What is BrowserHawk? BrowserHawk makes it easy for professional web developers to build high impact sites that reach the widest possible audience, while ensuring a Flawless Web Experience for every visitor regardless of their browser settings and system capabilities.
Statistics show a staggering 8.6 trillion SMS and MMS messages sent yearly globally, out of the world population of just under 8 billion.
SMS, or Short Message Service, messages are typically simple text messages; MMS, or Multimedia Messaging Service, are texts with pictures, audio, contact info, or links. That’s really something, especially since the first-ever text was sent in 1992.


Communications & Error Correction
When it comes to communications, we don't guess
In order to run a mission critical, 24/7 data center, a continuous uninterupted flow of data from the seismic stations is required. Missing a single data packet will often reset a filter or reset a detector and interrupt the workflow. It's imperative to design for a very high level of performance, often in challenging environments using narrow bandwidth links.
Our systems are designed to be 100% reliable and robust. One never knows when induced seismicity will occur, nor when passive events will happen, therefore monitoring systems must record everything. Communicating continuous data reliably is challenging, particularly in remote environments.
A good communications design allows stations to be readily placed in optimal positions to maximize network performance and reduce the number of stations required. Other providers may place stations near cell towers or power sources because it's the easiest way to design a communications system. This approach is fraught with problems as the data will be noisy and ultimately useless. Networks are often deployed in poor locations where background noise could impede performance because of a lack of communications design knowledge and inappropriate equipment.
No environment is too challenging. Just ask our customers
- Egyptian National Network
- Indonesian National Network
- Volcano Monitoring Network, Japan
- Philippines National Network
- Peru National Network
- Alaska Tsunami Warning Network
- Canada POLARIS Array
- Saudi National Network
- Swiss National Network
- Greek National Network
- Spanish National Network
- Italian National Network
- Indian National Network
- Indian National Tsunami Warning Network
Installing a real-time network in a hostile environment is challenging, even under ideal conditions, and is constantly being tested by a variety of factors, i.e. snow storms with compromised cellular coverage. We know how to deal with these types of challenges. Over the last 30 years, we've built a pedigree of obtaining mission critical data for seismic systems in extreme environments, from the Arctic to the Antarctic, the desserts of Saudi Arabia to the remote mountainous regions of the Himalayas. Nothing is a guess for us - every comunications link is modelled, tested and deployed. These systems must be 100% relaible, so by modelling communications links and understanding fade margins we are able to design robust links with power systems that guarantee data 24/7.


You can also have numerous telephone lines. In this way when some one does call and she or he wants to attain a certain department in your business, they could be moved with the press of a button. You don’t require any extra equipment if you use an electronic phone number. All you have to is a cell phone or home telephone and you’re in business. On top of that you will be able to tell whenever a company contact is arriving because it claims the phone number on the caller ID.
When you solution a phone via your 800 quantity there will be an automatic menu that plays and offers you options. Generally the options include, answer call, deliver contact to voicemail or discover what the telephone number is. It is then your decision whether you wish to answer the phone call. Having an electronic telephone number is a superb way to ensure your business operates smoothly. By allowing clients to get hold of you, many questions could be answered and satisfaction may be achieved. It’s a win, win condition for everyone involved.
Electronic figures have grown to be a very efficient organization tool. They evolved out of web related systems and have provided companies more possibility to attain a much greater audience. It has permitted regional companies to broaden their achieve and obtain local, national, and also global prowess. If you’re not familiar with these numbers, the following data was written to offer business owners having an comprehension of what electronic figures are and how they may be used to improve their company’s central and additional communication.
A Virtual Number is essentially a regular telephone number. They cannot have to be installed in your working environment or house either. These figures may exist anywhere, and when registered, people can easily collection their virtual cell phone numbers to ahead calls to different phone numbers. Equally landlines and mobile phone numbers can be used. That lets you be around receive incoming calls world wide any time and at your convenience.
A virtual quantity is a great way to truly have a contact quantity in a nation of your choice without an importance of a physical existence there. Anyone who dials your virtual number melbourne with a regular telephone will have the ability to make contact with you wherever you physically are. Having one of these simple figures allows smaller organizations to expand internationally without have to start additional locations. With an excellent site and virtual phone number, businesses can now take on clients they could not only a couple of years ago.
A virtual phone number also lets you grow your organization locally in a number of places at the exact same time. Having the appearance of a local business is likely to make many individuals more ready to make contact with you and work with you. These cell phone numbers may help you complete and feature a number of various issues that can boost your business. They improve your customer service by including your individual greeting, style send and fax capabilities. Personalizing your electronic telephone service will help retain and satisfy customers. These figures make you stay closely attached to your customers, company associates, household and buddies having a local contact number inside their location.


The Internet of Things (IoT) is no more a tech buzz. It has become a trendsetter for many modern businesses and a new economic driver. Many industries, such as healthcare, energy, media, finance, automotive and manufacturing are already leveraging IoT technology in multiple ways.
Those industries have increased their productivity and performance using IoT applications for remote asset monitoring, vehicle fleet management, predictive maintenance, on-site track and trace, fault detection and supply chain management. Now, let’s discuss IoT in the automotive industry. How IoT is changing the automotive industry. What’s the impact on industry and the benefits for humans.
Embedded and Tethered Car
In recent years, IoT has made the popularity of connected vehicles increase. Car manufacturers are integrating connectivity into their vehicles through two main approaches: embedded and tethered.
- Embedded Connectivity
Embedded connectivity involves the integration of internet connectivity directly into the vehicle’s hardware and systems during the manufacturing process. This approach typically incorporates dedicated antennas, communication modules, and onboard computers within the vehicle, allowing it to establish a direct connection to the internet without relying on external devices.
Embedded connectivity offers seamless access to a wide range of services and features, including navigation, real-time traffic updates, remote diagnostics, and over-the-air software updates. It enhances the overall driving experience by providing continuous and reliable internet access, even in areas with limited cellular coverage.
- Tethered Connectivity
On the other hand, tethered connectivity relies on external devices, such as smartphones or portable Wi-Fi hotspots, to provide internet access to the vehicle. In this approach, the vehicle connects to the internet through a wireless connection established by a smartphone or another external device, typically via Bluetooth, Wi-Fi, or USB tethering.
Tethered connectivity enables access to internet-based services and features by leveraging the internet connection of the external device. While offering flexibility and cost-effectiveness, tethered connectivity may have limitations compared to embedded solutions, depending on the capabilities of the external device.
Furthermore, app integration is becoming commonplace in today’s vehicles. Google Maps and other navigation tools, like Waze, have begun to replace built-in GPS systems. Music apps such as Spotify and Google Play remove the need for traditional or even satellite radio.
The market for autonomous cars also looks likely to grow in the coming years, with IoT playing a critical role in developing and deploying these vehicles. IoT-powered autonomous cars can communicate wirelessly with other vehicles, transportation infrastructure, and even pedestrians. This communication can enhance safety and lead to more efficient road use, decreasing traffic congestion and travel time.
Unsurprisingly, the demand for automotive batteries is increasing in lockstep with the increase in demand for electric vehicles. Since batteries are a key input cost and primary limiting factor on the overall cost of ownership, the EV market’s long-term success hinges on developing even more efficient and cost-effective batteries. As a result, many companies are investing in the research and development of entirely new battery technologies to meet this demand.
Electric Vehicles (EVs)
The increasing demand for electric vehicles (including hybrids) is a significant trend in the automotive industry, driven by concerns over climate change and environmental sustainability. As a result, many automakers are investing in the development of electric vehicles, and the technology is likely to become more widespread in the coming years.
IoT enabled predictive maintenance is transforming how vehicles are serviced and repaired. By continuously monitoring vehicle performance metrics, such as engine health, tire pressure, and brake condition, IoT sensors can detect potential issues before they escalate into costly breakdowns. Predictive maintenance not only minimizes downtime but also maximizes vehicle lifespan and reduces maintenance costs, benefiting both vehicle owners and fleet operators.
The Benefit for Human
Not only for the industry, IoT in the automotive world also provides significant benefits and changes for humans, including:
- Driver Monitoring System
Through low-power in-vehicle cameras and advanced vision technologies, a driver monitoring system monitors driver behavior and actions and sends notifications to avert accidents and disasters.
An AI-based driver monitoring system includes benefits such as:
- Driver behavior analysis: Detects driver drowsiness, rash driving, distracted driving – and even driver emotions. If the driver drowsy or texting while driving, the system notifies the driver through SMS, visuals, sounds, or vibrations, enabling them to stay alert on the road.
- Driver position monitoring: Assesses whether the driver is wearing a seatbelt or not, and can also be customized to detect whether the driver is seated in the optimal position for hazardless airbag deployment.
- In-cabin occupancy: Detects cabin occupancy and notifies the driver if any passengers are missing from the cabin.
- Road Condition and Navigation Assistance
One of the most exciting applications in automotive IoT is road condition analysis and navigation assistance. This innovation enables AI-powered smartphone applications to detect road conditions in real time and continually update the driver with data on speed limits, construction work, road closures, accidents, and more.
Empowered with this information, the driver can choose an alternate route to their destination. Navigation assistance facilitates based on real-time road and traffic conditions, this integrated feature provides the most optimal path and helps guide the driver to their destination. This is particularly invaluable to drivers traveling via unfamiliar routes.
- Reduce Pollution and Energy Expenditure
IoT data can reveal a lot of information about city roads, which can be used to create greener solutions. For example in Singapore. As the city aggressively implements congestion charges and focuses on investing in road sensors, phased traffic lights, and smart parking, IoT driven tools have helped reduce the city’s toxic gas emissions. Another example in Jamshedpur, India, 300 IoT connected streetlights are used to track movement on a road to determine when the light is needed. This saves on unnecessary electricity consumption.
IoT is propelling the automotive industry into unprecedented innovation and transformation. The benefits of IoT development in the automotive sector are far-reaching from enhancing vehicle connectivity to improving safety and security. As the automotive industry continues to evolve with IoT, the road ahead promises exciting developments that will shape the future of transportation.
Choose DMB as Your Trusted Partner
The adoption of IoT technology in many industries has changed not only the industrial sector, but also human behavior. Stepping into the technology’s world without a reliable partner might be daunting. That’s why DMB is here to help with your problems in the world of technology and digital. Maybe you need help to make your car sales website have high organic traffic, we are the experts. Or if you want to increase sales starting from a brand awareness campaign, we can help. Make sure to always remember DMB for all your digital problems


