property networks with the latest equipment and technology standards, providing the performance and security you expect for your staff and guests.
Benefit from significant cost savings and simplicity with a unique, robust converged network designed for all present and future connectivity needs: Internet, TV, telephone and streaming services.
Thanks to our EMEA footprint and in-house Network Operation Centre (NOC), we can guarantee a unified deployment standard across your properties, for the benefit of your guests, for small venues up to large conference centres with ultra-high density WiFi.
Infrastructure, IT & Security
No matter what infrastructure you have available, we have the solution.
We work with most major equipment vendors to fully integrate and tailor equipment before it is provided to our clients as a seamless service dedicated to hospitality and healthcare. We offer a wide range of products adapted to different market segments and property size, securing your investment for the future.


The SF-3050G + ANT-3001BR for CORS Applications
With support for simultaneous broadcast of numerous correction formats over various transmission media, the ability to monitor and control the receiver remotely over Ethernet, GLONASS functionality, and NavCom’s Choke-ring antenna, the SF-3050G is a great choice for permanent or semi-permanent CORS installations. The SF-3050 is compatible with Geo++, reference station protocols from other manufacturers and networks. The SF-3050 supports NTRIP, and RTCM Network protocol, and again, all of this functionality is available in all RTK enabled SF-3050s.
View the SF-3050
View the ANT-3001BR


AWA is right at home servicing the technology needs of contemporary business.
Where there is technology infrastructure that needs to be installed and maintained AWA will be there making it all work.
“Their national capability and service-based culture provides an excellent match with our business needs.” – Flight Centre
AWA supports the mission critical ICT infrastructure for many of Australia’s major organisations.
From end to end service delivery to individual service tasks. We can build you a customised solution designed specifically to meet your services needs.
For over 100 years AWA has been enabling organisations to use the latest technologies to access information across the globe.
We use our expertise to assist organisations to securely connect and take advantage of current and evolving cloud technologies.


This Ultra Slim device boasts a multitude of features, including Quick Charge Support, Solar Panel Charging capability, LED Display for convenient monitoring, and cutting-edge GaN Tech for efficient power delivery. With its Wireless Charging feature and magnetic design, this power bank offers seamless and fast charging experiences. The power bank’s waterproof and portable design, coupled with a high capacity of 10000mAh, makes it suitable for various mobile phones and digital products. Equipped with precise IC protection, it guarantees safe charging by preventing over-charging and short-circuiting. The USB and Type C outputs provide flexible charging options, with a USB output of 22.5W and Type C supporting PD 20W both for input and output. At just 6.4oz in weight and compact dimensions of 2.5 inches x 4 inches x 0.75 inch, this power bank is your reliable companion for on-the-go power needs.
- Weight: 6.4oz
- Wireless Output: 10W
- USB Output: 22.5W
- Type C Input & Output: PD 20w
- Capacity: 10000mAh
- Size: 2.5 inches x 4inches x .75 inch


Chinese telecom sector:Dec stats -wireless continues to impr
Growth in the mobile market continues to improve with total subscribers up7% YoY in December vs. 4% in Dec 2016. CT was the winner in FY17 with itswireless subscriber market share edging up 1.4ppts at the expense of CMwhile CU broadly maintained its share. CM had a better performance in gaining4G net adds in FY17 with a market share of 47%, though this is still below itsoverall subscriber market share. The fixed broadband market grew strongly inFY17 with overall subs up 17% YoY while CU was the underperformer this yearin this category.
CU’s fixed broadband subscribers declined 1m in December compared with660k net adds for CT and 2.5m for CM. We do note that December tends to bea slower month for fixed broadband with industry net adds on average 40%lower than other months in the year. That said 2017 remains a soft year forCU’s broadband business, which saw total net adds of 1.3m vs. 10.4m for CTand 35.1m for CM. CU has recently launched a 2I2C broadband product inconjunction with its existing 2I2C mobile products, which should see somemomentum back in its fixed broadband business.
本文由财经发布，转载请注明来源：Chinese telecom sector:Dec stats -wireless continues to impr


As I approach my sixth decade (good grief, did I actually write that), I've been realizing that there are things I wanted to do but never got around, or had the patience to do.
One of which was to get my Amateur (ham) Radio License. I was really into shortwave (SWR) radio listening when I was younger, even bought and built a Heathkit receiver for use when I was stationed in Greece to listen to the Voice of America, BBC and Radio Canada.
While stationed there, I helped run the local military MARS station at the detachment, which also allowed me to listen to Hams in the US and elsewhere try to get QSLs from stations all over the world.
My problem was that I could never get past the Morse Code requirements. I could never send or receive at the speed needed. So I resigned myself to be a passive listener.
I didn't keep up with the license requirements, so when someone said they had just gotten their Technician level license, I asked what was the Morse requirement. He said there was none !! Sure enough, I was qualified for the Tech license, at least an online test said I was. When I sat for the test, I passed with flying colors.
A friend of mine had given me a 2m/440mhz Kenwood mobile rig, so I ran some coax up through a hole in the ceiling of a closet, installed a 2m antenna in the attic, and promptly started talking to locals through a repeater. Of course, there is only so much you can talk about locally, and I was definitely not going to get QSL cards from them. So, now its on to get my General, and a HF rig. Slowly, but surely I'm putting the 'shack' together, but first I'll dig out my old SWR set, and see if it still works.


How To Install WiFi Range Extender Via
The manual installation process of the Netgear extender setup is known as mywifiext setup. When you join mywifiext.net for your extender, it provides you with on-screen setup steps to follow. That’s why the WiFi range extender is often called a clever configuration wizard. In this section, you can find instructions on how to access the Netgear extender configuration page for your Extender:
Select the Setup icon For
Manual Setup for
The manual extender setup stage is for those who do not opt for the configuration of the WPS. This is because WPS is not the job of such routers.. In comparison to the WPS configuration, the manual setup is very tedious. You would need to go to the configuration tab to set up a brand new Netgear Extender setup Via Mywifiext. For the manual configuration, the step-by-step guidelines are below:
Mywifiext WiFi Extender Setup wizard
MYWIFIEXT FOR ADMIN LOGIN WIZARD SETUP:
A wifi range extender is a form of wireless repeater used to expand the range of a wireless LAN, often known as a Netgear Extender Setup. The range extender absorbs the sign remotely associated with the turn or getting to the target and then retransmits it. However, for the installation of mywifiext smart wizard admin, you can rely on us to get dedicated support at any time.
For customers, range extenders are particularly useful at going to a bad signal than for people who choose to go to the signals in any way. Your mywifiext.net admin username for smart wizard configuration is based on these preferences when it comes to the type and scope of the extender being used.


