The FZ300 pump monitoring and tank monitoring unit picks up pump run and tank
level signals from your pump station control panel. If an alarm or status change
occurs the wireless monitoring unit transmits the signal to the monitoring
website where the condition is recorded and then distributed to as many email
addresses, cell phones via text message, or pagers as you like.
Ideal for water and wastewater pump stations, street drainage lift stations or
runoff pumps, the FleetZOOM pump station monitoring solution provides lift
station remote monitoring to make sure your water system is in top form. Remote
pump monitoring ensures critical the water system is ready while extending life
and reducing maintenance costs.
When the status of your pump or tank changes, notifications and alarms are
instantly sent via SMS to cell phones, pagers, PDA's and by e-mail.
The included monitoring web site service provides configuration tools, live
status, event and alarm history, maintenance and service logs, as well as
mapping to show the location and status of all of your pump sites on one easy to
use web site!
Provides live information from the monitored lift station. Pump run events, pump
run time, pump duty cycles, wireless signal strength, ambient temperature, and
live status of all monitored pump station signals are displayed.
Live data visualization enables lift station owners and operators to spot trends
before they become problems and confirm equipment health and performance.
Calendars to the left of the graph enable an easy to use date selection tool to
narrow or expand the range of displayed data.
Provides both summary and detailed statistical reporting for every pump station event type
and compiles total pump run time, pump run cycles, power outage time, and all
other signals monitored at the pump station over any selected date range. Report
data can be exported with a single click using the icons above the report into a
variety of formats: spreadsheet, text, csv, xml, html. Additionally reports can
be printed directly from the website with the single click of the print icon.
The examples above are just a few pump station monitoring system web portal
features. Please contact a product specialist using the button below to learn
about all of the pump station monitoring system features the solution provides.
FleetZOOM lift station monitoring for municipal water and wastewater
provide pump station telemetry for the entire network of large pumps
and tanks throughout a city or highway system that
move water from one elevation to another. The
FZ300 remote pump monitor watches these pumps and tanks that
provide drinking water to homes and businesses,
remove wastewater and even manage runoff by
pumping out large volumes of water in recessed
street areas such as underpasses, large dips in
the street or natural valleys. Water will collect
in these areas of the street if it is not pumped
out. The reliable operation and maintenance of
these pumps is usually the responsibility of the
city or the department of transportation where
the pump stations are located. While periodic
visits to pump stations by maintenance
personnel can help, continuous, real time,
remote pump station monitoring provides better service to the
city's residents. It saves the responsible city
or department of transportation a great deal of
money, while simultaneously improving the
quality of service. It also reduces the
likelihood of service interruption or
unexpected emergency maintenance.
Drinking water pump stations usually have at
least two pumps that alternate each pump cycle
for both redundancy and mechanical wear on the
pump impellers and motors. These systems are
commonly called duplex pump stations and in some
cases triplex pump stations when three pumps are
used for one site. Each time the pump controller
determines pumping is needed, a toggling series
of motor starters alternates evenly to run each
pump to run every second or third pumping event.
The pump controller is responsible for starting
the pumps and makes decisions about when to run
the pumps based on a combination of wet well
(tank level), water pressure, and flow rates.
All of these parameters are continuously
monitored with the FleetZOOM
FZ300 remote pump monitoring system and notify maintenance personnel if any
monitored signal gets out of its appropriate
range. A pump run time logger is used to monitor the duty cycle,
or the percentage of time the pumps are being
run and the run time for each pumping cycle. A
pump's life is unnecessarily shortened if the
pump is turned on and off too frequently. The
FleetZOOM pump run time monitor can track each pump run time,
the total run time over a day, week or any
time frame needed for reporting. If the pump
is running too much, or turning on and off
too frequently, maintenance personnel are
notified so adjustments can be made to the
pump controller settings.
Many of the same monitoring features desired
for drinking water pump controls are utilized
on a wastewater pump monitor. In typical wastewater lift
station systems a large wet well (or tank)
is utilized to store wastewater for short
periods of time which also enables the
substation to handle surges in wastewater
flow which are common during certain times
of each day. Some wastewater lift stations
are not connected to municipal wastewater
systems at all, so "pumper trucks" have to
collect the wastewater periodically.
Without wastewater pump monitoring these pumping services have
to visit the tank far more often than
necessary to make sure the tank does not
overflow since the fill rate of the wet
well is variable. The FleetZOOM
FZ300 remote pump station monitoring system reports the wet
well level and these unnecessary trips
can be avoided saving fuel, personnel time,
and ultimately saving the responsible city
or municipality a great deal of money.
Street drainage or runoff lift station pumps
remove water that collects at the bottom
of underpasses or other parts of streets
or highways that won't drain naturally.
The bigger the street, the larger and more
critical the pumping station is to ensure
safe passage for cars and trucks. Most street
runoff pump stations feature a large 50 to
100 horsepower pump, a wet well, tank level
sensor, and in most cases a backup standby
generator to power the pump during power
outages that occur during severe storms.
Without a pump station monitor, the city or department of
transportation has to rely on someone to
call them if the pump station has malfunctioned.
During malfunction an underpass could fill
with water making it impossible for traffic
to get through. Worse yet, any cars or trucks
that risk driving through the runoff flooding
that will accumulate will endanger their
occupants. It is in the best interest of
the city or department of transportation
to use a lift station monitor for pump stations with a
system like FleetZOOM provides so
crews can be dispatched
when a lift station alarm goes out to crews so they
can repair them or block traffic when
necessary for the safety of
Cities and departments of transportation need
continuous real time remote monitoring of all
of their pump stations to provide the highest
quality of service to their residents. In the
past a telephone based alarm autodialer or an expensive
proprietary pump station scada telemetry system were
utilized at each pump station to meet these
objectives. Now thanks to improvements in technology
FleetZOOM is able to provide an easier to install
and lower cost wireless real time monitoring
system. The FleetZOOM FZ300 provides
full lift station scada capabilities at a cost of a
simple cellular lift station monitoring system.
Some key features of the
FleetZOOM wireless pump monitoring system include totally wireless
operation; no phone lines or data lines are
required at the facility. The entire system
is web-based so no software is bought or
needs to be installed to utilize the system.
The lift station pump monitor system is easy to install, and an internal
battery backup on the transmitter keeps
the system up and operating during power
outages in addition to notifying city and
department of transportation personnel
about loss of power at a particular pump
station. The system provides daily email
and text updates and gives immediate
notification of any alarms or events.
Each daily report can display pump run time,
duty cycles, on/off status, water pressure,
flow, utility power status, wet well levels
with high/low alarm status, pump warnings
such as pump moisture or pump over
temperature, general faults and all standby
generator status and alarm conditions.
The FZ300 features 14 digital inputs that interface with dry contacts (relays) on the
Analog inputs can interface with optional tank level sensors to monitor tank
levels. In addition to alarming on status changes, the system keeps track of
pump run time and
pump run events.
The FZ300 monitors the voltage of its DC power supply which enables the system
to alarm on main AC power failure if used with the optional onboard backup
No software to buy, install or maintain; all mapping and data features are
accessible over the FleetZOOM monitoring web site from any computer with
Proactive service reminders are automatically generated and sent as equipment
reaches service intervals based on run-time. Service logs and manuals available
over the monitoring web site reduce paperwork and automate record keeping while
providing up to the minute service records for all of your monitored equipment.


Adani Group to enter telecom spectrum race
Gautam Adani’s group is planning to enter into the competition to attain telecom spectrum, which will pitch it directly against Mukesh Ambani’s Reliance Jio and telecom czar Sunil Bharti Mittal’s Airtel 777l, said sources.
Applications for participating in the July 26th auction of airwaves, comprising those who are competent in giving 5G telecom services or fifth- generation like ultra-high-speed internet connectivity, shut on Friday with at least 4 applications.
The 3 private competitors in the telecom sector- Airtel, Jio, Vodafone Idea applied, three sources with knowledge of the affair said.
One of the sources informed that the fourth candidate is Adani Group, adding that the group recently got International Long Distance (ILD) and National Long Distance (NLD) licenses.
But this could not be completely authenticated. Phone calls and Email made to the Adani Group did not get any reply. According to the auction timelines, ownership details of applicants are to be published on 12th July.
A total of 72,097.85 MHz of spectrum value no less than Rs. 4.3 lakh crore will be put on the block at the time of the auction which is set to begin on 26th July, 2022.
The auction will be held for spectrum in several low (600 MHz, 700 MHz, 800 MHz, 900 MHz, 1800 MHz, 2100 MHz, 2300 MHz), mid (3300 MHz) and high (26 GHz) frequency bands.
Ambani and Adani till now did not have a direct face-off. While the former developed from the oil and petrochemical business into telecom and retail, the latter expanded from the ports segment to coal, energy distribution and aviation. But frequently their interests are intersecting, setting what few say is the stage for a fight.
Adani recently set up a subsidiary for a foray into petrochemicals — a business that Dhirubhai Ambani started with before its downstream and upstream operations.
And now, if the Adani group takes part in the 5G auction on 26th July, it will be Adani’s first direct fight with Ambani.