“Unified Network” for Wyoming
Gov. Mead issued a media release yesterday celebrating the work being done by private companies to build out the “Unified Network” for Wyoming – one of the governor’s initiatives, to further enhance the state’s broadband network and bring higher speed internet access to Wyoming. The Unified Network will provide 100 gigabits of capacity to the internet compared to 2.5 gigabits now, with access points located in eight Wyoming communities, anchored in schools or state offices. The network will create more redundancy and reliability, and make more advanced products and services available for businesses.
The two private companies awarded contracts for this part of the Unified Network are Advanced Communications Technology (ACT), headquartered here in Sheridan, and national Internet service provider CenturyLink. These two companies, between them, will lay the broadband rings that will tie all state schools and agencies together, which also lays the groundwork for future private networks that could perform in similar ways.
“This is an innovative partnership between public and private entities to provide transforming technology to the people of Wyoming,” Governor Mead said. “We are talking about unparalleled access, especially in rural areas.” ACT and CenturyLink, all of Wyoming thanks you!
Posted in the following categories: Economic & Business Development


We are proud to announce the first sponsor of the State of the Map 2010 in Girona: Ericsson.
Ericsson Labs, provided by Ericsson, is a portal on the web that contains beta enablers and applications, and provides an open environment for sharing information with application developers, technology partners and consumers. Ericsson Labs provides several map APIs that support OpenStreetMap for both mobile and web platforms.
Ericsson is a world-leading provider of telecommunications equipment and related services to mobile and fixed network operators globally. Over 1,000 networks in more than 175 countries utilize our network equipment and 40 percent of all mobile calls are made through our systems. We are one of the few companies worldwide that can offer end-to-end solutions for all major mobile communication standards.
Also interested in sponsoring the State of the Map 2010? Contact the organising team for more information and to receive our sponsorship brochure at email@example.com.


UP Diliman Electrical and Electronics Engineering Institute
Dr. Marc Talampas
In 2005, it was already a vision of the Department of Science and Technology (DOST) to develop the Philippines’ first small satellite. Early this year, DOST’s interest was revived by a Japanese expert from Hokkaido University who presented Japan’s small satellite initiatives within the scope of the Japanese FIRST (Funding Program for World Leading Innovative R&D on Science and Technology) program. The aforementioned program includes the development and launching of several microsatellites by end of 2013, including one scientific microsatellite under international cooperation with Vietnam. This program aims to enhance the activities of world’s most small satellites researches and build the basis of new paradigm for the future which is cost-effective and reliable microsatellites widely utilized for both research and business purposes.
Advances in microelectronics, sensors and computing have afforded further miniaturization of electronic systems while continuing to improve both available computational power and energy consumption. These innovations have enhanced the reliability and capability of microsatellites and they have become an increasingly attractive platform for testing new systems in space due to the relatively faster development time and lower cost of development and operation. With the advent of a microsatellite constellation network in Asia, it is a challenge for the Philippines to support capacity building of talented local engineers and researchers in developing its first scientific microsatellite program as a viable entry point to a full-blown space program. An archipelago such as the Philippines would benefit from a canopy-like coverage that such satellites can afford – a satellite that is fully controlled by the government for educational, research and other services will enable flexibility and faster turnaround for scientific measurements and experimentation. In light of regular typhoons and other natural calamities, providing on-demand and real-time access to remote sensing and high-resolution satellite imagery to facilitate risk assessment and disaster response fills a crucial void for the country.
The local development of microsatellites serves as an outstanding platform for convergence of various technical backgrounds – from embedded electronic systems and computing, signal processing, electric power, mechanical control, imaging sensors and payload design to analysis of remote sensing data. The research and development will draw upon the competencies and knowhow of various institutions to enable useful applications for the Philippines in agriculture, meteorology, climate change and disaster risk management and response. In this light, the proposed program consists of five (5) component projects that aim to comprehensively address the various components of successfully developing and launching a microsatellite into space and subsequently utilizing and maximizing the data that it makes available for the country.


HDMI Cable, Cable, HDMI manufacturer / supplier in China, offering 4k HDMI Cable 2.0 Support 2160p, OEM High Speed 1m 1.5m Gold Plated 1080P 1.4V HDMI to HDMI Cable, USB3.1 Cable Type-C Cable with Magnetic and Light and so on.
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Communications We present better communication solutions to our clients, so they can make better choices VOICE POTS/Dial Tone, Long Distance, Toll-Free, T-1 PRI, Integrated T-1, SIP Trunking, VoIP, PBX (premise, hosted or hybrid), Conferencing, Voice Audits, IP Migration Strategies, etc. CONTACT CENTER ACD, IVR, CTI, Dialer (predictive, progressive, preview), Omni-Channel (email, chat, SMS), Speech Recognition, Workforce Management, Reporting, Performance Management, etc. COLLABORATION Web Conferencing, Video Conferencing, Audio Conferencing, Collaboration, Webinars, Webcasting, Training, Desktop Support, Event Services, etc. UNIFIED COMMUNICATIONS Hosted Voice, PBX Functionality, Presence Management, Integrated Messaging, File Sharing, Single Number Reach, Audio/Video/Web Conferencing, Collaboration, Contact Center, etc. We built an extensive partner portfolio consisting of 250+ providers to ensure you get the right solution for your specific needs Ready to get started? We can’t wait to learn about your next project! Let’s get started!


We have a legacy protocol that we call RS232 transfer because it originally ran on RS232 com ports. It is still used by custom programming for some inter-company transaction sharing. For example, between Esbenshade Farms and Hershey Ag.
RS232 transfer works on type 11 UDP ports. The standard configuration runs the server on port 19. Timeshare user 0 handles server functions on cram device 4. Any timeshare user can do client functions on cram device 3. There is a single global buffer at ‘netbuffr’ for client functions, and a single global buffer at ‘servbuf’ for server functions.
Note that while one side is considered the server and the other side the client from the perspective of this protocol, both sides are running on an ABC server.


NextGen firewall service for NextGen cloud and IT infrastructuresGlassHouse Firewall as a Service (FWaaS) is an effective security service which enables you to use the firewall solutions with hardware- or software-based Layer 7 and Next-Generation Firewall (NGFW) capabilities.
GlassHouse Firewall as a Service is managed and operated 24/7 non-stop by GlassHouse technical advisors team with 70+ engineers.
GlassHouse Firewall as a Service (FWaaS) includes extra benefits such as application awareness and control for our cloud customers to effectively filter out harmful network traffic to which our cloud customers could be exposed, intrusion prevention, URL filtering, DNS security and cloud-based threat intelligence.
IT infrastructures gradually evolve into a more complicated and distributed structure due to various reasons such as telecommuting, mobile technologies and use of container infrastructures. Covering the policy/rule management need at the Firewall layer in accordance with the proactive security approaches required by ever-multiplying and dynamically-changing new endpoints is becoming more critical. GlassHouse FWaaS can answer all of your requirements.
GlassHouse FWaaS, IPSec and SSL encryption protocols reduce the attack surface, and provide a secure connection and multilateral protection between endpoints and network resources. The enhanced service of GlassHouse allow for the cutting edge security features such as two-factor authentication in mobile and desktop device (iOS, Android, PC, Mac) connections.