Weekdays 08.30-12.00 & 12.30-16.30
BUSINESS CUSTOMERS ONLY
Encitech is certified according to ISO 9001.
Amphenol RF is the world’s largest manufacturer of coaxial connectors for use in radio frequency, microwave, and data transmission system applications. Headquartered in Danbury, Connecticut, USA, Amphenol RF has global sales, marketing and manufacturing locations in North America, Asia and Europe.


Make available this technology platform as an accessible European supply chain for the space industry
Discrete GaN power electronic devices have penetrated the consumer market and first products have amply demonstrated a disruptive improvement of the performance and reduction of the form factor. With demonstrated robustness for heavy ion radiation and neutron radiation, p-GaN enhancement mode HEMTs allow disruptive innovative designs for space applications. Among the different power IC applications, the most critical is also the least developed up to now: low voltage / high current circuitry. This is an instrumental and key element for many space-borne payload units which needs point-of-load (PoL) converters. However, to unlock the full potential of the technology for point of load convertors, three important limitations need to be solved, as addressed in this project, i.e.
the reduction of the inductive parasitics through monolithic integration of drivers and power devices (GaN-IC)
optimization of the inductive passive components together with the active devices
a strong interaction between point of load convertor design and GaN-IC design.
Electrical performance and radiation robustness will be evaluated and assessed for space applications in the upcoming frame of satellites massive digitalization. The project with duration of 36 months, comprises of two learning cycles in definition and refinement of the application requirements, design and manufacturing of the GaN-ICs and passive devices, and development of the point of load convertor boards, first with focus on the basic building blocks and initial prototypes, followed by further optimization towards the target requirements. The consortium has been joined by Thales Alenia Space (France and Belgium) and Würth Elektronik as space and terrestrial point of load convertor manufacturers. IMEC contributes with its state-of-art GaN-IC platform technology and Würth Elektronik with the design and prototype manufacturing of the passives. MinDCet designs the optimized GaN-ICs and contributes with a state-of-art controller. The main objective of ELEGANT is to make available this technology platform as an accessible European supply chain for the space industry. This project contributes to EU non-dependence of GaN technology as discrete GaN transistors are, so far, mostly (mass) produced by Asian and/or North American manufacturers and pushes the state-of-the-art with higher level of integration (GaN-IC).


Jasper Adds Voice Control to Your Raspberry Pi Projects
Voice control on your Pi. Use Amazon’s Alexa service on a Raspberry Pi and open up a world of voice-control projects. shares. Twitter Googleplus Email .
How to setup Bluetooth on a Raspberry Pi 3 - CNET
A voice recognition software is installed on the Raspberry Pi 3 which works with the help of internet. Raspberry Pi 3 has inbuilt WiFi and it fits the application very well, as internet access comes with ease from an access point5 or even from a hotspot.
Control your Raspberry Pi via Voice-Control
How to control the Raspberry Pi with your voice; How to control the Raspberry Pi with your voice. this is the number of seconds that the Raspberry Pi listens for a voice command, and the
Perform a task upon a voice command - Raspberry Pi Stack
/11/2013Voice controlled home automation uses Raspberry Pi and LightwaveRF There’s even an IR LED used to add voice control to your Television. 32 thoughts on “ Voice controlled home
Add voice controls to your Raspberry Pi using Jasper - howchoo
A program for custom voice commands to the Raspberry Pi. Make your RPi send emails, play videos, check the weather, and more using speech. In this project, we are going to learn how to use Blynk app and Raspberry Pi 3 in order to control home appliance (Coffee maker,Lamp,Window Project Owner Contributor Control Home Appliances From Your
Smart Mirror with Voice and Gesture Control – Raspberry Pi
The wall-mounted Raspberry Pi 3 runs the AIY Voice kit to supply a Google voice assistant. See below. The maker used a mid-80s intercom that he bought on sale for 4, apparently.
Google relaunches voice recognition kit for Raspberry Pi
AIY Voice HAT. The AIY Voice HAT connects the Raspberry Pi to the Google Assistant and is part of Google's AIY Voice Kit V1. It was created with the Raspberry Pi 3 Model B in mind but may be used with any Raspberry Pi featuring a 40-way header, such as the Raspberry Pi Zero.
Raspberry Pi 2 – Speech Recognition on device – Wolf Paulus
Talking Pi – Voice Control for Raspberry Pi Be the first to review this product The Talking Pi from JOY-iT is your intelligent, universal open source speech control assistant for the Raspberry Pi.