Factors that You Should Put into Consideration Before Buy Communication Radios
These are radios that can receive and transmit signals at the same time commonly referred to a transceiver. Choosing the right communication radio for you may be the daunting task at some point since there are a lot of considerations that you need to make. This is important since choosing the wrong one will come with many disadvantages and you will not be able to enjoy its usage. In this discussion you will get an idea on how you can purchase two-way radios.
One of the things that you should put into consideration is the size. One thing that you should know is that you will have a hard time using two way radios in some busy areas. But one thing that you should know is that reducing the size of the receiver will compromise the range covered since it will mean that the antennae will be forced inside and the transmitter reduced. Small radios are always easy to handle, but you will only be able to use them in places that you don’t need a full range.
Besides, you should consider durability. Therefore, you should go for a healthy model that cannot get damaged quickly even if they fall on hard surfaces. With this you will be in a position to save a lot of money that you would have used in buying other things since radios are always very costly. Another way of making them stay in good condition for long is by using high-end protective covers.
Apart from that, you should also look at energy and rate. One thing with communication is that when it has more power, it will be able to cover a wide range by operating on both frequencies. Therefore, it is essential that you know what you want to use the radio for as this will help you in choosing the one with the right power.
The next thing that you should concentrate on is VHF and UHF. The first thing that you should know is that VHF cannot communicate with UHF radios. Therefore, if you have already bought VHF it is vital that you look for others that can operate on the same frequencies. You find that Ultra High-Frequency radios can get around or penetrate areas of interference located in buildings, hilly regions, and urban outdoor regions since they use very short waves under high frequencies which allows them to operate both indoors and outdoors. Besides, we have VHF radios which can transmit information over long distances with less power since their waves are always longer and closer to the ground. You will be able to use VHF radios where the communication path between the receiver and sender is clear.


1. Make a secure instant messenger for iOS and Android users. 2. Elaborate simplified registration to instantly start working with the messenger. 3. Add functionality that is in demand among company employees on your own.
The client-server application was developed from idea to release in 65 days. Engineers have implemented the following functionality for users: • Notifications; • Instant messaging; • Making audio calls; • Access to the address book; • Registration by phone and email.
During development, the application was tested by the quality department within the company, and was collected feedback from users from the client's company.
Work in the background
Application receives messages in the background, Internet connection required.
Audio calls and text messages using for communication.
All communication is encrypted on a secure channel.
The application behaves identically on iOS and Android.
• The company has completely abandoned other messaging services. • The level of communication between company employees has increased. • Now it is possible to request valuable information from any employee via a secure channel and receive a prompt response.


Maximum readout data rate
Question: What is the maximal readout data rate and bandwidth the iGp12 unit can support?
Internal bus from the IOC to the hardware supports roughly 43 MB/s transfer rate. Normally, this high data rate is not exposed to the outside world, with IOC post-processing reducing the 2-D data matrix to a set of vectors (mean, RMS, max RMS record, spectrum).
With Gigabit Ethernet one can actually stream the data out at nearly the full rate. At BESSY II with 18 ms acquisition time (corresponding to 17.2 MB data block) Andreas Schälicke has achieved roughly 34.5 MB/s average network utilization with 2 Hz readout, peaking at 66 MB/s Ethernet usage (theoretical maximum for Gigabit Ethernet is 125 MB/s).
Update: As of IOC revision 2.8 and FPGA gateware 3.11, 2 Hz acquisition rate is supported for full SRAM size, 12 Msamples. External streaming is limited to slightly shorter blocks of 11.4 Msamples.
— Dmitry Teytelman 2013/05/23 10:51


Controlling of electrical heating loads in
residential, commercial and industrial applications from remote over building management systems (BMS) or directly from electrical
utilities helps saving significant cost for customers as well as for the utilities. Electrical heating loads typically can be turned
OFF for a considerable amount of time without compromising the overall system performance. In addition, heat storage in water tanks
is one of the least expensive known energy storing option. Both actions the interrupting of the power supply to heating loads during
electrical grid peak hours and taking advantage of low electrical tariffs during off-peak hours have a significant effect on cost savings.
Our electric hot water boilers equipped with BACnet™ enabled controllers meet all the future electric heating and heat storage requirements.
Bidirectional communication between electric hot water boiler and BMS is possible over BACnet™ or with installed gateway over


PoweryMax Double USB Adaptor turns your PoweryMax into an indispensable, power supply for USB charged devices in a clean, efficient and lightweight manner. thereby increasing the PoweryMax Power Bank's performance. It can provide much needed freedom during any journey for either your camera, mobile phone, etc. Ready to be bolt mounted. It comes ready to use with a direct connection cable to your PoweryMax.
Thanks to its 5V double output for 1A and 5.2A, it can charge two devices simultaneously. May be surface mounted, if required, using an external threaded spindle with lock nut provided. A backlit indicator changes colour to indicate 3 different charge levels:
- GREEN for levels between 100% and 60%
- BLUE for levels between 60% and 30%
- RED for battery levels between 30% and 0%
Once the device has been fully recharged, the PoweryMax Double USB Adaptor will disconnect itself in order to save energy, thereby increasing the PoweryMax Power Bank's performance.
Be the first to ask a question about this product!


● PLUG AND PLAY: This HDMI Switch is easy to set up and operate. Just connect your HDMI devices and press the button of HDMI Switch to quickly Switch to another device, the LED light tells you which port is active. No external power supply needed.
● Bi-Directional HDMI SWITCH: Techole HDMI bi-directional splitter help you connect two HDMI sources to one HDMI display, or connect one HDMI source to toggle between two displays.
● 4K Crystal Clear Video: Techole 4K HDMI Splitter supports resolutions, including 4K x 2K@30hz, 1080P @30hz,1080P @60hz as well as 3D, 1080P.
● Updated Design: Beautiful streamlined design . This HDMI switch features a solid aluminum alloy construction that is better heat dissipation for workers.
● Wide Compatibility: HDMI Switch Splitter supports most devices with standard HDMI interface. Input: Computer,Macbook, XBox 360, XBox One, PS4, Ps4 pro, Blu-Ray DVD, Chromecast, etc. Output: HD-Ready or Full HD TVs,Apple TV, projectors, etc.
● Interface： HDMI+HDMI×2
● Resolution： 4K30Hz
● IC： TS3DV642
● Material： Aluminum + ABS
● Colour： Gray + Black
● Weight： 55g
● Size： 73.6×32×14mm