Freedompop has striven very hard to make their company different from the average wireless service provider because they not only want more customers but happy and satisfied customers. On top of providing great customer service to those who want to come to Freedompop or to current customers of Freedompop, the company has also tried their best to keep their prices low, just read about it in a FreedomPop review. A lot of cell phone service providers are seeing the error in their ways and are lowering their prices, but most companies still can’t compare in price to Freedompop, especially since they have unlimited cell phone plans for as low as $19.99.
Most customers are going to companies that have unlimited cell phone plans, and this is why Freedompop created their unlimited plan some time ago. Freedompop used to have a paid plan that was low in cost at around $10, and the plan would give a limited amount of minutes and talk time to each customer. Since most customers wanted to be able to talk freely and to text how and when they please, Freedompop upgraded their services by adding several unlimited cell phone plans. The only difference between one unlimited plan or another is the amount of 4G LTEdata that’s included.
Even though Freedompop has unlimited data, 4G LTE data is a different matter. The unlimited plans will get 1 GB of 4G LTE data, but anyone who wants more 4G LTE data will have to pay five dollars for each additional gigabyte. Those who slow down to the 3G data after their 4G LTE data is used will still get great Internet service and can still utilize their applications, especially their GPS. Some feel the need to have extra 4G LTE data because they like to watch movies or upload or download videos for viewing.
One smart piece of advice to get additional and unlimited 4G LTE data is to sign up for the Wi-Fi service from Freedompop, which is a mere five dollars per month. This unlimited service will allow a Freedompop user access to 4G LTE Wi-Fi service in millions of hotspots as long as they have the Freedompop Wi-Fi application on their portable device. Freedompop is now catering to those who have a GSM cell phone, so they only need to purchase a Freedompop sim cards to get started. Those with a CDMA Sprint phone are still welcome at Freedompop as well.


Owning a business entails investment and a lot of hard work in order to get the results you want. When it comes to having your own business, you would obviously want the best! This calls for investing in proper systems and equipment to ensure that you provide the service your customers would be satisfied. Customer satisfaction is important, and you can get that through the proper products and service. There are tons of things you will be able to invest in for that, making it confusing to look for the one that is truly worth the purchase. If you’re looking to get one that helps the latter, then Avaya IP Office will be able to help you out. But what is Avaya IP Office anyway? In this article, we show you a brief introduction on this telephone system.
What is Avaya IP Office?
Avaya IP Office is a telephone system that uses advanced technology in order to upgrade its usage. Not only will you be able to communicate through telephones, but you can even use your laptop or mobile phone as well, making communications efficient and easier. It uses an Internet connection in order for you to properly connect and communicate with others, so you are able to talk to people within your area, or even around the world! These are great for small to medium sized businesses who need an effective telephone system that can be used anytime and anywhere, so long as you have the Internet connection. You can use the telephone system outside the office as well as take advantage of its portability and ease of use. With better communication to your potential and returning clients will come more sales and success to your company, making Avaya IP Office a great investment to check out.
Your business needs a proper phone system in order to ensure that your clients and business associates are properly contacted. Communication is key when you transact with others. Whether it’s people around your local area or worldwide, Avaya IP Office will definitely be able to help you out in getting the proper communication services your business needs. With tons of features you can reap, they are one of the top phone systems that can boost your business when used properly. You can find quotations and more information on how to get the Avaya IP Office on their official website.