Caledonian Photonics Limited is a consultancy in the field of robust, miniaturised solid-state lasers and associated optical systems. We have expertise in design for manufacture, reliability and environmental insensitivity, with experience of the academic, scientific and defence markets. Based in central Scotland, Caledonian Photonics was founded in May 2018. Since that time Caledonian Photonics has been engaged in consultancy to the Photonics industry and in technology development for exploitation in future laser products.
Caledonian Photonics is a member of Technology Scotland and Photonics Scotland.
Founder & CEO
Dr Stephen T Lee
Stephen Lee, Caledonian Photonics’ founder and CEO, has 23 years of experience in the design and manufacture of solid-state lasers and their integration into optical systems. Stephen’s PhD from the University of Strathclyde in experimental laser physics concentrated on increasing the stability and practicality of ultrashort-pulsed diode-pumped solid-state laser systems. He further developed this area of expertise during his 6 years at Coherent as a senior laser design engineer engaged in new product design and introduction of Ti:Sapphire lasers for bioscience applications. Stephen then spent 10 years at Thales UK developing robust lasers for harsh environments where he held the positions of Thales UK Laser Expert, Engineering Manager and Design Authority for the Defence Lasers product line. Stephen is a Chartered Physicist, a Fellow of the Institute of Physics, and is an inventor of 5 granted patents in the field of environmentally-robust lasers.
Caledonian Photonics is active in consultancy to the Photonics industry, where we offer:
- Domain knowledge of defence, scientific and commercial photonics applications, including within Quantum Technologies
- Photonics system architecting
- Laser resonator and optical system design using Zemax and SOLIDWORKS
- Feasibility studies and prototyping in Caledonian Photonics’ lab
- Design for manufacture, reliability and environmental insensitivity
- Grant proposal writing with recent successful experience of Innovate UK and the UK Defence and Security Accelerator
QT Assemble brings together a consortium of UK companies to develop highly-innovative assembly and integration processes for new markets in quantum technologies. Waveguide writing, nanoscale alignment and monolithic integration will be used to deliver new levels of performance in robust and reliable platforms. High-performance components and systems will be demonstrated including highly-integrated lases, photon sources, photon detectors and ultra-cold matter systems. New commercial opportunities have been identified that require reliable and robust operation in quantum sensing and quantum information processing markets.
QT-Assemble is a 36-month, Innovate UK-Funded Quantum Technologies project that started on September 1st 2020. The project brings together a consortium of 14 companies and universities, led by Fraunhofer UK Research.
Navigation using space-based satellite signals underlies many critical technologies across the UK. Most advanced navigation technologies rely on the signals from networks known as the Global Navigation Satellite System (GNSS) to remain accurate over long distances. Loss of these signals result in an unstable navigation systems and increasingly less accurate location and direction estimation during operation.
GNSS signals may be lost accidentally from criminal activity or due to military action. For example, in 2018 several passenger flights off the Norwegian coast lost GNSS signals due to signal ‘jamming’ from military exercises. In addition, ‘Spoofing’ or deliberately transmitting false guidance signals has been demonstrated as an insidious cyberweapon that can deliberately mislead and fool cargo or passenger vessels. As systems are increasingly automated, the consequences of the loss of GNSS signals dramatically increase and may include loss of property, or in the extreme case, loss of life. Local on-board instruments can provide measurements to stabilise current navigation system technology without GNSS signals. Quantum technology-based sensors have the potential to provide stability to navigation systems over long periods of time due to the unique combination of high sensitivity to motion with superb isolation from changes in the surrounding environment. High-BIAS2 will demonstrate the ability of a quantum rotation sensor’s ability to stabilise the orientation of aircraft guidance system in the absence of GNSS signals. Local stabilisation using quantum technology will decrease the reliance of navigation systems on GNSS and provides a measure of protection against signal loss, jamming, and spoofing to increase safety and security.
High-BIAS2 is a 36-month, Innovate UK-Funded Quantum Technologies project that started on August 1st 2020. The project brings together a consortium of 7 companies, led by Cold Quanta UK.
Progress in commercializing cold-atom-based quantum instruments is limited by the availability of reliable size, weight, power and cost-reduced narrow linewidth lasers. Great progress has been made in the development of semiconductor laser platforms to allow for many of the laser-cooling functions to be achieved, but some of the more-challenging functional requirements are unlikely to be met by this approach. The Safire project will accelerate the commercialisation of cold-atom Quantum technologies including optical clocks, gravimeters, inertial-navigation units and ion-trap quantum computers.
In optical clocks, the magic wavelengths for the creation of an optical lattice at 813 nm (Sr) and 759 nm (Yb) require high power and narrow linewidth. This function is generally achieved with a tunable Ti:Sapphire laser. These laser systems generally cost ~£100k and are large and fragile devices, making them one of the primary impediments to system miniaturisation and cost-reduction.
Many quantum instruments based upon cold-atom interferometry, such as gravimeters and inertial navigation units for GNSS-free navigation, require a narrow-linewidth Raman-beam to operate. In Rubidium interferometers the relatively high-power (multiple Watts in some systems) and narrow linewidths (~10s of kHz) required are often provided by a frequency-doubled telecoms-fibre laser. These lasers are expensive (\>£50k) and their complexity often leads to unreliable operation. This represents a significant risk to the potential commercialisation of interferometer-based instruments that must be fielded in non-laboratory environments.
The Safire project will develop a new capability in ultra-compact diode-pumped-solid-state lasers that addresses the requirements of the optical lattice function in clocks, the Raman-beam function in atom interferometers, and also for ion-trap quantum computers, in a form-factor appropriate for integration into robust Quantum instruments usable outside of the laboratory environment. This development builds upon NPL’s long history in optical clock development, Optocap and RAL-Space’s experience in micro-ECDLs for cold-Rubidium instruments from the Innovate REMOTE project, and on Caledonian Photonics’ capability in miniaturised, robust monolithic DPSS lasers.
Safire is an 18-month, Innovate UK-Funded Quantum Technologies project that started on April 1st2020. The project brings together a consortium of 4 companies, led by Caledonian Photonics.


Business and Home
Network Design and Support
Small business networks are important today using high speed internet access and your bottom line may very well depend on it in this day and age of the internet. BuiltNetworks provides your business the design and installation to get your business up and running quickly. BuiltNetworks can also provide you with in house wireless access to your network.
Home networks using broadband internet access are very affordable to the home user providing fast internet access to your favorite web sites, downloading your favorite music or videos, streaming video content from your favorite online video subscription services like Netflex or Amazon. Your ISP sends you the broadband modem with instructions, but you may prefer to have the set up done by an expert to get your internet access up and running very quickly and painless.
BuiltNetworks can also set up a wireless network with password protection in your home for more convenience for when you bring your laptop, iPad or tablet home from work.


