BELKIN MODEL F7D1101 V1 DRIVERS
The uath 4 driver should work with the following adapters:. The following systems are partially supported by FreeBSD. If the driver in question has a manual page in the FreeBSD base distribution most should , it is referenced here. All users of FreeBSD The siis 4 driver supports the following controller chips:. EISA adapters are not supported. They are supported by the sn 4 driver.
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The ale 4 device driver provides support for the following Ethernet controllers:. Belkin model f7d1101 v1 xl 4 driver supports the following hardware:.
All users of FreeBSD The scc 4 driver supports the following classes of SCCs:. Other similar devices using the same hardware may also be supported. The following devices are supported by the smsc 4 driver:. The mvs 4 driver supports the following controllers:. While this older firmware does support most BCM43xx parts, the bwn 4 driver works better for the newer chips it supports.
This means that some devices, which are supported by multiple drivers, may appear multiple times. This page was last modified on 23 Augustat EISA adapters are not supported.
Only analog playback is supported.
In particular the fiber channel controllers in SBus-based systems are not supported. The following systems are partially supported by FreeBSD. The vte 4 device driver provides support for the following Ethernet controllers:. As of f7d1011 writing, the following processors are supported:.
RPi USB Wi-Fi Adapters – 01
FreeBSD will generally run on ibased laptops, albeit with varying levels of support for certain hardware features such as sound, graphics, power management, and PCCARD expansion slots.
The ep 4 driver supports the belkin model f7d1101 v1 cards. Note that the Adaptec C is supported by the ahc 4 driver.
Cronyx Sigma, Sigma, Sigma, Sigma Arch use rtusb module. On Debian requires the firmware-ralink package from the Squeeze-firmware non-free repository. This file, and other release-related documents, can be downloaded from https: The SCSI controllers belkin model f7d1101 v1 by sym 4 can be either embedded on a motherboard, or on one of the following add-on boards:.
Belkin model f7d1101 v1 adapters are known to work on the Raspberry Pi. The following add-on boards are known to be supported:. The mrsas 4 driver supports the following hardware:. The v4 version of the firmware that bwn 4 uses does not support these chips. The em 4 driver supports Gigabit Ethernet adapters based on the IntelER, PI,belkin model f7d1101 v1,EB, GB,, and controller chips:.
Apple iPhone tethering all models Apple iPad tethering all models. Chips supported by the gem 4 driver include:.
FreeBSD RELEASE Hardware Notes
The following systems are fully supported by FreeBSD:. Adapters supported by the sk 4 driver include:.
This section describes the devices currently known to be supported by FreeBSD. Supported Processors and System Belkkn. Controllers supported by the amr 4 driver include:. SMP is supported on all systems with more than 1 processor.


The most common question asked by many Android phone users is that, is there any harm in keeping your phone on power saving mode and how power saving mode increases the battery life? So first of all, the answer to the first question is that there is no harm to your phone if you keep your phone in power saving mode. In fact, it will increase the battery life.
And for the answer to the second question, I need a little explanation so you can easily understand that how power saving mode increases the battery life.
Which type of battery is used in our mobile phones and what is the meaning of charge cycle in phone battery?
In mobile phones, lithium-ion battery is used. The most common reason for using this battery in the mobile phone is that it is a very light-weight. The lithium-ion battery has limited charge cycle, typically 1000 charge cycle. For example, your mobile phone battery is 45% and you charge your phone to 100%. When you use your phone again and consume your 55% of phone battery then one charge cycle occurs. In simple words, 100% usage of phone battery is equal to the consumption of one charge cycle of your phone battery.
So when you keep your phone in power saving mode, it will reduce the consumption of battery and typically increases the period between each charge cycle.
|Power saving mode on Android phone
What does power saving mode do and how it increases the battery life?
When you activate the power saving mode, it will change the setting of your phone. The tradeoff is in power saving mode, mobile data, WiFi, Bluetooth and auto-syncing of apps and emails, etc, will closed.
In conclusion, keeping the phone in power saving mode is good, and typically increases the battery life.


QUESTION: Are the channels you get with the [HDTV Hot Rod] antenna actually full HD?
QUESTION: What all do I get in the box?
ANSWER: The HDTV Hot Rod antenna comes with the 13" (might I say, super attractive) HD antenna, 3' of high quality coaxial cable and two adhesive-backed mounting pads.
QUESTION: How durable is the [HDTV Hot Rod] antenna?
ANSWER: The HDTV Hot Rod antenna is made from .5 inch rigid acrylic tubing and is very durable. That's why we're comfortable offering a full 30 day money back guarantee.
QUESTION: What is the overall size of the [HDTV Hot Rod] antenna?
ANSWER: The HDTV Hot Rod antenna measures 13 inches by .5 inches in diameter.
QUESTION: Is there a guarantee?
ANSWER: Yes. We offer a full 30 day money back guarantee.
QUESTION: Do I need any special tools to install it?
ANSWER: No. The HDTV Hot Rod antenna installs in seconds and requires no tools. Click the Installation tab at the top of our website for more installation details.
QUESTION: Does it plug into my HDMI port?
ANSWER: No. The HDTV Hot Rod antenna plugs into the 3/8" coaxial port that comes standard on all TV sets.
QUESTION: Can I still get the same channels I get with my satellite dish/cable service?
ANSWER: The HDTV Hot Rod antenna picks up free, local, over the air broadcast channels that are available as paid channels through your cable or satellite service provider. but will NOT pick up paid only channels such as HBO, Showtime, Cinemax, Stars, Encore, etc. An example the quality channels you could pick up include FOX, ABC, CBS, NBC, The CW, Bounce, GRIT, Telemundo, MundoFOX, UNIMAS, and many many more.
QUESTION: Will the [HDTV Hot Rod] antenna work on my laptop/computer?
ANSWER: Yes. Provided your laptop or computer is outfitted with a TV adapter card.
QUESTION: Does the [HDTV Hot Rod] antenna have to be mounted outside?
ANSWER: No. The HDTV Hot Rod was designed to mount neatly behind your television set either to the wall or to the television itself. However, reception may improve if mounted outdoors or next to a window.
QUESTION: Do I need a signal amplifier?
ANSWER: A signal amplifier only improves the quality of the signal that you already receive and will NOT extend the distance of reception. Which means if a tower is out of range an amplifier will not help. The HDTV Hot Rod Antenna is engineered to pick up ALL available signals in your area without the aid of an amplifier. In some cases an amplifier may improve signal strength but in many cases can actually interfere with reception. Simply put, it's honestly a trial and error thing. In most cases you will not need a signal amplifier. We recommend testing the signal strength to see what channels are available in your area. To do this click on the TEST SIGNAL button on our website.
QUESTION: Is this the greatest HDTV antenna ever made?
ANSWER: YES! (ok, so we may have made this last one up. But still.......yes)
TEST SIGNAL STRENGTH
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1. Introduction. applications of analog systems despite their unification with digital parts still remains important in various technical domains, such as military, acoustic or radio frequency (RF). The continuously growing the number of elements makes their testability (i.e. the ability to distinguish between particular fault sources) difficult to obtain. In case of high frequency and data acquisition systems, conducting the diagnostics of analog and digital parts separately is crucial in achieving satisfying work evaluation results. The testability of digital circuits have already been well defined, there are no such procedures prepared for the analog and mixed systems . Identification of such systems is a key to decrease the production costs of modern electronics . The analog systems, diagnostics is complicated by the tolerances of elements or noise (which must be treated during the signal processing operations prior to the fault detection or identification). The testability of mixed systems is included in the IEEE 1149.4 norm . For analog systems, no such standards exist. The Artificial Intelligence (AI) approaches have been extensively used to monitor the state of analog systems during the last twenty years. Currently, sophisticated computer systems are able to perform fault detection, location and identification in the real time. The advanced concepts of the AI include the classifier fusion  or the combination of supervised and unsupervised learning systems . Contemporary approaches are heuristic and their parameters must be optimized to maximize the accuracy. Therefore one of the most pressing issues in the fault detection and location domain is the investigation and applications of optimization methods. The paper presents the overview of optimization algorithms and their applications to particular problems. The most widely used approaches are briefly described and their diagnostic implementations consi[...]
Wyniki 1-1 spośród 1 dla zapytania: authorDesc:"Adrian Bilski"