Timeline of NTT Docomo
This is a timeline of NTT Docomo, a Japanese mobile telecommunication services provider.
|Time period||Development summary|
|1952–1985||Nippon Telegraph and Telephone Public Corporation (NTTPC) prelude era.|
|1985–1992||Nippon Telegraph and Telephone Corporation (NTT) prelude era.|
|1992 onwards||NTT DOCOMO era, which is formally established taking over the mobile communications business of Nippon Telegraph and Telephone Corporation (“NTT Group”) as part of its corporate reorganization. In 1999, the company launches the world's first mobile Internet-services platform.|
|2000s||NTT DOCOMO becomes the first cellular operator in the world to offer commercial 3G services.|
|2010s||NTT DOCOMO introduces one of the earliest commercial LTE services.|
|Year||Month and date||Event type||Details|
|1952||Prelude||Nippon Telegraph and Telephone Public Corporation (NTTPC) is founded.|
|1985||May 30||Early development||Nippon Telegraph and Telephone Corporation (NTT) launches as a privatized joint stock corporation.|
|1986||April||Funding||Capital investment from FUJITSU and Hitachi increases to 499 million JPY.|
|1989||Early development||NTT DOCOMO commences operation of Nagoya Regional Marketing Branch.|
|1989||Personnel||NTT DOCOMO number of employees reach.|
|1990||Financial||NTT DOCOMO total sales reach 10 billion JPY.|
|1991||Early development||NTT DOCOMO commences operation of its Osaka Regional Marketing Branch.|
|1991||August||Founding||NTT Mobile Communications Network is established as a spin-off by the Nippon Telegraph and Telephone (NTT) to take over the mobile cellular operations.|
|1992||Administration||NTT DOCOMO relocates head office to Ikebukuro from Koji-Machi, Chiyoda-Ku.|
|1992||Personnel||NTT DOCOMO number of employees reaches 300.|
|1992||July||Reorganization||NTT Mobile Communications Network assumes control of mobile communications business of the reorganizing Nippon Telegraph and Telephone Corporation (NTT). This event is considered to be the birth of NTT DoCoMo, after the cellular communications services of NTT are carved out from the former telecom monopolist's other lines of business.|
|1993||March||Service||NTT MCN Launches mova 2G (800 MHz) digital cellular phone service.|
|1993||July||Administration||NTT DOCOMO is reorganized into nine regional companies within Japan.|
|1993||Administration||NTT MCN establishes its Main Sales Division.|
|1994||April||Service||NTT MCN launches CITYPHONE 1.5 GHz digital cellular phone service in urban areas.|
|1996||Administration||NTT MCN relocates the head office to Nishigotanda from Ikebukuro.|
|1997||Financial||NTT MCN increases capital investment to 652.6 million JPY.|
|1997||March||Service||NTT MCN launches DoPa packet-data communications service.|
|1998||Administration||NTT MCN establishes its urban information systems division.|
|1998||Recognition||NTT MCN acquires ISO9001 accreditation, an international standard used by organizations to demonstrate the ability to consistently provide products and services that meet customer and regulatory requirements.|
|1998||October 12||Financial||NTT MCN goes public on the Nikkei 225 average. The company is registered under the ticker TYO:9437.|
|1998||October 22||Financial||NTT MCN is listed on the Tokyo Stock Exchange.|
|1998||December||Acquisition||NTT MCN assumes control of Personal Handyphone System (PHS) business from NTT Personal Group.|
|1998–1999||Product||NTT MCN morking team designer Shigetaka Kurita invents the Emoji, a pictographic language being adopted around the world. The first set of 176 12×12 pixel emoji is created as part of i-mode's messaging features to help facilitate electronic communication, and also to serve as a distinguishing feature from other services.|
|1999||NTT MCN commences operation of XML solutions.|
|1999||Personnel||NTT MCN reaches 500 employees.|
|2000||April||Renaming||Around its 15th anniversary, NTT Mobile Communications Network changes official name to NTT DoCoMo.|
|2000||September||Facility||The NTT Docomo Yoyogi Building opens. One of the tallest buildings in Tokyo, it houses base station equipment and switching equipment.|
|2000||License||The Japanese government awards 3G licenses to NTT DoCoMo, KDDI and J-Phone at no charge. This allows NTT Docomo to free up its cash stock for overseas investment.|
|2001||Recognition||NTT DoCoMo acquires ISO14001 accreditation, the international standard that specifies requirements for an effective environmental management system.|
|2001||Administration||NTT DoCoMo relocates the head office to Akasaka from Nishigotanda.|
|2001||Financial||NTT DoCoMo investment ratio increases to 100%.|
|2001||October||Service||NTT DoCoMo becomes the first cellular operator in the world to offer commercial 3G services (based on WCDMA) called Freedom of Mobile Multimedia Access (FOMA). The service becomes first available in the Greater Tokyo Area, Yokohama and Kawasaki.|
|2002||Personnel||NTT DoCoMo reaches 700 employees.|
|2002||Administration||NTT DoCoMo establishes its Operation Systems HQ, System Development Division and Service Operations Division.|
|2002||March||Financial||NTT DoCoMo is listed on London (delisted on March 2014) and New York stock exchanges.|
|2002||May 8||Administration||NTT DoCoMo states in a memorandum of understanding plans to convert its regional subsidiaries into wholly owned subsidiaries by way of share exchange.|
|2002||June 1||Service||NTT DoCoMo launches its i-shot service, allowing subscribers to transmit still images taken with compatible mobile phones having built-in cameras to virtually any device capable of receiving e-mail.|
|2003||January 14||Market penetration||DoCoMo i-shot handsets (camera phone) sales exceed 5 million.|
|2003||Administration||NTT DoCoMo establishes ERP Division and Technical Center.|
|2004||January 9||Service||NTT DoCoMo announces the launch of an i-mode Disaster Message Board service allowing i-mode subscribers in Japan to post personal messages at a special i-mode site (provided in Japanese only) in the event of major calamities such as high-magnitude earthquakes.|
|2004||January 29||Subsidiary||NTT DoCoMo announces the decision to liquidate its subsidiary, Mobimagic Co., an application service provider for medium and small-sized companies.|
|2004||March 24||Subsidiary||NTT DoCoMo announces the decision to liquidate DCM Capital LDN (United Kingdom) Limited, DCM Capital HKG (UK) Limited and DCM Capital 3G HKG (UK) Limited, each of which is a wholly owned subsidiary of DoCoMo.|
|2004||April||Product||NTT DoCoMo launches mova 506i series of three PDC (2G) i-mode mobile phones, a series of handsets featuring cameras with effective resolutions of more than one million pixels.|
|2004||Administration||NTT DoCoMo establishes Mobile Network Division and Security Services Division.|
|2004||December||Product||NTT DoCoMo launches the F901iC 3G FOMA handset, the latest model in the 901i series.|
|2005||November 24||Product||NTT DoCoMo announces launch of the FOMA SA800i, a child-friendly 3G mobile phone.|
|2005||December||Product||NTT DoCoMo launches iD credit brand.|
|2006||April||Service||NTT DoCoMo launches DCMX mobile credit-card service.|
|2006||Administration||NTT DoCoMo establishes Information Security Services Division.|
|2007||Administration||NTT DoCoMo establishes its Business Solution Headquarters, a System Integration Division, a Service Provider Division, a System Infrastructure Division, an Enterprise System Division, and an Information Security Department.|
|2007||October||Product||The prototype Wellness mobile phone of NTT Docomo and Mitsubishi Electric Corp. is launched at annual Japanese trade show CEATEC. It checks health with a motion sensor that detects body movement and measures calories, and includes a breathalyzer.|
|2007||December||Acquisition||NTT DoCoMo and KT Freetel jointly invest US$200 million for a total of 33% stake in U Mobile Malaysia.|
|2008||Service||NTT DoCoMo begins offering a service called the "Area Mail Disaster Information Service" which broadcasts Earthquake Early Warning messages produced by the Japan Meteorological Agency to its subscribers with compatible handsets.|
|2008||January 24||Partnership||NTT DoCoMo announces a partnership with Google, which allows all models after the FOMA904i models to view YouTube videos.|
|2008||February||Joint venture||NTT Investment Partners, Inc. (NTT-IP) is estqablished as a corporate venture capital firm by Nippon Telegraph and Telephone Corporation (NTT). The firm focuses on funding advanced/disruptive technologies, services and business models around the world and looks to leverage NTT Group companies’ business operations, technologies and vast network to its portfolio companies.|
|2008||March||Market||NTT DoCoMo reaches more than 53 million customers, which is more than half of Japan's cellular market.|
|2008||March||Venture capital||NTT DoCoMo establishes a JPY 10 billion venture fund, the NTT Investment Partners Fund, L.P. (NTT-IP Fund).|
|2008||April 19||Leadership||NTT DoCoMo Ryuji Yamada is promoted as the president of NTT Docomo. Masao Nakamura stays as a director and senior adviser. |
|2008||June||Partnership||NTT DoCoMo joins the non-profit Symbian Foundation led by Nokia to co-develop a new Symbian smartphone operating system based on the S60 platform, which results in Symbian^2 for the Japanese market.|
|2008||November||Acquisition||NTT DoCoMo acquires a 26% stake in Tata Teleservices for US$2.7 billion.|
|2008||Administration||NTT DoCoMo establishes a Customer Information Systems Division, a Billing Systems Division, an Enterprise Information Systems Division, an Information Systems Infrastructure Division, a Business Intelligence Systems Division, a Service Platform Division, a System Development Division, and a Public Enterprise Business Division.|
|2009||June||Service||The Tata Docomo service is commercially launched in India.|
|2009||July 5||Acquisition||NTT DoCoMo acquires San Diego, California-based PacketVideo for US$157.1 million. PacketVideo produces software for wireless multimedia that includes the display of video on mobile handsets.|
|2009||December 3||Acquisition||NTT DoCoMo acquires net mobile AG.|
|2010||April||Financial||NTT DoCoMo raises fund size of NTT-IP Fund to JPY 15 billion.|
|2010||Administration||NTT DoCoMo establishes CliNIC Division.|
|2010||June||Market penetration||Tata Docomo reaches about 32.82 million users.|
|2010||November 5||Service||Tata Docomo becomes the first private sector telecom company to launch 3G services in India.|
|2010||December||Service||NTT DoCoMo launches one of world's first Long-Term Evolution (LTE) services, Xi (read "crossy").|
|2011||Administration||NTT DoCoMo establishes its Enterprise Solution Division.|
|2011||June||Partnership||NTT DoCoMo announces team with McAfee to provide McAfee VirusScan Mobile for its Android mobile users.|
|2012||March||Service||NTT DoCoMo shifts customer base completely to 3G and LTE services.|
|2012||July||Acquisition||NTT DoCoMo acquires Italian company Buongiorno for 209 million euros.|
|2012||August 10||Acquisition||NTT DoCoMo acquires mobile commerce ecosystem Buongiorno for US$260 million.|
|2012||Administration||NTT DoCoMo establishes a Web System Division, and a Corporate Social Responsibility Department.|
|2013||February||Acquisition||NTT DoCoMo acquires NTT-IP with the purpose to strengthen cooperation with startup companies in terms of venture funding and incubation. The DOCOMO Innovation Fund Partnership is established as a JPY 10 billion new venture fund and the DOCOMO’s Incubation Program starts operating.|
|2013||Administration||NTT DoCoMo establishes its Enterprise Solution Division.|
|2013||Recognition||NTT DoCoMo acquires ISO39001 accreditation.|
|2013||July||Renaming||NTT DoCoMo changes its trade name to NTT DOCOMO Ventures, Inc.|
|2013||August 27||Acquisition||NTT DoCoMo acquires Austrian e-commerce solution provider Fine Trade.|
|2013||October||Renaming||NTT DoCoMo, Inc. changes official name to NTT DOCOMO, INC.|
|2014||January||Venture capital||NTT DOCOMO establishes a JPY 10 billion venture fund, NTT Investment Partners Fund II, L.P. (NTT-IP Fund II).|
|2014||Administration||NTT DOCOMO establishes Cloud Business Division, DOCOMO IT Systems Division, DOCOMO IT Infrastructure Division, DOCOMO Business Division, Legal & Contract Department, Internal Audit Department, and a Quality Control Department.|
|2014||July||Program launch||NTT DOCOMO starts operating new business co-creation program in cooperation with startup, 39works.|
|2014||Service||Under Civil Protection Law of Japan, Docomo begins offering a service called the "Area Mail Disaster and Evacuation Information Service" which broadcasts J-Alert messages (including Earthquake Early Warning) produced by the Japan Fire and Disaster Management Agency to its subscribers with compatible handsets (e.g. Sony XPERIA, iPhone 5s, Samsung Galaxy).|
|2014||October||NTT DOCOMO Successfully Trials network functions virtualization NFV Using Multi-vendors' Virtualization Systems.|
|2015||Administration||NTT DOCOMO establishes its IT Security Division.|
|2015||March 27||Service||NTT DOCOMO launches Premium 4G, a LTE Advanced service.|
|2015||October 1||Merger||DOCOMO Capital announces its merger with DOCOMO Innovations.|
|2015||Year round||Financial||NTT DOCOMO generates JPY 4.4 trillion in annual revenue, down from JPY 4.5 trillion recorded in 2014.|
|2016||April||NTT DOCOMO shifts new business co-creation program 39works to NTT DOCOMO.|
|2016||Acquisition||NTT DOCOMO acquires "Kurumin", a next generation support certification logo.|
|2017||January||International expansion||NTT DOCOMO launches its NTT DOCOMO Ventures' Silicon Valley branch in the United States.|
|2017||Acquisition||NTT DOCOMO acquires the highest position of "Eruboshi", based on Act to advance women's success in their working life.|
|2017||February||Product||NTT DOCOMO announes a new eSIM platform that would enable companion consumer devices embedded with subscriber identity modules (eSIM), including tablets and wearables, to connect to mobile networks through remote provisioning of the profile.|
|2017||May||Service||NTT DOCOMO launches 5G trial networks at Aomi, Odaiba (Tokyo Waterfront City) and the area around Tokyo Skytree.|
|2017||October||Venture capital||NTT DOCOMO establishes a JPY 15 billion new venture fund, DOCOMO Innovation Fund II, L.P.|
|2017||November 28||Product||In collaboration with international digital security company Gemalto, NTT DOCOMO announces development of the world's first multi-profile SIM "for use through multi-carrier collaborations that can allow users to switch between profiles, which include data such as contract information and telephone numbers, on their smartphone or tablet in each country."|
|2018||Administration||NTT DOCOMO Establishes IoT Division, Sales Channel Promotion Division Certified as a Health and Productivity Management Organization (White 500).|
|2018||Recognition||NTT DOCOMO receives the Certification of Silver (Gin-no-Nintei).|
|2018||July||Venture capital||NTT DOCOMO establishes a JPY 20 billion venture fund, NTT Investment Partners Fund III, L.P. (NTT-IP Fund III).|
|2018||Recognition||NTT DOCOMO manages employee health from business management standpoint and is certified “White 500” Recognition for Excellence in Health and Productivity Management.|
|2018||December 28||Acquisition||NTT DOCOMO acquires Conobie, a Japanese website about parenting that provides articles and short comics about pregnancy, childbirth, childcare, and parenting.|
|2019||Administration||NTT DOCOMO Establishes Sales Channel Promotion Department, Security Operation Center, Web Systems Department, SE & Business Support Center, Human Resources and Development Department, and Western Branch.|
|2020||July||Infrastructure||NTT DOCOMO plans to have 5G base stations in all 47 Japanese prefectures by this time.|
|2021||Spring||Infrastructure||NTT DOCOMO plans to reach a total of 10,000 5G base stations by this time.|
|2026||March||Service shutdown||NTT DOCOMO plans to discontinue its internet-capable mobile phone system i-mode (introduced in 1999) by this time, due to a dwindling number of users.|
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- "Careers at NTT DoCoMo". cleverism.com. Retrieved 12 November 2019.
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- "ドコモとGoogleが提携──各種サービスのiモード対応などを推進" (in Japanese). ITMedia+D モバイル. Retrieved 2008-01-26.
- "YouTube、ドコモの904i／905iシリーズに対応" (in Japanese). ITMedia+D モバイル. Retrieved 2008-01-26.
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- "Tata DoCoMo launches 3G services". economictimes.indiatimes.com. Retrieved 18 November 2019.
- "NTT DoCoMo teams-up with McAfee to offer free malware protection for its Android users". intomobile.com. 2011. Retrieved 16 October 2019.
- "NTT Docomo acquires Italy's Buongiorno". Retrieved 2012-07-07.
- "Japan's NTT Docomo Buys Fine Trade, An Austrian E-Commerce Solution Provider, For 'Several Tens Of Millions Of Euros'". techcrunch.com. Retrieved 16 October 2019.
- "緊急速報「エリアメール」、及び「緊急速報メール」を利用した国民保護に関する情報の配信を開始". Retrieved 12 September 2019.
- "DOCOMO Successfully Trials NFV Using Multi-vendors' Virtualization Systems". nttdocomo.co.jp. Retrieved 28 October 2019.
- "DoCoMo starts on March 27 on "PREMIUM 4G" of the fastest 225 Mbps in Japan, in which the file DL speed exceeds 1.5 times the LTE". gigazine.net. Retrieved 28 October 2019.
- "GATEWAY TO JAPAN". docomoinnovations.com. Retrieved 18 November 2019.
- "DOCOMO Develops eSIM Platform for Consumer Devices". nttdocomo.co.jp. Retrieved 12 November 2019.
- "DOCOMO Develops Multi-Profile SIM for Smartphones and Tablets". nttdocomo.co.jp. Retrieved 12 November 2019.
- "Labor Practices" (PDF). nttdocomo.co.jp. Retrieved 15 October 2019.
- "Like BabyCenter, L.L.C.". mandasoft.com. Retrieved 28 October 2019.
- "NTT Docomo moves up Japan-wide 5G to June 2020, offers early access". venturebeat.com. Retrieved 18 November 2019.
- "NTT Docomo to discontinue decades-old i-mode, world's first mobile internet service, in 2026". japantimes.co.jp. Retrieved 18 November 2019.


