at December 03,2017
millions of people around the world have a smartphone that they use for different online purposes including mobile banking, accessing social media and other online services. Apparently, hacking of these devices has escalated and they can be easily hacked like a computer. Using new technologies and software cybercriminals penetrate mobile systems and gain illegal access to the user’s private data such as financial information. Therefore, antiviral software is a necessity for mobile phone users.
at December 06,2017
DEF CON 18 - Practical Cellphone Spying with using BACKHOLE with connecting to the network. Cellular calls can be recorded.GSM and ICCID replacing TMSI in US networks. IMSI spoofed tower offering the best signal. 850 which is Plain Test.
at December 06,2017
It is easy for cybercriminals to use software to remotely access cellphones and other mobile devices. The spy software can allow cybercriminals to read text messages sent from a target mobile device and sometimes even listen in to actual phone conversations.
at December 10,2017
I completely agree with @Kalbuainain. The amount of use we have for our smartphones has increased in the number of years. We do use it for online banking, businesses, social networking, mail, and many more things. The more that has risen the more of hacking smartphone devices has as well. Like @Kalibuainain has said antiviral software is very important to be put in our phones. The amount of apps we download 1 out of who knows many can be the one that controls your phone. Another video I watched on this site showed a user installed an app and the attacker received all his text messages and phone calls. There is no difference between the hacking of a comp. to a smartphone device. Both can easily be hacked into and info. gained. Therefore people should be as much as careful phones to, if they want to keep there data safe and secure.
at December 12,2017
I do think it is important for us to understand how easy it is for people to listen in on our phone calls, because it does happen and we need to be aware of it. This video though, was very drawn out, and hard to follow.


News & Events
The T-BERD® 5800 Handheld Network Tester is designed to address the challenges of the Carrier Ethernet evolution. It supports both legacy and emerging technologies required to handle various network applications including Metro/Core, Mobile Backhaul, and Business Services installations.
The industry’s smallest 10G handheld instrument supports testing throughout the entire service life cycle including installation, troubleshooting, and maintenance. The T-BERD® 5800 ensures successful mobile backhaul transitions by validating new Ethernet synchronization deployments (1588v2 and SyncE) that guarantee successful mobile handoff between cell sites, thereby avoiding service degradation.
- All-in-one handheld tool designed to reduce complexity of multi-technology testing
- Optimized for field ease-of-use while addressing emerging network technologies
- Guarantees maximum efficiency and success in the evolution of Carrier Ethernet and Mobile Backhaul networks
- Ensures service life cycle management, integrating both installation and trouble¬shooting capabilities in one instrument
- Automates services verification with support of J-Complete suite of test tools
- Latest addition to the leading portfolio of T-BERD/MTS portable test solutions – created by experts to simplify network deployment and trusted by leading service providers worldwide
- Six T-BERD® 5800 configurations:
- Single- and dual-port Ethernet versions
- With or without TDM/PDH interfaces
- Fully loaded TDM/PDH to 10G Ethernet, SONET, and SDH
- Layer 1-3 Ethernet/IP SLAs verification (with Class of Service [CoS]) that includes automated Enhanced RFC 2544 testing
- Support for emerging Ethernet synchronization testing (including 1588v2 and SyncE verification)
- BER testing up to OC192/STM-64, service disruption, and circuit monitoring on TDM/PDH/SONET/SDH interfaces
- PTN Ready: Supports Packet Transport Network (PTN) evolution with MPLS-TP technology
- Supports J-Complete automated suite of test applications
The JDSU QT-600 is a carrier-grade, scalable, Ethernet probe that delivers the test and troubleshooting capabilities required to deploy Ethernet with confidence. An integral component of the JDSU NetComplete® Service Assurance Solution, the QT-600 reduces operations costs with its streamlined service turn-up process and rapid segmentation abilities that quickly identify the source of the problem. The detailed test results generated by the QT-600 give service providers the confidence to guarantee service-level performance. Converting this information into proactive measures has a positive impact—building greater customer retention and loyalty and contributing to reduced operational costs by decreasing the deployment of multiple technicians to remote locations.
- Carrier grade Ethernet probe
- Centralized automated testing
- Combines active testing with passive monitoring
- Validates Ethernet services are turned up according to service level agreements (SLAs) optimizing long-term burn-in testing from a centralized location
- Troubleshoots and sectionalizes issues with Ethernet services using ping, traceroute, RFC-2544, and 802.1ag/Y.1731 standard testing
- Monitors network traffic, performs top N analysis, captures traffic, and applies filters/triggers to drill down into data and troubleshoot problems
- Supports up to 16 simultaneous active tests including ping, traceroute, RFC-2544 and 802.1ag/Y.1731 loopback/linktrace.
- Supports automatic Layer 2 or Layer 3 loopback mode and can automatically loopback various Network Interface Devices (NIDs).
- Supports 802.1aq VLAN environments controlling VLAN priority or IP priority settings using Diffserv and ToS bits
- Provides sophisticated filters and triggers for data capturing supporting both pcap and cap formats.
- Supports highly configurable input parameters for each test providing maximum flexibility for troubleshooting
ADC’s Next Generation Frame (NGF) is the industry-leading high-density fiber management solution, accommodating the rapid growth and expansion of the fiber network while reducing jumper pile-up in horizontal troughs. The ability to easily access connectors and manage fiber cables has a direct impact on network reliability, performance and cost. As networks require expansion, reconfiguration and implementation of new services to the end customer, ADC’s NGF is a versatile solution that will satisfy network requirements for years to come.
- Rugged and compact hand held design to endure any kind of environmental conditions
- Fast splice (7 sec) and Fast Heating
- 200 cycles (Splicing & Heating) with 2 batteries
- Available for All METRO/LAN/FTTx fibers including ultra bend-insensitive fibers (G657b)
- Applicable for Splice-On-Connector(SOC)
- general purpose locator used to detect buried pipe and cable services in a variety of environments
- compact and lightweight design, without compromising strength and performance
- choice of passive power locating and active 8kHz and 83kHz frequencies
- detect the presence of active power cables and also wishing to trace short ranges. It is particularly useful in helping to detect and trace short distance drop wires
Source: TE Connectivity
The Mini Rapid Fiber Distribution Terminal (RDT) is a compact, high-density, fiber box solution, designed to speed installation requirements on the customer premises. Utilizing the patent-pending RapidReel cable payout spool, the Mini RDT deploys up to 100’ of plenum and 50’ of indoor/outdoor 12-fiber cable. Longer cable lengths available on an external spool. The multifiber cable terminates to a multifiber push-on connector (MPO), which ensures fast cable routing and handling by technicians. For service turn-up, the Mini RDT features up to 12 SC/LC fiber ports for fast, plug-and-play drop cable connections.
The Mini RDT is a cost-efficient system for deploying and managing fiber networks within small to mid-sized multiple dwelling unit (MDU) and multiple tenant unit (MTU) environments.
- Cost Savings: RapidReel cable payout spool reduces upfront deployment costs by eliminating site survey inspections, reducing labor hours and streamlining cable requirements
- Reduced Labor: Preconnectorized plug-and-play solution eliminates splice labor requirements and speeds network construction
- Easy Access: Technician friendly, the Mini RDT provides easy access to connectors for service and maintenance
The FLS is a high performance long distance fiber optic cable locating and monitoring transmitter. As a central office or regen rack mounted system, the FLS offers a full 50 watts of output. The FLS can be used for long-haul fiber lines and metropolitan loop networks. All features may be accessed remotely or locally with the hand-held touch screen.
The FLS system increases revenue by increasing customer confidence and loyalty. It’s a critical component on the fiber support network, striving to reduce downtime, increase reliability and reduce third part damage and at the same time increasing workplace efficiency and reducing maintenance costs.


Today’s amazing hearing devices owe their start to an evolving series of hearing aids that leveraged technology over time.
The first hearing aids, created in the 17th century, were enormous, trumpet-shaped contraptions with a large, open piece at one end that collected sound. The trumpet gradually tapered into a thinner tube that funneled the sound into the ear. While these devices were helpful to some people with hearing loss, the funnels were eventually tapered down to make them portable, which, unfortunately, made them less effective.
The development of the modern hearing aid might not have been possible had it not been for Alexander Graham Bell and Thomas Edison, two “renaissance men” who had invented independent devices that together, electronically amplified sound for better hearing in the late 1800s.
The Industrial Revolution ushered in the mass production of many devices, including hearing aids, and created a new middle class that could afford them.
In the 1800s, several companies, including George P. Pilling and Sons, and Kirchner and Wilhelm, developed and sold their own versions of hearing aids.
In 1898, the Dictograph Company introduced the first commercial carbon-type hearing aid. Just one year later, Miller Reese Hutchison, of the Akouphone company, patented the first practical electrical hearing aid, which used a carbon transmitter and battery. Its sale price was $400 – but the advanced device was impractical: it was so large, it had to sit on a table.
In the 1920s, vacuum tubes were used in the manufacture of hearing aids. This made sound amplification more efficient, but oversized batteries still made the devices cumbersome.
In 1952, transistor hearing aids made their long-anticipated debut. The addition of simple on/off switches finally enabled the advent of smaller hearing aids. With a price tag of $229.50, these analog hearing aids, manufactured by Sonotone, were portable and affordable.
The next milestone for hearing devices – the 1990s – brought digital technology to the forefront, improving sound quality and permitting programmability.
A decade later, computer technology enabled the development of smaller hearing aids and more precise, settings to accommodate virtually every type of listening environment. The newest generation of hearing aids can continually adjust themselves to improve sound quality and reduce background noise.