The use of wearable is on the rise. Revolutionary enterprises are taking wearables as yet another opportunity for mobile technology for increased efficiency, improve workflow and enhance communication.
However, the bitter side of these wearables is that with the rise in their popularity, associated security concerns have also rapidly increased. According to a 2014 report presented by Pricewaterhouse Coopers, about 86 percent of people expressed their concern for wearables and the increasing risk of data security breaches.
With sensitive information, especially related to the enterprises being transferred from wrist to wrist, there’s a strong need for the businesses to prepare security policies and procedures regarding the use of wearables within the enterprise.
Here are the 3 potential Security Threats to Wearables:
- Spy Gear For the 21st Century – As devices continue to permeate modern business, the secret agent technology is becoming more of a reality today. Wearable glasses that allow users to easily capture video and screenshots, these devices are greatly being used to steal sensitive business and even personal information.
- Black Market Data – Another major concern from these wearable technologies is the sale of sensitive data recorded by these devices. When such data is exchanged, there are great chances for it to be intercepted by the hackers.
- Connectivity between Wearables technologies – Bluetooth and Wi-Fi connectivity between wearables and paired smartphones is another area of vulnerability. Lately, security company BitDefender explained that the Bluetooth communication between smartphones could be decoded/decrypted using brute-force attacks. Instead of focusing on software weaknesses, hackers choose to continuous trial and error by trying username and password combinations until they crack the code to access the data.


دوربین حرارتی نقطه ای FLIR TG167می 27, 2019
دستگاه نشت یاب گاز SENSIT Track It IIIaژوئن 15, 2020
ویبرومتر و دیتاکالکتور Extech SDL800
- Acceleration: 656ft/s², 200m/s², 20.39g
- Velocity: 7.87in/s, 200mm/s, 19.99cm/s
- Displacement: 0.078in, 2mm (peak-to-peak)
- Resolution: 1ft/s², 0.1m/s², 0.01g; 0.01in/s, 0.1mm/s, 0.01cm/s;
- Basic Accuracy: ±(5%+2 digits)
- Memory: 20,000K data records using 2G SD card
- Dimensions: 182 x 73 x 47.5mm
- Weight: 599g
The Extech SDL800 Vibration Meter / Datalogger is the perfect instrument for carrying out vibration measurement at a distance.
Coming with a remote sensor and magnetic adaptor as standard, the Extech SDL800 allows measurement of overall vibration with a variety of applications, including motors, fans, pumps and more. With the sensor’s cable reaching 1.2m, the SDL800 allows the user to stay at a safe distance when taking measurements and the backlit LCD screen makes reading results easy in a range of environments.
Capable of calculating acceleration and velocity with high levels of accuracy, the SDL800 also offers datalogging functionality, allowing for repeat testing over time. Storing up to 99 readings on the meter itself, the Extech SDL800 can also store up to 20M readings directly onto the included SD card and boasts PC connectivity to make life easier. It also allows the user to configure the sampling rate between 1 and 3600 seconds, meaning you have full control of your measurements.
With captured measurements being date/time stamped and saved to an excel file for easy organisation, the Extech SDL800 is the ideal vibration meter/datalogger for any job, without the need for additional software.
Remote vibration sensor with magnetic adapter on 47.2″(1.2m) cable
Wide frequency range of 10Hz to 1kHz
Basic accuracy of ±(۵% + ۲ digits); Meets ISO2954
RMS, Peak Value or Max Hold measurement modes
Adjustable data sampling rate
Offset adjustment used for zero function to make relative measurements
Large backlit LCD
Stores 99 readings manually and 20M readings via 2G SD card
Record/Recall MIN, MAX, Data Hold and Auto power off
Built-in PC interface
Complete with remote sensor, magnetic mount, 6 x AA batteries, SD card, and hard carrying case
SDL800data(1) : کاتالوگ محصول


At $2.75 billion and 405 million users, Silver Lake Partners, Andreessen and company are paying $6.79 per registered user, and a little over five times 2008 revenue of $511 million. Skype had grown by 44% in 2008. Cheap or dear?
My guess is that the buyers got a good deal because human voice is the most fundamental and global average revenue per user (ARPU) used to be in the range of $50-80, so Skype is paying about 1/10th the ARPU for the registered user. So what? Well, given that the phone and data over the phone is unquestionably the fastest growing part of the consumer electronics market, and will be so for the foreseeable future, it seems to me the investors are buying a cheap option on the most disruptive, and fastest growing part of the entire telecommunications market. Communications is the killer app of almost every technology - from telegraphy to email!
Furthermore, because Skype terminates on phones - and people are accustom to paying for phone calls - especially international ones, and due to the fact that international phone call pricing is a still a ridiculous patchwork of usually outrageous tariffs, Skype will continue to grow not only because of lower costs - but also due to simpler pricing.
If you think of Skype more abstractly, they are a company with a great peer to peer infrastructure, a robust database of people and their communication devices, and a global footprint. In addition to voice, they are already sending video. They can be the first global multi-media, person to person communications, and file sharing company. That's worth at least $6.79 per user. From this point of view, perhaps Facebook should have bought them because the phone revenue could be the razor blade to fill the giant social razor that Facebook has built.


JustSMS is one of Nigeria 's most reliable bulk sms platform. Our platform is secure, simple and very efficient. It allows you to send text messages from your computer and mobile apps to literally thousands of mobile phones.
Dear Valued customer, Following the official floating of the Naira by Central Bank of Nigeria (CBN) on 20th June 2016, which has led to the removal of fixed exchange rate, we are compelled to increase the unit deduction of SMS from 1.5 units to 1.8 units for all GSM numbers. Note that prices of SMS remains the same. We assure you of our continued quality service delivery.