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UCLP is designed to enable end-users to create their own discipline or application-specific IP network.
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Virtual Private Networks
Using UCLP, several network operators can make part of their resources available to end users so that they can assemble these various web services into multiple network virtualizations, or Articulated Private Networks (APNs) running their own protocols and services. More importantly UCLP allows for the deployment of many parallel virtualized networks – for example one network could be used to support traditional IPv4 routed applications, while another parallel network could be running IPv6 or some other advanced protocol.
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IEEE Mobile Cloud 2024
The 12th IEEE International Conference on Mobile Cloud Computing, Services and Engineering
July 15-18, 2024 | Shanghai, China
IEEE Mobile Cloud is a pioneering IEEE sponsored international conference devoted to the research in mobile, edge, and cloud computing. It covers all aspects of mobile, edge, and cloud computing from architectures, techniques, tools and methodologies to applications. This years’ conference is scheduled to take place in the Shanghai, China, from 15-18 July 2024. IEEE Mobile Cloud 2024 is part of the IEEE International Congress On Intelligent And Service-Oriented Systems Engineering offering a broad spectrum of international events, sharing renowned keynotes and fostering exchange among researchers and practitioners (see common homepage for all colocated events).


Almost every product and service, software solution, electrical subassembly, concept and development under the Siemens brand is based on the skills of the staff of Sysdata PSE Kft., as we were the subsidiary of Siemens AG Österreich between 1993 and 2015 and since then we have been the subsidiary of Siemens Convergence Creators.
We provide solutions for many economic sectors:
- Telecommunications and media
- Embedded systems in an industrial environment
- Solutions developed for the government and the public sector
- Space research


Farm Bureau Applauds Hogan Administration For Funding Rural Internet
May 27, 2020-The Maryland Farm Bureau welcomes Governor Larry Hogan’s announcement of nearly $9.6 million in funding, which will be administered by the Office of Rural Broadband, to support broadband internet connectivity for more than 5,000 households and businesses in Maryland’s rural counties and communities. Housed in the Maryland Department of Housing and Community Development, the Office of Rural Broadband was established by executive order in 2017 to expand broadband capabilities statewide in rural areas of Maryland.
“Connectivity has always been important to rural Marylanders, but this unprecedented shift to teleworking and distance learning puts a spotlight on the most underserved and least connected parts of our state,” said Maryland Farm Bureau Executive Director, John Torres. “This funding is a welcome and important step in the right direction for rural broadband in Maryland.”
The Office of Rural Broadband provided nearly $2.3 million to eight local jurisdictions in western and southern Maryland and on the Eastern Shore through the Maryland Broadband Pilot Funding Program. With this funding, local governments will partner with an Internet Service Provider serving the community to develop and manage projects to extend existing networks to incorporate underserved or unserved households. The projects receiving funding will provide internet access to more than 1,300 households and approximately 70 businesses in rural communities.
Additionally, nearly $7.3 million was provided through the Maryland Broadband Infrastructure Grant Program, designed to support the construction of necessary broadband infrastructure to expand services. Approximately $5.1 million in funds will support three large-scale broadband infrastructure projects in Somerset, Garrett, and Charles Counties. Nearly $2.2 million of this funding was awarded to the Maryland Broadband Cooperative, Inc. and will extend broadband service to an estimated 950 households in Allegany, Charles, Dorchester, Garrett, and Wicomico Counties.
This funding follows the Board of Public Works’ prior approval of emergency broadband resources to five jurisdictions. Funds were used to expand access to school and library broadband networks in rural communities in response to the COVID-19 Stay At Home Order.
For more information, visit dhcd.maryland.gov/
Maryland Farm Bureau


Teledyne FLIR, part of Teledyne Technologies Incorporated, today welcomed RealWear, the pioneer in assisted reality wearable solutions, as its latest Thermal by FLIR collaborator with the recent launch of the world’s first fully hands-free, voice-controlled thermal camera module. In addition, Thermal by FLIR cohort Ulefone recently introduced its first mobile handset featuring the Lepton 3.5 thermal camera module, the Power Armor 18T 5G Android phone.
“Thermal by FLIR is a cooperative product development and marketing program that supports original equipment manufacturers (OEMs), including RealWear and Ulefone, to create innovative products leveraging Teledyne FLIR thermal camera modules and expertise,” said Mike Walters, vice president, uncooled thermal imaging camera cores, Teledyne FLIR. “This program enables our partners to get to market faster, lower development costs, and accelerate business growth in collaboration with the world leader in uncooled thermal imaging technology.”
Read more about this news here.


When the detector activates, the device closes or opens the transistor outputs. The wired central unit records the event and raises an alarm.
- The device allows setting up the detector, performing radio communication tests and detection areas tests using PC.
- The device is installed in the body of the wired central unit, in sealed cases or plastic boxes.
- Sends triggering using dry contacts.
- Can operate in pulse and bistable modes
- Is adjusted via configurator for PC
Black (SKU 7296)
- Receiver of wireless detectors
- Compatibility with wired and hybrid security systems
- Number of security areas: 8
- Number of service areas: 4
- Loops: NO/NC, EOL, 3EOL
- Protection against fraud jamming detection Tamper
- Alarms signal delivery time: 0.15 s
- Maximum number of detectors: 99
- Permissible humidity: Up to 90%
- Power supply voltage: 8-14 V DC mini USB – 5 V (only for set up)
- Capability of external antenna connection: Yes
- Operating temperature range: from −10°С to +40°С
- Weight: 32 g