Connected IO provides redundant, high-availability failover connectivity, for mission critical applications from Internet to private trenched fiber.
Enabling wire-free connectivity and failover for POS terminals insuring flexibility and defending against network outages.
Connected IO simplifies connecting and coordinating your fleets of digital signs from one to hundreds.
Connected IO has experience connecting ATM machines, ‘Point-of’ Terminals, and kiosks back to Headquarters using both wired and wireless WANs.
Connected IO provides consolidated control for cameras, door locks, fingerprint scanners and other security assets.
Controlling and monitoring oil and gas or renewable energy assets in the field is critical to continuous, profitable operations.
Secure, HIPAA compliant connectivity for clinical, outpatient and telemedical challenges.
Connectivity solutions for fleets, incident response teams, first responders, and vehicle maintenance applications.
Industrial Monitoring and Control is essential to fluid manufacturing operations. Connected IO is your partner in industrial control.
Connectivity for Unmanned Aerial Vehicles and Drones.
Connectivity solutions for utility and environmental monitoring, access control, lighting and more.
Depend on Connected IO to connect your utility infrastructure, city services, or public WiFi.
A classic IoT application, Connected IO provided secure and robust access for a local cluster of vending machines.


EPLAN ELECTRIC P8
Control installations are first designed by means of hardware engineering. This is the basis of an installation. This hardware engineering includes more than just a design of a control cabinet, connections of sensors and actuators. With attention to basic designs (single-line schemes), detailed designs (multi-line schemes), norms and customer standards, a solid basis is launched for the efficient running of a project.
We implement our hardware engineering expertise, based on experience and lessons learned from previous projects, in EPLAN Electrical P8.
Good tools are half the work!
This allows us to design, build and install customer-oriented and customer-specific control systems for Industrial Automation.
Can we help you?
Are you looking for extra engineering and drawing capacity within your organization? Or do you want to outsource the entire project engineering? Then we can be of service to you! The work can be performed on a hybrid basis (at our office or at your location).
With our versatile EPLAN expertise in the field of as-built, red-blue sets, standardization, drawing function location or working with Cogineer, we deliver the engineering professionally.
EPLAN Electrical P8
The ECAD Standard for Your Engineering – More Than Just Drawing Schematics
EPLAN Electric P8 is a consistent, integrated and fast engineering system for you to plan and design the electrical engineering for machines and plant systems. The software supports a wide variety of engineering methods: from manual creation through to standardised and template-based approaches. The project data, once entered into the schematic, become the foundation for the automated completion of machine and plant system documentation. In short, EPLAN Electric P8 offers you much more than “just” drawing schematics and circuit diagrams.
And many more features!
export EPLAN schematics to DWG files. Also important to indicate that the layers can be converted to the correct Acad layers.
export of manufacturers and/or supplier lists. Ideal for your project purchasing supplies..
Cable connection list
export of EPLAN cable connection diagrams. A great advantage when installing your installation or machine.
Terminal plug connection list
export of EPLAN terminals and/or plug connection lists. A big advantage during panel construction and IO check.
TIA Portal integration
export EPLAN PLC data and I/O lists and import this data into Siemens TIA portal.
export of necessary production data such as parts coding, wire and cable numbering.


The following was taken from the FCC Website:
These stations are authorized for noncommercial educational broadcasting only (no commercial operation) and operate with an effective radiated power (ERP) of 100 watts (0.1 kilowatts) or less, with maximum facilities of 100 watts ERP at 30 meters (100 feet) antenna height above average terrain (HAAT). The approximate service range of these stations is 5.6 kilometers (3.5 miles radius). LPFM stations are not protected from interference that may be received from other classes of FM stations. A construction permit is required before a LPFM station can be constructed or operated.
This and more information can be found at www.fcc.gov.
There are really too many factors to put into an equation that figures distance from your transmitter and antenna. I have heard of ERP's as low as 1 Watt up to 100 Watts, it really depends on the geography around the transmitter site.
Give me a call at 800-446-2295 to talk about more specific information. Ask for Brian in the Sales Dept.
Hope this helps.


Estonia’s largest technology conference will provide you with useful information on how to make your business more efficient, digital and secure. The Digital HUB is designed for businesses creating the future – presentations and discussions will cover the topics of 5G, IoT, cybersecurity, cloud technologies and future IT solutions. Among the speakers are renowned digitalisation visionaries from Europe and key opinion leaders from the Estonian technology landscape, who will highlight the most important new developments and changes to keep you abreast of the digitalisation trends of today and tomorrow.
At the event, it is also possible to get a closer look at the latest offers of technology companies, listen to practical advice, and communicate with representatives of significant businesses. This is the place to contribute to the future of your business.
To ensure security, all conference participants must present a COVID certificate either digitally or on paper.


Active Documentation of Designs
The diagram below illustrates some of the ways in which self-explanatory simulation scenarios can support communication and collaboration in engineering design. DME turns system models and simulation scenarios into virtual documents of
explanations. These scenarios can be integrated into engineering
documentation, such as requirements documents, email discussions, and training
manuals. Incorporating detailed scenarios into the communication stream also
produces a valuable record to help explain the design rationale for
Now let's explore what a self-explanatory scenario would look like as part of a design discussion.


Jun 6, 2018 How to fix This Device Cannot Start Code 10 Error A Code 10 error is generated in Device Manager in one of the following situations: *Device
ASUS X507UA Atheros Bluetooth Driver 10.0.3.12 for Windows 10 64-bit. DOWNLOAD NOW. 151 downloads · Added on: August 8, 2018 · Manufacturer: Download selected Qualcomm Atheros bluetooth driver v10.0.3.12 for AR3012 ASUS Bluetooth v2.1 USB Adapter; Dell Wireless 1601 Bluetooth Device, Dell Download selected Qualcomm Atheros bluetooth driver v18.104.22.1684 for Apple AR3012 Bluetooth 3.0; Askey Bluetooth Adapter; Asus Bluetooth v2.1 USB Bluetooth. Check the Bluetooth vendor on your ASUS Notebook and download the corresponding driver. Qualcomm Atheros Bluetooth 10.0.3.14 (64-bit). Dec 30, 2010 Download Asus Atheros Bluetooth Driver 22.214.171.124. OS support: Windows XP/Vista/7. Category: Input Devices.
Qualcomm Atheros Ar9485 Wireless Network Adapter Driver for Windows 7 32 bit, Windows 7 64 bit, Windows 10, 8, XP. Uploaded on 3/29/2020, downloaded 1243 times, receiving a 76/100 rating by 498 users. This is version 8.0.0000.0220 of the Qualcomm Atheros Bluetooth Driver. The driver was released in J Download Qualcomm Atheros bluetooth driver for Dell 1703 here you can download driver for Qualcomm Atheros QCA61x4 Bluetooth 4.0 Qualcomm Atheros Bluetooth Driver Asus P450L Wifi driver Ralink Wireless Lan Driver and Application Download Qualcomm Atheros Wireless Lan Driver and Application Download Realtek Wireless Lan Driver and Application Download ASUS Wireless Radio Control DownloadAsus F401u Driver Downloadhttps://allprinterdriverdownloads.com/asus-f401u-driver-downloadAsus F401U Drivers Windows seven 32-bit as well as Windows seven 64-bit Asus F401U Drivers Windows seven 32bit Asus F401U BIOS BIOS 313 Download BIOS 310 Free bluetooth qualcomm download software at UpdateStar -
Dec 5, 2016 how to add bluetooth device and driver in any type laptop in window-7.bluetooth device driver download,,bluetooth driver how to fix,,repair Dec 6, 2014 Are you having Bluetooth Problem on your Windows 8 and 8.1 PC or Laptop? This simple video will show you how to fix it! Please install the bluetooth driver f first from here https://www.atheros.cz/atheros-blueto OR Aug 3, 2017 Bluetooth not working in Windows 10? Unable to send and receive files through bluetooth in Windows 10? You can fix all bluetooth connection Aug 1, 2015 To get Bluetooth on Windows 10 laptops and desktops, you have to install the Bluetooth driver (Note: Desktop computers may need a usb Nov 3, 2017 It's really simple once you find the right download. How to fix missing driver for Bluetooth Peripheral Device. Ultimate DIY. Loading. Jan 3, 2015 Follow simple steps to fix Bluetooth not working in Windows 8.1. This solution also worked for Windows 8. Other Bluetooth Solutions: Jun 6, 2018 How to fix This Device Cannot Start Code 10 Error A Code 10 error is generated in Device Manager in one of the following situations: *Device
Sep 12, 2019 ASUS Laptop X441BA Atheros Bluetooth Driver 10.0.3.20 for Windows 10 64-bit Windows 10 driver download - Windows 10 Download - Free Qualcomm Atheros AR3012 Bluetooth 4.0 + HS Driver 10.0.1.2 for Windows 10. Solved Qualcomm Atheros Bluetooth driver not working problem on Windows 10 by reinstalling the driver, updating So, it is highly suggested that you download drivers from the manufacturer website. We are using ASUS as an example. Dec 14, 2013 Qualcomm Atheros AR1005 Bluetooth 4.0 + HS Adapter; Qualcomm Atheros AR3012 ASUS Bluetooth v2.1 USB Adapter; ASUS Bluetooth; Qualcomm Atheros The older driver is on top which is a standard install exe file. ASUS Bluetooth Windows drivers. Driver type: Bluetooth devices; Vendor: Qualcomm Atheros Communications. Version: Install driver Download driver. Windows 7 (64-bit). Size373.2 MB. SeverityCritical. Released24 Jul 2018. Checksum. Downloads. File nameREADME for Qualcomm Atheros Bluetooth Driver. Aug 3, 2015 Home / Wireless Drivers / ASUS R752LN Laptop Bluetooth Driver of a Realtek BlueTooth adpater, Broadcom BlueTooth adapter, Ralink BlueTooth adapter or a Qualcomm Atheros BlueTooth adapter. Download Driver Found this, maybe will work for you: Download ASUS K55A Qualcomm Atheros BlueTooth Driver 126.96.36.1996 for Windows 8.1 64 bit
Dec 1, 2016 Download ASUS Bluetooth Adapter Qualcomm Atheros Driver 10.0.1.11 for Windows 10 Anniversary Update 64-bit (Bluetooth)


Schedule a Call from Santa’s Elves for Your Children
If your children would like to get a message directly to Santa, you might want to set up a call between your children and one of "Santa's elves."
SantaPhone service is now up and going. Parents can schedule a time to get a call from an elf by providing a phone number and email address through the app's website. The company follows the request up with a text message to confirm the time of the call.
When your appointment time comes, your child will get a call from the North Pole. A bot reading an automated script asks what the child wants for Christmas. The call is automatically recorded for parents and loved ones before it's sent to the email address provided.