The FT93C46/56/66 series are 1024/2048/4096 bits of serial Electrical Erasable and Programmable Read Only Memory, commonly known as EEPROM. They are organized as 64/128/256 words of 16 bits each when the ORG pin is connected to VCC (or unconnected) and 128/256/512 words of 8 bits (1 byte) each when the ORG pin is tied to ground. The devices are fabricated with proprietary advanced CMOS process for low power and low voltage applications. These devices are available in standard 8-lead DIP, 8-lead JEDEC SOP, 8-lead TSSOP and 8-lead DFN packages. Our extended VCC range (1.8V to 5.5V) devices enables wide spectrum of applications.
The FT93C46/56/66 is enabled through the Chip Select pin (CS), and accessed via a 3-wire serial interface consisting of Data Input (DI), Data Output (DO), and Shift Clock (SCL). Upon receiving a READ instruction at DI, the address is decoded and the data is clocked out serially on the data output pin DO. The WRITE cycle is completely self-timed and no separate ERASE cycle is required before WRITE. The WRITE cycle is only enabled when the part is in the ERASE/WRITE ENABLE state. Once a device begins its self-timed program procedure, the data out pin (DO) can indicate the READY/BUSY status by rising chip select (CS).
Standard Voltage and Low Voltage Operation:
FT93C46/56/66: VCC = 2.5V to 5.5V
FT93C46A/56A/66A: VCC = 1.8V to 5.5V
User Selectable Internal Organization:
FT93C46: 128 x 8 or 64 x 16
FT93C56: 256 x 8 or 128 x 16
FT93C66: 512 x 8 or 256 x 16
2 MHz Clock Rate (5V) Compatibility.
Industry Standard 3-wire Serial Interface.
Self-Timed ERASE/WRITE Cycles (5ms max including auto-erase).
Automatic ERAL before WRAL.
Sequential READ Function.
High Reliability: Typical 1 Million Erase/Write Cycle Endurance.
100 Years Data Retention.
Industrial Temperature Range (-40o C to 85o C).
Standard 8-pin DIP/SOP/TSSOP/DFN Pb-free Packages.查看詳情


Our Services: Computer Networking in Charlotte
Data Cabling Solutions offers premium-quality and innovative services in computer networking for Charlotte, NC. We have the talents, experience as well as the equipment to handle any kind of wiring installation, build out and cabling jobs that you might need done. We offer category 5/6 cabling, raised floor installation, PBX wiring, MDF wiring, cubicle cabling, fiber installation, IDF/MDF build outs, demo work, as well as riser and vertical cabling.
We value customer loyalty and creating successful relationships with our clients. Servicing the Charlotte and Raleigh area since 2005, we know just how important an efficient, fully-functioning and neat office space is vital for employee and overall business productivity. Read more in-depth snippets of each of our services below. For all your needs in computer networking in Charlotte, contact us now!
Category 5/6 Cabling
Copper cabling is a standard among all infrastructure systems. Understanding the design and layout is key for cabling success.
Raised Floor Installation
More and more of today's Infrastructure are calling for raised floor installations in a controlled environment. (critical facilities)
We can maintain your internal phone system as well as your network work. Moving phones for end users and routing numbers from floor to floor.
Wiring a MDF or a Server room is a daunting task. Cabinets need to link up to an array of cabinets and a grid that will have you scratching your head.
Office environments use modular furniture systems. Typical Installation of cubes and office furniture is key for the end user.
Getting you linked up and connected is priority one for a network. Installing Fiber from your servers and switches or just patching in.
IDF/MDF Build outs
We can build out a complete infrastructure of cabinets, cable tray's, wire management, shelves and stack all of your equipment.
We'll remove old infrastructure like cabinets, shelves, ladder rack, equipment and cabling. So you can prepare to start over or expand.
Riser / Vertical Cabling
Installing the backbone of your system is crucial for your network's success. Whether it's Fiber, Copper, Coax or just regular category cable.


Such nodes are physically much closer to devices if compared to centralized data centers, which is why they are able to provide instant connections. The considerable processing power of edge nodes allows them to perform the computation of a great amount of data on their own, without sending it to distant servers. The integration of the Internet of Things with the cloud is a cost-effective way to do business. Furthermore, as fog computing enables firms to collect data from various different devices, it also has a larger capacity to process more data than edge computing. “Fog is able to handle more data at once and actually improves upon edge’s capabilities through its ability to process real-time requests. The best time to implement fog computing is when you have millions of connected devices sharing data back and forth,” explained Anderson.
The data is processed at the end of the nodes on the smart devices to segregate information from different sources at each user’s gateways or routers. It establishes a missing link between cloud computing as to what data needs to be sent to the cloud and the internet of things and what data can be processed locally over different nodes. The relationship between edge computing and Industry 4.0 is fascinating to me. Now I understand the actual difference between standard cloud computing and fog computing. I understood cloud computing, but fog was something I was not familiar with. The section talking about how fog is a mediator between hardware and remote servers was helpful.
Cloud computing also offers you flexible resources and faster innovation. This also helps to lower your operating costs as you will be paying only for the cloud services you use. Fog computing essentially extends cloud computing and services to the edge of the network, bringing the advantages and power of the cloud closer to where data is created and acted upon. This architecture requires more than just computing capabilities. It requires high-speed connectivity between IoT devices and nodes.
- Fog also allows you to create more optimized low-latency network connections.
- That said, the best solution to the cloud-vs-edge debate is to use both.
- The underlying computing platform can then use this data to operate traffic signals more effectively.
- There are now over 50 billion connected devices in the world, so modern networks have an enormous load to bear.
Though cloud servers have the power to do this, they are often too far away to process the data and respond in a timely manner. Fog computing is a decentralized computing infrastructure in which data, compute, storage and applications are located somewhere between the data source and the cloud. Like edge computing, fog computing brings the advantages and power of the cloud closer to where data is created and acted upon. Many people use the terms fog computing and edge computing interchangeably because both involve bringing intelligence and processing closer to where the data is created. This is often done to improve efficiency, though it might also be done for security and compliance reasons.
Types Of Cloud Computing
Additionally, since the data doesn’t need to be transferred, it is more secure and contained on the original device that generated it. Although Edge and fog computing share some commonalities, they are still very different computing methods. Under the right circumstances, fog computing can be subject to security issues, such as Internet Protocol address spoofing or man in the middle attacks.
Both Edge computing and fog computing are viable solutions to combat the tremendous amounts of data gathered through IoT devices worldwide. An excellent example of fog computing is an embedded application on a production line. Here, a temperature sensor connected to the Edge measures temperature by the second.
Fog and cloud both the computing platforms offer the company to manage their communication effectively and efficiently. IoT development and cloud computing are among the core competencies of SaM Solutions. Our highly qualified specialists have vast expertise in IT consulting and custom software development. Data management becomes laborious because, in addition to storing and fog vs cloud computing computing data, data transfer requires encryption and decryption, which releases data. Fog computing is utilized in IoT devices (for example, the Car-to-Car Consortium in Europe), Devices with Sensors and Cameras (IIoT-Industrial Internet of Things), and other applications. Fog computing is required for devices that are subjected to demanding calculations and processing.
It works by cutting down the work of both the Edge and the cloud, taking on specific processing tasks from the two. In essence, when Edge computing is employed, data is not transferred anywhere. This cuts costs and allows data to be analyzed in real-time, optimizing performance.
Edge & Cloud & Fog Computing: What Is The Difference Between Them
A cloud-based application then analyzes the data that has been received from the various nodes with the goal of providing actionable insight. Popular fog computing applications include smart grids, smart cities, smart buildings, vehicle networks and software-defined networks. Fogging, also known as fog computing, is an extension of cloud computing that imitates an instant connection on data centers with its multiple edge nodes over the physical devices. In cloud computing, data processing takes place in remote data centers. Fog processing and storage are done on the edge of the network close to the source of information, which is crucial for real-time control.
Will be interesting to see how the advancements in 5G technology will impact fog computing. Because as 5G continues to roll out, more and more devices will have the power and speed levels to become interconnected. High latency — more and more IoT apps require very low latency, but the cloud can’t guarantee it because of the distance between client devices and data processing centers. Edge computing saves time and money by streamlining IoT communication, reducing system and network architecture complexity, and decreasing the number of potential failure points in an IoT application. Reducing system architecture complexity is key to the success of IIoT applications.
Access to masses of storage space without the costs involved in storage infrastructure. OnEdge is a free weekly newsletter that keeps you ahead of the curve on low-powered Edge devices and computer vision AI. Xailient specializes in extremely efficient low-power https://globalcloudteam.com/ computer vision. Intel’s OpenVINO specializes in maximizing the performance and speed of computer vision AI workloads. OpenVINO improved Xailient FPS 9.5x on Intel hardware to 448 FPS. Together, Xailient-Intel outperforms the comparable MobileNet_SSD by 80x.
In fact, studies show that we can expect over 75 billion IoT devices to be active by 2025. When a layer is added between the host and the cloud, power usage rises. Because the data is kept near to the host, it increases the system’s overall security. The quantity of data that has to be transmitted to the cloud is reduced using this method.
Fog Computing Vs Cloud Computing: Key Differences
It is challenging to transfer all the data to the cloud at once. Also, when you don’t have an internet connection, you cannot access the cloud. It enhances security since the data does not travel over a network.
As a key benefit of cloud on businesses, it eliminates the in-house data storage and by that, it helps to decrease the storage and operational cost. Though the cloud computing provides comprehensive data management facilities to the businesses, it also has some major downsides as well. Since the cloud computing depends on the internet, it consists of downtime issues, security risks, data latency and bandwidth problems etc. By doing so, it stretches the cloud to the edge of the network so that it’s easier to connect IoT devices in real-time. By incorporating the benefits of both edge and cloud technology, it achieves a high-level network environment. It can connect two disparate ecosystems without losing local storage benefits.
The Crosser Platform enables real-time processing of streaming, event-driven or batch data for Industrial IoT and Intelligent Workflows. It is the only platform of its kind that is purpose-built for Industrial and Asset Rich organizations. He has worked with web and communication in Sweden and internationally since 1999. Since 2012, Johan has been focusing on real-time communication, and the business and operational benefits that comes with analyzing streaming data close to the data sources. The Edge Analytics software is deployed on an IoT gateway on a remote unit, or embedded, and processes the sensor data from that single unit.
What Is The Difference Between Fog And Edge Computing?
Networks on the edge provide near-real-time analytics that helps to optimize performance and increase uptime,” Anderson said. Edge computing and fog computing are two potential solutions, but what are these two technologies, and what are the differences between the two? Another advantage of processing locally rather than remotely is that the processed data is more needed by the same devices that created the data, and the latency between input and response is minimized.
“Fog computing and edge computing are effectively the same thing. In both architectures data is generated from the same source—physical assets such as pumps, motors, relays, sensors, and so on. These devices perform a task in the physical world such as pumping water, switching electrical circuits, or sensing the world around them. Edge computing pushes the intelligence, processing power, and communication capabilities of an edge gateway or appliance directly into devices like PLCs , PACs , and especially EPICs . Fog computing pushes intelligence down to the local area network level of network architecture, processing data in a fog node or IoT gateway.
Only selected data – information that is particularly interesting or potentially important for others to know about – will be collected centrally via cloud services. Fog computing is a computing architecture in which a series of nodes receives data from IoT devices in real time. These nodes perform real-time processing of the data that they receive, with millisecond response time. The nodes periodically send analytical summary information to the cloud.
What Is The History Of Fog Computing?
When a fog zone is in place, data sent from the Edge reaches a fog node through a localized network instead of going straight to the cloud. The data is then assessed based on a set of pre-existing parameters. After this, the relevant data remains in the cloud for storage, and the rest of the unimportant data gets deleted or remains in a fog node for remote access.
This is highly beneficial in remote use cases where internet connections are out of range. DataOps is a new tool for effective data use and improved data-driven decision-making. At Big Data London, data quality and intelligence took center stage as companies strive for fast and efficient delivery of … Administrators who manage many users can go one step further toward streamlining license assignments by taking advantage of a new… To avoid network overprovisioning, teams should review baselines and roadmaps, assess limitations and consider business strategy …
It should be noted, however, that some network engineers consider fog computing to be simply a Cisco brand for one approach to edge computing. Fog computing allows us to locate data over each node on local resources and thus making the analysis of data more accessible. The fog has a decentralized architecture where information is located over different nodes at the user’s closest source. I wonder what the ramifications will be in certain industries that are tied to traditional data centers and cloud deployment models. Processing capabilities — remote data centers provide unlimited virtual processing capabilities on-demand.