Top 5 teams selected to present on stage at the annual Technology Investor Forum, in front of 800+ tech investors and professionals.
FREE admission to Technology Investor Forum 2016 (TIF) after 3PM on May 18, for all Hackathon participants and anyone interested in seeing the Hackathon finalists present their solutions.
M2Catalyst will be providing billions of data points from crowdsourced mobile analytics.
Real-world data from over 50,000 devices, globally.
M2’s data consists of 150 tracked metrics, including apps, device & carrier network performance, signal strength & quality, GPS, data usage, CPU, & more.
Build geographic network heat maps (i.e. signal strength), or other visualization tools, to help consumers or wireless carriers gain new insights on users, devices, and/or network behaviors.
App usage patterns by location and time of week/day.
Utilize open source, or personally created, machine learning algorithms, to mine the mobile data to build insights, predict user behavior, and more.
Create an alert that predicts the loss of app users due to the app’s device resource requirements (i.e. battery drain, data usage, RAM, CPU, etc.)
Build Android app(s), providing consumers insights on their apps, device, and/or carrier networks.
Map users’ signal strength & quality.
Create a history of users’ app usage & performance, device performance, etc.
The impact on the possible spread of proposal.
The practicality, applicability, and reliability of the proposal.
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to register, and for more information on:
Prizes, speakers, judges, venue directions, and more.
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Have you experienced issues with the internet? Is your internet too slow? Angry when your internet cuts out just as you are about to submit a lengthy form?
Unfortunately you are not alone in the Bendigo electorate.
Whether it be in the heart of Bendigo, in the Woodend township or in a small town like Guildford, we are in the midst of a telecommunications crisis.
The fact is, current infrastructure cannot cope with demand.
Labor understands the big drivers of productivity are quality infrastructure, a skilled workforce and the ability to innovate and capture new opportunities. Few investments will bring our region a greater economic return than a quality broadband network.
I am proud that in Government, Labor started the rollout of fibre optics to every home in Australia, a real investment for our future. Yet Malcolm Turnbull's proposed broadband network will struggle to meet today’s needs let alone future needs.
I believe we must continue to invest and upgrade our vital telecommunication infrastructure.
I will continue to campaign for the full roll out of the National Broadband Network in the Bendigo electorate so our region has access to high speed internet that will see us grow and prosper.
To read Lisa’s speeches on this and other issues, click here


As we approach the third month of nationwide social distancing orders, many of us have become accustomed to our new life indoors thanks to the plethora of activities and connections internet access can provide. However, for many of my fellow Americans in small towns and rural communities, high-speed fiber optic internet connection is a luxury that they simply do not have access to. In today’s age, especially during a global pandemic where online communication has replaced all in-person gatherings, high-speed internet access is a utility that is just as vital as electricity, sewage, or water access.
My internet connection can transfer more than 600 million bits per second (each way) over the internet. That means I could stream (or upload) high definition 4K video for 32 different movies simultaneously. Okay, 32 may be pushing it a little, but I could definitely handle 20 people streaming HD 4K video, attending classes via zoom, doing video conferences, and playing multiplayer video games all at the same time — although I would have to think about how to arrange 20 people in my apartment with everyone being six feet apart.
And it’s not because I pay a fortune for internet service. My internet bill is about average for Americans. It is because I live in Manhattan. Manhattan has a population density over one thousand times greater than the state of Iowa. That means that laying fiber optics cable in Iowa has (more-or-less) over one thousand times higher cost per person than laying fiber optics cables here where I live. So, the free market system is not likely to produce high-speed internet connections in rural Iowa anytime soon.
This is a problem, because those of us who live in parts of Iowa, and a bunch of other rural places, do not have the opportunities enjoyed by those of us who are rich and live in big expensive cities.
There are different ways to view that situation. One response is: yes, that is how the free market system works.
Another response is that every major American innovation (including the internet) was made possible by government intervention, and there is no reason that providing internet service to every American can’t also be made possible by government intervention.
- The original airlines were heavily subsidized by the US Postal Service
- Electricity was made possible for millions of American by the Tennessee Valley Authority (paid for by the US Government)
- Telephone service was provided to millions of Americans at way below cost by the Communications Act of 1934.
- Cornelius Vanderbilt became the richest man in the world, partially because of the over 120 million acres of land given to the railroad industry as subsidies.
- The internet was originally called the D-ARPA net for Defense Advanced Research Project Agency Network, because it was all paid for by an agency of the federal government.
And we can do it again. We can provide internet service to Iowa, Kansas, and Michigan’s upper peninsula, and all of the other places where our fellow countrymen want to live and don’t enjoy the access to the internet that I have.
The same framework that made the Tennessee Valley Authority work for electricity can make a new Ohio River Valley Authority work for broadband internet.
Congress should establish a new authority, with a mandate to operate in any part of the United States which does not have access to high-speed internet and to invest sufficient capital to create either high-speed connections or 5G (or 6G or whatever comes next) service available to everyone. This authority will be funded by a combination of federal money and revenue from its service (priced at the same prices as competitive services in other places).
This pandemic has shown us that high-speed internet access is no longer a luxury resource – it’s a vital necessity to be a fully engrained member of our modern society. We don’t want to further the divide between haves and have-nots — it’s time the government treated internet service as the vital utility that it is.


Northwest Emergency Communications Center
Dispatching and radio communications have undergone dramatic changes over the last several decades. The singular and arguably most far-reaching transformation was the elimination of unique seven-digit emergency numbers for each fire and law enforcement agency. The push toward a universal 9-1-1 calling system went through some rocky stages but has resulted in a major success story for most of the United States.
In Franklin County we are fortunate to have what is commonly known as "enhanced 9-1-1", where the dispatcher also can see the location from which you are calling, even if you are on a cell phone.
The next major advancement was the countywide transition to the 800 megahertz radio band. Prior to this, most emergency responders worked on their own unique frequency which could be on what is termed "low-band" or "high band", or "ultra-high band". This literally led to occasions where incident commanders could be seen carrying multiple walkie-talkies and trying to keep all resources organized and talking to each other. The new system still allowed each agency their own portions of the radio spectrum (known as "talk groups") on which to operate, but included the ability to switch to any other agency's day-to-day communication channel when responding with multiple jurisdictions. Best of all, these hundreds of talk groups are all available on one piece of radio hardware.
The most recent dramatic shift was in the early 2000s, when the FCC required all the individual emergency agencies to streamline and consolidate their dispatching into a handful of Public Safety Answering Points, or PSAPs. This was a move toward a more regionalized management of radio communication. For Worthington, the PSAP is the Northwest Emergency Communications Center (NRECC). Located in Dublin, it also serves the fire departments in Upper Arlington, Norwich Township, and Washington Township, and the Worthington, Hilliard, UA, and Dublin police.
Those interested in additional information about NRECC can visit https://dublinohiousa.gov/northwest-regional-emergency-communications-center/.


Why is it difficult to hear in noise?
Scientists have long known that the brain not only receives signals from the ears, but can also talk back to them. And when there's too much noise, this dimmer-switch brain circuitry tells the ears to reduce their flow of signals to the brain.
Frisina and colleagues published evidence in 2002 that the dimmer switch effectiveness declines with age. The drop-off showed up in middle-aged people (ages 38 to 52) and was even worse in people past age 62.
refer to Hard to hear at holiday parties? Blame your brain
Balance differences between ears may also contribute to the lack of ability to hear in background noise. The only way to cope is through a great deal of concentration and a fair amount of guesswork. This may be one reason people with hearing loss tend to withdraw - or find they get tired easily in noisy environments. Having to concentrate in noisy situations is not imagined its real.
Hearing Test - How well do you hear in background noise
Being aware of noise levels in certain environments may allow you to make better decisions as to where and how to conduct meetings etc.
If you suspect you have a hearing problem an indicator may be increased reluctance to conduct conversations in noisy environments.
Features of Hearing Aids that improve sound in noise
The standard hearing aid microphone is sensitive to sounds from all directions (omni-directional). Aids that incorporate directional microphones are designed to pick up sounds coming from in front of the listener better than they pick up sounds coming from other directions. One aid that uses this type of technology is the ReSound Verso
Directional microphones can reduce the level of noise coming from the side or behind the users making conversations easier with people directly in front of you.
In some advanced hearing aids a directional microphone is used over certain frequnecy ranges (usually the high range) and the omni-directional microphone is used over other frequency ranges (usually the low frequencies)
Listening in background noise can be tiring for a hearing aid user. Suppression algorithms are used to reduce volume (gain) in frequency bands where the noise level is estimated to exceed the speech level.


On-Site Technical Support
Your computer is a pretty powerful device all by itself, but when you attach it to a network you open up a whole new range of possibilities. Computer networks have been around for a long time now and we’ve used them for many different reasons – there’s no sign that it’s going to change in the near future.
Networks are used in all different types of organizations from schools to businesses and a whole host of other institutions. It’s not an exaggeration to say that these computer networks are essential in making sure a lot of organizations run smoothly. Understanding how a network works is important if you’re going to get the most use out of it – essentially a network is a system that connects two or more computers together so that they can exchange information directly. You might be thinking that sounds a little like the Internet and that’s true the Internet is the largest network in the world, but it’s also accessible by anybody at any time. The advantage of a private network is that you can control who you share information with and when. This extra level of security is essential to most organizations.
The great thing about modern computers is that they all normally speak the same language, or at least they can understand the other computers language, and that means you don’t have to have two computers that are identical to connect them together. No matter what type of devices you’re looking to get connected to a network we can help you get your project up and running. Our technicians are familiar with many different types of devices and we can help you establish a computer network that fits your organization.
Were ready to take on any project no matter how big or how small. If you want to get your network going today give us a call at (647) 478-9245. It’s time to take your organization to that next level.