Sometime ago, I posted reviews of my use of two TP-Link switches to operate my home network. To recap briefly, I use a TP-Link TL-SG3424 as my core switch and a TP-Link TL-SG3210 as my access switch. Both switches are Gigabit Ethernet across every port which I love. The pair of switches cost me under £200 new for the pair.
Recently I’ve deployed some extra devices into my home office leaving the TL-SG3210 a little short a free ports (a la none) so I was interested in moving my two LAG trunk ports onto the SFP Mini-GBIC modules to free up two ports. Taking a look at the TP-Link Media Converters and Modules page at http://uk.tp-link.com/products/?categoryid=225 reveals that they do produce fibre modules but nothing for Ethernet which had me a little worried about the future of my eight port home office switch.
Determined not to be beaten, and not wanting to fork out to lay fibre through my house or buy a new, larger switch, I decided to take a punt on buying two used but functional Cisco GLC-T= SFP modules. These are 1000BaseT Gigabit Ethernet modules taking copper connectivity as opposed to fibre (or fiber depending on your preference). With Mini-GBIC SFP being an industry standard, I figured it must work right?
The good news folks is that it does work. The Cisco modules work just great and I’ve got four of the modules now. I am using a pair of them at either end of my LAG for consistency to I’m connecting SFP to SFP and I’ve had no issues with them at all.


At the request of the French Support Program to the IAEA Safeguards, the Institut de Radioprotection et de Sûreté Nucléaire (IRSN) initiated the development of a new-generation electronic seal called IRES in 1998. The main users’ requirements were that the seal should detect any unauthorized attempt at tampering, that all events should be time stamped, authenticated and recorded in a non-volatile memory, that batteries should provide at least two years’ service life in regular service conditions and that the seal should be remotely interrogated trough both a wire link and a radio link. IRSN and its industrial partner SAPHYMO have developed the IRES seal to meet these requirements. It can store 1600 events: initialization, attachment, detachment, verification, sealing wire opening and closing, housing opening, battery status changes and temperature changes. The IRESMANAG application based on an MS-ACCESS database enables the seal operation and supports data transfer to the database in the polling PC.The first version of IRES used an electric sealing wire and was well adapted for use in high-level radiation locations. In 2001, it was decided to develop a new version retaining the features of the existing seal but based on an optic fiber sealing wire. Moreover, the radio module was removed from the seal and constitutes an independent device with its own battery. This device is easy to customize for every region in the world. Seals may be grouped together (up to 32 seals per group). Only one radio module is required to poll the whole group, which is a cost effective enhancement over the previous version that included a radio module in every seal. Lastly, the management software is the same for both IRES seals (electric wire or fiber optic) and deals with groups of seals. This paper will focus on the IRES fiber optic seal and on the new potential offered by the IRESMANAG application.
JF MOREAU, J. LACROIX, Saphymo, 5 rue du Théâtre, 91884 Massy cedex, France


MDVR for vehicles with HDD | 4 AHD/CVBS inputs + 12VDC | LAN port for IP cameras | Max. resolution AHD/IP 720P | Max. resolution CVBS 960H | 4 audio input | CVBS + 12VDC monitor output | 8..36VDC power supply | Recording on HDD max. 2TB and/or SD card max 256GB | G-Sensor | 4 alarm inputs + 2 output | Mirror function | Including remote control, AV/MiniDIN adapters, Power supply cable, I/O cable, RJ45 cable | Shock-proof metal casing | HDD and SD card not included |
Built-in DSE DVRs are digital video recorders developed for use on board vehicles such as cars, van, camper and public or heavy vehicles.
They can also be used successfully in any application where a video recorder is required with a small, easy-to-use monitor.
These DVRs record on SD cards or cushioned HDD tp keep files safe from shocks and vibrations.
They are supplied with wiring accessories for vehicles.


AI smart camera chip vision module
买体彩哪个软件好the ai ??chip vision module consists of sensor+isp+vpu+ embedded depth learning vision algorithm, which can output structured data from the chip end. the module measures only 38mm x 38mm. it is understood that the module can carry the algorithm ip for different scenarios, and currently mainly includes the star-face recognition module, the star-data acquisition module, the star-human interaction module.
the star module greatly reduces the barrier to integrated visual recognition. for example, through a simple integrated star-face recognition module, a normal camera can be turned into a smart security camera with real-time structured processing capabilities, with powerful face capture and recognition. ability to track and capture 30 people at the same time, grab the best face with the clearest angle, capture rate 99%, false detection rate less than 0.5%, capture repetition rate less than 10%, and support full locals within 20,000 face recognition supports local feature extraction and transmits the cloud to meet face recognition scenes of more than 20,000 people.
买体彩哪个软件好in addition, the star module is turning the camera into a super data sensor through its front-end processing capabilities that rival the cloud. as an example, the face-to-face technology developed a smart customer group analysis camera based on the star-data acquisition module. based on the star’s local data structuring capabilities, the reader can easily perform real-time passenger flow counting. member/customer management track management and other functions, the merchant can grasp customer attributes and behaviors in real time.
买体彩哪个软件好from the perspective of human-computer interaction, the star-human interaction module can be flexibly used in intelligent machines. by detecting the gesture in the image or video stream, the human face is transformed into instructions that cause the machine to respond correctly. it achieves millisecond detection and tracking speed, and responds quickly. it supports palm punches, v-shaped hand, stretched palms, fists, and other gestures. it is highly robust for face and human detection tracking.


Intercom systems stand as integral components in the landscape of modern communication and security. From residential complexes to industrial facilities, the ubiquity of intercoms underscores their significance in fostering seamless interactions. This comprehensive exploration aims to unravel the intricacies of intercom system installation, shedding light on their functionalities, types, and the evolving role they play in our interconnected world.
Understanding the Basics
At its core, an intercom system is a communication device that allows individuals in different areas to converse or be alerted through audio signals. Historically, intercoms were primarily used in industrial and commercial settings, but their applications have expanded considerably.
Types of Intercom Systems
1. Wired Intercoms: Traditional systems that utilize physical wiring for communication within a confined space.
2. Wireless Intercoms: Embracing modern technology, these systems communicate through wireless signals, offering flexibility in installation.
3. Video Intercoms: Integrating visual communication, these systems provide both audio and video capabilities, enhancing security and identification.
Applications Across Industries
1. Residential Use:
In homes, intercoms streamline communication between different rooms or floors. Modern versions may include smart features like integration with home automation systems.
2. Commercial Spaces:
Businesses utilize intercoms for internal communication, employee announcements, and security purposes. They prove invaluable in managing large office complexes.
3. Healthcare Facilities:
In hospitals and clinics, intercoms facilitate communication between staff members, ensuring swift responses in emergencies.
4. Educational Institutions:
Schools and universities employ intercoms for announcements, ensuring effective communication across campus.
5. Industrial Environments:
Factories and warehouses utilize intercoms for quick communication among workers, contributing to operational efficiency and safety.
Evolution and Integration
As technology advances, intercom systems evolve to meet contemporary demands. Modern intercoms often incorporate features such as:
– Smartphone Integration: Enabling users to manage intercom functions remotely through mobile apps.
– Access Control Integration: Pairing intercoms with access control systems for enhanced security.
– Cloud-Based Solutions: Allowing for centralized management and monitoring of multiple intercom systems.
Installation and Maintenance Considerations
Proper installation and regular maintenance are critical for the optimal performance of intercom systems. Whether wired or wireless, adherence to manufacturer guidelines ensures reliability.
The Future of Intercom Systems
The future promises continued innovation, with intercom systems becoming more sophisticated and integrated into broader ecosystems. Artificial intelligence and voice recognition may play pivotal roles in shaping the next generation of intercoms.
In conclusion, intercom systems are dynamic tools that transcend mere communication—they are integral to the fabric of various industries and settings. This exploration highlights their evolution, applications, and the exciting prospects they hold for the future. Whether enhancing security, streamlining communication, or embracing smart technologies, intercom systems continue to play a crucial role in our interconnected world.


Are you on the lookout for Best Police Scanner? Then you must check out police scanner reviews, a useful asset that had a lasting impact on the process of improving the lives of people is the car police scanner. Also referred to as police scanner radio or portable radio scanner, these devices had a lot of contributions to the worldwide development of our lives.
What Is A Police Scanner?
To make things easier, a police digital scanner is basically a radio receiver. This device could tune and scan for frequencies automatically. The device stops on a signal when it locates one. The device does a scan for other frequencies that can be considered as best handheld scanner frequencies after the device stops transmission. These types of scanners are most popularly used in monitoring medical, emergency services and the police. These portable devices are an awesome way to finding out about important news that you would not have probably heard about.
How Does A Handheld Scanner Work?
This device functions in a highly comprehensible way. It’s the scanner itself that gets multiple signals, normally picking up signals in the UHF to VHF range.
Apart from that, there are three modes through which you can operate a cop detector: manual scan, search and scan. If the scan mode let the user relax while the device is on the lookout for a frequency that someone is transmitting, a manual scan mode prompts the user in push a button to manually search through every one of the scanner’s preprogrammed frequencies, one after the other.
The number of systems that you’ll be able to monitor is based on the number of scanner channels. Having an emergency scanner that has more channels will let you skip the stress of needing to reprogram the radio each time you would like to keep track of a new system while keeping the already monitored systems as well.