If you need structured voice and data cabling London services then you should consider ShanCo IT Services.
What is structured voice and data cabling?
A structured voice and data cabling system enables you to connect all your digital devices (computers, phones, wireless nodes, photocopiers, cameras, tablets and so on) into a phone and data networking system through an Ethernet cabling system.
What does voice and data cabling enable?
Network cable wiring enables a wide range of features for your business. It can bring all your existing technology elements together so they can communicate. Data transfers through the internal network will be faster and more secure.
The biggest benefit for your business, however, is the ability to use VoIP phone systems. VoIP (Voice over IP) is a digital phone system that enables phone services to be provided through the internet rather than having to use a copper wire landline. This means you can install a virtual PABX system with multiple lines, individual extensions, and all the call waiting and transfer features (among others) at a much lesser cost than with a standard landline.
How Can ShanCo IT Help with Your Cabling Solution
If you're installing or upgrading your structured cabling London infrastructure, you should contact us at ShanCo IT. Our services will help ensure that your data cabling solution is 'future-proof' and that it is as secure as possible. While it may seem unnecessary or pricey to use the latest technology, in a few years it will cost you more in time and money to upgrade the data cable network than to build it right in the first place.
We can provide you with the latest in Ethernet cabling including Cat5, Cat6 and Cat7 structured cabling. The Cat5 standard, for example, is designed for high signal strength and integrity and is used for computer networks and to provide voice services. Cat6 provides up to Gigabit speed internet connections and has better protections against crosstalk on phone lines and noise for data transfers. We'll help you decide on the best solution based on your business needs.
ShanCo IT Services
ShanCo IT Services are experienced Structured Voice and Data Cabling Installation experts. We can make sure you receive the right cabling solution for your business by engaging in a thorough consultation period to fully understand your needs. We take the time to listen and understand your business so that we can install a complete data cabling solution and also provide the service and support you need during its implementation and in the future.
We can also provide residential structured cabling. Contact us today through our website to get a structured cabling quote or if you have any questions.
Benefits of a London Area Provider
ShanCo IT has its offices located in Hemel Hempstead in London which is advantageously located to the central, south, north and west parts of London. This means that they can be there quickly if you have any issues or maintenance requirements and allows you to build relationships with your local suppliers who understand the London area.


Before mapping out a strategy, we will audit the network. We monitor the ongoing performance levels on your network, and pinpoint trends and specific incidences
Managed Local Network Switch
Our team can provide a full range of LAN management and reporting services tailored to suit your requirements. Services include active monitoring, notification and restoration & ongoing maintenance.
Networking your sites around Australia and the world enables your workforce to operate more efficiently and consistently. Private IP networking delivers a highly scalable, secure and flexible wide area network (WAN) integrating all your business locations as well as direct internet access
Managed Internet Firewall
Our Managed Internet Firewall service provides proactive management and monitoring along with ongoing security policy updates and changes, helping you to operate a more secure and accessible private network
Integration of leading network technologies that will support higher throughput, will enable your organization to dynamically provision services to meet benchmarks
LAN/ WAN Optimization
Our team of network specialists will design a scalable LAN/WAN network solution that ensures that application delivery and processing time is efficient in the face of workload increases
Managed Network Services
Designed to eliminate the hassle of building and maintaining your network on your own, our Managed Networking Services gives you the freedom to focus on your core business while leveraging the latest network technologies.
Ready To Get Started?
Contact us today so we can discuss your goals and challenges, then we will propose a solution that aligns with your business objectives


Bamidele Adebisi is a Professor in Intelligent Infrastructure Systems, and the Head of the Smart Infrastructure and Industry Research (SIIR) Group, Department of Engineering, Manchester Metropolitan University. He received Master’s degree in advanced mobile communication engineering and Ph.D in Communication Systems, 2003 and 2009, respectively, both from Lancaster University, UK. His research is mainly in embedding sensing, communication, control, and data analytic technologies in critical infrastructure, i.e. water, energy, transport (V2X/CAV), buildings etc. He has published over 120 papers in the research areas of Internet of Things (IoT), smart cities, smart grids, peer to peer energy trading and sharing, Electric Vehicles (V2X/CAVs), PLC/wireless communication and indoor solutions for energy and occupancy management. He has been Principal Investigator (PI), Co-Investigator (CI) and Research Investigator (RI) for many research projects awarded in the subject area such as Innovate UK IoT for smart cities (£10M), EU H2020 project on Smart Cities (Triangulum) (€23M), EU FP7 Smart Grid Project (€5.5M), TSB/EPSRC smart in-building micro-grid for energy management (£700K), EPSRC UK- S.Korean Peer to Peer (P2P) Energy Trading & Sharing (£1M) in collaboration with Oxford, Imperial, Bath and 5 South Korean institutions;Jaguar Landrover funded Signal Processing for Automotive Application (£73K), and ongoing 5 Knowledge Transfer Partnership (KTP) projects with SMEs, approx. £900K. Bamidele is a member of IET, Senior member of IEEE, a Fellow of Higher Education Academy and a Chartered Engineer.
Smart Energy Systems


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Industry Weapon Announces Marist College as Winner of First-Ever Extreme Content Makeover Contest. Prize worth $9,600.
Pittsburgh, PA., November 17, 2011 – Industry Weapon, recognized experts in digital media technology, recently offered a VIP content package prize worth $9,600 in their …View Press-Release
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Recently I’ve taken an interest in VoiceXML and related technologies which are used to develop a new generation of phone based applications. I’ve also had a few thoughts for a library component to programmatically access my MySpace inbox. The merger of these two itches is becoming a small project known informally as PhoneSpace.
The idea is to access your MySpace mail inbox in the same way you access your phone’s voice mail.
You would dial a 1-800 toll free number and have your messages read out loud by TTS (Text-To-Speech) voice synthesis.
It’s an elaborate process considering it requires a VoiceXML client that connects to a server (ASP.NET) which communicates with MySpace by simulating the user.
I don’t really have the time for these endeavours, but this is something fun that might prove useful.
I have always held a deep interest in technologies that connect us with the world, and more importantly with the software that drives and inter-connects these mediums. I've written software that has connected Pocket PCs, desktops, servers, mobile phones and video game systems to other systems or services enabling communication and control on the go.
It’s satisfying to connect two points together and to provide access to systems in innovative ways.