Before Driverless Cars are Widespread, We’ll Have Connected Vehicles
While media attention seems focused on autonomous vehicles, there’s another technology in development that we transportation folk think may have a more immediate impact on our travel: connected vehicles.
Connected vehicles are vehicles that use broadcast communications to continuously share safety and mobility information. They have a two-way linkage to exchange data in real-time about other vehicles, roads and infrastructure. Proponents say connected vehicles (cars) will improve safety and reduce emissions.
Whether or not you agree with this sentiment, it’s tough to argue that the technology is developing quickly. According to Gartner, a global technology consulting company, we’ll see a quarter of a billion vehicles on the road with connected technology by the year 2021. That’s less than five years away!
Connected vehicle technology is developing in parallel with automated vehicle technology. Much if not most of the connected vehicle technology will be important to autonomous vehicles. But to be truly autonomous, vehicles must be as “intelligent” as a good driver on the poorest of roads, dealing with the worst conditions. In other words, undefined lanes (missing lane lines), substantial surface problems like wheel-busting potholes, darting animals, and similar real-life conundrums.
Connected vehicles, connected infrastructure
Although I don’t have a crystal ball to predict the future (such an inconvenience, btw), I’ve seen enough evidence to indicate that connected cars will have a tremendous impact on mobility in a very short time. Vehicles are already starting to talk to each other and to infrastructure. Soon, your car will know that the traffic signal is about to turn yellow. Features like adaptive cruise control will prevent a rear-end collision due to driver inattention.
Connected vehicle communications fall into two categories: vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I). Applications include advisories, warnings, and vehicle and/or infrastructure controls.
- V2V – In vehicle-to-vehicle communications, autos broadcast a basic safety message that includes information such as vehicle speed, direction, and location. Other similarly equipped vehicles could receive these broadcasts so that, cooperatively, crashes are avoided.
- With V2I, safety is enhanced through communication to and from infrastructure; such as sensors and other equipment installed in the roadway itself, as well as traffic signals, stop signs, work or school zones, and railroad crossings.
Impacts of connected vehicles
Connected vehicle advocates tout two major benefits for the public: improved safety and reduced congestion.
The Insurance Institute for Highway Safety states that of the approximately 6 million reported accidents in the U.S. in 2015, 35,092 lives were lost. The leading cause of death among young children and young adults is vehicle crashes.
A National Highway Traffic Safety Administration (NHTSA) study of connected vehicle technologies has shown that they have the potential to reduce the severity of up to 80 percent of crashes where drivers are not impaired.“Traffic managers will be able to control the flow of traffic more easily with the advanced communications data available and prevent or lessen developing congestion.”
In addition to the safety potential of connected vehicles, they promise to reduce traffic congestion, which could save time, cut fuel consumption and reduce emissions. The U.S. Department of Transportation’s Intelligent Transportation Systems Joint Program Office says, “Traffic managers will be able to control the flow of traffic more easily with the advanced communications data available and prevent or lessen developing congestion.”
If all is as promised with connected vehicles, the timesaving factor is no small benefit. The 2012 Urban Mobility Report from the Texas A&M Transportation Institute (TTI) shows that Americans lost 5.5 billion hours in 2011 stuck in traffic on U.S. highways – almost a full work week per person. While some of this is recurring congestion due to certain routes not being able to accommodate greater roadway demand, a large portion is the result of incidents (crashes) that disrupt traffic flows.
A 2012 report released by the U.S. Treasury Department found that congestion also wastes 1.9 billion gallons of gas per year, at a cost of $4.75 billion.
As someone who studies traffic for a living, and who commutes 50 miles to work every day, I fully appreciate the impact this technology could have on our lives and our communities. Not only can drivers be warned about upcoming traffic jams and take alternate routes, signal phase and timing information at signalized intersections can be broadcast and used to manage vehicle speed to reduce the time vehicles spend idling at red lights and to improve traffic flow.
Our connected future is here
While elements of connected vehicle technology are already incorporated into today’s vehicles, governments and companies are banding to speed development. The U.S. Department of Transportation has been a major proponent, announcing a $42 million investment to pilot connected vehicle technologies in New York, Wyoming and Tampa, Florida.
In Ann Arbor, Michigan, there’s an entire simulated community where cars talk to traffic signals and to each other. Mcity, a 32-acre, $10 million dollar fabrication includes suburban and gravel roads, city streets, freeways, graffiti, HOV lanes and more. The University of Michigan, in cooperation with Nissan, Toyota, Ford, GM, Honda, State Farm, Verizon, and Xerox, created this self-contained proving ground for developing and testing the technologies for connected and driverless cars.
Since 2012, the University has partnered with Toyota to conduct the world’s largest real world test, using WiFi technology to transmit and receive “messages about position, speed, road conditions, traffic signals and driver activity such as emergency braking.” (Forbes, April 2016)
Connected vehicle concerns: compatibility and security
While connected vehicles have tremendous benefits, they also raise a number of legal, technological and ethical concerns that will have to be resolved. Let’s say, for example, you are driving a connected car. You want to go as quickly as possible, with minimal delay. Who will control the routing of your trip? There are a number of popular mapping systems: Google, Bing, Tom Tom. And what if your mapping system takes you through a residential neighborhood to avoid the congestion on major roads; residents may not like it. Who decides? I could go on and on with the “what if” scenarios, but that’s a whole other post.
Cross vehicle and cross system compatibility is another technological hurdle. For all vehicles and connected infrastructure to function in different regions of the world, they will have to use the same communication standards. The USDOT is working the European Union, Japan, Korea, and with Mexico and Canada on a range of Intelligent Transportation Systems (ITS) and connected vehicle technologies. The goal is to develop and grow a global marketplace for connected vehicle technologies.
For years, technology analysts have sounded the alarm on cyber hackers and the potential for widespread software system breaches. In 2015, the imagined threat became real when researchers in Pittsburgh remotely took control of a Jeep Cherokee, being driven on a highway in St. Louis.
In addition to working with hackers who share security flaws, automotive and technology manufacturers are banding together to make connected vehicles more secure. Last year, a consortium of major automakers and suppliers formed the Automotive Information Sharing and Analysis Center (Auto-ISAC) to pool cyber security failures, so that the industry can collectively respond and strengthen its protocols.
All the cyber security built into vehicles and public infrastructure is only as good as the people who maintain and operate the systems. Case in point, traffic signal computers already have communication security protocols, but a recent study has shown that that most highway agencies never change the factory-set passwords that allow remote access for reprograming the equipment. Imagine the havoc if a single car is hacked, let alone an entire city traffic signal system.
My point, dear readers, is that we’re on the brink of transportation (and perhaps a societal) transformation. Connected vehicle technology is close-to-ready and seems to present a real opportunity to improve the quality of life for our public. But that’s just the beginning. For the technology to achieve widespread acceptance, much needs to happen. A framework for funding V2I projects needs to be established for the technology to take hold, security should be at a level palatable to the public, and standards for coordination are necessary to share real-time conditions and data with drivers. OHM Advisors is already working with communities to navigate these challenges and usher in smart transportation options for a safer future. Stay tuned for more on this and related topics in the future.


NS1587BT Solar Bluetooth FM Radio With Torch Light
Add to cart
- The NNS Solar radio is a wonderful device, full featured yet affordable, convenient yet very portable.
- To start with, this special radio is a SOLAR radio. It can can run on electricity, and on batteries but it features a solar panel. This is great because so long as there is sun, you have got music!
- One of the most useful features it has is that it can allow you to connect to your phone or tablet and listen to music or audio via BLUETOOTH
- A Flash disk and Micro SD (TF Card) interface so that you can listen to MP3/WMA musi
- BLUETOOTH connectivit
- A 1000mAH Battery that can last a long while and at its end of life can be easily replaced with variants in the marke
- A bright torch
- Its small size makes it handy to carry around and since it has all these great features, it is a must have for many households and groups of individuals. It has crystal clear sound, a great build and the solar panel makes it a must have.
- Make sure you get this radio for yourself and even better get this as a gift for a friend or relative!
- Features a solar panel for charging the battery
- USB & MICRO SD (TF Card Slot) for MP3 playback
- Bluetooth connectivity to connect to your phone or tablet
- The ability to use internal lithium batteries or ordinary external batteries


The first batch of production OVMS v3 modules and modems is being produced now. We estimate availability on Fasttech late this month (March 2018). Specifications and Pricing follow.
OVMS v3.1 module: US$90
- Black injection-moulded plastic enclosure, approximately 99x73x29 mm excl. plugs
- ESP32 WROVER processor (16MB flash, 4MB SPI RAM, 520KB SRAM, dual core 160/240MHz Xtensa LX6 processor)
- WIFI 802.11 b/g/n
- Bluetooth v4.2 BR/EDR and BLE
- 3x CAN buses
- 1x Micro USB connector (for flash download and serial console)
- 1x Micro SD card slot
- 1x Internal expansion slot
- 8x EGPIO, 2x GPIO
- 1x GSM antenna connector
- 1x GPS antenna connector
- 1x DB9 vehicle connector
- 1x DB26 expansion connector
Antennas, cables and SD memory card are not included, please select according to your needs.
Please note: you don't need any PICkit / programmer for v3. v3 can be flashed over the air or via USB.
OVMS v3.1 SIM5360E 3G modem module (either US or EU edition): US$60
- Modem is an optional plug-in module, that can be changed in future (to allow for new technology)
- 3G (EV-DO/HSPA+) dual band modem
- Includes 2G (GSM/GPRS) and 2.5G (EDGE) quad band
- Nano (4FF) SIM slot
- HOLOGRAM.IO nano sim included (can be exchanged if necessary)
- US edition is SIM5360A (Dual-Band UMTS/HSPA+ 850/1900MHz, Quad-Band GSM/GPRS/EDGE 850/900/1800/1900MHz)
- EU edition is SIM5360J(E) (Dual-Band UMTS/HSPA+ 900/2100MHz, Quad-Band GSM/GPRS/EDGE 850/900/1800/1900MHz)
Bundle (OVMS v3.1 module + v3.1 modem): US$150
A time-limited special discount of US$20 off this bundle price will be provided for existing OVMS v2 owners (making this bundle offer US$130).
OVMS v2 owners will receive a coupon code to use when ordering at Fasttech.
This first production batch is intended for experienced OVMS v2 users and v3 developers.
- Firmware is not complete, and should be considered beta
- Functionality is approximately equivalent to basic OVMS v2 firmware, but some advanced features (such as ACC, SMS control, etc) are not available yet
- Firmware is far in advance of v2 in other aspects (such as built in web server, metrics, console, tcp/ip support, diagnostics, geofencing, scripting, etc)
- Firmware can be updated either Over The Air (OTA), by Micro SD card, or over USB interface
- Vehicle support currently includes: Kia Soul EV, Nissan Leaf, Renault Twizy, Tesla Roadster
The antenna and vehicle connectors for OVMS v3 are the same as for OVMS v2, and existing cables/antennas can generally be re-used for OVMS v3. Note, however, that the frequency ranges supported by individual 3G networks may be different than 2G, so may benefit from an antenna specifically designed for the 3G frequency ranges used.