Know what’s the most used feature of your cell phone? You guessed it. Texting. It’s the preferred way of connecting with others for many. In fact, more than 22 billion texts are sent every day worldwide.
The most common texting format is short messaging services (SMS). When backed by secure messaging—a server-based approach to protecting data, SMS lets you send and receive encrypted text messages. That protects protect data from hackers and other intruders.
SMS secure messaging provides compliance with HIPAA, GLBA, and SOX—making it a powerful corporate communication tool. But SMS is also a potent marketing tool—one that can help boost customer service and business growth.
SMS is fast and easy to use. It’s stored on servers in plain text. And it’s versatile. You can use it in a variety of ways to deliver secure messages to a single person or a group.
Call centers, for example, can take a medical call and deliver the message safely and securely to a doctor, patient, or medical center. Call centers can do the same for financial services firms and corporate entities.
What’s more, SMS excels at helping you engage customers. That’s because SMS messages actually get opened and read. Few marketing tools can make that claim.
SMS is also highly customizable. Put another way, if you want a guaranteed way to reach customers with your messages, this is it.
SMS lets you fulfill the unique needs of customers. That’s the key to using it to boost smart customer service via text. Here are some ways you can do that:
In short, SMS secured messaging is among the most reliable and direct ways to reach customers. Used correctly, it’s among the most effective mobile marketing tools around.
SMS isn’t new. It’s been around for a while. But many managers don’t realize how useful SMS is for communicating with target audiences.
In fact, 90% of SMS secured messages get read within three minutes of being received. That’s a huge advantage. So, if you’re not taking advantage of this form of mobile marketing, you’re missing a chance to increase growth.
Here are five ways to boost growth with SMS secured messaging:
SMS secured messaging is affordable, convenient, efficient, and effective. It saves time, delivers fast service, and triggers high customer satisfaction rates.
More importantly, SMS has a 90% open rate within three minutes, so you know your customers will see your messages and read them. That can help you boost customer service and your bottom line.
If you’re not using SMS to boost customer service and business growth, your competitors probably are.


Revolutionizing Virtual Interactions: GoodGang Labs' NFT-powered Avatar Communication
Singapore's start-up GoodGang Labs has secured $2 million in seed funding from Kakao Investment, a subsidiary of South Korean tech giant Kakao. GoodGang Labs is developing Kiki Town, an immersive platform where users can interact through animated avatars. The funding will be used to enhance Kiki Town and expand into the business-to-business market by offering a software-as-a-service API. Kiki Town sets itself apart by transmitting only voice and avatar motion data, making it a lean and efficient platform.
GoodGang Labs is also working on GangHouse for Web3, allowing real-time conversations using NFTs to reshape communication within the NFT ecosystem. The CEO envisions a world where technology fosters deeper human connections and enables individuals to freely express themselves. GoodGang Labs gained traction with its BeerGang NFT collection, which sold out on LINE's NFT marketplace. With their innovative offerings and strong funding, GoodGang Labs aims to lead the field of avatar communications.
Read more: https://nftnewstoday.com/2023/05/25/goodgang-labs-shaping-virtual-interactions-with-nfts/


A better way to be a Team!
Stay connected and organized. Accomplish more together across work and life with Microsoft Teams.
Microsoft Teams is the hub for teamwork in Office 365 that brings together people, conversations and content -- along with the tools that teams need -- giving you the complete collaboration and communication solution for your business.
Teams accelerates productivity through the use of integrated communications and collaboration technologies. It allows users to collaborate, meet, and share in a more open, fluid and modern workspace.
Get more out of Microsoft Teams with these features:


Stay up to date with new developments.
|The Triflex LNI 200 is designed to measure the level on the outside of a non-metallic tank without physical contact with the product. The LNI 200 incorporates the unique FTC technology (Field Time Control). This is a new innovative technology where an electric field is generated between a transmitting electrode and multiple receiving electrodes. The cycle time of the FTC level sensor changes as soon as a product intervenes this electric field. Multiple advanced receiver circuits are embedded to detect the level of low dielectric material, like bulk solid material or dry food products. The Triflex LNI 200 transmitter does not require moving parts or product contact that may be subject to failure situations. Applications with a sensor with FTC Technology provide a more reliable and cost effective solution.|
Application overview Triflex LNI200
Triflex LNI 200
Triflex on a Rollermill


Mobile Phone Solar Chargers
How to choose a solar charger for your mobile phone.
A Mobile phone solar charger differs from other types of solar charger because it uses voltages and connections specifically for mobile phones
Most are universal chargers that can be used to charge different types of mobile phones but some are made to only charge one type, like the apple iphone solar charger. It has an built-in lithium ion battery to store the charge from the solar cells .
• Solar panel: 0.44W, 17% efficiency
• Li-ion battery: 3.7V 1000mAh
• Input voltage: mini-USB, 5V
• Output voltage: USB A type, 5V 500mA
• Solar charging time: 12Hrs
• Light on: more than 5 hours (full charge)
• LED light Lumens: 60LM
• Connectors: Sony Ericsson, Nokia, iPhone/iPod, Samsung, USB Mini B
• USB Micro B lead included
So apart from the technical specifications what else makes them different? well, they should also be small enough to carry around with your phone and also weather proof to some degree so they will not be damaged by rain.