Currently in TiVo boxes from DirecTV, DirecTV's internal DVR and many cable DVRs provide dual tuners for a single fee. This means that you can usually record two things simultaneously as well as being able to watch a third pre-recorded program or movie. Under current systems you can only watch one thing at a time from a given set top box and as result the providers only charge a single fee. In the near future this may change however and I have yet to see anyone talk about it. I want to pose some scenarios and theories in hopes of getting discussion going.
With the upcoming Windows Vista Media Center Edition there will finally be an ability to use CableCard enabled tuners to receive digital and premium cable. It has also been announced that there should be a DirecTV add-on to allow that content to get onto a Vista MCE. TiVo also soon will have their TiVo Series 3 out that can use dual CableCard 1.0 cards or a single CableCard 2.0 card to receive cable content directly rather than through a separate cable set top box. I would hope that the MCE computers will have the ability to have two or potentially more tuners in them just as they do today with NTSC and ATSC tuner cards.
A common use of MCE machines is to enable people to watch content on other TV's in a house via Media Center Extenders, Xbox and Xbox 360's or potentially other devices more remotely. With a TiVo you could also have multiple TiVo's pulling shows of a single TiVo, traditionally you would have each TiVo with an input signal to record but it isn't required. Both MCE and TiVo also have the ability to transfer content to computers and portable devices. This brings up interesting scenarios where you could have a single recording device with an input signal and multiple viewing devices. Traditionally the satellite and cable providers have charged based on number of viewing devices, now that model will most likely have to change it would seem.
Will the providers take a step backwards and start charging on a per tuner basis or could it be even worse and they will limit the number of tuners a recording device has or the number of viewing devices that can be attached? There is all sorts of talk about HDCP and what it means to directly attached viewing devices, but what about all the potential viewing devices that are attached remotely via a network or USB in the case of portable devices. I would imagine someone is thinking about these pricing and usage policies but I haven't seen anyone talking about it yet?
For me at my house I could in theory lower my DirecTV bill. If I built or bought a Vista MCE machine and then installed 2 or more DirecTV tuners I could then use Extenders all over the rest of the house and save the montly fees for all my DirecTV STBs. For me it doesn't mean much, but for someone who has 4-5 STBs it could save them $5-30 a month. I don't know if the cable or satellite providers really would like that. It even goes farther with tools like Orb or portable media centers. Another more frightening scenario for the providers is an apartment building or dorm where one device with 4 or even 6 tuners tunes and records content and then 10, 20 or even 30 viewing devices share that recording device to watch content. Most likely a given MCE device couldn't handle that many inputs and outputs today but with RAID and Gigabit Ethernet it isn't that much of a stretch of the imagination.


The Interactive 4 way handswitch bubble tube is supplied with a wireless 4 way handswitch to allow the user to interact and change the colour of the tube. Press one switch to change the colour of the tube, press two switches at once to colour mix, or press all four switches togther to put the tube into a colour scoll! This creates a great action and reward effects. the remote controls the tube via wireless technology to allow much easier access for all users. the remote meaures 240mm x 200mm x 80mm high.


The second half of DJI’s Mic 2 wireless microphone system has shown up at the FCC today, suggesting DJI’s is readying to officially release the DJI Mic 2 as a standalone product.
DJI Mic 2
That changes today. The FCC report shows that it is for the Mic 2’s receiver, the other half of the puzzle. With the transmitter and now the receiver going through the FCC means DJI is gearing up to launch soon. The FCC listing has a confidentiality date of 8th of July, 2024, meaning it will be launched before this date.
DJI Mic 2 features
We already know that the Mic 2 will feature a slightly updated design with an improved clip to better hold the mic to your shirt as well as updated buttons. We also know the battery on the tramsitter is also slightly larger than the previous generation. This with other improvements made by DJI will likely mean an increase in battery life.
DJI Mic 2 release date
We expect the DJI Mic 2 to launch within the first quarter of 2024. DJI often has products appear at the FCC a month or two before the official release date. The wait is on. We also expect to see the DJI Osmo Mobile 7 release in the coming months after we discovered it in the DJI Mimo app late last year.
Source: FCC ID


The DPA Title III objective of the Phase 1 effort is the development and production of an affordable and reliable modular, Next Generation Star Tracker Systems (NGSTS) that uses advanced domestically-produced Complementary Metal Oxide Semiconductor (CMOS) detectors, with a capability that is equal to, or better than the specifications of DPA Title III Advanced CMOS Capability Project (see the STELLAR spec). For this purpose, the US Government (USG) considers a modular NGSTS to be capable of meeting a range of capabilities (i.e., environments, sensitivities, update rates, etc.), for a range of space-borne Medium-Accuracy Star Trackers (MAST: 1-20 arcsec), with the potential to also meet High-Accuracy Star Trackers (HAST: <1 arcsec) specifications, for both commercial and USG space applications, all from a single basic system design. A MAST designed to target a majority of the global technical requirements with a common architecture and/or footprint, is considered to be the baseline for the modular NGSTS design. Customization of electronics, software, optics, detectors, structure, etc. from baseline design will be required to meet specific program requirements.


The Outdoor Tech CHIPS 2.0 are universal bluetooth wireless audio speakers for your helmet. These Bluetooth wireless audio drop-ins for ski and snowboard helmets are simple to use, connects easily to any Bluetooth enabled device and are compatible with any helmet with an audio enabled liner.
Fit: Helmets with slots for audio upgrades
Walkie-Talkie feature. Set up your phone with Outdoor Tech's free Walkie-Talkie app. ODT Walkie-Talkie App provides push-to-talk communication with your crew with limitless range.
Play and pause, raise and lower volume, answer calls and skip tracks from the Chips two button interface, all without removing your mittens.
Compatible with newer models of these helmet brands with an audio ready liner, check with the helmet brand and see if the helmet or liner you are buying has slots for audio in the liner, if so, the CHIPS will fit and work great.
Connect to any Bluetooth-enabled device with easy one-touch pairing.
Rechargeable lithium-ion battery.
Rugged, minimal design fits into virtually any helmet designed to take audio drop-ins. Reconnects automatically to previously paired device.
Play Time: 9-10 hours.
Includes: USB charging cable, backup audio line-in cable w/ controls, carry pouch, and instruction manual.
Payment & Security
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Efficient interaction is the foundation of any effective business. That’s why buying a modern-day workplace telephone system is important for organizations of all dimensions. With the rapid improvements in modern technology, conventional landlines are quickly becoming outdated and also inefficient. In this article, we will discover the benefits of upgrading to a contemporary workplace telephone system and also just how it can enhance your service procedures.
Among the crucial benefits of a modern workplace telephone system is its flexibility. Unlike typical landlines, which limit you to a single line, these systems enable several lines and also extensions. This suggests that calls can be easily transmitted to the right division or staff member, improving performance and also lessening delay times for consumers.
An additional important feature of contemporary office telephone systems is their combination with other communication devices. These systems can seamlessly integrate with e-mail, instantaneous messaging, and video clip conferencing systems, allowing you to connect with your team and also clients more effectively. This not only boosts productivity however likewise streamlines partnership and also decision-making processes.
In addition, modern-day office telephone systems provide a variety of sophisticated attributes that were formerly unavailable with typical landlines. Attributes such as call forwarding, voicemail-to-email transcription, phone call recording, and also auto-attendant are just some examples of the abilities that can greatly enhance your company operations. These attributes enhance client service, allow far better call administration, as well as offer valuable understandings for training and quality assurance purposes.
Last but not least, investing in a contemporary office telephone system can actually conserve your business money in the future. While the initial arrangement price might appear high, these systems are highly scalable and frequently include affordable prices plans. Moreover, the capability to make voice telephone calls online (VoIP) can substantially reduce long-distance and worldwide telephone call fees.
Finally, upgrading to a contemporary workplace telephone system is a clever decision for any type of company wanting to improve interaction, enhance efficiency, as well as provide better customer care. The convenience, integration with other communication devices, progressed functions, and price financial savings make these systems a vital investment. So, don’t get left behind with out-of-date modern technology. Take the jump and upgrade to a modern-day workplace telephone system today.