Images References :
In today’s digital age, having a reliable internet connection is essential for both personal and professional life. Whether you’re a student, a professional, or a casual user, finding the right internet service provider (ISP) is crucial to ensure a seamless and enjoyable online experience. Aurora, Illinois is fortunate to have a diverse range of ISPs, each offering unique plans and features to cater to various needs and budgets.
Aurora has a robust telecommunications infrastructure, enabling residents and businesses to access high-speed internet services. With multiple ISPs operating in the area, residents have the flexibility to choose from various connection types, including cable, fiber optic, DSL, and fixed wireless internet. Whether you require blazing-fast speeds for gaming and streaming or a stable connection for remote work and online learning, there’s an ISP that can meet your needs.
internet service providers aurora il
Reliable Connectivity, Diverse Options.
- High-Speed Internet Access
- Multiple Connection Types
- Competitive Plans & Pricing
Experience seamless online gaming, streaming, and remote work with reliable internet service providers in Aurora, Illinois.
High-Speed Internet Access
In today’s digital world, high-speed internet access is no longer a luxury but a necessity. Whether you’re streaming HD videos, downloading large files, or engaging in online gaming, a fast and reliable internet connection is essential for a seamless and enjoyable online experience.
- Blazing Fast Speeds:
Aurora’s internet service providers offer blazing-fast internet speeds that can reach up to gigabits per second (Gbps). These lightning-fast speeds enable users to download large files in seconds, stream 4K videos without buffering, and engage in online gaming with minimal latency.
- Fiber Optic Technology:
Many ISPs in Aurora utilize fiber optic technology to deliver ultra-fast internet speeds. Fiber optic cables transmit data using light signals, which travel significantly faster than traditional copper cables. This results in lower latency and faster data transfer rates, making it ideal for demanding applications such as online gaming and video conferencing.
- Symmetrical Upload and Download Speeds:
In Aurora, many ISPs offer symmetrical upload and download speeds. This means that users can enjoy the same fast speeds for both uploading and downloading data. This is particularly beneficial for users who frequently share large files, work with cloud-based applications, or engage in video calls.
- Reliable Connectivity:
Aurora’s ISPs prioritize reliability and uptime. They employ advanced technologies and robust infrastructure to ensure that customers experience minimal downtime and consistent internet connectivity. This reliability is crucial for businesses that rely on the internet for their operations and for individuals who engage in online activities that require a stable connection.
With high-speed internet access, Aurora residents and businesses can enjoy a world of possibilities, from seamless streaming and gaming to efficient remote work and online learning.
Multiple Connection Types
Aurora’s internet service providers offer a diverse range of connection types to cater to the varying needs and preferences of residents and businesses. These connection types include cable, fiber optic, DSL, and fixed wireless internet.
- Cable Internet:
Cable internet is a popular choice for many Aurora residents. It utilizes the same coaxial cables used for cable television to deliver internet service. Cable internet offers fast and reliable speeds, making it suitable for streaming, gaming, and general internet usage.
- Fiber Optic Internet:
Fiber optic internet is the gold standard for internet connectivity. It utilizes fiber optic cables that transmit data using light signals, resulting in ultra-fast speeds and low latency. Fiber optic internet is ideal for demanding applications such as online gaming, video conferencing, and large file transfers.
- DSL Internet:
DSL (Digital Subscriber Line) internet utilizes existing telephone lines to deliver internet service. While not as fast as cable or fiber optic, DSL internet is a widely available and affordable option for many Aurora residents. It is suitable for basic internet usage, including web browsing, emailing, and online shopping.
- Fixed Wireless Internet:
Fixed wireless internet is a wireless broadband technology that provides internet access to homes and businesses using radio waves. It is a suitable option for areas where cable, fiber optic, or DSL internet is not available. Fixed wireless internet speeds can vary depending on the location and the provider.
With multiple connection types available, Aurora residents and businesses can choose the option that best suits their needs, budget, and location.
Competitive Plans & Pricing
Aurora’s internet service providers offer competitive plans and pricing to cater to the diverse needs and budgets of residents and businesses. These plans vary in terms of speed, data limits, and additional features.
- Affordable Options:
Aurora residents and businesses can find affordable internet plans that meet their basic needs without breaking the bank. These plans typically offer slower speeds and data caps, but they are suitable for casual internet usage, such as web browsing, emailing, and social media.
- High-Speed Plans:
For those who demand faster speeds and higher data limits, Aurora ISPs offer high-speed plans that can accommodate demanding applications such as online gaming, streaming HD videos, and video conferencing. These plans come with higher price tags, but they provide a superior internet experience.
- Unlimited Data Plans:
Many ISPs in Aurora offer unlimited data plans, which позволяют пользователям enjoy the freedom of using the internet without worrying about exceeding data limits. These plans are ideal for heavy internet users who frequently stream videos, download large files, or engage in online gaming.
- Bundled Plans:
To provide additional value, some ISPs in Aurora offer bundled plans that combine internet, cable TV, and home phone services. These bundles often offer discounted rates compared to purchasing each service separately. Bundled plans are a great option for customers who want a one-stop solution for their home entertainment and communication needs.
With competitive plans and pricing, Aurora residents and businesses can find an internet service provider that meets their needs and budget.
Our comprehensive FAQ section is designed to answer common questions about internet service providers in Aurora, Illinois. If you have any further inquiries, please don’t hesitate to contact the ISPs directly.
Question 1: Which internet service provider offers the fastest internet speeds in Aurora?
Answer 1: Multiple internet service providers in Aurora offer high-speed internet connections. To determine the fastest provider, it’s best to compare speed tiers and technologies offered by each ISP. Some providers may offer fiber optic connections capable of delivering gigabit speeds, while others may provide cable or DSL connections with varying speed ranges.
Question 2: Are there any data caps or usage limits on internet plans in Aurora?
Answer 2: Data caps and usage limits vary depending on the internet service provider and the specific plan you choose. Some ISPs offer unlimited data plans with no restrictions, while others may have monthly data caps or charge additional fees for exceeding the data limit. Be sure to仔细阅读the terms and conditions of each plan before subscribing.
Question 3: Do internet service providers in Aurora offer bundled plans that include cable TV and home phone services?
Answer 3: Yes, many internet service providers in Aurora offer bundled plans that combine internet, cable TV, and home phone services. Bundling these services can often save you money compared to purchasing each service separately. Check with the ISPs in your area to inquire about available bundled plans and pricing options.
Question 4: How can I compare internet service providers in Aurora to find the best deal?
Answer 4: To compare internet service providers in Aurora and find the best deal, you can use online comparison tools, read reviews from other customers, and contact the ISPs directly for information about their plans, pricing, and availability in your area. Consider factors such as speed, data limits, additional fees, and customer service reputation when making your decision.
Question 5: Are there any special promotions or discounts available for new internet customers in Aurora?
Answer 5: Many internet service providers in Aurora offer promotional rates, discounts, and special offers to attract new customers. These promotions may include reduced rates for a limited time, free installation or equipment, or bundled services at discounted prices. Be sure to inquire about current promotions and discounts when contacting ISPs to sign up for internet service.
Question 6: What is the process for installing internet service in my home or business in Aurora?
Answer 6: The process for installing internet service typically involves contacting the ISP of your choice, selecting a suitable plan, scheduling an installation appointment, and having a technician visit your premises to set up the necessary equipment and activate the service. Installation times and procedures may vary depending on the ISP and the type of connection being installed.
Closing Paragraph for FAQ:
We hope this FAQ section has provided you with valuable information about internet service providers in Aurora, Illinois. If you have additional questions or require further assistance, please don’t hesitate to reach out to the ISPs directly or consult other reliable sources for more information.
Now that you have a better understanding of the internet service providers and plans available in Aurora, let’s explore some tips for choosing the right ISP and optimizing your internet experience.
Here are some practical tips to help you choose the right internet service provider and optimize your internet experience in Aurora, Illinois:
Tip 1: Assess Your Needs and Usage:
Before selecting an internet service provider, take some time to assess your internet needs and usage patterns. Consider factors such as the number of devices that will be connected, the types of online activities you engage in (streaming, gaming, video conferencing, etc.), and any special requirements you may have (high speeds for online gaming or unlimited data for heavy downloading).
Tip 2: Research and Compare Providers:
Conduct thorough research to compare different internet service providers in Aurora. Check their websites, read customer reviews, and use online comparison tools to gather information about available plans, pricing, speeds, data limits, and customer service reputation. This will help you narrow down your options and choose the ISP that best suits your needs and budget.
Tip 3: Consider Bundling Services:
Many ISPs in Aurora offer bundled plans that combine internet, cable TV, and home phone services. Bundling these services can often save you money compared to purchasing each service separately. Carefully evaluate your needs and compare the cost and benefits of bundled plans to determine if they are a good option for you.
Tip 4: Optimize Your Home Network:
Once you have chosen an internet service provider and installed your internet connection, there are steps you can take to optimize your home network for better performance. Use a wired connection whenever possible, as it provides a more stable and faster connection compared to Wi-Fi. Regularly update your router’s firmware to ensure optimal performance and security. Additionally, consider using a mesh Wi-Fi system to extend the range and improve the signal strength of your Wi-Fi network.
Closing Paragraph for Tips:
By following these tips, you can make an informed decision when choosing an internet service provider in Aurora, Illinois, and optimize your internet experience for seamless online activities. Remember to consider your needs, research and compare providers, bundle services if it’s cost-effective, and optimize your home network for the best possible performance.
With the right internet service provider and a well-optimized home network, you can enjoy a reliable and enjoyable internet experience in Aurora, Illinois, enabling you to stay connected, entertained, and productive in the digital world.
Summary of Main Points:
Aurora, Illinois boasts a diverse range of internet service providers, offering residents and businesses a variety of connection types, speeds, and plans to suit their needs and budgets. With high-speed internet access, multiple connection options, and competitive plans and pricing, Aurora’s ISPs strive to provide a seamless and enjoyable online experience for all.
To choose the right internet service provider in Aurora, it’s essential to assess your internet needs, research and compare providers, consider bundling services for potential cost savings, and optimize your home network for better performance. By following these tips, you can make an informed decision and enjoy a reliable and enjoyable internet experience.
In today’s digital age, having a reliable and high-speed internet connection is crucial for both personal and professional life. Aurora’s internet service providers are committed to delivering cutting-edge technology and exceptional customer service to ensure that residents and businesses have access to the best possible internet experience. With the right ISP and a well-optimized home network, Aurora residents can embrace the possibilities of the digital world, stay connected with loved ones, pursue educational and career opportunities, and enjoy endless entertainment options.