Thursday, February 8, 2007
(Source : http://www.tech-recipes.com/solaris_networking_tips35.html)
Virtual interfaces allow a single Ethernet interface to listen on additional IP addresses.
Given an ethernet interface hme0 (use ifconfig -a to identify the names of your interfaces), you can create a subinterface called hme0:1 with the following command:
# /sbin/ifconfig hme0:1 plumb
You can set the IP address of the interface to 172.22.23.34 and turn on the interface with the following command:
# /sbin/ifconfig hme0:1 172.22.23.34 up
# /sbin/ifconfig -a
lo0: flags=2001000849 mtu 8232 index 1
inet 127.0.0.1 netmask ff000000
hme0: flags=1000843 mtu 1500 index 2
inet 172.22.23.39 netmask ffffff00 broadcast 172.22.23.255
hme0:1: flags=1000843 mtu 1500 index 2
inet 172.22.23.34 netmask ffff0000 broadcast 172.22.255.255
Unless you do some additional nonstandard things in your network, all of the subinterfaces on a physical interface need to be in the same subnet.
To make the virtual interface persist following a reboot, you can add the ip address or hostame from /etc/hosts in the file /etc/hostname.hme0:1
Removing the virtual interface from Solaris:
Solaris allows multiple virtual or logical interfaces to exist with different IP addresses on the same physical interface. Virtual interfaces are created or plumbed up using the plumb directive in ifconfig. They are unplumbed using the unplumb directive.
To remove the virtual interface eri1:7, run the following command as root:
# ifconfig eri1:7 unplumb
© Jadu Saikia www.UNIXCL.com


Create a Website Account - Manage notification subscriptions, save form progress and more.
The Town of Moultonborough uses the CivicPlus Mass Notification System to send emergency alerts and other notifications.
Subscribers can register to receive emergency alerts and other notifications via phone call, text message, and / or email.
Examples of messages sent through Moultonborough Alerts:
Stay up-to-date with general news and information from Moultonborough by subscribing to Notify Me email and text notifications.
By signing up, you can receive automatic notifications for:


Schematic Circuit Design
The electrical design service provided by ComSysDes could either function as part of a large project, or to support a "hardware-less" design organization. This service can also act as a supplement to the customer's own electrical design organization.
The schematic capture phase constitutes the best known and most conspicuous phase of the electrical design and is the materialization of the Schematic Circuit Design task. Our electrical engineers are proficient in a number of schematic design packages, OrCad and Viewlogic being the more popular schematic design tools. Should the project require it, the schematic design service can also extend to the logical design of FPGA's or CPLD's and / or continue to the PCB design and beyond.
Please look here at some previous work samples.
You can contact us either via e-mail to for assistance, via telephone at 510-792-1760.


Single Source Simplicity.
With Managed Router from Nexintell, we manage your network end-to-end, providing single-source simplicity for reliable and secure network connectivity.
Let Managed Router Take Over:
Nexintell Managed Router manages router deployments from installation to provisioning to configuration to on-going management and maintenance. Deploy Nexintell’s Managed Router and eliminate the capital expenses associated with purchasing your own network routers—and free up your in-house IT resources for more business-critical projects.
You will immediately realize all the benefits of a cost-effective network router solution including:
• Optimal network performance
• Efficient internal IT resource allocation
• Faster issue resolution
• Secure network connectivity.
Managed Router Features:
• Router Install and Configuration: Router installation, configuration, on-going maintenance and repair by expert technicians, saving you the internal network management costs.
• Configuration Management: Router configuration backup so changes are not lost in the event of a failure.
• Change Management: Available fully managed network moves, adds or changes
• Hardware Replacement: Fully managed equipment maintenance and replacement.


With the development of the times, people rely more and more on electronic devices such as mobile phones and tablet lights.
Many friends may often plug the power supply into the socket for convenience, charge it directly when using it, and do not unplug it even when it is not in use. In fact, this is a potential safety hazard. It is recommended that you unplug the charger in time after charging. Let me tell you about the safety hazard that the mobile phone charger has been plugged into the socket without unplugging it;
1. It will consume extra power;
The charger is a small transformer that can convert a high voltage of 220v into a low voltage of 5V, and then charge it into our mobile phone. After the mobile phone is fully charged, the charger remains on the socket and does not unplug it. Although there is no charger for the mobile phone, the circuit board inside the charger will still be in working state. The mobile phone charger uses a switching power supply scheme. It automatically adjusts the output current, but it still consumes a tiny amount of current.
2. Short circuit risk;
The charger is composed of electronic components. For some chargers with insufficient protection functions or substandard quality, when charging the mobile phone, the mobile phone will overheat, and the charger itself will also become hot. (It is strongly recommended that you do not buy a three-no charger without national certification (electronic product certification system) because of the cheap price.) If the charger is plugged into the socket for a long time, the performance of the original will deteriorate and age, which may easily lead to heat generation and even short circuit.


We are the prominent Wire Mesh Cable Tray manufacturers in Bangalore. The use of optimum quality materials in the manufacturing of the Wire Mesh Cable Trays ensures high durability, tensile strength and resistivity to adverse conditions. The unmatched quality and unsurpassed performance has made the wire mesh cable trays ideal for various industrial applications.
Wire Mesh Cable Tray
|Width mm||Height||Wire Diameter|
|Finish|| Pre Galvanized as per 1s : 277
Hot Dip Galvanized as per 1s : 2629
Powder coated finish


The Samsung Share to Go campaign promoted the unique mobile sharing capabilities of the new Galaxy SIII smartphones, which allow users to tap two phones together to share content instantly via Near Field Communication (NFC) technology. The industry-first NFC-enabled billboard not only delivered valuable, free mobile content directly to the consumers, but it also demonstrated the phone-to-phone sharing capabilities of the Samsung Galaxy SIII through a printed medium. Posters featured life-sized images of people holding out a Galaxy SIII. When another SIII was held against the poster, a free song, video, or e-book was instantly downloaded to the phone. Consumer engagement was very high, resulting in 1.4 million impressions and over 90,000 interactions with the posters and kiosks.


Magnetic Base and Water Resistant
These active antennas are high performance GPS patch antenna feature a high-tech low noise amplifier. It provides excellent signal amplification and out-band-rejection for the receiver. All this is packaged into a low-profile, extremely compact and fully waterproof package.
If your gps device signal is weaker in built up urban area, during bad weather or even in vehicles with any kind of coated windscreen (athermancy or metal sintered), this item will solve the gps reception problem. You will never suffer from loss of signal again with this antenna whatever your device is.
Mercedes Command 2.0 (Part numbers: 203, A208, A210, A230, A220 820 5889 16:9 and A463)
Pioneer (AVIC 505)
Alpine (All models with the exception of: NVE-871A)
Clarion (All models)
Panasonic (All models)
Frequency: 1575.42 MHZ
Band Width: +/- 5 MHZ
Impedance: 50 ohm
LNA Gain: 28dB
Mechanical Weight: <110g
Operating Temperature: -40 ~ 85℃
Housing Colour: Black


Boise, Idaho and San Jose, Calif. , Tuesday, March 04, 2008 – Micron Technology, Inc., today launched Aptina Imaging, creating a separate division and new identity for its CMOS imaging business. Operating as an independent division within Micron allows Aptina to better focus on delivering high-quality imaging solutions to its global customer base.
“Micron has undertaken a series of strategic initiatives to demonstrate our focus on being an innovative and cost-effective memory supplier, and the formation of Aptina is a positive development that allows our image sensor business to find the best path to the marketplace and strengthen its global customer relationships,” said Steve Appleton, Chairman and Chief Executive Officer of Micron. “Micron has consistently developed industry-leading technology with our image sensor business, and launching Aptina as an independent division allows the image sensor business to build on that successful heritage.”
Aptina will still leverage Micron’s strengths in CMOS manufacturing. Operating as an independent division provides Aptina with more manufacturing flexibility, as well as associated cost and operational control benefits. Likewise, Aptina will continue to take advantage of the significant research and development investments Micron has made in manufacturing CMOS image sensors, leveraging the synergistic technological benefits that Micron has come to realize between manufacturing memory and CMOS image sensors. The relationship affords Aptina continued trust in working with an experienced leader in the field of CMOS manufacturing.
“As Aptina, we remain dedicated to developing the most innovative CMOS image sensors in the world, and we are leveraging that expertise to expand our imaging portfolio to encompass the complete camera pipeline. With the world going visual, we’re continuing to see new imaging applications and markets come alive and this new structure enables us to better capitalize on these exciting opportunities,” said Bob Gove, President of Aptina. “We will continue to serve the markets where we have always had a focus and demonstrated our industry leadership. We will also bring new system level innovations in imaging to our customers, allowing them to include high-performance cameras in their devices without the need to invest heavily in camera system R&D.”
During the past five years, Micron’s imaging business has led the industry in enabling beautiful, crisp pictures and video regardless of the application. Key milestones that Micron achieved in CMOS image sensors include developing the world’s first 2.2-micron pixel architecture, 1.75-micron pixel architecture and 1.4-micron pixel architecture; securing designs into one of every three camera phones on the market; leading the industry in high-speed image capture, bringing high-definition capabilities to digital still and video cameras; and being the first image sensor company to ship more than 100 million units. With history by its side and not behind it, Aptina will continue to lead the market in taking CMOS image quality and its capabilities to the next level.
In a separate announcement today, Aptina unveiled an improved pixel technology that incorporates a new 9-megapixel (MP) image sensor. Additionally, the company unveiled a 1.4-micron pixel and a prototype 1.2-micron pixel. The company also announced a new approach to designing cameras for mobile handsets by incorporating the image sensor, optics and processing in a single, tiny package. Additional information on Aptina and its new product portfolio can be found in its virtual press room at http://www.aptina.com/news
About Aptina Imaging
Aptina Imaging, a division of Micron Technology, Inc., has long piloted the path of pixel performance in CMOS imaging, bringing high-quality picture and video capabilities to mobile phones, digital still cameras, security and surveillance cameras, PC cameras, automotive applications, and more. With its photographic eye and keen understanding of the opportunities for imaging technology, Aptina continues to drive innovation forward with its portfolio of camera solutions creating beautiful and accurate images for the world to see and share. For additional information on Aptina Imaging, visit http://www.aptina.com/.
Micron Technology, Inc., is one of the world’s leading providers of advanced semiconductor solutions. Through its worldwide operations, Micron manufactures and markets DRAMs, NAND flash memory, CMOS image sensors, other semiconductor components, and memory modules for use in leading-edge computing, consumer, networking, and mobile products. Micron's common stock is traded on the New York Stock Exchange (NYSE) under the MU symbol. To learn more about Micron Technology, Inc., visit www.micron.com.
Micron Technology, Inc.
+1 (208) 599-0184/mobile
+1 (208) 368-5487/direct