Well, it’s been longer than expected since my last post about the Snootlab AirPi – which I closed with, “the next step will be to get communication going with a PC, and send & receive text messages…”
So here we go!
I’m using Windows-7 Professional (64-bit). Plug in the AirPi’s USB, and Windows does its thing with installing the drivers:
As the last line says, the AirPi AT Commands can now be accessed on COM23 (the number will vary according to what’s available on the particular PC in question).
The Sierra Wireless SL8082T module on the AirPi supports both standard GSM AT Commands, and proprietary Sierra Wireless commands. The full AT Command set is described in the AT Commands Interface Guide – downloadable from the Sierra Wireless site.
To access the AirPi AT Command interface on the COM port, a terminal application is required – here, I’ll use PuTTY. The default baud rate is 115200.
The first command to try with any modem is always “AT” – it should just reply with “OK“.
Another standard command is “ATI” – which should reply with some identification of the device.
The SL8082T supports the “ATI9” command, which gives some detailed information about the module – see the AT Commands Interface Guide for details.
This is how it all looks in the PuTTY screen:
A couple of other useful commands:
- AT+COPS? – requests the current network registration state, and the network operator name.
The reply is something like: +COPS 0,2,23430,2
In order, those numbers mean:
0 – the module is currently using automatic operator selection;
2 – the module is currently using numeric operator format;
23430 – the current network operator code, T-Mobile UK;
2 – the module is currently using 3G technology.
- AT+CNUM – requests the telephone number of the SIM, if available.
Whether this actually gives a useful answer depends on the SIM – not all SIMs are configured for it.
When supported, the reply is something like: +CNUM: “”,”07xxxxxx103″,129
“” – if the number had a name associated with it, that would go here;
“07xxxxxx103” – the phone number (of course I’m not going to post it online!);
129 – the phone number is in National format (it’s a UK number).
And now we can actually try sending & receiving a text message; on the left is the PuTTY screen for the AirPi, and my phone to the right:
Sending the text is done in three stages:
- at+cmgs=07******122 – tells the AirPi we want to send a text to the given phone number;
- When it’s ready to accept the body of the message, the AirPi gives a ‘>‘ prompt, and we can type away. Hit Ctrl+Z to finish the text entry and send the message;
- When the message has been successfully sent, the AirPi confirms with +CMGS: 204 and then OK
The number (204 here) is a reference which changes for each message.
As you can see in the phone screenshot, the message arrived, and I sent back a reply.
The AirPi indicates that a new text message has arrived with the +CMTI: “SM”,1 unsolicited response:
“SM” – indicates that the message has gone into SIM storage (the default);
1 – indicates that it is message number 1 in that storage.
AT+CMGL=”ALL” requests a list of all messages in the current default storage. The reply is:
+CMGL: 1,”REC UNREAD”,”+447******122″,,”14/12/31,16:31:53+00″
And hello to you, too, AirPi!
1 – This is message number 1 in the store;
“REC UNREAD” – it’s a received message, and has not yet been read;
“+447******122” – the sender’s phone number;
,, – the phonebook name for the sender’s number would appear here, if available;
“14/12/31,16:31:53+00” – the date & time the message was sent.
And thus we have achieved the goal of sending & receiving text messages using the AirPi.


Secure Managed WiFi
Having a secure and reliable wireless network is crucial for many industries that deal with the general public.
Our convenient solution includes continuous monitoring of uptime, bandwidth, and client usage.
We support several managed options from Ubiquiti Networks depending on the size of your business and specific needs.
All solutions we sell have a range of up to 400 ft, VLAN support and Power over Ethernet. We offer free installation and device setup with a 1 year contract, or low-cost installation and setup for month-to-month customers.
The Ubiquiti Networks UniFi System is a scalable enterprise access point solution designed to be easily deployed and managed. Real-time status, automatic UAP device detection, map loading, guest/hot-spot management, mobile roaming and advanced security options are all seamlessly integrated.


Scion Tech Ltd design and manufacture digital video distribution products for high
definition television and digital signage applications. Products include point-to-point,
point-to-multipoint and multipoint-to-multipoint for video, VGA and HDMI over CAT5e/6.
Allows 4 receivers to switch between 4 sources over CAT5e/6 cable up to 100m. Provides
IR control of source equipment and supports 1080p 3D resolutions.
Professional TV and video media distribution over CAT5e/6. Point-to-Point, Multipoint-to-Multipoint
and IP solutions.
Understanding and listening to our customers requirements gives us the edge in this
rapidly growing market. From small personal domestic installations to larger corporate
projects, the team at Scion will help guide you through the planning and installation
of such an important feature of your home or business. As a pioneer in video over
CAT5, Scion can provide solutions tailored to fit your budget without compromising
quality or performance.
Scion-Tech Limited - The Grove, Thatcham, Berkshire. RG18 4NL. United Kingdom. Company
Registration No: 08253891 VAT No: 144 1389 20


FAIL SAFE (RS)
A device that is normally open and locks when power is applied to the unit. Often listed as “RS”
External Link: http://en.wikipedia.org/wiki/Fail_safe (opens a new window)
A device that is normally closed or locked until power is applied. Example: During a loss of power the device remains locked.
A device that is placed in the path of energy that will break the circuit if the current becomes too great. This is accomplished by having a strip or metal that will melt when the current exceeds the required amount.
External Link: http://en.wikipedia.org/wiki/Fuse_(electrical) (opens a new window)
A device that is designed to operate for a short period of time; generally less that 45 seconds.
The contacts of a switch or relay are normally open or not connected. When activated the contacts close or become connected. EXAMPLE: A switch is not depressed and the circuit is not complete.
The contacts of a switch or relay are normally closed or connected. When activated the contacts open or become disconnected. EXAMPLE: A switch is not depressed and the circuit is complete.
The measure of resistance of an electrical device to resist the flow of energy.
See our Basic Electronics Page.
A very low current draw device that can be used with PoE (Power over Ethernet) devices. PoE Friendly electric strikes use less then 300 Milliamps (.300 Amps) or around 3.6 - 3.7.Watts to activate. This provides plenty of "cushion" for PoE based access control systems, room to run longer wires, or extra amps to run additional devices. An electric strike of this variety does not come with an Ethernet port as a remote activation like that would rarely be used and not how such a devices is commonly used.
See our Low Current Draw page for more!
External Link: http://en.wikipedia.org/wiki/Power_over_Ethernet (opens a new window).
A device that is commonly used to convert AC to DC. Commonly used to silence the audible sound that an electrical strike can make while energized on AC current.
External Link: http://en.wikipedia.org/wiki/Rectifier (opens a new window)
An electro-magnetic device activated by a variation in conditions in one electric circuit and controlling a larger current or actuating other devices in the same or another electric circuit.
External Link: http://en.wikipedia.org/wiki/Relay (opens a new window)
12 and 24 DC Voltage is standard -- Must specify when ordering strikes
Most light commercial Electric door strike supplied with magnetic coils: 4-6VDC/8-16VAC. Electric door strikes supplied with a solenoid coil: 6-10VDC, 10-16VAC: other voltages available.
A device consisting essentially of two or more coils of insulated wire that transfers alternating current by electro -magnetic induction from one winding to another at the same frequency, but usually with changed voltage & current.
External Link: http://en.wikipedia.org/wiki/Transformer (opens a new window)
A unit of electric potential equal to the difference of electric potential between two points that have a resistance of one ohm and through which a current of one amperes is flowing.
See our Basic Electronics Page.
We recommend the following wire sizes:
The power developed in a circuit by a current of one ampere flowing through a potential difference of one volt. (Watts = Amps x Volts)
External Link: http://en.wikipedia.org/wiki/Watt (opens a new window)


P2Pover is a windows software which has the main function to manage the bandwidth of the users connected to the wifi network. In short, by using this program you can adjust the amount of bandwidth usage or the speed received by other users on the same network.
In use, this program is quite easy to operate. Besides being able to increase bandwidth usage, p2pover can also be used to maintain the internet speed of the user’s wifi network to be more stable and optimal.
For me, this program has the same way of working as the netcut software, but it doesn’t immediately cut off and stop the internet access of the selected user in the wifi network.


First, I want to apologize about my English.
A few days ago, I bought a es9018k2m DAC. This one:
http://www.audiophonics.fr/fr/dac-diy/a ... 11500.html" onclick="window.open(this.href);return false;
It sounds nicely with a 24bits FLAC file. But there is no way to bit play perfect 16bits files, not resampled. But the sync scrip doesn’t work. Well really the scrip works. I can see the ‘commands’ using a serial interface and a terminal emulator. But DAC doesn’t change play mode. It remains in 24bits. Playing only noise and some sounds.
I’ve tested the work modes:
In Mode Slave 1, the DAC works fine, always in 24bits mode. It is not an option for me, I want to play 16bits music without resampling. No display.
In Mode Standalone 2, DAC work in 16bits or 24bits, sound is nice, but I need to change working mode manually. Display works and show sampling rate.
Finally, in Mode Serial Hardware, DAC works only in 24bits mode. With 16bits music, shows the audiophonics logo. The script is sending the working mode and volume information through serial connection, but DAC doesn’t change it’s working mode.
My primary objective is run DAC in Mode Serial Hardware for automatically change between 16bits and 24-32bits. And obviously play 16bits and 24 bits in a bit perfect way.
Any ideas about how can I solve this issue?
Thank you in advance.
- Administrateur - Site Admin
- Messages : 451
- Inscription : mer. 26 juil. 2006 12:21
- Localisation : Bordeaux
- Contact :
If show only Audiophonics logo in mode 3, it look like that the DAC do not receive the serial script...
What release are you using ? The serial port must be released in order to get serial connection on serial pins.
Correct, seems as a DAC doesn’t receive the serial information. But if wire from microcontroller is disconnected and a serial adapter is connected at pin 8 I can see the instructions sent by the script at the start of a song.
I’m currently using last version of RuneAudio modified by you.
I’m not sure about ‘release the serial port’. But I can see commands in a terminal using a serial adapter.
Results are the same using a Raspberry PI 2 or a Raspberry PI 3. And /boot/cmdline.txt doesn’t contain ‘console=ttyAMA0,115200 kgdboc=ttyAMA0,115200’.
As explained before I can see data from Raspberry to the DAC. But nothing happens, no change to 16 bits mode and no volume change with 24 bit files.
So now I’m looking how to return the DAC to Audiophonics for fix it.