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On Call started out in low voltage cabling in 2010 (before even incorporating). Throughout the years, we grew to include phone service and expert consulting in our offerings. We have installed hundreds of phone systems, phone and internet circuits, and other networking solutions for customers in the Los Angeles area. After many years of providing service to our happy customers, we are taking a slightly different approach to telecommunications. As a consultative service, On Call is able to bring a wide range of product offerings to our customers. Whereas before we were limited in the types of systems we could recommend. Now, with our collective decades of experience in the telecommunications industry, we can confidently bring the right solutions to our customers.
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In your business premises, the telephone system is one of the, most important things in every communication. To have a lot of customer in your business, you need to improve your game in telephone sector. The best telephone conversation that you have with your customer is as a result of the good telephone system. Maintaining and upgrading are some of the things that you can do to your telephone system to have the best and long telephone service. When you have the best telephone system; you get to have a lot of benefits. Enhancement of your business operation is one of the things that you can benefit from a good telephone system in your business. Learn more about PABX System. Some of the things that you can benefit from the best telephone system include reduction of business costs, making contacting people easy and fast and increase business productivity. There are a lot of types of telephone system that you can get in the market. To have the right telephone system; you need to look at your needs when you are choosing one.
You need to put forth some of the future expectation when you are looking forward to having the best telephone system in your office in terms of extension. You need to consider phone traffic as another thing to get the best telephone system in your company. Learn more about TelephoneSystem Nairobi. Some offices get a lot of phone calls than other hence one of the things that you need to know to make you have the telephone system that can handle the traffic in your office. The telephone system that allows you to receive a lot of phone calls at the same time is the best option if you have the same situation.
In your company, you get to have telephone services and support available if you get the best telephone system hence another way to know. From the people who handle communication in your company, you need to talk to them to have information of the telephone system that you need to have. Learn more from https://en.wikipedia.org/wiki/Telephone.
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Okay, so when is 5G coming?
South Korea will probably be world’s first country to roll out 5G on a trial basis in 2017. SK Telecom, the country’s largest mobile operator, is currently working with Samsung Electronics, Nokia, Intel, and Ericsson to set up the necessary infrastructure for the network.
In the US, Mobile service provider Verizon and AT&T is expected to start rolling out commercial 5G networks in 2018.
Australian mobile network Telstra has targeted 2020 as the year for the commercial launch of its 5G network.
Turkey, Japan, and China are also planning for 5G rollout by 2020.
The European Union (EU) is targeting to roll out 5G in at least one city of every member country by 2020, and across entire EU by 2025 along with free public Wi-Fi for all EU citizens.
When will India get 5G?
India got its first mobile network 15 years after the developed countries; we got 2G and 3G about a decade later after they became common in US and Europe. For 4G LTE, India got it in less than five years after its first global launch.
After playing catching-up for a long time, the Indian government wants the country to be an early adopter of 5G, which is expected to be commercially rolled out by early-2020s.
A research team commissioned by the government to work on 5G technology has already filed 100 patents so far. In the communications industry, nearly 1/5th of the cost of a telecom equipment is the royalty paid to the patent holder. So, India is developing its equipment, which will drastically reduce the cost of operating a 5G network.
India and Israel have also agreed to work jointly on development of the fifth generation (5G) telecom technologies.
Apart from the government, private stakeholders, such as Reliance Jio and Tata Teleservices, are also partnering in the effort, by lending their manpower and equipment.
Among the current private-sector providers, Reliance Jio has the potential to bring the first 5G services to India. Their current network infrastructure already uses the latest LTE technology, and can be seamlessly upgraded to 5G and beyond, Mukesh Ambani has stated.
Airtel, India’s largest mobile service provider, has also announced a partnership with China Mobile (China’s largest mobile service provider), to work jointly on the research and development of 5G networks in India.
Although India is well connected with 2G networks, the 3G/4G coverage in India has not reached small towns and villages.
2G coverage in India (Credit: Opensignal.com)
3G/4G coverage in India (Credit: Opensignal.com)
So even though 5G may launch in tier-1 metro cities, connecting all of India with high-speed 5G network is miles away. However, in today’s competitive business scenario, the day is not far when India will have a world-class high-speed mobile network to be proud of.
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Short messaging service (SMS) has been around for over two decades. According to Mashable, most early mobile phones did not support the ability to send text messages—until Nokia manufactured the first GSM phone line that enabled users to exchange SMS in 1993.
Like most new technology, the adoption of SMS was slow, with the average user sending 0.4 texts per month in 1995. Come the year 2000, this number increased to 35 texts per month.
At present, SMS remains to be the most used data in the world, with 4.2 billion people around the globe still using their phones to text. In fact, more than 8 trillion text messages are being sent annually—that’s almost 16 million messages per minute.
In addition, a study by Pew Research Center reported that texting is widely practiced in both rich and developing nations, in which sending texts is common among cellphone users in Indonesia and Kenya, two of the poorest counties surveyed.
Even in this smartphone age where chat apps like Facebook Messenger and WhatsApp are being used by many, a study has found that 94% smartphone users still sends texts.
While SMS is a 20-year-old technology, these statistics prove that text messaging is not a fad that’s about to go away anytime soon—and businesses realize that. Sending texts or doing an SMS blast is viewed as a great tool for companies to reach new customers as well as support and retain existing ones.
Check out these emerging trends and powerful statistics on the advantages of SMS for business.
With billions of texts being exchanged every single day, SMS is here to stay and will play a key role in connecting the latest of technologies. It is a feature available on every mobile phone you can acquire today, making it the most effective and direct means of reaching the most number of customers.
Whether you are looking to enhance your marketing and boost sales conversions, improve customer service, and/or increase user security, SMS is a channel that needs to be included in the strategy.
It’s a great time to reconsider the impact that text messaging can make for your company.
Infographic References: Business2Community (5 Reasons SMS Can Improve Your E-commerce Experience); Cross-Cultural Marketing: Theory, Practice and Relevance; CTIA via Hubspot’s 9 Amazing Mobile Marketing Statistics Every Marketer Should Know; Digital Marketing Magazine (7 Key Statistics for SMS Marketing); EFL (Alternative Credit Scoring in Emerging Markets); eMarketer (Three in 10 Retailers Rely on SMS for Customer Service, Promotions); eWeek (Businesses Texting Grows More Widespread; Consumers Like Using Text Messages to Solve Customer Service Issues); Forbes (Fifty Essential Mobile Marketing Facts); GMA News (Philippines still text messaging champ -US study); ICMI (I’m Excited to Enable SMS in My Contact Center, But Should it Integrate with Other Channels?); MarTech (Text Messaging); Media Post (How Brands Can Reach Consumers In Emerging Markets); Mobile Marketing Watch (SMS Marketing Wallops Email with 98% Open Rate and Only 1% Spam); Mobile Ecosystem Forum; Morbie (Filipinos, Morbie and 400 Million Text Messages a Day); Portio Research; Ring Central (Infographic); SpamFighter (Flooded Inboxes: 84% of All E-mail is Spam)


Wattio SmartHome 360º is an Indigogo project that aims to help users save energy in their homes. The full system includes electrical items and components that are easy to setup around the home, and where important information and settings can be viewed and controlled in real-time via the web-based app, or on phones and tablets. According to its website, it claims to completely eliminate standby power usage.
The Wattio bundle includes a smart gateway, in-home display, battery-powered thermostat, energy monitor, and a smart plug. The plug, referred to as ‘The Pod,’ is what gets plugged into wall socket and gives the user full remote control of the device plugged into it. For example, the user can use his/her phone to turn the device on and on, program working hours, and even estimate energy consumption levels.