PLC’s or programmable logic controllers lies at the heart of control systems engineering. Our extensive knowledge and experience enables us to integrate PLC’s with new or existing plant equipment. Over the years, we have developed links with major technology suppliers such as Mitsubishi, Siemens, ABB, and many more. We are able to program small PLC’s up to large multi-rack configurations with several hundred I/O and man machine interfaces, SCADA, operator interfaces and remote control systems using the latest communications technology. We offer complete architecture design solutions that includes everything from field instrument such as actuator and flow meters, asset management, condition monitoring, maintenance systems, and historian to real-time data analysis.
Cellmec offers comprehensive in-house SCADA system solutions that include software design, programming, testing, installation and commissioning. We are fully conversant with a vast range of SCADA platforms, including Wonderware and LabView, and we can provide both small stand-alone solutions as well as large complex network architecture solutions for major projects
“As an independent system integrator, Cellmec can work to provide the most advanced automation and control solutions tailored to its client’s business needs. Our team has years of valuable experience in implementing control systems that promote the vision of the end users.”


What is NOGA 4.4
Converts any TV ( HD TV) to a smart TV by converting the operating system in the TV to Android system because of that the user can enjoy thousand of application that provide by android system.
So NOGA is the ideal solution to have Smart TV all . Just connect the NOGA dvice to your TV and to the internet ( WIFI ) then you will have a SMART TV
Some of NOGA 4.4 usage
- Watching video channels like YouTube , Shahid.net ,Uturn , etc
- Watching TV channels like ( Al Jazeera , CNN , FOX ,etc )
- Browse the internet and emails
- Browse social media sites: like Facebook and Twitter
- Download and play 1000s of applications
- Connect to your family and friends using popular applications like Skype (you need an external Camera)
- Play videos and watch pictures directly from your smart phone or tablets(Andoid & iOS) to your TV using Imediashare program
- play videos and movies from external hard disk or from SD card
- NOGA is a computer with Android 4.4 (kit kat ) operating system: 1.5GHz, Dual Core CPU, Quad Core Graphics and 1GB RAM. This means it is fast even when working on different applications at the same time.
- Storage capacity of 8GB and support external SD card up to 32 GB. This allows you to have more than 200 applications on NOGA and save audio and video files.
- Has 2 USB ports: you can connect wireless mouse, camera (for Skype)
- Connect to the internet using WiFi : NOGA has strong WiFi antenna to connect to weak WiFi signals. This is suitable to large houses with thick walls.
- Supports over 20 languages.
- Free AVG Antivirus
- Warranty for one year
Control of NOGA 4.4
user can control the noga 4.4 by two ways
1) Mouse & Keyboard
2) Smart phone : now you can control NOGA 4.4 using your smart phone all you need download the control program to you smart phone


Fiber Distribution Box, Fiber Optic Adapters and Fiber Optic Distribution Box
Shenzhen YHT Broadband Equipment Co.,Ltd
Account Registered in: 2019
Last Login Date: August 04, 2020
YHT provides one stop solution for fiber optic splicing, distribution, termination and protection products.
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AVB (Audio Video Bridging) or “basic” Ethernet of tomorrow.
AVB replaces traditional analog AV networks and proprietary digital systems with standards-based Ethernet. AVB (Audio/Video Bridging) is a set of AV networking open standards protocol and is compliant with IEEE standards.
An AVB network has three major components:
• Endpoints — examples, microphones, iPods
• Controller — Extreme Networks switcher such as the Summit® X440
• AVB switches
Audio Video Bridging (AVB) is a common name for the set of technical standards developed by the Institute of Electrical and Electronics Engineers (IEEE) Audio Video Bridging Task Group of the IEEE 802.1standards committee. The charter of this organization is to “provide the specifications that will allow time-synchronized low latency streaming services through IEEE 802 networks”. These consist of:
IEEE 802.1AS: Timing and Synchronization for Time-Sensitive Applications (gPTP),
IEEE 802.1Qat: Stream Reservation Protocol (SRP),
IEEE 802.1Qav: Forwarding and Queuing for Time-Sensitive Streams (FQTSS), and
IEEE 802.1BA: Audio Video Bridging Systems
IEEE 802.1Qat and 802.1Qav are amendments to the base IEEE 802.1Q document, which specifies the operation of “Media Access Control (MAC) Bridges and Virtual Bridged Local Area Networks”, which are implemented by network devices typically called Ethernet switches.
To help ensure interoperability between devices that implement the AVB standards, the AVnu Alliance develops device certification for the automotive, consumer, and professional audio and video markets.
In Biamp Tesira acts as a gateway between the talker (input such as microphones), a listener, output such as speakers. Biamp Tesira DSP acts as both a talker and listener.
AVB is built into the chips (silicon) that Intel and other semi conducting companies makes and a set of standards, software, and protocol standards that as been approved by IEEE.
AVnu (http://avnu.org) is leading the adoption of open standards-based AV networking.
Members include major automotive, and professional AV companies such as Biamp
Biamp Tesira has AVB modulars for digital audio networking cards.
The digital audio card allowing up to 420 x 420 channels of interconnectivity over AVB from any other compliant devices. Tesira uses AVB as the interconnect between server devices and remote expander devices.
Where most common ethernet signals are not organize very well, AVB adds “Traffic Shaping” and “Time Synchronization” to better manage data throughput. Their is no need for IT to manually configure a switcher for quality of service (QoS). All of the different types of data on a AVB network knows of each other and manages the traffic dynamically.
With Bandwidth Reservation Protocol AVB networks are able to:
– Enables the cloud to self-manage its bandwidth allocations.
– Talkers/ Listeners request permission before streams are allowed to flow.
-The cloud guarantees a portion of the bandwidth will be available for legacy traffic.
– Priority-based reservations.
Also, AVB is able to give Priority to Based Reservations data, with a
When you add additional AVB devices (adding additional Tesira AVB cards/ server) the
devices does auto discovery. The controllers (Extreme Networks AVB switchers) learns
more about devices of interest and configure them automatically.
IT, Should you be worrying….Quality control is baked right into the silicon ?
The Unified AV Network
AVB for AV Network Engineers
Chris Pane, Lab X Technologies email@example.com Jeff Koftinoff, Meyer Sound firstname.lastname@example.org
Download the AVB for AV Network Engineers PDF


Communicate with style
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Our cloud-based and virtual business phone services make your organization more powerful and your customers will love you for it and so will you. We replace outdated phone equipment with a cloud hosted Private Branch Exchange (PBX), which means your desk phones and smart devices work together and can easily be managed online or through our mobile app.
Cloud-based phone systems help improve interactions with your clients through robust call features, texting, and integrations with your CRM and other software applications. Turn any location into a workplace, reduce your current expenses, and start taking calls.
your team to each other and consumers to your team.
your business with a solid foundation to communicate.
your conversation into an engaging experience.
Let’s be honest, the business world has seen a shift. Big firms are taking their cue from small-to-medium businesses (SMBs) when it comes to Hosted VoIP. Why? Because they’re starting to realize that Hosted VoIP is a solution with advantages for both modest enterprises and larger organizations. Here are some key points that are worth noting:


Ignacio Cirac heads the Theory Division at the Max Planck Institute of Quantum Optics (Germany). His research concerns the quantum theory of information, particularly the development of a quantum computing system which will enable the design of far faster algorithms, the key to more efficient and secure communications. He also works in quantum optics and quantum many-body systems. He has developed applications that demonstrate the viability of his theories, performing calculations that are impossible with current systems of data processing and transmission. Among other distinctions, he holds the 2018 Quantum Prize of the Micius Foundation (China), the 2019 John Stuart Bell Prize and the 2008 BBVA Foundation Frontiers of Knowledge Award in the Basic Sciences category.