DirectAdmin with Unlimited Domains in Cloud Web Hosting
If you buy a cloud web hosting service from our company, you shall be able to take advantage of the multi-gigabit routes which we use, irrespective of the location of your account. We provide fantastic connectivity in all data centers - in Chicago (USA), in London (UK) and in Sydney (Australia), so any site hosted in them will load extremely fast at all times. Each of the three facilities has direct fiber connections with other major metropolitan areas on the respective continents, in addition to overseas cities, so how quickly your websites will open depends completely on your visitors’ connection to the Internet. By using redundant providers, we ensure that there won't be any sort of service interruptions a result of a slow or bad connection. In addition, we use completely new highly effective hardware to be sure that the network in the data centers can handle high traffic volumes without having an effect on the speed or the functionality of the websites.
DirectAdmin with Unlimited Domains in Semi-dedicated Hosting
Our superior website hosting platform’s multi-gigabit capacity will ensure uninterrupted access to your sites 24/7 and without any delays. How quick the visitors will open any website which you host inside a semi-dedicated hosting account shall depend on their own Internet connection, because we don't limit the incoming and the outgoing speeds in the slightest. Our Chicago-based data center’s terabit fiber-optic connection to both the East Coast and the West Coast will help you reach enormous amounts of users and potential customers from North America without any difficulty. Hardware firewalls shall stop any unwanted traffic to the web servers to ensure that the channel capacity is used for legitimate traffic, while multiple Internet providers and a redundant network built with the latest hardware ensure that your Internet sites will be reachable all of the time.


Package signal implements access to incoming signals.
Notify causes package signal to relay incoming signals to c. If no signals are listed, all incoming signals will be relayed to c. Otherwise, just the listed signals will.
Package signal will not block sending to c: the caller must ensure that c has sufficient buffer space to keep up with the expected signal rate. For a channel used for notification of just one signal value, a buffer of size 1 is sufficient.
It is allowed to call Notify multiple times with the same channel: each call expands the set of signals sent to that channel. The only way to remove signals from the set is to call Stop.
It is allowed to call Notify multiple times with different channels and the same signals: each channel receives copies of incoming signals independently.
Stop causes package signal to stop relaying incoming signals to c. It undoes the effect of all prior calls to Notify using c. When Stop returns, it is guaranteed that c will receive no more signals.


Mr. Newstrom filled a total of 6 six-month network support contracts covering five IBM campuses in South Florida between 1995 and 1998. Included in these contracts were external consulting projects for various IBM subsidiaries nationwide and external IBM customers. Mr. Newstrom is an IBM Certified Professional.IBM Network Support:
Supporting networks including AS/400, ATM, Ethernet, FDDI, Frame Relay, ISDN, and Token Ring.IBM Network Hardware:
Supporting hardware including: Adapters, Bridges, Concentrators, Controllers, Hubs, ISDN devices, LAN devices, Network Management, MIBs, Modems, Remote Access, Routers and Switches.IBM Network Software
Supporting software including: Comm Server, Directory, Distributed Computing Environment, Firewall, Host Integration, Host On-Demand, Host Publisher, Network Data Couplers, Design and Analysis, Personal Comm, Screen Customizer and Network Simulator.
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SMA-Male to SMA-Female 30 ft. Low-Loss Coaxial Extension Cable
- Zoro #: G0194705
- Mfr #: 955832
- Country of Origin (subject to change): United States
Orders over $75 ship free.
Wilson Electronics #955832 Specifications
|Country of Origin (subject to change): United States|
Help us improve our product information
This weBoost 955832 RG58U Low Loss Foam Coaxial Extension Cable has SMA male connector on 1 end and a SMA female on the other. The 30 ft. cable's diameter is 3/16 in. This low loss foam cable can be used both indoors and outdoors with connections between cellular antennas and amplifiers. RG58 coax cable is mainly used for consumer applications.
Restrictions and Compliance
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Tii-Porta Cat5e and Cat6 protector packs are ideal for termination and protection of digital and analog phone systems and for protection of data network equipment (routers, switches, hubs). They are available in a variety of configurations.
505E Series - CAT5E Protector Packs with 110 Termination
Ultra-low capacitance Solid State Technology provides protection for
frequencies up to 100 MHz for CAT 5E performance. Available with 18V or 27V factory installed solid state protectors for data, 65V protectors for VoIP or PoE.
The 61 Series Category 5e Termination Block is designed to accept Ethernet cable pairs without having to pre-terminate an RJ-45 or RJ-11. Converts cable pairs to RJ-45 or RJ-11 male plug end without the need for special tooling. Ideal for Fiber to the home (FTTH) ONT applications.
Ultra-low capacitance solid state protector modules that provide premium
protection for sensitive data communication equipment to frequencies up to
250MHz. Ideal for Power Over Ethernet (POE) circuit protection using the 65


We found that the organization for IP address 22.214.171.124 is Incapsula in Chicago, Illinois, United States.
A more detailed IP address report for 126.96.36.199 is below. At the time you pulled this report, the time zone of 188.8.131.52 is America/Chicago, and the current local time of 184.108.40.206 is 23.09.2017 07:32:40. More IP details of 220.127.116.11 are shown below along with a location of the address on a map.
|Host of this IP:||18.104.22.168.ip.incapdns.net|
|User Rating:||Rated / 5|
|Local Time:||09/23/2017 07:32 AM|
Subnet mask is a concept that refers to the functioning of Internet Protocol addresses and is used as a network separation tool. Read more...
Your IP address is your personal Internet phone number. Read more about why your IP is important. Read more...
Migrating from IPv4 to IPv6 is a necessary process since most of the IP addresses under the IPv4 protocol are short in supply. Read more...


The best Bluetooth headphones start at under $100, and can move all of the way around $500! This wide price range is fantastic for customers, because there’s something for everyone. There are tons of new products on the market today that have Bluetooth capabilities. A number of them are capable of wireless connectivity between cellular telephones and handheld devices, but some of the products also offer Bluetooth support for wired devices. Because of this, it is likely to get Bluetooth headsets utilize computers, digital cameras, and other digital gadgets.
Many people are going to want to purchase Bluetooth wireless speakers since they provide crystal clear audio quality. This is only because Bluetooth is an advanced kind of technology which uses radio frequencies to transmit signals. This type of technology is more effective and less likely to be interrupted by weak or high frequency signals. However, it’s vital to be sure you don’t invest in Bluetooth wireless speakers if you’re going to utilize it with portable laptops or devices. These devices won’t take very strong signals from the speakers and may experience interference. If this happens, you aren’t going to get the obvious sound that you desire.
If you’re thinking about purchasing a Bluetooth wireless speaker, then the best version to look at is one that has a built-in microphone. This will make certain you get crystal clear sound, without having to be concerned about needing to carry any extra wiring or hardware. Additionally, an integrated mic will allow you to have hands-free use of your Bluetooth speakers. These producers all offer different models, so it will be Best Bluetooth Speakers Under 200 your responsibility to determine which one has the characteristics that you want.
One thing to consider when looking for the best speakers for your house will be their price range. There are a number of options that are priced very cheaply, but many others that will cost hundreds or even thousands of dollars. The perfect way to find the best speaker for your needs, regardless of whether they fall to the low, mid, or higher price range, would be to first determine what the highest cost that you are willing to pay is.
A number of the most well-known styles of Bluetooth speaker come in the two price ranges mentioned above. If you’re interested in a more compact fashion, the boom 2 will likely meet your requirements. The boom 2 is a two-way wireless device that’s great for supporting communication between two or more people. If you are looking for a larger style, including a wall mounted one, then the elliptical style will likely fit your requirements. The elliptical style is ideal for those who want some sort of a port for connecting your phone or other media device nonetheless, it is not portable.
The replay p2 mobile speaker is designed for the ones that are on the go. These speakers are perfect for people who are looking to listen to music on the go, while they’re traveling from 1 spot to another. The replay p2 mobile speaker includes a small and compact design, making it effortless to take anywhere with you. The replay p2 speaker is equipped with a volume control, a microphone, and a speakerphone.


February 2017 Meetup Recap
Last month Dr. Csilla Farkas joined us again to talk Security and the Internet of Things. Dr. Farkas provided us with an engaging and interactive talk about an increasingly entertaining InfoSec topic.
Are you living in a smart home? Are you using smart devices to monitor your health? Is your organization considering to increase automation for sensing and controlling operations? While the concept of Internet of Things (IoT) may mean different things to different people, there is a common theme: the need for cybersecurity. The key security challenges are focused on three areas: 1) device vulnerabilities, 2) communication security and trust, and 3) data integrity, security, and privacy. In this talk I present a semantics-based approach to support IoT data integration and security.