A digital signature is a proof of the authenticity of a message, i.e. a proof that the message has not been tampered with. RSA allows us to sign messages by "encrypting" them using the private key, the result being a signature that anyone can verify by "decrypting" it with the public key and comparing it to the associated message. Any attempt to tamper with the message will result in it no longer matching the signature, and vice-versa. Futhermore, a signature can only be generated using the private key, making it a secure and efficient method of confirming the authenticity of messages.


Message queueing Transport Protocol ( MQTT ) is an extremely lightweight publish/subscribe messaging transport protocol. It is an open protocol that runs on TCP/IP and who’s architecture incorporates a client publisher(s), a client subscriber(s) and a central Broker.
The Client Publisher sends data to the broker to a particular topic, while the Client Subscriber gets data from the broker, by subscribing to a particular topic.
Topics | Clients | Broker
A client is an entity connected to the MQTT Broker with the aim of receiving, sending messages or both. A client can be a subscriber, a publisher or both. If a client is a publisher, their sole purpose is that of sending messages and if a client is a subscriber theirs is to wait and get messages that have been published by the client publisher.
In the event we have multiple client publishers and multiple client subscribers how do we distinguish which messages are meant for a particular client subscriber? This is where topics come in.
A Topic is basically a UTF-8 string that the broker uses to filter messages for each connected client, it enables the broker to identify the messages received and then expose the data to the clients subscribed to it.
A topic can consist of one or more topic levels separated by a forward slash eg. topic/house/lighting. The elements topic, house and lighting are known as topic levels while the forward slash is a topic level separator. The forward slash enables us to create topic levels under the main topic, in our case that would be sensor. Using topics help to reduce noise making it easy for client publishers to get the data they only need.
Clients subscribe to particular topics so as to be able to receive the messages sent through the MQTT Broker. In essence, it is like telling a mailman, anytime there is a letter addressed to “John”, please deliver it to my office. Clients can also simultaneously subscribe to multiple topics using wildcards. Wildcards can either be single-level or multilevel in the following format:
- Single level wildcards have ‘+’ in them eg : topic / house / + / temperature
- Multi level wildcard have ‘#’ within the topic eg. topic / house / #
A Last Will and Testament (LWT), this is a feature built within the MQTT protocol that is used to notify other clients subscribers about an ungracefully disconnected client publisher. To be able to use it, one will need to set the lastWillTopic, lastWillMessage, lastWillRetain (for disconnected packets) and Quality Of Service(0, 1, 2).
It serves as a great way to notify client subscribers of a client publisher connection loss and is often combined with retainer messages to store the state of a client on a specific topic . It is best to use this feature only when needed.
An MQTT Broker — this is where the muscle of the MQTT structure. The MQTT Broker handles all the operations involved in filtering messages received based on their topics and exposes them to the respective subscribers. The Broker servers are able to store the messages even after sending them. The broker does not know or need to know the identity of the client sending the payload but only checks for the topic linked to the message.
The assurance of delivery of message exchange between the publisher and the subscribers is important especially for mission critical and real time applications. This introduces the topic of the Quality Of Service (QoS) levels.
Quality Of Service (QoS)
The Quality Of Service (QoS) level is an agreement between the sender and the receiver of a message that defines the guarantee of delivery for a specific message. There exist 3 QoS levels:
- QoS 0: Client to Send Data At least once.
- QoS 1: Client sends the message and awaits an acknowledgement (ACK) from the broker, if it does not receive it, it resends the message till it gets the acknowledgement (ACK) .
- QoS 2: Client sends the message and awaits an acknowledgement (ACK) from the broker, after it has received the ACK it then sends back a RELEASE message to the server and expects another ACK, if there exists a duplicate message it does not send duplicate messages to the subscriber clients .
Advantages of this MQTT protocol
- Extremely Lightweight
- Easy to use or integrate
- Due to its message structure it has a lower message size as compared to HTTP protocol.
- Uses push based mechanism standing TCP connections
- It supports bi-directional messaging.
Where is this protocol best used ?
Generally the protocol is best for machines to machine communications in constrained environments. Some use cases are Internet of Things Applications e.g. Smart Farming solutions and Real Time m-Messaging Applications.
Note : In this piece i would like to acknowledge that this was a collaborative piece that was written by Sleeanne and I amid deployment of an IoT Solution.


Excel Telecommunications is the largest independent provider of next-generation and traditional communication products focused on providing the best customer experience not only to its end users but also to its resellers and distribution channels.
Dedicated to its reseller and agent channels, Excel has made a commitment to maintain its independence by not competing with its channels for commercial customers or agents creating the best experience and support for its resell channels and their commercial customers.
Powered by the largest domestic implementation of a VoIP network connected to a ubiquitous FGD network, Excel can deliver products to meet every need of the reseller and its target market. With products ranging from traditional dedicated and switched LD services to audio and web collaboration or integrated access products, Excel has the expertise, network, and cost structure to win and keep more customers.
Excel provides voice, Internet and data communications solutions, designed specifically for business customers. The foundation of these services is our high-capacity global network, offering extensive reach and maximum reliability.
As a telecommunications carrier, strategic partnerships are essential to helping you meet your network requirements. Excel can help enhance your product offering and ultimately increase your profitability.
The Agent Program is our exciting and innovative leading-edge authorized independent sales representative program. Learn how ePartners can help you, as a valued partner, become more profitable with exciting benefits.


All ingress, load balancing, and traffic management plans are subject to a $25 setup fee for standard services and $250 setup fee for enterprise services.
These services are also available as addons
Any dedicated server can be extended with addons, addtional hardware, networking, load balancing, and addtional dedicated servers. We can also create a private vRack network or service mesh if multiple dedicated servers are purchased.
You can add addons and other services from the client area at anytime. Addons and addtional services vary depending on the datacenter.
|Cisco ASA Firewall||$250.00 / month|
|Private vRACK||$23.00 / month|
|Load Balancing||$550.00 / month|
|Service||Max Servers||Bandwith||Support||Management||Monthly Price (+ Setup Fee)|
|Load Balancing Standard||2||20 TB||Standard||Customer Portal / OOB||$23||Order Now|
|Load Balancing Medium||5||30 TB||Standard or Premium||Customer Portal / OOB||$53||Order Now|
|Load Balancing Large||10||45 TB||Standard or Premium||Customer Portal / OOB||$72||Order Now|
|Load Balancing xLarge||20||50 TB||Enterprise||Customer Portal / OOB||$150||Order Now|
|Load Balancing Enterprise||Dedicated||50 TB||Enterprise||Customer Portal / OOB / Managed||$650||Order Now|


Window Regulator Cable
Han Yale recognizes the importance of cable quality in the production of cable-type window regulators. As a result, the company has established a dedicated cable and cable tube department to oversee the manufacturing process and ensure that the highest quality standards are met. The department is responsible for monitoring cable dimensions and tolerances, as these factors have a direct impact on the final performance and overall quality of the window regulators. By closely controlling the cable production process, Han Yale can deliver products that meet or exceed the expectations of its customers.
Han Yale's automated machines for cable production are designed to ensure the precision and efficiency of the entire process, from cutting the cable tube to the final assembly of the cable group. This automated process helps to minimize the potential for human error and ensures that the components are produced to the required specifications. The cable and cable tube department is also subject to Han Yale's strict quality control standards, with every component undergoing thorough inspection before being approved for use in the final product. By utilizing advanced technology and quality control measures, Han Yale is able to deliver high-quality window regulators with consistent performance and reliability.
To ensure that the cable assembly meets the company's high standards, it undergoes optical measurements using an advanced measuring machine during the in-process quality control (IPQC) stage. This method ensures that all critical dimensions of the cable assembly meet Han Yale's standards with the utmost precision. All measured data is then subjected to Han Yale's Ca, Cp, Cpk analysis to drive continuous improvement efforts.


Having excellent communication and control throughout a school is more important than ever. However, with ever-increasing types of technology and communication tools, many campuses have become a mess of different systems. A connected campus brings all your existing technology into one system and makes it simple and easy to use. So here are 3 benefits of having a connected school campus.
A connected campus brings all your existing technology into one eco-system. Many schools use one system for their bells and another for their announcements — not to mention the vast number of AV devices around the school. Connecting a campus gives schools the ability to control bells, paging and PA announcements as well as classroom devices through one system.
Most schools use a variety of technology in the classroom and around the campus. However, this usually means having a variety of systems, remotes and programs to control it all. A connected campus simplifies how all this technology is managed. By using a single network, devices can be controlled through easy-to-use wall panels or computer software.
Monitoring and using so many devices across multiple networks and systems can be quite hard. A connected campus creates central points of control to make managing devices quick and easy, and reduces the number of remotes in the classroom.
Having excellent communication systems and control throughout a school is integral. As is often case with technology — multiple systems can become complex and difficult to manage. With the amount of technology most schools use, having a connected campus helps simplify the system and bring them into one cohesive eco-system.