USB Type-A (Female) Connector
This pin should be provided with +5V, through which the device is powered
Differential pair D-, must be connected to D- of the host for data transfer
Differential pair D+, must be connected to D+ of the host fo data transfer
Connected to the ground pin of the host.
- Type-A USB 2.0 Plug (Female)
- Universal and secure USB protocol
- Its plug and play (Hot pluggable)
- Can be used to interface mouse and keyboards to uP/uC
- USB power supply: 100 to 500 mA
- Protocol supports robust error detection
Alternative USB plugs
micro-USB, USB Type-B, USB Type-C
Where to Use USB-A Jack
The term USB stands for Universal Serial Bus, as the name implies it is universal form of communication which is even now supported by all hardware and software that has USB host. This works through Asynchronous Serial Protocol, meaning there is no clock shared between the sender and receiver. Every device that we connect to USB port works though this protocol. If a Microcontroller or Microprocessor supports USB host then we can connect any USB device like Keyboard, mouse, camera, printer, MP3 player etc to exchange information between this device and the host (uP or uC). It can also be used to transfer data between two Microcontrollers and Microprocessor, if you project requires you to do so. Few popular microcontrollers that support USB host are Arduino USB host, UMFT120DC, Arm Cortex M4 etc..
So if your project requires you to establish an USB connection, then this jack can be connected to the device and wired to your uP or uC.
How to use USB-A Jack
The USB Jack has only three pins and hence is relatively simple to use. Out of the four pin two pins (pin 1 and Pin 4) are used to provide the Vcc and Ground. The supply voltage of Vcc is +5V and is usually provided from the Microcontroller itself. The ground pin is connected to the ground of microcontroller.
The remaining two pins are the D+ and the D-. These pins should be connected to the D+ and D- pins of the host respectively. They also require a pull-down resistor of value 15K each for the data to transfer. A sample connection set-up is shown below.
Based on the microcontroller you are using there are a tons of library that are available to work with USB protocol, use one of them and you should be all set to use USB peripherals with your project.
- Interface Keyboard or mouse with MCU
- Serial Bus connections
- Portable and pluggable devices
- Small distance, high speed communication
2D Model of USB-A Jack