TECHNOLOGY TODAY: Complex Applications Increase the Need for Speed
In accessing the Internet, first there was dial-up, which topped out at 56,000 bits per second. Then, in the 1990s, came digital subscriber line (DSL), with a common download speed of 1.5 million bits per second.
In the 2000s high-speed home and home office access to Internet was led by cable TV companies, later joined by telephone companies, with typical download speeds today around 12 million bits per second but reaching as high as 150 million bits per second.
Broadband Internet service, also known as high-speed service, is important for streaming video, downloading audio, teleconferencing, and other applications that require the transfer of large amounts of data. Applications such as streaming video depend more on download speed, which is a measure of the movement of data into your computer or network, while applications such as videoconferencing depend also on upload speed, which is a measure of the movement of data out from your computer or network.
How can you get this speed? And how do you know whether you’re getting the speed that you’re paying for?
Broadband Internet options are largely a factor of geography. Because of the cost involved in laying the physical cables that are typically used, you usually have limited options in high-speed providers. According to a recent survey by PC Magazine, 20 percent of respondents said they had the choice of only one broadband provider.
A number of websites have tools for finding out which broadband providers offer access in your area, such Broadband Expert (www.broadbandexpert.com) and ConnectMyHighSpeed (www.connectmyhighspeed.com). These and similar sites aren’t 100 percent accurate or up to date, so you’ll need to verify by contacting providers directly.
The largest broadband provider in the country is Comcast (www.comcast.com), founded in 1963 as a cable television company. It currently offers its Xfinity services in 39 states.
Comcast provides a number of different levels of Internet service based on coaxial cable connections. Its mid-level “Performance” package offers download speeds of up to 12 megabits per second (Mbps) and upload speeds of 2 Mbps. Its “Economy” package is up to 1.5 Mbps down and up to 0.34 Mbps up. In April the company announced its “Extreme 105” package, which provides up to 105 Mbps down and up to 20 Mbps up.
Comcast was rated at the top in the latest Internet service provider ranking by TopTenReviews (isp-review.toptenreviews.com).
The upstarts in broadband Internet service are the telephone companies. Verizon (www.verizon.com) was originally one of the seven “Baby Bells,” companies formed as a result of the court-ordered breakup of AT&T in 1983. Today it offers its FiOS Internet packages in 12 states plus the District of Columbia.
Verizon’s packages range from up to 15 Mbps down and up to 5 Mbps up to up to 50 Mbps down and up to 20 Mbps up, based on fiber optic connections. The company also offers a plan of up to 150 Mbps down and up to 35 Mbps up but only in areas serviced by a special “GPON” central office.
Verizon received top honors among broadband providers in the latest customer satisfaction survey by PC Magazine (www.pcmag.com).
Other well-known broadband Internet service providers include Time Warner, AT&T, Cox, Earthlink, Optimum Online and Charter.
Satellite Internet providers generally rank lower in terms of customer satisfaction than fiber optic or coaxial cable providers, with wireless broadband and DSL providers in the middle.
No matter what type of broadband Internet service you have or which service provider you subscribe to, there are ways to measure just how much speed you’re getting. The services of Ookla (www.ookla.com), a broadband testing and network diagnostics company headquartered in Kalispell, Mont., are recommended by Steven J. Vaughan-Nichols, a networking expert and blogger at ZDNet (www.zdnet.com/
Like many Internet companies, Ookla provides both free and paid versions of its tools, which include Speedtest, Pingtest, and Net Index. Speedtest, the most well known, provides you with your download and upload speeds.
Don’t be too surprised if you’re not getting quite the speed you expect. As with many businesses, Internet service providers are often a bit optimistic in their advertising.
But sometimes the problem can be at your end. Often the best solution is the quickest. Just unplug your modem, wait 30 seconds, and plug it back in to reset your connection. Sometimes with a home network you also have to unplug and replug your router.
The same solution applies to general computer problems. Restarting a desktop, laptop, or netbook PC is often all the solution that’s needed.


The Streaming Network is an enhanced communications provider offering Event Level Webcast services, Video Streaming and IP video conferencing services. Founded in 2006 by Frank Cianciulli, former CEO and founder of Enunciate Conferencing, The Streaming Network (SN) serves Corporate Clients across North America.
The history of The Streaming Network began in January 2006. While at Enunciate Conferencing, then Web Services Specialist Matthew Ley began research into the North American streaming market and projections for the growth of that Market. With the guidance of Frank, who has successfully launched multiple successful companies in the past, Matthew developed a business plan for SN. This business plan focused on the lack of sales, marketing and support the corporate client was receiving from the current
webcasting providers. A business plan driven by solid technology and a dedication to enhanced support and consultation the streaming network officially launched in late 2006.
In 2007 SN rounded out their service suite with a dedicated QOS IP Video Conferencing network, video services and a partnership with Polycom to provide video conferencing hardware. The business plan and dedication by the sales and support team saw SN grow from 0 to 1 million in sales in less than 12 months while building an impressive roster of high profile clients and strategic partners.
In 2008 SN launched SN Webcast Center a tool for self provisioning of webcast events and has since explored the User Generated Content market including social networking for the enterprise. Since the Webcasting and IP video conferencing space has no one provider who stands out from the crowd as the industry standard SN aims to become that standard and is currently working to accomplish this monumental task one successful project at a time.
In September 2009 SN was named #4 on the annual Profit Hot 50 rankings:
Click to view PROFIT Magazine Press Release
Click to view SN Press release


Telecom Cafe Cable Providers
Choosing the right cable providers for your business is an important decision. Cable providers are making large investments to bring high-speed services to businesses.
Telecom Café offers cable service from all major cable companies, nationwide. We match you with the best option, ensuring the best result.
Business requirements are very different. We take the time to review every aspect of your cable needs and match them to the appropriate cable provider.
No two cable providers are the same so it is important to have Telecom Café your side to ensure you make the best decision possible for your organization.
With all the advancements in cable services, many businesses are getting features that were only available to Fortune 500 companies a few years ago. Cable providers are providing high-speed coax internet at very low costs. This allows an opportunity to reduce costs and increase productivity.
Since we offer one of the largest cable services offerings in the country, we can ensure you are investing in the latest technology to grow your business.


There have been widespread reports of some network issues for users with a certain brand of consumer router, Chromecast / Chromecast enabled devices, and Pixels. I’ve been having sporadic WiFi issues for a few weeks to a month. I finally but 2 and 2 together. I have a number of Google devices in my house (a lot..perhaps too many 🙂 ).
- Google WiFi mesh router system
- 2 Chromecast audios
- 3 Chromecast dongles (2 1st gen, 1 2nd gen)
- 2 Android TV devices, Nexus Player running Android Oreo and a Xiaomi MiBox running Android 6
- 3 Google Homes, 2 normal, 1 mini
I also use a Google Pixel 2 XL as my main device. I have several test devices as well. A problem I’ve been having for a while now is when I wake my Pixel up I lose my WiFi connection. It happens very sporadically. It’s annoying. There are also times when my Nexus Player loses its WiFi connection. In both instances, the WiFi connection is re-established, but it makes things like streaming video or controlling streaming video (via Chromecast) a nuisance.
I’m also an Android developer by day and have ADB Logcat open at all times. I use a Nexus 6 running Android 7.1.1 as my primary test device. Periodically, I’ll see the following group of log statements printed in Logcat, for my Nexus 6.
I/DeviceScanner: [MDNS] Received response from "Cast Device 1" (-----------) with result "0 No change" I/DeviceScanner: [MDNS] Received response from "Cast Device 2" (-----------) with result "0 No change" I/DeviceScanner: [MDNS] Received response from "Cast Device 3" (-----------) with result "0 No change" I/DeviceScanner: [MDNS] Received response from "Cast Device 4" (-----------) with result "0 No change" I/DeviceScanner: [MDNS] Received response from "Cast Device 5" (-----------) with result "0 No change" I/DeviceScanner: [MDNS] Received response from "Cast Device 6" (-----------) with result "0 No change"
Note: I did mask my device names and MAC addresses in this snippet.
These are MDNS requests being logged by my Nexus 6 as they are received. I don’t have significant network experience or a deep understanding on how Chromecast really works at the network level. It appears, to me, that every 20 seconds or so, all of my Chromecast and Chromecast enabled devices send an MDNS packet announcing their presence on my network to devices that can utilize them, like Android phones and Google Home.
In fact, TP-Link, a router manufacturer, has come to the following conclusion:
This issue stems from these devices’ “Cast” feature, which sends MDNS multicast discovery packets in order to discover and keep a live connection with Google products such as Google Home. These packets normally sent in a 20-second interval. However, we have discovered that the devices will sometimes broadcast a large amount of these packets at a very high speed in a short amount of time. This occurs when the device is awakened from its “sleep” state, and could exceed more than 100,000 packets. The longer your device is in “sleep”, the larger this packet burst will be. This issue may eventually cause some of router’s primary features to shut down – including wireless connectivity.
So obviously there’s a problem here. Today I noticed, when I power on my Pixel 2 XL running Android 8.1 (w/ January security update), things get pretty crazy. My Nexus 6 seems to log over 1,000 MDNS responses in a 40 second timespan. With my limited networking knowledge, I don’t really know if anything is wrong, but it seems that something is out of wack. It also convenient that I tend to drop my WiFi connection, on my Pixel 2 XL at this time (when my Pixel is powered on from sleeping).
Running Wireshark on a computer verifies what I see in Logcat. A gargantuan amount of MDNS activity upon powering on my Pixel can be seen. It also stops when I put my Pixel back to sleep. Waking my Nexus 6 up doesn’t result in the same amount of MDNS activity.
Something is probably wrong here. I can’t identify it specifically, but this is just another data point.