PageR Enterprise Network Monitoring 5.2.9
PageR provides advanced server monitoring for all Windows, UNIX and legacy servers and includes network bandwidth monitoring. Server monitoring with PageR is easy to set up and manage. A single instance of PageR on a PC or server can monitor hundreds of servers. PageR server monitoring allows great flexibility by using expert monitored object types such as Disc Space, Event Logs, Unix Server, Unix Syslog etc.
server monitoring solution available. The Professional edition is an agent based solution: An agent deployed to each server provides deep server monitoring, without needing a central monitoring system. The Workgroup edition is an agentless solution: A single server monitors the entire network, covering Windows and Linux servers and network devices. ServerAssist provides deep monitoring of all your Windows servers and workstations, monitoring key
Server monitoring involves monitoring of Windows, Linux, HP-Unix, Tru64 Unix, Solaris, FreeBSD, IBM AIX, Mac OS and Novell systems. SAP performance can be monitored by the SAP Module. Website monitoring involves URL Monitoring , URL sequence monitoring, URL content monitoring and end-user experience monitoring. Virtualization monitoring involves monitoring of VMware ESX/ESXi and Hyper-V servers and their guest virtual machines. Cloud monitoring involves
server or network device fails by using Server Nanny network and server monitoring software. The last time you had a network or server failure how long was it before the problem was discovered? Minutes? Hours? Maybe even days? Use Server Nanny to recover from failures much faster. Don`t wait for employees or customers to report the problem. By then who knows how many people were affected? Most customers will just go to a competitor if they encounter
ServerRadar is a powerful, reliable and easy-to-use server monitoring software that continuously monitors your servers availability and performance. ServerRadar helps organizations not only to monitor various servers, including web servers, mail servers, ftp servers, Database servers, DNS servers, but to ping the server to ensure its accessibility. In the event of server errors, ServerRadar will notify you immediately by sending emails, playing sounds
Simple Server Monitor is a powerful, yet easy to use network server monitoring utility. It allows you to monitor the status of your servers and web applications from your desktop. Simple Server Monitor runs as a Windows Service with GUI monitoring console. When a monitor fails, you are notified by a pop-up message, an e-mail alert, and/or a sound alert. Charts monitoring performance. Supports Ping, HTTP, FTP, SMTP, POP, IMAP, and Custom monitors.
Simple Server Monitor (SSM) is a powerful, yet easy to use server monitoring utility. It allows you to monitor the status of your servers and web applications from your desktop. Simple Server Monitor runs as a Windows Service with GUI monitoring console. When a monitor fails, you are notified by a pop-up message, an e-mail alert, and/or a sound alert. Charts monitoring performance. Supports Ping, HTTP, FTP, SMTP, POP, IMAP, and Custom monitors.


26/02/2018 · How to Unforward Calls on iPhone. This wikiHow teaches you how to turn off call forwarding if you previously set your iPhone to forward incoming calls to another number. Open your iPhone's Settings app. Find and tap the icon on your home. There is no way to know on a phone whether someone is calling you on a mobile device or landlines. In today's economy most people have decided to just use cell phones rather than spend money keeping landlines, chances are most calls you receive are going to be mobile phones. 24/12/2019 · So, to forward all calls to 714 555-4565, you input 727145554565 and touch the green Phone icon on your Android phone. You hear only a brief tone after dialing, and then the call ends. After that, any call coming into your phone rings at the other number. You must disable call forwarding to return to normal cell phone operations: Dial 73. 27/04/2017 · This video demonstrates how to enable and disable the Call Forwarding feature on a Cisco 7841 phone. This video demonstrates how to enable and disable the Call Forwarding feature on a Cisco 7841 phone. Skip navigation Sign in. How do I set up call forwarding.
When the phone is answered by either a person or voicemail, hang up. You probably want to tell the person ahead of time what you're doing! Your calls will now be forwarded to the number you dialed. Note: If no one answers, or the line is busy, hang up and repeat Steps 1, 2 and 3. 27/03/2017 · This video is about how to set calls to forward to a contact 0:13 or to voicemail 0:53 and disabling call forward 1:04 on the Polycom VVX 300 & 400 Series business media phones. You can also forward incoming calls. With Call Forwarding, you can forward your mobile calls to another phone number, like your home or office number. Prepaid accounts: You can manage Call Forwarding from your mobile phone. Call Forwarding isn't currently available through My Verizon for prepaid. Select a topic below to see step-by-step instructions.
Busy Forward will conditionally forward all calls to the specified telephone number if the handset is already on a phone call. To Enable Busy Forward from the Phone Menu. Press the Menu softkey. Press 2 for 2. Features. Press 1 for 2. Call Forward. Press 2 for Busy Forward. Highlight 1. I am aware of how to unforward a phone via the web. However, I was looking into doing this by possibly dialing into the users mailbox and removing the forward feature remotely. Call Forwarding for home phone. Learn to forward incoming calls to a different number so your calls can be where you are. WATCH AND LEARN. INSTRUCTIONS & INFO. Forward incoming calls. Forward calls from your home phone. Dial 72 or 72 and listen for dial tone. Avoid passwords that are too simple, such as 1234 or the last four digits of your mobile phone number. To access your voicemail from a different phone, such as your home phone, you’ll need to set up a password. Accessing your voicemail mailbox. You can access your voice mailbox from any mobile or regular touchtone phone.
Set up Call Forwarding from your home phone or online. Use the Call Forwarding Feature with Xfinity Voice. Set up Call Forwarding from your home phone or online. Call Forwarding All Calls 72 to answer your calls on your wireless or another phone Once on, it stays active until you turn it off Calls are forwarded until you re ready to take them on your regular phone Make outgoing calls as you normally do even when incoming calls are forwarded Call Forwarding Busy Line. Phone Trade-in: Phone must be unlocked, deactivated & all personal data deleted before trade-in and in good working and undamaged order; device powers on and there are no broken, missing or cracked pieces. Device will not be returned. Current customers must own trade in device. 03/10/2019 · How to Forward Your Cell Phone. This wikiHow teaches you how to forward your cell phone number to another phone, meaning that incoming calls to your cell phone will be directed to a different number. You can do this on iPhone and Android.
Dial the 10-digit phone number including area code where you want your calls to be forwarded. For example, you'd dial 72-111-222-3333. Press the Call button and wait for a confirmation tone and message. End the call. Things to remember with call forwarding. You must turn on call forwarding from your Xfinity Mobile device. If you're expecting an important phone call at home on your landline phone, but you won't be there to answer it, you can still get the phone call by forwarding your landline phone to another phone, such as your cell phone. Make sure that you don't miss something important, like a job offer call or doctor's call.
Forward your calls from your phone to another number. Pick and choose certain call types to forward. Conditional call forwarding 73, 74 is included in all plans. Unconditional call forwarding 72 charge is $0.20 per minute. Note: Unconditional call forwarding is included in some plans at no additional cost. You can only change your Call Forwarding settings from your wireless phone for security purposes. You can’t manage Call Forwarding online. For help with Call Forwarding: View the Call Forwarding Device Support tutorials to learn how to turn Call Forwarding on and off, or change the call forwarding number. For configuration information, see the “SIP: Configuring SIP-to-SIP Phone Call Forwarding” section on page 812. Call Forward All Synchronization for SIP Phones The Call Forward All feature allows users to forward all incoming calls to a phone number that they specify. This feature is supported on all SIP phones and can be provisioned from. GROK is a resource of Louisiana State University developed and maintained with support of the LSU Student Technology Fee. We love getting feedback from the general public, but our support efforts are generally dedicated to the LSU community.
15/09/2018 · How to Forward Call on the Yealink T22 Phone. Learn how to use the forward call option on the Yealink T22 phone by following this guide. You'll need to select the option that suits your needs best, and follow the instructions below. Choose. 04/01/2018 · How to Forward Your Home Phone to a Cell Phone. This wikiHow teaches you how to forward calls from your home phone to your cell phone, which will allow you to receive calls to your home phone on your cell phone. Check your carrier's policy.
On the Home screen of your Polycom phone, select the “Forward” icon or press the More key, then press the Forward button. Select the Forwarding Type Always, No answer or Busy Enter the number to which you would like calls forwarded in the Contact box and press the. Objective Forwarding calls on the Cisco IP Phone allows you to set another line or phone number where calls will be forwarded when it is not possible to answer the call from that specific line. You can set call forwarding to all calls, or in special.
You may activate Conditional Call Forwarding through My Verizon as well. While this feature is active, your phone will ring several times when you get an incoming call, giving you the chance to answer. If you’re on the phone or choose not to answer, the call will be forwarded to the destination phone number. I'm using a cisco IP Phone model 7941. when I'm away from the office I'll forward calls to my mobile, But when I go out of reception area for the mobile I'd like to remotely change the forwarding calls to another number instead, is this possible.
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If you’re one of the satisfied proprietors of an iPhone 3G then you have actually possibly come across the hug wireless billing system. If you have not become aware of this fantastic gadget – keep reading! The cellphone is certainly among one of the most vital devices that people in the contemporary world can refrain without. Not only do you rely upon your phone for calling as well as texting but today’s cellular phone likewise provides far more features that can be enjoyed by consumers-features such as cameras, mp3 players, organizers and also Internet internet browsers. Since the cell phone is developing practically day-to-day, it was just a matter of time prior to cellular phone accessories undertake development too. Among the devices that is experiencing rapid development is the cell phone battery charger, particularly those which remain in the cordless charger classification.
Primarily, the hug wireless charging pad is a cutting edge method of billing your apple iphone – a mobile phone battery charger without the typical cords! Gone are the days when charging your cellular phone suggested connecting your phone on the battery charger as well as attaching the battery charger adaptor to a power socket. With a wireless billing system, no electrical outlets are required to transfer power to your mobile phone.
Primarily the hug cordless charger floor phone holder for bike covering is a billing system composed of two accessories: the cordless billing pad itself and a safety situation. The slim protective instance is fitted on your iPhone to give it with daily protection. If you do not generally like any kind of extra coverings on your cellular phone, the smooth design of the Hug instance will certainly change your mind. When your apple iphone is effectively using its situation, you can then put simply it versus the cordless pad to start the billing procedure.
The wireless billing pad, which is occasionally referred to as a battery charger mat, has undeniably numerous benefits over the standard wired cellular phone chargers. As an example, wireless charging is in fact environment-friendly. This is since its supplies your cellphone with power just approximately the level that your phone calls for, unlike typical battery chargers which maintains attracting power even though your phone is already fully billed.
The hug instance is likewise compatible with any hug pad. This suggests that you can have a billing pad in your home as well as one at the workplace without necessarily replacing your phone’s hug case. An additional excellent aspect of the hug wireless charging pad is that it is created with future compatibility in mind. This implies that you will not need to stress over buying future models of cordless chargers just to be compatible with future applications.
Last but not least, a cordless mobile phone battery charger is simply convenient to make use of. You can put simply the charging pad on your bedside table for easy charging. Rather than rising from bed, trying to find the battery charger and copulating to a power socket where you can connect it, you can put simply your iPhone in addition to the billing pad. You can also enjoy the exact same comfort in your workplace. The number of times have you ran into the problem of trying to extend the cable because there is no source of power near your desk? With the hug cordless billing pad, you likewise won’t have to trouble with disconnecting the charger when it’s time to go!