In the mobile industry, the role of the Chipset or processor and graphics is inseparable. It is different if viewing the world of PC, the primary processor or CPU and graphics processor or GPU is generally present separately. Although the possibility technology PC processor to have an integrated graphics processor.
The CPU and GPU are generally integrated into a circuit board (motherboard) in which there is a chipset. This Chipset serves various computerized tasks and connects various hardware on the motherboard.
In the mobile industry, chipsets play more than just connecting CPU, GPU, memory, and more. A Chipset or system-on-chip (SoC) is hardware in which there are various components for organizing data processing, graphics processing, camera processing (ISP), Modem, and others.
Arguably, the chipset is a complete package which is the main “brain” behind the capabilities of a mobile phone. All the features presented by a mobile phone must be supported by the itself.
Inside the proccesor of a mobile device, there are controllers for video, audio, screen display, RAM type used, modem (for Internet needs), and other new features such as quick battery charging support or features to maximize AI.
Interestingly, the size of the small but in it, there are many functions. Imagine with a small shape, there is plenty of space for the CPU, GPU, modem Manager, ISP (Image Signal processor), NSP, and others. It is certainly possible because not arbitrarily constructed but through a fabrication process and based on certain architectures.
To imagine how the position of each component in the chipset, can be saved in the image below.
The picture above is the architecture of a chipset or system-on-chip (SoC). Seen in such small size, chipset maker or designer is able to include all functions and become “small brains” of a smart device called the smartphone.
From the explanation above, it is obvious that the chipset is a “core package” that concerns all of it. So is not just CPU and GPU only but the regulator to produce a good image, processors to get good internet signal, RAM, and other functions.
So, how can small hardware have various functions to run a device?
We need to thank ARM Holdings, the company that designed the ARM processor architecture.
As information, a processor for a device was born based on the architecture made. There are RISC (Reduced Instruction Set Computer) and both types of CISC (Complex Instruction Set Architecture).
A simple explanation of the differences between these architectures exists in the type of instruction and their use. RISC is a type of processor architecture with simple instructions but capable of offering okay and power-efficient performance.
While RISC is a set of instructions for more specific computing tasks. This ARM architecture has been present in the ’80s for mild computing. As the mobile industry skyrocketed, ARM’s architectural processors were widely used. In fact, almost all mobile devices use ARM architecture.
While CISC is a type of processor architecture with more complicated instructions. However, CISC is able to offer firmer performance despite being more wasteful of power. Therefore CISC is used as a base x86 architecture which is then used for complex computerized as well as processors from AMD and Intel.
Thanks to the popularity of mobile device usage, it certainly makes ARM Holdings as an ARM architecture design more famous. Just be aware that ARM Holding has a different business system with Intel and AMD.
Intel and AMD perform processor production ranging from designing, producing, to selling the processor itself. While ARM Holdings only designs. This design is being sold to other companies through the purchase of licenses. Samsung, Qualcomm, Apple, and others all produce with license design from ARM.
The architectural design made by ARM itself consists of a processor design called Cortex and GPU called Mali. Then this design was bought by another manufacturer. This manufacturer is what we call chipset manufacturer.
Smartphone Chipset Manufacturer
The chipset manufacturer who bought the ARM architecture license then created its own.
The first license ARM provided was to use an ARM-designed processor design. If uses a processor with the name Cortex and Mali GPU, this means that the manufacturer of the chipset chooses to use the ARM processor design.
The second license is a license for custom-cores. This license allows the manufacturer to redesign its processor Origin compatible with ARM architecture. The feature of this chipset manufacturer can be seen from the processor name and its graphics processor that does not use the name Cortex and Mali.
So, who is the manufacturer of the chipset for smartphones or other mobile devices? The answer, there are about 5 big players whose fifth has an ARM architecture license. There are also other chipset manufacturers that rarely sound.
Many of these chipset manufacturers make smartphones have different types. What are the types? Check out the following discussion.
Types of chipsets used in smartphones
Now, after discussing the chipset architecture and the manufacturer, let us know the most common types used in samrtphone.
Snapdragon is the most famous. The chipset was developed by Qualcomm, an American company that later focused on delivering for various platforms. Qualcomm itself has the licensed design licensing permission from ARM.
Because of these licensing permissions, there are some Snapdragon chipsets that do not use the Cortex processor. This is because QUALCOMM develops its processor under the name Kryo. In addition, graphics processors or GPU present in the Snapdragon are not Mali but Adreno.
The Adreno was originally owned by ATI Radeon under the name Imageon. In 2006, ATI Radeon was purchased by AMD. The acquisition led to Imageon, the development project for mobile graphics processors abandoned. In 2009, Qualcomm bought an Imageon from ATI (which was already owned by AMD) and transformed it into Adreno, an anagram of Radeon.
The combined Kryo processor and Adreno graphics are widely found in upscale and intermediate Qualcomm chipsets, call it Qualcomm Snapdragon 865, Snapdragon 855 and 855 +, Snapdragon 845, Snapdragon 730 and 730G, Snapdragon 675, 665, 439 and others. Snapdragon itself is most liked by users, no wonder many mobile phone vendors who choose Snapdragon as the best choice chipset.
Similar to Qualcomm, Apple has a license to develop its own processors with an ARM architecture base. Apple developed its chipset with an easy name that is series A which then followed letters such as A7, A8, A9, and so on.
Since the A10 series, Apple added an additional name behind their very own chipset series. For example, A10 has the official name Apple A10 Fusion. Next, there is A11 with the name A11 Bionic.
The name Bionic was retained when Apple released its successor generation chipset, the A12 Bionic. Apple’s A12 Bionic is what the brains of the chipset are in the Apple iPhone XS, XS Max, and XR series. Apple then brought Apple A13 Bionic to the brains of iPhone 11, iPhone 11 Pro, and iPhone 11 Pro Max.
Similar to their proprietary operating systems and products, the chipset developed by Apple is also present exclusively for Apple devices, not just for smartphones of course. An example is Apple’s A12 Bionic variant, the A12X Bionic being used as the “brain” of the iPad Pro 11-inch and the third-generation iPad Pro 12.9.
MediaTek is one of the fairly large chipset manufacturers. This Taiwanese-based company consistently presents chipsets with high features but at an affordable price. Initially, MediaTek was known as a manufacturer of less-than-good chipsets. Many consider phones with the chipset from MediaTek often fast heat and the performance is less toned.
MediaTek also comes up with some good chipsets like Helio G90T and Dimensity 1000. In the middle class and cheap price classes, many Mediatek chipsets are okay. Some local mobile vendors are also many who use MediaTek as a chipset because the production cost is cheaper.
MediaTek has a processor named Cortex but for GPUS, sometimes using Mali, sometimes also using PowerVR. It could be that MediaTek has a semi-custom ARM license that allows manufacturers to develop certain parts of a chipset.
In addition to being known as a reputable mobile manufacturer, Samsung is also known as a chipset manufacturer. Samsung developed its own chipset with the name Exynos. This Chipset is not inferior to performance when compared to Snapdragon, even performance tends to compete.
The Exynos Chipset itself is widely used in Samsung’s mobile phones. But not only Samsung, but other manufacturers like Vivo also have smartphones with the Exynos chipset. Meizu, another Chinese manufacturer owns several mobile phone products using the Exynos chipset.
The Exynos itself consists of the Cortex and Mali GPU processors. Rarely does Samsung change these two parts. Either a license that Samsung uses but Exynos comes in as a good chipset, most for the Exynos 9820 used in Samsung Galaxy S10 series devices.
5. HiSilicon Kirin (Huawei)
Through a subsidiary named HiSilicon, Huawei developed their own chipset. Huawei’s own Chipset is Kirin originating from ARM architecture. This Kirin Chipset is specially made for Huawei and Honor mobile phone, a Huawei sub-brand.
The Kirin Chipset was initially less so calculated considering that Huawei phones with Kirin rarely got the spotlight. Only when Huawei released the Huawei P20 Pro with Kirin 970, Kirin was considered as a capable chipset. Huawei also presented its successor, the Kirin 980 and Kirin 990 5G, which are more high-performance.
One interesting thing about the Kirin chipset is the addition of features in it. Huawei is embedding two important features for Kirin chipsets, namely HiAi and GPU Turbo. From Namaya, the HiAI feature is clearly a feature for optimizing artificial intelligence capabilities.
GPU Turbo itself is a feature on the Kirin chipset that serves to increase the chipset capability in running popular games. Really interesting Chipset is not it?
The other chipset manufacturer is UNISOC. The Shanghai-based company owns several chipsets under the name UNISOC. Unisoc is widely used by cheap mobile phones. An example is Advan G5 that has a UNISOC SC9863A. Other local producers of SPC also provide mobile phones with the chipset from UNISOC.
Unisoc’s own Chipset was formerly known as Spreadtrum. Spreadtrum is a chipset manufacturer that was acquired by Tsinghua Unigroup. Tsinghua Unigroup acquired a company called RDA Microelectronics.
Simply Infor, the RDA Microelectronics is a semiconductor company that designs, develops, and markets frequency-system and radio-frequency semiconductor products for mobile, connectivity and broadcast applications.
In 2018, Spreadtrum and RDA Microelectronics merged and rebranded under the name Unisoc. This UNISOC then presents a 5G chipset with a 6nm fabrication called Unisoc T7520.
In fact, many other companies also want to try producing chipsets themselves. Xiaomi tried to manufacture its own with Surge, unfortunately not developed. The business focus is certainly a concern too.
Therefore, now and in the future, the chipset in the smartphone will still be mastered by 5 big players (sequences 1 to 5). And whoever controls the market, ARM, as its design license holder remains the champion.


As more companies combine Internet of Things (IoT) devices and edge computing capabilities, people are becoming increasingly curious about how they could use artificial intelligence (AI) to optimize those applications. Here are some thought-provoking possibilities.
Improving IoT Sensor Inference Accuracy With Machine Learning
Technology researchers are still in the early stages of investigating how to improve the performance of edge-deployed IoT sensors with machine learning. Some early applications include using sensors for image-classification tasks or those involving natural language processing. However, one example shows how people are making progress.


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