Telecommunication and information technologies industry is one of the most important sectors of economics, which maintain other industries and state in totality. Globally telecommunication development trends can be described as a movement to globalization, setting up of common information area, and development of information economy.
Telecommunication sector is the largest market of services, and people`s demand for telecommunication services is growing up every year. However the market is far from the level of saturation. High speed technologies are massively developing, supply is growing and demand for quality and wide information content is increasing. As a consequence further development of global information and telecommunication infrastructure is considered as one of the main sectors of society commercial and intellectual activity growth. To join people, to make them closer to each other and to a required source of information, it`s necessary to connect continents. And one of the most effective ways to reach this objective is to lay underwater fibre-optic communication line.
Laying underwater communications is a complicated investigational, engineering and constructive challenge, solution of which is impossible without offshore surveys, including geophysical (bathymetry, underwater echo sounding, seismoacoustic profiling), geotechnical (testing, sampling) and environmental researches.


Updated 7 July 2021
I have a couple of the Yamaha UD-BT01 BLE MIDI transmitter adapters, and in the past I have used a Raspberry Pi computer to receive the transmitted MIDI and pass it on to a synth. This required the Rpi computer and an and a MIDI adapter. With the recent improvements in Arduino-style devices, it has become possible to make a very small BLE-to-DIN-Plug receiver. This document has details of the one I made with a ESP32 chip. Unfortunately a BLE to USB device is not currently possible using an Arduino-style chip, as no-one has put BLE and USB MIDI into one package (that I am aware of).
The device I used is a NodeMCU ESP 32S. It’s a simple-enough project that was pioneered by my German colleague Petra. I’ve had some requests for info about it so I thought I’d put this document together.
The device looks like this:
The device is set up so that it will:
- Scan for BLE MIDI hosts
- Connect to the first host it finds
- Decode the MIDI bytes, assuming they are all 3-byte messages (it ignores running status messages)
- Send the messges out to the DIN plug at 31250baud and 3.3V
- Get power from a USB socket
- Attempt to re-connect if the connection is broken
The program is based on the BLE client example from the ESP32 BLE Arduino library. The program is here. I don’t guarantee that it will be the latest version.
The wiring to the DIN plug is simply:
- UART Tx pin (GPIO17) connected to DIN Pin 5 via a 10 ohm resistor
- 3V3 supply pin connected to DIN Pin 4 via a 33 ohm resistor.
I did some tests with the original client example program, and found that the latency was 23msec longer than what I get with a USB cable to my synth. I did some investigating and found that the connection interval could be adjusted, although you have to add code to the client program. I set that to the minimum for BLE (7.5msec) and the latency improved. I measured it as +14 msec over the USB cable, which is acceptable. The client program (link above) has been updated for the extra code.


A waveguide is usually the heart of a radar system. Mifa produces microwave components for leading manufacturers and related hardware throughout the world. We are one of the few manufacturers in the world that is capable of producing waveguide tubes.
Strict requirements and high quality standards for radar equipment manufacturers
The microwave & radar component market in which waveguides manufacturers are located places strict demands on the quality of the surface, the weight and the strength of the material. Thanks to Mifa's extensive range of coatings, range of magnesium and aluminum alloys and the lightweight extrusion profiles, we meet all the requirements of this market. The AS9100 (also known as EN9100) and ISO 9001 certificates that Mifa has, confirm that we meet the high quality standards set in the microwave and radar market. You can find more about our certificates here.
Important quality standards and recognized parts
Mifa therefore works according to military and ISO standards. The production of waveguide tubes for our radar customers is not only based on the strict quality standards. They also recognize excellent production areas, such as:
- Standard aluminium waveguide and flange stock extrusions (wide stock available)
- Aluminium wave-guide components
- Antennas to customers design
More about waveguide tubes and our flange stock program, you can find in our waveguide folder. You can download it below:
Any desired profile for the microwave and radar market
If you have a specific wish for a profile, we can fulfil it: think of bending, finishing and assembling the product. We implement the mentioned techniques in our own machine park.
Mifa also has a fully automated surface production line. With this, Mifa can also take care of the entire surface treatment within one company. Our surface treatments improves components. It ensures that the profiles are protected against corrosion, among other things.
Get in touch with us
In addition to waveguide tubes, we also make other microwave components for radar installations. Are you curious about the possibilities Mifa can offer you? Please contact us here if you have any questions.


The HEAD® Wireless Speaker brings your music alive! It is ideal for any situation— just charge it up and go. Use the speaker on the beach, in the car, camping, on your back deck—almost anywhere. It's easy to connect your favorite audio device or even your smartphone to the speaker by using either the wireless connection or the line-in mode. The speaker's compact size makes it simple to pack and take it along with you wherever you're headed. The battery lasts for an extra-long 24-hours of continuous playback time on a single charge!
A powerful bass and crisp treble provides an amazing experience—sounds like a live performance. Use the hands-free functions for incoming phone calls too. The HEAD® wireless speaker also comes with NFC (near field communication). When placed hear another NFC device, the two devices will link automatically. Link two HEAD® Wireless Speakers for even greater stereo sound!
Comes packed in an original HEAD® tennis ball tube—makes a great gift for the tennis enthusiast!
- Up to 24-hours of continuous playback
- Pairs easily and quickly to devices
- Water-resistant (IPX4)
- True wireless stereo sound
- Model: HSP-60 PRO
- Color: Black
- Size: 7.07″ x 2.56″ x 2.36″ (180 x 65 x 60 mm)
- Weight: .80 lbs/365 gm
- Power source: Rechargeable Li-ion battery
- Battery Output power: 5W*2 (RMS)
- Audio Input: Wireless + AUX in
- Working distance: 5-10M
- Working time: Up to 24 hours
- Speaker unit: 40mm
- Impedance: 4 ohm
CONTENTS: Speaker | USB to micro USB charging cable | 3.55mm audio cable | 2 x silicone straps | 2 x silicone wristbands | User manual


- SAM Security C5 Self-Activated Monitorin
Network Monitoring – When it comes to network monitoring, the thin line between legal monitoring and privacy bleaching gets more and more vague. However, if you are managing a network, monitoring is one thing you want to be doing at any time.
Network monitoring is like policing what is being accessed on the network and what network traffic is being transmitted across the network. This is something you want to be doing at any one time. Well-managed networks that have less downtime are ones that are regularly under surveillance. In a busy network environment, it can go a long way in determining the productivity of the team.
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Winter vacation season is coming soon, and still, many travelers keep getting their identities stolen due to careless use of public Wi-Fi. Free wireless networks are not able to offer security in most cases, since public Wi-Fi can be hacked into fairly easily. The solution to online safety while traveling is a VPN (Virtual Private Network), which not only protects users on public Wi-Fi but also allows to access restricted sites and even save money while traveling.
Below please find a list of reasons why every Internet user should use a VPN when traveling:
1. Protect your online activities when you are using public Wi-Fi. The most common threat is a hacker positioning himself as a hotspot. When that happens, a Wi-Fi user will be sending their information to the criminal, and that could include credit card information, all emails, and any other sensitive information they might be transmitting. This is extremely easy for hackers to do, as Wi-Fi spots rarely require authentication to establish a connection. When using a VPN, the Internet traffic between the user’s computer and a VPN server gets encrypted into a secure tunnel, so nothing will be visible to someone trying to hack into the computer.
2. Access restricted sites: Facebook in Vietnam, Telegram in Russia, gaming sites in Morocco and multiple others sites are banned, depending on a country. A VPN enables users to connect to a server in a country where these sites are allowed, such as the U.S., and the user will be able to browse the Internet as if they were in the U.S. physically.
3. Access your favorite TV shows or sports event from abroad: With a VPN, you can watch your local TV shows or stream such sporting events as FIFA World Cup from anywhere in the world.
For more, visit nordvpn.com.