17025 Certified Calibrations
ISO/IEC 17025 was initially issued by the International Organization for Standardization in 1999. Radcal maintains a fully accredited 17025 Calibration Laboratory. For those applications requiring a 17025 certified calibration, Radcal documents the performance of your instrument at the specific operating point(s) required. As with general Certified Calibrations, Radcal 17025 Calibrations build on Radcal’s Conformance Testing to further qualify the performance of your system for a specific sensor/control unit combination. Radcal offers these 17025 Calibrations for a comprehensive list of system configurations and operating points.


As a small business owner, you’re always looking for ways to use space more efficiently, increase productivity, and reduce your costs.
Voice over Internet Protocol (VoIP) can help you do just that. With just a headset and a computer with an Internet connection, your business can save money on phone bills and hardware, and you can enjoy additional functions that a regular phone service might not be able to provide.
Although the term might be unfamiliar, chances are you’ve experienced VoIP technology before. If you’ve ever used Skype, Xbox Live, or FaceTime (just to name a few examples), then you’ve used VoIP.
The simplest way to describe VoIP is that it’s phone service delivered over the Internet, as opposed to traditional analog services (what everyone calls landlines now) that rely on extra wiring, additional hardware, and a phone company. Instead, VoIP works through your existing computers and your high-speed Internet connection.
This technology, which was developed by gamers who wanted to be able to have real-time communications with each other, is also called IP telephony, Internet telephony, broadband telephony, and broadband phone service. In addition to allowing people to make phone calls through the Internet, it can make international phone calls, video conferencing, call forwarding to smartphones and desktops, and other types of business communications easier to do.
Let’s take a look at 5 common questions about VoIP and the answers to them.
How Does VoIP Work?
This technology takes audio signals (your voice) and converts them into digital ones. With a VoIP phone, you can make calls directly over the Internet, reducing or eliminating the need to use a traditional telephone service.
Because it bundles voice signals into “packets,” VoIP is able to transmit more information over a network, thereby also making it more efficient than traditional telephone services.
What Equipment Do I Need?
There’s a misconception that VoIP phone systems require expensive equipment. In fact, they don’t, and if you already have a phone, a computer, and a fast Internet connection, you already have the bare minimum. All you need in addition to that is to sign up for a VoIP service. The provider may also offer a virtual number service, enabling a user to take and make Internet calls directly from a phone.
Depending on your needs, you may also want to get one or more of the following: a headset, microphone, webcam (or a computer with a built-in camera), analog telephone adapter (if you’re integrating the system with your landlines), online faxing capability, or an IP conference phone.
Of course, adding that additional equipment will make things more expensive, but remember that some or all of it may not be necessary. Again, you only need what your business requires. H Grant Support can help you assess your needs and determine what equipment will be required for support.
What are the benefits of Using a VoIP system?
There are four principal benefits to a VoIP phone system: flexibility, mobility, affordability, and security.
- Flexibility– The advanced features that VoIP systems offer to deliver more flexibility and agility than analog systems do. The more employees you have, the more sense it makes to go with VoIP phones to increase productivity in daily communications, especially for a business with a great number of contacts or which makes a lot of long-distance calls. You can also have all those additional features (and more) that we talked about at the start.
- Mobility– With a strong and fast broadband connection, VoIP phones present outstanding mobility. Basically, you can conduct business anywhere– home, office, car, hotel, etc. Having to miss an important call because you’re away from the office becomes far less of a worry. One of the best things of all is that with VoIP technology, you can transfer calls from a cell phone to an office line with no hiccups at all.
- Affordability– VoIP phones reduce costs because you don’t need to rely on a traditional analog service that you have separate accounts and expenses for. They also save your business money because long-distance and international calls and faxes are typically free or cheaper than they are through analog services. Many features that come with a VoIP service would cost extra with an analog provider. VoIP phones also save on data costs and usage because they only use the data required for the specific function.
- Security– As long as you choose a responsible VoIP provider, these systems are more secure than landlines are. When looking for a provider, you should be asking things such as what their accreditation is, how many data security centers they have, whether they offer system status updates, what security software and infrastructure they use, and whether they are HIPAA-compliant. Finally, notice if they make a point of broadcasting their prioritization of user security. And the company will say they do if asked, but notice if the company advertises it without being asked.
Is VoIP Service Reliable?
When this technology was newer, reliability was inconsistent. Dropped calls, delays, and voice drop-outs were common complaints. However, with advances since then, call quality is much better and can be as crisp and clear as on a landline depending on your network.
One drawback that does still exist is that emergency calls when the system is down cannot go through. You’ll still need a landline or a cell phone for that. Also, virtual numbers aren’t associated with a physical location, so a call to 911 won’t let responders know where you are based on that alone.
Do I Really Need To Switch to VoIP?
The truth is that the answer really depends on the business and its needs. VoIP is not for everyone, but in today’s technology-driven world, it will work for most businesses. The benefits in mobility, versatility, reliability, and cost savings keep getting better and better, and many more businesses are making the switch.
H Grant Support, serving businesses in the Bergen County area, where most firms are switching to VoIP or incorporating it into their existing systems, can help you determine if VoIP is right for your business and can get you set up. We’ll make sure that your employees and customers can stay connected, that you can unify your communications, and that your company can save money.


The very best lithium battery is lithium-ion polymer batteries. Li Po batteries stand for Lithium Polymer batteries. It can also be known as lithium-ion batteries. The advancement in technology demands the need for reliable portable power. Lithium-ion polymer batteries have become the ultimate source to power everyday products such as for example laptops, cellphones, power tools, and even electric cars. The battery is installed with lithium-ion technology, which uses polymer electrolyte instead of a fluid electrolyte.
Unlike other batteries, lithium-ion batteries are the best lithium battery. The lithium-ion technology employs a polymer electrolyte in place of a liquid electrolyte. The batteries are extensively used in applications where weight and space is a critical feature. Products such as for example mobile phones, power banks, thin laptop computers, electric vehicles, radio-controlled aircraft, and a number of other items are installed with lithium-ion batteries. The batteries will also be used to power various medical devices such as for instance hearing aids, surgical tools, medical defibrillators, infusion pumps, etc.
The Lifepo4 48v can be used to source capacity to products such as for example radio-controlled aircraft and cars, personal electronics like cell phones, electronic cigarettes, laptop, and even electric cars. The battery also serves a great purpose in the medical field. The Medical lithium battery are accustomed to power medical electrical equipments like hearing aids, monitors, surgical tools, infusion pumps, medical defibrillators, and similar others.To obtain supplementary details on Best Lithium Battery kindly go to LIPOLYMER-BATTERY
Lithium-ion technology doesn’t operate using battery acid and flammable fuels, which could pollute the house’s air quality. Thus, the lithium-ion polymer battery improves air quality and reduces the risk of accidents that has been brought on by flammable fuels or battery acids. The introduction of lithium-ion polymer batteries has proved to be beneficial even for the environment. The development of electric vehicles has helped to reduce carbon emissions in the environment. Lithium-ion polymer batteries are higher in price. However, considering the wonderful benefits it includes in everyday operations, Li Po batteries benefits outweigh its cost.


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