In conventional speaker identification methods based on mel-frequency cepstral coefficients (MFCCs), phase information is ignored. Recent studies have shown that phase information contains speaker dependent characteristics, and, pitch synchronous phase information is more suitable for speaker identification. In this paper, we verify the effectiveness of pitch synchronous phase information for speaker identification in noisy environments. Experiments were conducted using the JNAS (Japanese Newspaper Article Sentence) database. The pseudo pitch synchronized phase information based method achieved a relative speaker identification error reduction rate of 15.5% compared to the conventional phase information (that is pitch non-synchronized phase). By cutting frames with low power and combining phase information with MFCC, a furthermore improvement was obtained.
Download Full PDF Version (Non-Commercial Use)


In a recent update to Hotmail, Microsoft enabled the use of HTTPS (a protocol that allows your computer to communicate with a remote server securely) for all connections from a browser to your Hotmail/Windows Live service. This feature was optional for all users employing the hotmail service for their messaging needs.
Updates to Outlook Hotmail Connector and Windows Live Mail bring a more secure connection to Microsoft's servers from your computer. I've always recommended webmail users to enable this optional safeguard, which is now standard for all Hotmail users.
This means that from now on all connections to your Hotmail account from your browser, Outlook Connector, and Windows Live Mail are secured. This is a phenomenal feature if you use public hotspots to access your email.
I think this is a move in the right direction as most users don't know how vulnerable they are when connected to public wireless networks.


© Herbert Hanewinkel
For securing web forms with public key encryption.
How to integrate it with existing PKI?
- Many sites use small key sizes for demonstrating the public key encryption only.
- a special mail reader with decryption software in Java
How to secure form data without any "special" processing software for decryption using standard keys sizes (>= 1024 bits)?
My provider offers a CGI program formmail.pl to forward form data as mail, a solution that is offered by most providers.
Encryption could be done automatically and hidden before transmission.
- The CGI program formmail.pl forwards the encrypted contents as mail.
- The mail is automatically decrypted by the receiver using a GnuPG/PGP mail plugin.
Decryption is done automatically by a GnuPG mail plugin for your favorite mail client.
The OpenPGP message format is described in RFC 2440 / RFC 4880 and implemented in the GnuPG software. PGP message encryption is based on symmetric encryption of a message using a random session key and public key encryption of the session key.
My contact form offers encryption for sending me confidental messages. It is coded to use my PGP 1024 bit RSA public key.
- rsa.js -- RSA encryption/decryption
- aes-enc.js -- AES encryption.
- mouse.js -- entropy collection from mouse motion and key press timing.
- pgencode.js -- OpenPGP message encoding.
- base64.js -- OpenPGP radix-64 encoding.
- pgpubkey.js -- RSA/Elgamal public key extraction from a PGP public key block.
- sha1.js -- SHA-1 implementation from Paul Johnston for OpenPGP Version 4 key ID calculation.
The packet decoder could be used as a starting point and extended for decrypting PGP encrypted messages:
Secret keys are stored by GPG by default CAST-128 encrypted.
- pgdecode.js -- Extracts values from PGP key and data blocks.
- PGP packet decoding -- Simple frontend for pgdecode.js.
- cast5.js -- CAST-128 encryption/decryption.
How the algorithms work:
Is it secure?
- The software encrypts form data at the client before transmission using strong public key encryption. An encrypted message is secured at the level provided by an RSA or Elgamal 1024 bit key, e.g. decryption of a single message will need a few month.
References & Links:
- RFC 4880: OpenPGP message format
- Gnu Privacy Guard
- John Walker's Browser-Based Cryptography Tools
- RFC 2144: The CAST-128 Encryption Algorithm
If you have questions regarding the software, send me a mail.
Please note that I can not answer requests about encryption in general.


Progress in quantum network
Chinese scientists have created the world's first integrated space-to-ground quantum network that can provide reliable, ultrasecure communication between more than 150 users over a total distance of 4,600 kilometers across the country, according to a study published in the journal Nature on Jan 7.
Led by Pan Jianwei from the University of Science and Technology of China, the research was conducted by a group of scientists over the past few years.
Reviewers of the study hailed the achievement as "impressive" and "futuristic", as it is the largest of its kind in the world. It also represents a major step toward building a practical, large-scale quantum internet, they added.
In the quantum network, several services such as video call, audio call, fax, text transmission and file transmission have been realized for technological verification and real-world demonstrations, the paper noted, adding commercial use is expected in the near future.


Jiaqi Cao, Xiaolan Wang*, Yansong Wang, Zhuo Li and Dongpo Yang Pages 1 - 11 ( 11 )
Background: In the process of high-speed driving, there are many source signals that affect the ear noise of passengers in the car. It is important to obtain the reference signal of Active Noise Control (ANC) of the vehicle at high speed condition.
Objective: This paper introduces a method to study the time-domain signal reconstruction of interior noise based on data-driven method.
Methods: Based on the noise signal collected in a car, the key point signals affecting the interior noise are determined by the acoustic transfer path analysis method. Considering the time-varying characteristics of the noise signal and the complex nonlinear relationship of interior noise, a noise reconstruction model based on wavelet decomposition Radial Basis Function (RBF) neural network is established. And the BP neural network noise reconstruction model is set up to compare the reconstruction effect.
Results: According to the reconstruction comparison, the average absolute error (0.0072) of the proposed algorithm model is smaller than the average absolute error of the noise reconstruction BP network model based on wavelet decomposition (0.0280), and the accuracy is improved by 74.29%. The average absolute error between the reconstructed value of RBF neural network and the real-value is smaller than that of BP neural network, and the error of the proposed model is less than 0.01. The method proposed in this paper can reconstruct the interior noise signal of vehicle accurately and effectively.
Conclusion: This paper proposes a reconstruction model of vehicle interior noise signal based on wavelet decomposition RBF neural network algorithm driven by data-driven, and verifies the effectiveness of the algorithm with the real vehicle test data. The reconstruction method of RBF neural network based on data-driven wavelet decomposition provides a certain reference value for ANC to obtain high-precision reference signal.
Data-driven, interior noise, radial basis function neural network, BP neural network, wavelet decomposition, reconstruction.
School of mechanical and automotive engineering, Shanghai University of Engineering Science, Shanghai 201600, School of mechanical and automotive engineering, Shanghai University of Engineering Science, Shanghai 201600, School of mechanical and automotive engineering, Shanghai University of Engineering Science, Shanghai 201600, Department of Automotive Engineering, Beijing Vocational College of Transportation. Beijing Daxing 102618, School of mechanical and automotive engineering, Shanghai University of Engineering Science, Shanghai 201600


Use a wi-fiDOT to harmonise the frequencies from wi-fi routers and other wireless transmitters to a naturally compatible resonance. Transforming the frequency in this way is designed to reduce its toxic effects.
The use of wi-fi has increased dramatically in the last few years with bluetooth, routers and base stations commonly found in the home as well as in the workplace. It is becoming ubiquitous in urban locations as well as on many means of public transport. Much of the countryside is increasingly becoming 'wireless' too.
Wi-fi devices are powerful transmitters of radio frequency information. They generate pulsed microwave radiation. Research published in the European Journal of Oncology (October 2010) demonstrates that pulsed microwave radiation affects the heart, referencing in particular radiation from digital cordless phone base stations. According to this research, some individuals are hypersensitive to specific frequencies.
How to use it:
Peel off the protective backing paper and fix securely to a wi-fi router - in the home, office, school or public hotspot locations. Even if you choose not to use a wi-fiDOT, at the very least be sure that any router in your home is switched off at night.
Harmonise radiation - €36. wi-fiDOT is guaranteed to last for 5 years.
Use a wi-fiDOT on the following:
If you are electro-sensitive and feel any discomfort when in a wi-Fi environment you could consider wearing a bioDOT. This will support your energy field in the midst of the wi-Fi radiation. Check out bioDOTs for different fun ways to wear this valuable energy aid.


Company ProfilePinnacle Scientific (China) Corporation is a high-tech trading and technical service company that is specialized in representing established overseas photonics companies and distributing their products in China. Our current suppliers include well-known photonics companies from Germany, US, Israel, Italy, Netherlands, Japan, Russia, Belarus, Lithuania, Finland and a number of other countries.
Pinnacle Scientific (China) Corporation carries products that cover fields such as lasers, spectroscopy, photonics, optical communications, optics, physics, electronics, biology and medicines, and can be widely used in research, education, product development and volume production.
Backed up by our prominent suppliers, broad product lines, and superior technical support, Pinnacle Scientific (China) Corporation is dedicated to providing world-class products and services to our customers. We are eager to work with you and explore the rapidly growing Chinese photonics market. Together we can contribute more to the growth of the photonics industry in China and worldwide.