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Global millimeter wave technology market size was US$ XX Bn in 2019 and is expected to reach US$ XX Bn by 2027, at a CAGR of 26.4% during the forecast period.
Global Millimeter Wave Technology Market
The report study has analyzed the revenue impact of COVID -19 pandemic on the sales revenue of market leaders, market followers, and market disrupters in the report, and the same is reflected in our analysis.
Millimeter-wave technology represents the radio frequency signals in the electromagnetic spectrum with frequency ranging from 30 GHz to 300GHz and with a wavelength ranging from 1mm to 10mm. It is also known as extremely high frequency and sometimes abbreviated as mmWave and MMW.
Rapidly growing adoption of millimeter wave technology by consumers ranging from single users with smartphones to enterprise-level data centers which require higher bandwidth rates is a major driving factor behind the growth of the market. Increasing demand of innovative or latest technologies to provide higher data transmission rates, rising demand of millimeter wave technology from military for applications in airport security scanner, fire-control radar, weapon systems, and many others, a surge in the adoption of mmWave technology for other applications like scientific research, telecommunication equipment, security screening applications and in medicine for the treatment of diseases and increasing technological advancements in the 5G wireless communication network with mmWave technology are expected to improve the growth of the market during the forecast period. Millimeter-wave technology provides some benefits such as higher bandwidth, higher resolution, small component sizes, cost efficiency, low interference, and improved security, which are ultimately propelling the growth of the market.
However, a limited wavelength range of mmWave technology is a major restraining factor that could hamper the growth of the market. Also, high costs associated with the manufacturing of hardware components with small sizes could restrict the growth of the market.
Global Millimeter Wave Technology Market: Segmentation Analysis
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By product, the telecommunication equipment segment dominated the market in 2019 and is expected to maintain its dominance at CAGR of 11.23% during the forecast period. The segment is majorly driven by the growing market for the telecommunication industry across the globe and the rising demand for advanced telecommunication equipment. Increasing use of mmWave in applications like point to point and point to multipoint communication, inter-satellite links, autonomous vehicular communications, and in 5G mobile phones are expected to witness fast growth during the forecast period.
Nowadays, many Smartphone users are making a demand for more reliable services and high-speed data transfer rates, which is ultimately grabbing the attention of various leading manufacturers to produce next-generation telecom equipment which can handle mmWave technology to operate in high frequencies. For instance, in Oct 2016, Qualcomm announced the commercial availability of its first integrated 5G modem named as Snapdragon X50 5G modem, with the download speeds of 5 Gbit/s. Furthermore, increasing import-export activities of telecom equipment from countries like the US, China, Canada, India, Japan. and many others are propelling the growth of the market.
Increasing initiatives by the Indian Governments to bar or to boycott Chinese companies like Huawei and ZTE from providing telecommunication equipment could impact on telecom equipment market. Also, Indian telecom department is planning to cancel 5G and 4G telecom equipment tender by MTNL Ltd and BSNL Ltd by keeping out Chinese vendors and also planning to bar companies like Huawei and ZTE from 5G network deployment.
Global Millimeter Wave Technology Market: Regional Analysis
Region-wise, North America dominated the market in 2019 and is expected to maintain its dominance at CAGR of XX% during the forecast period. The US and Canada are major contributors behind the growth of the market in the region. The growth is attributed to the growing advancements in mmWave technology along with the high adoption of mmWave technology based mobile devices and telecom equipment. The massive presence of mmWave products manufacturing companies across the region is further driving the growth of the market.
Increasing exports of mmWave based telecom equipment from the US and Canada to the European Union and other countries like India and Japan is propelling the growth of the market in the region. Furthermore, growing adoption of mmWave in applications like military and defence, automotive radars, human body scanners, satellite communication, and wireless data communications is improving the growth of the market.
Global Millimeter Wave Technology Market: Key Development
In July 2019, Qualcomm Technologies, Inc announced an expansion of its 5G NR testing facilities in Europe to include a new lab dedicated to end-to-end over-the-air (OTA) configurations for 5G NR millimeter wave.
In Aug 2019, Fujitsu Limited and Qualcomm Technologies, Inc have achieved non-standalone (NSA) 5G New Radio (NR) data calls on sub-6 GHz and mmWave spectrum bands.
In Sept 2019, Qualcomm Technologies, Inc introduced the Qualcomm QTM527 mmWave antenna module for the Snapdragon X55 5G Modem-RF System.
The objective of the report is to present a comprehensive analysis of the Global Millimeter Wave Technology Market including all the stakeholders of the industry. The past and current status of the industry with forecasted market size and trends are presented in the report with the analysis of complicated data in simple language. The report covers all the aspects of the industry with a dedicated study of key players that includes market leaders, followers, and new entrants. PORTER, SVOR, PESTEL analysis with the potential impact of micro-economic factors of the market have been presented in the report. External as well as internal factors that are supposed to affect the business positively or negatively have been analyzed, which will give a clear futuristic view of the industry to the decision-makers. The report also helps in understanding Global Millimeter Wave Technology Market dynamics, structure by analyzing the market segments and projects the Global Millimeter Wave Technology Market. Clear representation of competitive analysis of key players by Application, price, financial position, Product portfolio, growth strategies, and regional presence in the Global Millimeter Wave Technology Market make the report investor’s guide.
The Scope of Global Millimeter Wave Technology Market
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Global Millimeter Wave Technology Market, By Product
• Imaging & scanning systems
• Radar and satellite communication systems
• Telecommunication equipment
• Other products
Global Millimeter Wave Technology Market, By Frequency Band
• 24–57 GHz
• 57–86 GHz
• 86–300 GHz
Global Millimeter Wave Technology Market, By License Type
• Light licensed frequency millimeter wave
• Unlicensed frequency millimeter wave
• Fully licensed frequency millimeter wave
Global Millimeter Wave Technology Market, By Application
• Mobile & telecom
• Consumer & commercial
• Automotive & transportation
Global Millimeter Wave Technology Market, By Region
• North America
• Asia Pacific
• South America
• Middle East & Africa
Global Millimeter Wave Technology Market, Key Players
• Millivision Technologies
• Vubiq Networks, Inc
• Smiths Group PLC
• Fastback Networks
• NEC Corporation
• Mistral Solutions Pvt. Ltd
• E-Band Communications, LLC
• Farran Technology Ltd
• L3 Technologies, Inc
• Millimeter Wave Products, Inc
• BridgeWave Communications, Inc
• SAGE Millimeter, Inc
• Keysight Technologies, Inc
• Texas Instruments
• Apple, Inc
• Fujitsu Laboratories Ltd
• Huawei Technologies Co. Ltd
• ZTE Corporation
• Cisco Systems, Inc
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Major Table Millimeter Wave Technology Market of Contents Report
1.1. Report Scope and Market Segmentation
1.2. Research Highlights
1.3. Research Objectives
2. Assumptions and Research Methodology
2.1. Report Assumptions
2.3. Research Methodology
2.3.1. Secondary Research
22.214.171.124. Secondary data
126.96.36.199. Secondary Sources
2.3.2. Primary Research
188.8.131.52. Data from Primary Sources
184.108.40.206. Breakdown of Primary Sources
3. Executive Summary: Global Millimeter Wave Technology Market Size, by Market Value (US$ Bn)
4. Market Overview
4.2. Market Indicator
4.3. Porter’s Analysis
4.4. Value Chain Analysis
4.5. Market Risk Analysis
4.6. SWOT Analysis
4.7. Industry Trends and Emerging Technologies
5. Supply Side and Demand Side Indicators
6. Global Millimeter Wave Technology Market Analysis and Forecast
6.1. Millimeter Wave Technology Market Size & Y-o-Y Growth Analysis
6.1.1. North America
6.1.3. Asia Pacific
6.1.4. Middle East & Africa
6.1.5. South America
7. Global Millimeter Wave Technology Market Analysis and Forecast, By Product
7.1. Introduction and Definition
7.2. Key Findings
7.3. Millimeter Wave Technology Market Value Share Analysis, By Product
7.4. Millimeter Wave Technology Market Size (US$ Bn) Forecast, By Product
7.5. Millimeter Wave Technology Market Analysis, By Product
7.6. Millimeter Wave Technology Market Attractiveness Analysis, By Product
Maximize Market Research provides B2B and B2C market research on 20,000 high growth emerging technologies & opportunities in Chemical, Healthcare, Pharmaceuticals, Electronics & Communications, Internet of Things, Food and Beverages, Aerospace and Defense and other manufacturing sectors.
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Lingle provides space-based social media services that can be conveniently connected and communicated with people based on events of interest.
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Lingle space operators can upload event news directly to promote and invite.
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08 / 07 / 2020
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Minha Kim, the Founder of LINGLE Project Team introduced space-based social media in the YTN interview article.