000 Hot Dipped Galvanized Antenna Cellular Gsm Vhf Radio Lattice Tower , Find Complete Details about 000 Hot Dipped Galvanized Antenna Cellular Gsm Vhf Radio Lattice Tower,Lattice Tower,Gsm Antennas Lattice Tower,Vhf Radio Lattice Tower from Telecommunication Tower Supplier or Manufacturer-Jiayao Co., Ltd.VHF AM Digital Radio - Southern Avionics CompanyCXL 3-1LW is a 0 dBd, vertically polarized, omnidirectional base station antenna for the 118 - 137 MHz civil aviation band. The antenna is a broad-banded ½ dipole design, and it is equipped with our type LW mast mount, which is a lightweight, multi-purpose, epoxy-coated aluminium mounting bracket with stainless steel ttings.
You'll find a full listing of subcategories at the top of the page where you can narrow down your search with a variety of items like marine antenna mounts, VHF marine radio antennas, cellular phone antennas and amps, Wi-Fi antenna systems, TV antennas, AM/FM radio antennas and more.Antenna Placement and Isolation Guidelineand to establish a set of guidelines that can be used to design the Land Mobile Radio (LMR) systems (VHF and UHF). It will address the physical separation of antennas required to meet the isolation criteria and vhf radio gps antenna steel tower proximity with a steel tower. 4-3-2-001 Antenna Placement Guideline V1.0.Docx 7 . Figure 5: Simulated Antenna Pattern distortion at vhf radio gps antenna steel towerAntenna Side Mount Kits - Base Antenna Mounts | The vhf radio gps antenna steel towerRohn Products LLC - ROHN 25G Face Antenna Mount Assembly Kit The ROHN R-DM25G2 Tower Face Dish Mount is designed to mount antennas directly to the tower face and bolts to any of the three faces of a ROHN model 25G tower. The kit includes two (2) steel angle cross members and all
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These are short antennas, usually short stainless steel rods, with a coil at the base of the antenna. The primary disadvantage is they typically only have +3dB gain (which may barely compensate for the losses due to the length of the coax run at VHF frequencies).Build a 25-50 free standing Tilt then Crank up tower antennaYou will receive the drawing package so you can build your own tilt up tower. To be used for Ham radio antennas or wind turbines. It is constructed of 2 lengths of Box steel inserted inside of each other. You can tilt the tower down to work on your antenna or wind turbine at about 4off the ground. vhf radio gps antenna steel tower MFJ-269C HF/VHF/220MHZ/UHF,.530 vhf radio gps antenna steel towerCommercial Antenna Towers - Antenna ProductsAPC is a leading manufacturer of industrial and commercial antenna towers from 10-150 feet, including RTR guyed and self-supporting configurations for military and defense, aviation, transportation and carrier industry applications. Our RTR (remote transmitter/receiver) towers
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Look around for church steeples, water towers, old ham radio towers, bridges, billboardsanything tall. The best solution is if you can put a fifteen or twenty foot pole on top of something that is already tall. Ideally, the antenna should be about one wavelength (eleven or twelve feet) from any other object (except for the pole it is mounted vhf radio gps antenna steel towerHow close can I mount two VHF/UHF antennas | KB9VBR J Jul 28, 2013 · Your 2 meter antenna isnt resonant on HF frequencies and your HF antenna isnt resonant on the 2 meter band, so their proximity isnt much of an issue than two VHF antennas next to each other. The formulas and distances of course are theoretical and other outside factors like buildings, structures, other antennas, towers could affect how your antennas receive and transmit.MANUFACTURERS Amateur RadioStealth Antennas HA5CMG Stealth 2000 HF Mobile antennas are state-of-the-art, fourth generation design; Texas Towers Online Ham Radio Store; Universal Towers Manufacturing free standing aluminum towers; US Tower Steel Telescoping Towers. Wilson Antennas powerful CB antennas for the automobile and 18 wheel tractor rigs.
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The Chairman, Internet Protocol Version Six (IPv6) Council, Mr Mohammed Rudman says Nigeria is rated the first in Africa and seventh in the use of the internet in the world.
Rudman made the disclosure during the inauguration of IPv6 Council Communications and Advocacy Committee in Lagos on Monday.
He, however, said that Nigeria needed to migrate to IPV6 to maintain its position in Africa and move higher in the global ranking.
The News Agency of Nigeria (NAN) reports that an Internet Protocol (IP) address is essentially a postal address for each and every Internet-connected device.
Without one, websites will not know where to send the information each time a person performs a search or try to access a website.
IPv6 is the most recent version of IP, the communications protocol that provides an identification and location system for computers on networks and routes traffic across the internet.
Rudman decried the low level of IPv6 ready networks, as well as usage in Nigeria, even as the country occupied first and seventh positions in internet usage in Africa and the world respectively.
``We do not want Nigeria to be left behind in the migration to IPv6, this is why we need to step up the awareness and advocacy campaign.
``The campaign will ensure that Internet Service Providers (ISPs), telecommunications operators, banks, educational institutions, among others migrate to IPv6, ‘’ he said.
According to him, the low level of uptake of IPv6 in the country is due to lack of technical know-how, core equipment compatibility issues, lack of IPv6 upstream service providers in the country and non-requests from end users, among others.
He said that for the use of IPv6 to grow in the country, there should be IPv6 awareness and capacity building, through organising seminars, trainings, and even incorporating IPv6 into university curriculum.
Rudman stressed the need to provide some profit incentives to the Internet Industry to encourage them to adopt IPv6 based Infrastructure.
He said that these incentives could include reduction in regulatory fee and tax rebates.
The IPv6 Council Chairman said that the committee was inaugurated as part of the efforts to ensure that Nigerian networks migrated to the internet protocol in good time.
Responding, the Chairman of the Committee, Mr Remmy Nweke, said that advocacy was pertinent because Nigerians were already tired of hearing the country leapfrogging to catch up with the rest of the world, even in Africa, following the clear depletion of IPv4.
``When the IPv6 Council Nigeria was given birth to after series of discussions, especially with the global IPv6 Forum led by Mr Latif Ladid,
I had no doubt we are making progress but slowly.
``Let us up our games and wear our IPv6 swimming suits, by way of embracing the 21st century IP concept, which is IPv6, so as to learn and impact our generation as we move along.
``I wish to assure that this committee will do everything possible to promote IPv6 in Nigeria and in the sub region, as well as the continent and world at large, ‘’he said.
Other members of the committee included: Mr Bayero Agabi, Mr Chike Onwuegbuchi, Mrs Nahimah Ajikanle Nurudeen Nurudeen and Mr Martin Ekpeke.
Part of the mandate of the committee is to assist the Board of the council in effectively overseeing its communications and advocacy strategy and policies.
It is also to assist in public and stakeholder engagement that will facilitate the adoption and usage of IPv6 addresses in Nigeria by ISPs, telecommunications companies, higher educational institutions and other IP centric organisations.


Minister of Post, Telecommunications, Technologies and Digital Technologies, Houda Imane Feraoun, has disclosed that the country will be connected to two new fiber-optic submarine cables before the end of this year.
The first one will connect Oran and Algiers to Spain while the second will connect Annaba in the northeastern country of the country to several countries from the Americas to Asia.
The minister revealed this when responding to questions from members of the Council of the Nation, the upper chamber of the Algerian parliament here Tuesday after he had presented a Bill defining the general rules relating to the Post Office and telecommunications service.
Work on the connections “could have been the main cause for slower Internet connections and other problems encountered during maintenance on one of the existing cables”.
“Investment in this field is ongoing. We hope to have the new cables ready within the set deadlines,” said the Minister.


New Communications Model Offers Tighter Process Control and Enhanced Plant Automation
The New PROTEUS Communications Model adds support for Modbus RTU and Profibus (Process Field Bus) DP protocols to facilitate high speed, 2-way communications. This allows plant operators to link devices from different vendors to a central SCADA (Supervisory Control And Data Acquisition) system for control, monitoring, and troubleshooting activities.
Proteus metering pumps are mechanically actuated diaphragm pumps driven by advanced variable speed technology to address specific requirements of chemical addition in water treatment. All three configurations of PROTEUS pumps – Manual, Enhanced, and Communications – also address the process control requirements of a wide range of applications including water and wastewater treatment, agricultural, chemical, oil & gas; power generation, pulp & paper, and textile industries.
Each PROTEUS model features a backlit color display with convenient navigation in five languages: English, French, Spanish, Portuguese, and Chinese.
Whatever your application, the PROTEUS series is ready to outperform and outsmart your most demanding application.
A mechanically-actuated diaphragm pump driven by advanced variable speed technology to provide the most accurate and reliable performance in the industry.
Expanded capacity to 53 GPH (201 LPH) to meet a wider range of specifications in the same footprint.
Refreshed user interface making programming inputs and out puts easier than ever.
Maximum application customization through advanced easy-to- use operation interface with backlit color display and enhanced settings.
Remote connectivity enables control and feedback in real time.
Universal power supply provides maximum flexibility (100-240V, 50/60 Hz) to power your pump.
Multilanguage navigation (English, French, Spanish, Portuguese and Chinese) offers convenient operation in the field.
Innovative drive system creates superior +/- 1% steady state accuracy over 1000:1 turndown ratio for greater flexibility in handling difficult chemicals.
Optional liquid-end materials (polypropylene, PVDF, and 316L Stainless Steel) to maximize the life of the pump in challenging environments.
Mechanically actuated diaphragms provide easy maintenance with years of field experience.
Rugged construction with NEMA 4X/IP 65 housing and protective cover protect in the harshest environments.
Modbus RTU and Profibus DP enabled for 2-way communication
Increased capacity to 53 GPH (201 LPH) to meet a wider range of specifications in the same footprint.
Refreshed user interface making programming inputs and outputs easier than ever.
Advanced 2-way communications via Profibus DP or Modbus RTU protocols
Innovative drive system achieves +/-1% accuracy and 1000:1 turn-down.


Embraer has selected Viasat Ka-band technology for its Legacy 450 and 500 medium-cabin jets. The high-speed connectivity solution will be available from the second quarter of 2019 for line-fit and retrofit.
Initial service speeds are expected to be 16Mbps, with the potential to increase as Viasat expands its network capacity with additional satellite services. In addition to data connectivity, live TV streaming is expected.
This solution complements the already operational Gogo Avance L5 air-to-ground connectivity system, which has been installed in both aircraft, giving access to 4G networks. The Avance L5 system delivers data rates of up to 9.8Mbps for downlink, covering the continental USA and portions of Alaska and Canada.
In 2017, Embraer announced the selection of Honeywell to provide Ka-band data connectivity for the Lineage 1000E. Honeywell has since received certification from the FAA, EASA and Brazil’s ANAC, enabling its JetWave hardware to be installed on the Lineage 1000E.
June 7, 2018


Just yesterday, Archos released a lineup of its 6-gen portable multimedia players, oh wait, they call it Internet Media Tablets now, which totally made me go ‘woah’. Is this the makeover of PMP to IMT that everyone has been waiting for?
It’s got Wi-Fi, HD video support, web browsing, email, a huge HDD (up to 250GB), and built-in HSPDA 3G connectivity. It’s also got dock connectors, GPS, DVR, video/audio recording and more.To summarise, there’s (From left) Archos 7, Archos 5 and Archos 5G. The main difference between 5 and 5G is that the latter has only 30GB HDD but can have a 3G enabled SIM card plugged in to surf the net on the go. The former have 60,120 and 250 GB versions but requires a USB dongle 3G modem to surf the net unless you have a nearby wifi spot.
All I know is : my cowon A3 still plays mkv and ogm. But these IMT SURE LOOK GORGEOUS. Read on for full specifications.


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Breaking Down Walls, Building Bridges: WhatsApp Goes Multi-Platform
Cross-Platform Messaging Explained
What it is Cross-Platform Messaging:
Cross-platform messaging allows users on different messaging apps to communicate with each other directly, regardless of the app they use. This means you could chat with someone on WhatsApp while they’re using Telegram, for example.
How Cross-Platform Messaging works:
The technical details are complex, but generally, it involves protocols and APIs that enable platforms to exchange messages securely. It’s still early days, but some solutions involve integrating existing protocols or developing new ones.
Advantages & Disadvantages of Cross-Platform Messaging:
Cross-Platform Messaging Advantages:
Convenience: No more needing everyone to use the same app to stay in touch.
Choice: Users can choose their preferred app without limiting communication.
Competition: This could encourage platforms to add features and innovate.
Accessibility: Potentially reaches more people, breaking down barriers.
Cross-Platform Messaging Disadvantages:
Technical challenges: Implementing secure and seamless communication across different platforms is complex.
Privacy concerns: Ensuring data privacy and security across diverse platforms is crucial.
Limited adoption: Not all platforms are onboard yet, hindering its reach.
Potential monopoly concerns: If one platform dominates, it could stifle competition.
Cross-Platform Messaging Availability:
Currently, widespread cross-platform messaging isn’t a reality. However, there are some developments:
WhatsApp: Under EU regulations, WhatsApp is developing internal solutions for future interoperability.
Apple Messages: iMessage already has some compatibility with Android devices through SMS/MMS, but true cross-platform messaging isn’t available yet.
Other platforms: Apps like Telegram, Viber, and Signal have expressed interest, but concrete plans are scarce.
It’s an evolving landscape, and the future of cross-platform messaging depends on technical advancements, regulations, and platform willingness to collaborate. It has the potential to revolutionize communication, but challenges remain before it becomes fully realized.
WhatsApp Goes Multi-Platform for Cross-Platform Messaging:
WhatsApp, the ubiquitous messaging giant, is set to shake things up with the introduction of cross-platform messaging. This landmark move, driven by the EU’s Digital Markets Act (DMA), opens doors for users to chat with contacts on other platforms like iMessage, Telegram, and Signal. But what does this mean for businesses? Buckle up, as we navigate the impact trade and explore the exciting possibilities.
Expanding Reach, Simplifying Communication
Imagine a customer seamlessly transitioning from a Facebook ad click to a WhatsApp chat, or a support agent resolving issues across platforms.
Cross-platform messaging breaks down communication silos, allowing businesses to:
Reach a wider audience: Tap into user bases of other platforms, potentially increasing customer acquisition and engagement.
Offer omnichannel support: Provide seamless assistance wherever customers are, boosting satisfaction and loyalty.
Streamline workflows: Manage conversations across platforms from a single interface, improving efficiency and productivity.
The Trade-Off: Privacy and Security in the Spotlight
While the benefits are enticing, concerns linger around privacy and security. End-to-end encryption, a cornerstone of WhatsApp’s appeal, might not extend to cross-platform messages. This could raise eyebrows for privacy-conscious users and businesses alike. However, WhatsApp assures its commitment to data security and is exploring encryption protocols compatible with other platforms.
Business Impact: Weighing the Scales
For businesses, the impact trade involves carefully considering:
Potential loss of control: Data security concerns might deter some businesses, especially those handling sensitive information.
Integration complexity: Adapting to a new system and managing cross-platform communication adds complexity.
Growth opportunities: The potential to reach new customers and improve communication outweighs concerns for many businesses.
The Road Ahead: A Phased Rollout
The cross-platform messaging feature is still in its early stages. Initially, it might be limited to Europe, complying with the DMA. However, a global rollout is expected, with details on implementation and specific features to be unveiled in the coming months.
Conclusion: A Paradigm Shift for Businesses
WhatsApp’s cross-platform messaging represents a paradigm shift for businesses. While challenges exist, the potential for wider reach, streamlined communication, and improved customer experience is undeniable. Businesses that embrace this change, navigate the privacy landscape, and adapt their strategies stand to gain a significant competitive edge. So, stay tuned, the messaging game is about to get a whole lot more interesting!


Capgemini is a multi-billion dollar international consultancy focused on leader technology services and digital transformation. Finally, the system no longer supported their digital roadmap. To make matters worse, teams across Capgemini were becoming frustrated with the lack of usability and extensibility. Understandably, teams created their own solutions outside the group platform. These workarounds created a governance nightmare. Capgemini had a clear requirement: their new platform would promote a decentralized approach to publishing and provide a workflow and communication framework to increase visibility into the production process. Now, the CMS supports Capgemini in delivering their business objectives and empowers their global network of teams to do their jobs effectively.
Expertise in the Retail Sector. Supporting the oldest and one of the largest broadcasters in the world. Enabling companies in the utility sector to operate more efficiently.
Breakthrough innovation specialist Cambridge Consultants, part of Capgemini Engineering group, announces the completion of a decade long, multidisciplinary project with Iridium Communications Inc. The project culminated with the deployment of 75 new satellites into low earth orbit. The Iridium satellite constellation is the only commercial communications network with pole-to-pole coverage of the entire planet. Technology developed in partnership between Cambridge Consultants and Iridium will enable enhanced and entirely new IoT and mobile internet applications through smaller and more cost-effective terminals.