Sound and acoustic units of measure
Sound refers to mechanical vibrations of particles of an elastic medium (air, water, metal, etc.), which are subjectively perceived by the organ of hearing. Sound sensations are caused by fluctuations in the environment, occurring in the frequency range from 16 to 20,000 Hz. Sounds with frequencies below this range are called infrasound, and above, ultrasound.
Sound pressure - variable pressure in the medium due to the propagation of sound waves in it. Sound pressure estimated by the strength of the sound wave per unit area and expressed in newtons per square meter (1 n / meter square = 10 bar).
Sound Pressure Level - Ratio of Sound Pressure to zero, for which sound pressure is taken n / square meter:
The speed of sound depends on the physical properties of the medium in which mechanical vibrations propagate. So, the speed of sound in air is 344 m / s at T = 20 ° C, in water 1,481 m / s (at T = 21.5 ° C), in a tree 3,320 m / s and in steel 5,000 m / sec
Sound power (or intensity) - the amount of sound energy passing per unit time through a unit area; measured in watts per square meter (w / m2).
It should be noted that sound pressure and sound power are related by a quadratic dependence, i.e., when the sound pressure is 2 times higher, the sound power increases 4 times.
Sound power level - the ratio of the strength of a given sound to zero (standard) level, for which sound power is taken W / m2, expressed in decibels:
Sound pressure levels and sound strengths, expressed in decibels, are the same.
The threshold of audibility is the quietest sound that a person can still hear at a frequency of 1000 Hz, which corresponds to sound pressure n / m2.
Sound volume - the intensity of the sound sensation caused by a given sound in a person with normal hearing. Volume depends on the strength of the sound and its frequency, changes in proportion to the logarithm of the strength of sound and is expressed by the number of decibels by which the sound exceeds the sound accepted for the audibility threshold. The unit of volume is the background.
Threshold of pain - sound pressure or sound strength, perceived as pain. The threshold of pain does not depend much on frequency and occurs at a sound pressure of about 50 n / m2.
Dynamic range - the volume range of sound, or the difference in sound pressure levels of the loudest and quietest sounds, expressed in decibels.
Diffraction - a deviation from the linear propagation of sound waves.
Refraction - a change in the direction of propagation of sound waves caused by differences in speed at different sections of the path.
Interference is the summation of waves of the same length arriving at a given point in space along several different paths, as a result of which the amplitude of the resulting wave at different points is different, with the maxima and minima of this amplitude alternating among themselves.
Beats are the interference of two sound vibrations that differ little in frequency. The amplitude of the oscillations arising from this periodically increases or decreases in time with a frequency equal to the difference of the interfering oscillations.
Reverb - residual “after-sounding” in enclosed spaces. It is formed due to repeated reflection from surfaces and the simultaneous absorption of sound waves. Reverb is characterized by a period of time (in seconds) during which the strength of sound decreases by 60 dB.
Tone is a sinusoidal sound wave. Pitch is determined by the frequency of sound vibrations and increases with increasing frequency.
The fundamental tone is the lowest tone created by the sound source.
Overtones - all tones, except the main one, created by the sound source. If the frequencies of the overtones are an integer number of times greater than the frequency of the fundamental tone, then they are called harmonic overtones (harmonics).
The timbre is the “coloring” of sound, which is determined by the amount, frequency and intensity of overtones.
Combination tones - additional tones arising due to the nonlinearity of the amplitude characteristics of amplifiers and sound sources. Combination tones appear when two or more oscillations with different frequencies are exposed to a system. The frequency of the combination tones is equal to the sum and difference of the frequencies of the fundamental tones and their harmonics.
Interval - the ratio of the frequencies of two compared sounds. The smallest distinguishable interval between two adjacent musical sounds in frequency (each musical sound has a strictly defined frequency) is called a semitone, and the frequency interval with a 2: 1 ratio is called an octave (a musical octave consists of 12 semitones); an interval with a ratio of 10: 1 is called a decade.


New Delhi: Google is reportedly planning to introduce a new feature for Android that will allow users to link their various Android devices together, similar to Apple’s Continuity feature. According to Android expert Mishaal Rahman, the feature could allow Android devices that are signed into the same Google account to communicate with each other.
“You may soon be able to ‘link your [Android] devices’ signed into the same Google account together. This will enable ‘call switching’, which lets you switch between devices for calls, as well as ‘Internet sharing’,” Rahman posted on X (formerly Twitter) on Friday. (Also Read: Love & Profits: Turn Your Passion For Pairing Hearts Into Earnings And Earn Upto Rs 50,000 Per Wedding)
It could enable features including “Call Switching”, which allows users to switch between connected devices during calls, and “Internet Sharing”, which could allow users to quickly set up a personal hotspot across the connected devices, as per Android Authority. (Also Read: 7 Leadership Qualities Of Ratan Tata That Defined His Legacy)
Rahman claimed that the new “Link Your Devices” menu will appear under Settings > Google > Devices & Sharing once the feature officially rolls out.
Apple has a similar feature called “iPhone Mobile Calls” that lets users make and receive calls from other Apple devices signed into the same Apple ID, as long as they’re on the same network as the user’s iPhone.
Meanwhile, Google has announced that it is rolling out a new feature that allows users to highlight or emphasise key content while they present in Google Slides.
“With the new pen tool, you can circle, underline, draw connections or make quick notes directly on your presentation,” the company said in a Workspace Updates blogpost.
Whether in a board meeting or a brainstorming session, annotations can help make users’ presentations more engaging, interactive and impactful. The users can also erase annotations by using the eraser tool in the bottom left viewer menu.


Logitech® MeetUp is a premier ConferenceCam designed for small conference rooms and huddle rooms. With a room capturing, superwide 120° field of view, MeetUp makes every seat at the table clearly visible. Motorized pan/tilt widens FOV even further: up to 175°. A low-distortion Logitech-engineered lens, Ultra HD 4K optics, and three camera presets deliver remarkable video quality and further enhance face-to-face collaboration.
- Logitech's premier conference cam specifically designed for business grade video meetings in huddle rooms and small conference rooms
- Super wide 120 degree field of view enables everyone in the room to be seen, even people sitting close to the camera or at the edges of the room; Sensitivity: 27 db
- Built in audio system features 3 microphones and a custom tuned speaker specifically optimized for ultra clear conversations in huddle rooms
- Supports the highest HD video quality for your network bandwidth and apps now and in the future with multiple video resolutions, including ultra 4k, 1080p and 720p
- Doubles as a speakerphone with an easy wireless connection to Bluetooth mobile devices; Microphone frequency response: 90hz to 16khz for full voice reproduction and high intelligibility without noise


Background: BES has an exceedingly flaky T1 router, and I’m getting tired of pinging it all the time to see if it’s alive (it is remotely rebootable). Also, I have Prowl (normally used for Growl notifications, but has a nice API of its own) installed on my phone.
The solution I came up with was a small cron job that runs every hour. In its entirety:
#!/bin/bash if ! ping -c 10 -t 100 x.x.x.x | grep ' 0% packet loss' >/dev/null 2>&1 then php -f ~/bin/prowlnotify.php echo BES T1 router has packet loss fi
prowlnotify.php is similarly small:
<?php include('ProwlPHP.php'); $prowl = new Prowl('API key goes here'); $prowl->push(array('application'=>'server-ping','event'=>'BES T1 down', 'description'=>'BES router down','priority'=>1),true); ?>
Note that Prowl priorities run from -2 (very low) to 2 (emergency). I have Prowl set to stay quiet overnight, except for emergency-level notifications. Since it mostly just affects members’ web surfing, the router going down doesn’t rank as an actual emergency, but during the day, Prowl will make some noise to let me know about it.
All you need to make it work is a free Prowl account, the $3 Prowl app, and a server on which to run the cron job.
(And yes, I realize that replacing the router would be good, and I’m waiting to hear back from the ISP’s support staff. But I think it’s safe to assume the replacement will be a POS, too…)


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Leading managed service provider to deploy nationwide IP telephony services
Reston, VA . December 28, 2005 . ZyEdge LLC (ZyEdge), a leading managed service provider specializing in security and IP telephony and PCCW Global, Inc. an international IP telephony provider, announced today that PCCW Global has selected ZyEdge to handle all U.S.-based VoIP (voice over Internet Protocol) deployments. PCCW Global offers a wide range of international data and voice services and is the result of a recent realignment between PCCW.s International Commercial Group and its wholly owned subsidiary BtN Access, Inc.
ZyEdge has repeatedly proven itself to be a valuable asset to our organization, said Patrick Hannon, PCCW Global’s President, Americas. “Their ability to meet our deployment requirements on a national basis coupled with their proven track record of success made them the ideal choice for this rollout.”
A culmination of a multi-year working relationship, this agreement between ZyEdge and PCCW Global stems from numerous joint sales activities and regional deployment initiatives. ZyEdge will provide specific support for PCCW Global’s Hosted PBX and PBX Plus products, while also assisting in the expansion of its additional product suites for enterprises, carriers and service providers throughout the continental U.S.
Ben Gerenstein, ZyEdge’s President and CEO, stated, “We couldn’t be more pleased with the evolution of our relationship with PCCW Global. Their hosted PBX product is best-of-breed and will cost-effectively meet the IP telephony needs of virtually any company or organization.”
About PCCW Global
Headquartered in Herndon, VA and Hong Kong with teams based in Europe, Asia, and the Americas, PCCW Global offers a wide range of international data and voice services with a full suite of value-added services including business class Private Leased Line, ATM/Frame Relay, MPLS IP VPN/VPN and Hosted PBX Solutions to carriers, service providers and enterprises over its global network with coverage to over 60 countries. PCCW Global is a Business Unit of PCCW Limited, a leader in next generation broadband solutions with holdings that include the former Hong Kong Telephone Company.
About ZyEdge LLC
ZyEdge LLC is a leading managed service provider specializing in security, managed network services and IP telephony for small and mid-sized companies, as well as large and publicly traded organizations. ZyEdge provides industry best practice solutions to difficult network security issues, including perimeter anti-virus, anti-spam, VPN connectivity and spyware. By providing 24×7 proactive network monitoring, security auditing services and a fully managed information technology (IT) infrastructure, ZyEdge allows customers to focus their attention on what matters, achieving critical business goals. Headquartered in Reston, VA, ZyEdge also offers staff augmentation, help desk assistance and extensive LAN support. For more information please visit our Web site at: www.zyedge.com.


Radio Frequency Wireless Laser Scanner | 30' Range | 6Ft Drop Resisitant
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This is Wireless RF (Radio Frequeny) Laser Scanner. The RF Version is the less expensive wireless optioin than the Bluetooth version and has an effective wireless range of 30 feet.
Unitech rugged handheld laser scanner is a cost-effective and versatile device for a variety of applications and is ideal for industrial and commercial services. The MS840 can be configured via USB, keyboard wedge and RS232 and offers replaceable cables ensuring ease of integration. With its powerful scan engine, the MS840 provides impressive speedy and accurate scanning performance in both reading and decoding data.
To minimize down time, this scanner is designed to withstand 6-Foot drop in it's IP42-rated housing. A rugged, yet ergonomic and lightweight deign, makes this device very user-friendly. For applications in noisy environments, the scanner features a clear beeper and green light sensor; ensuring operators never miss a read. With its minimal overall investment and ultimate flexibility and reliability, this scanner offers an unbeatable bargain.
- High-performance laser engine and decoder
- Supports all 1D barcodes; including GS1 Data barcode
- Ergonomic design for maximum user comfort
- Multiple scanning modes
- Louder beeper for noisy environment operation
- 6 foot-drop threshold
- 3 Years Warranty