This paper concentrates on the primary theme of Atlas advertising Agency in which you have to explain and evaluate its intricate aspects in detail. In addition to this, this paper has been reviewed and purchased by most of the students hence; it has been rated 4.8 points on the scale of 5 points. Besides, the price of this paper starts from £ 40. For more details and full access to the paper, please refer to the site.
Atlas advertising Agency
1-Complete two case studies of your choice, from the mini-cases IV, V, and VI
2-Describe the high-level architecture of typical ADSL network
The book is called BUSINESS DATA COMMUNICATIONS AND NETWORKING
Local Area Network
The Atlas advertising agency will need to have Local Area Networks in its offices. A local Area network is a type of network installed in a single building or office. Depending on the need of the organization and the technology it has employed, a LAN can be as simple as a printer and two PCs in a single office. This type of network may need to be extended through the organization, which will include video and audio peripherals. The LAN network will enable the organization to share resources between workstations which include hardware, software application or data.LAN network can be used to link a workgroup of task-related PCs, for example it may be used to connect accounting PCs or nay other business workstations within the building or organization.
Metropolitan Area Network
Atlas advertising agency may also need to have a metropolitan area network (MAN) to allow communication between different buildings located within the city. MAN will be located between buildings that could need to share information within a single city. This type of network has a size that is between a WAN and a LAN. It normally covers a single city or town and is designed for clients who need a network with a high-speed connectivity, usually to the Internet, and whose endpoints are spread over part of city or a whole city. MAN can for example a telephone network that can be used to provide a high-speed DSL line to customers within the organization.
Wide Area Network
A wide Area Network offers a wide range transmission of data, audio, video or image information over a large geographical region that may include a country, continent or even the whole world. Since the advertising agency offices are located in different cities within a large geographical area, a WAN network could be useful for communication among the different cities.
Standard Protocols and Technologies
There are different network protocols and technologies that will be used in the network layers.
Network Layer– In this layer The TCP/IP supports the Internetworking Protocol (IP) that in turn also uses other different types of protocols such as ICMP, RARP and IGMP.The IP is an unreliable connectionless protocol that can be described as a best-effort delivery service
Transport Layer-The main protocols in this layer are the User Datagram Protocol (UDP) and the TCP. The UDP is much simpler of the TCP/IP protocols. This type of protocol conducts a checksum error control, adding port addresses and length information from the upper layer.TCP on the other hand offers full transport services to applications. It is a connection-oriented and reliable transport protocol.


Sometimes you need to measure latency and you also want to use Ableton Live. This “TH Latency Measurement” Max for Live patch allow you to measure the latency between 2 channels. Send audio out one channel, receive that audio into another, then run it through the M4L patch to view the delay in milliseconds and samples.
TH Latency Measurement (M4L Patch) – TH Latency Measure.amxd
Ableton Set with MIDI Impulse (Ableton Project) – TH_Latency_Measurement Project
Place “TH Latency Measurement” on a Return track to measure the delay between the Left and Right Channels. Setup an Ableton Live session to output audio (preferably simple, such as a sine wave) out the left channel while also routing the audio to the return track. Receive audio from a channel, pan it right and send that to the return track.
(One Computer – Live and Jack)
Follows is an example of audio routed out of Ableton through Jack (with a “Frames/Period”, i.e. buffer of 1024 samples). Stereo audio is routed out of Live and back into Live. The audio is also routed to the System so that we can hear it.
(Two Computers – Live #1-> Jack -> Jacktrip -> Jack -> Jacktrip -> Live #1)
In this example audio is output from Live on Computer #1, sent to another Computer #2 via Jacktrip, then routed directly back via Jacktrip, back into Live and into the Return track for measurement.
(Two Computers – Live #1->Jack -> Jacktrip -> Live #2 -> Jack -> Jacktrip -> Jack -> Live #1)
Computer #1 (same as the above example)
Computer #2 (Ableton Live routes audio in and directly out)


The smartphone accomplished its incredible job with a wide range of different sensors —Today I will tell you, what are they, what do they all actually do? & various examples of sensors
What are really sensors?
A SENSOR is a device that detects and measures the conversion of energy based on physical parameters or processes and converts the real world information into an electrical signal.
In Smartphones there are plenty of different sensors, some of the most used types of mobile sensors discussed here, (the 9th one is based on latest technology) are:
Different types of Sensors :
- Proximity Sensors
- Light Sensors
- Hall effect Sensor
- Fingerprint Sensor
- Iris Scanner
- Touch Screen
The proximity sensor is a type of mobile sensor that is able to detect the presence of nearby objects without any physical contact, IT comprised of an infrared LED and an IR light detector. This type of sensors are placed near the earpiece of a phone.
The type of sensor works by shining an invisible beam to humans( infrared light ) which is reflected from a nearby object and picked up by the IR detector.
These type of sensors are used in Automatic Brightness Adjuster to decrease or increase the brightness. First, it measures how bright the ambient light then, It uses this data to adjust the display’s brightness automatically
It converts light energy of various wavelengths from infrared to UV into the electrical energy(or to an electrical signal). This is the reason that they are named as photoelectric devices.
Some of the Higher-end phones like – Samsung galaxy S10+, google pixel3, iPhones have a built-in barometer – It is a type of sensor that can measure atmospheric pressure.
Data measured by this sensor can be used to determine, how high the device is above Sea level, which results in improved GPS accuracy.
it consists of pressure transducer sensors which use an enclosure and a sensitive diaphragm to detect pressure changes and convert it into an electric signals.
There’s is a digital compass in our smartphones that are usually based on a sensor called magnetometer.
It provides a simple orientation with respect to the Earth’s magnetic field.
As a result, your phone always knows which way is North so it can auto rotate your digital maps depending on your physical orientation.
Magnetometers are also found in metal detectors & that’s the reason why metal detector apps works on your smartphone.
Hall effect sensors are Fast operation which is used for proximity switching, positioning, speed detection, and current sensing applications. It is usually located on upfront side of the display.
Hall Effect Sensors devices are activated by an external magnetic field.
When the Magnetic flux density around the sensor exceeds the readings increase and screen turn off and When the cover is lifted up,
The readings decrease thus the screen turns on.
Accelerometers also are known as gravity sensors,
In smartphones, they detect changes in orientation and tells the screen to rotate.
Apps use this mobile sensor to determine whether your phone is in portrait or landscape orientation.
It detects acceleration, vibration, and tilt to determine movement and exact orientation along the three axes.
It consists of two parts which are the piezoelectric effect and the capacitance sensor.
It uses microscopic crystal structures that become stressed due to accelerative forces.
These crystals create a voltage from the stress and the accelerometer interprets the voltage to determine velocity and orientation.
The gyroscope is a sensor that can provide orientation information with greater precision.
It is the best example of sensor, which adds another level of precision so that you could get a 360-degree photo sphere. Some of the Popular apps like Pokemon Go, 3d-racing games, Google Maps uses gyroscope sensor
Gyroscope is based on the principle of conservation of angular momentum.
GPS units in our smartphone communicate with the satellites to determine our precise location of any place.
Modern-day GPS units inside smartphones combine GPS signals with other data, like cell signal strength, to get more accurate location readings.
These type of sensors are used in Popular apps like Ola, Uber, Zomato, Swiggy
There’s a thermometer in every smartphone but they’re used to monitor the temperature inside the device and its battery and If a component is detected to be overheating, the system shuts itself down to prevent damage.
However, some Smartphones come with additional thermometers to measure temperature like-Samsung Galaxy S4, Samsung Galaxy Note 3, Motorola X.
also read: Home automation and its gadgets, using IOT
Touch Screen is an example of a mobile sensor which can work with anything that holds an electrical charge – including human skin.
The Capacitive Touch Screen which we uses, are constructed from materials like copper or indium tin oxide that store electrical charges in an electrostatic grid of tiny wires, each smaller than a human hair
when a finger hits the screen, A tiny electrical charge is transferred to the finger to complete the circuit, creating a voltage drop on that point of the screen.
Tip: Apple introduced First capacitive touchscreen in its iPhone(1G)2007 before that resistive screens were used in the display.
also read: In-display Vs Under-display fingerprint
The Fingerprint sensor is basically of two types Capacitive fingerprint sensor & Optical fingerprint sensor, it generates an image of the ridges and valleys that make up a fingerprint and records your fingerprint electrically.
And Recently Qualcomm in Dec 2018, introduced new Ultrasonic fingerprint Scanner, these are currently used, only by Samsung in its latest Galaxy S10/S10+ series
Note: Motorola Atrix introduced First optical fingerprint sensor publicly in 2011,
And in 2013 Apple introduced iPhone 5s, first capacitive fingerprint sensor
It is a type of biometric identification type sensor that uses mathematical pattern-recognition techniques that uses both visible and near-infrared light to take a clear, high-contrast picture of an individual iris.
Note: Fujitsu ARROWS NX F-04G, Japanese mobile company launched the first iris scanner in 2015.
It is an acoustic to an electric transducer or mobile sensor that detects sound signals and converts them into an electrical signal.
Apart from making and receiving calls, it is also used for voice search and voice commands for digital assistant apps like Google Assistant, Alexa, Siri, etc.
Note: “The first handheld cellular phone call was made on April 3, 1973, by Motorola engineer Martin Cooper from Sixth Avenue in New York while walking between 53rd and 54th streets.”
These were some of the different sensors used as Mobile sensors that we use in our Day to Day life form car parking sensors to changing TV Channels of some Saas Bhau. These have become an integeral part of our life.
also, Comment if there is any important mobile sensor left