IBEX 2018 Tampa, Florida, USA, 2-4 October 2018
NautiTech, E-Plex Master Dealer North America, will have the full E-Plex range at IBEX and will be demonstrating the advantages E-Plex’s next-generation multiplexing technology for boat builders and owners.
E-Plex will be exhibiting at METS 2018 the world’s largest marine equipment trade show. The METSTRADE show, 13th to 15th November 2018 in RAI Amsterdam, is the only international B2B exhibition for the marine leisure industry. We will be exhibiting all our products including a working E-Plex system.


A Tropical Resort in Mexico Builds a Comprehensive Communications Network with Grandstream Solutions - The Sonoran Sun Resort
Thanks to Grandstream, the Sonoran Sun Resort now has a local, scalable and reliable VoIP telephony network that can tap directly into the public network for outside calls and offers multiple backup options.
Architectural Firm uses Grandstream to Build Robust Voice and Data Network for International Business Operations
Craft Studio, a major player in the architectural services industry in Latin America, recently built a robust voice and data communications solution using Grandstream’s UCM6100 series IP PBX and GXP1405 IP Phones that resulted in a 75% savings on communication costs while adding a suite of international calling options.
Cornertsone Merchant Services Integrates Virtual Receptionist with Grandstream's UCM6100 series
Cornerstone Merchant Services, Inc., a provider of transaction processing solutions and point of sale systems, implemented an ALICE Receptionist virtual management solution integrated with Grandstream's UCM6100 series IP PBX in order to improve the customer expereicne, streamline operations, and save money. The new digital receptions is able to handle all customers who visit Cornerstone's office while also being able to trigger voice and video calls to employees throughout the company - whether they are in the office or remote.
Epoka University is a private university located in Tirana, Albania. The school was using an old analog-based communications system that lacked important telephony features and did not support video at all. Epoka University, the top ranked university in Albania, installed an IP network using Grandstream solutions that offers state-of-the-art telephony features, advanced video calling, and comprehensive video surveillance monitoring/recording to keep the campus safe. This new networkis flexible, easily expandable, and converged voice, video, and data tools onto one common network for central management.
A high traffic, six-story retail shopping center, the Millennium Mall has a total of 215 stores including restaurants and a movie theater that services over one million visitors a month, and additionally a 12-story office building. The Mall installed Grandstream IP Phones, IP Multimedia Phones, and IP Video Surveillance endpoints on Epygi’s QuadroM32x to deliver reliable and unified voice communications, secure video surveillance and free video conferencing.
Petrobras / IBIRITERMO / UTEACH (Usina Termo Electrica Aureliano Chavez) is the largest company in Brazil and ranks as the 4th biggest energy company in the world with a presence in 28 countries. Petrobras was using antiquated surveillance equipment that needed to be updated, and the company did so by implementing Grandstream's products to easily transform their existing surveillance system into an IP-Surveillance System which could be monitored using a Digifort VMS platform.
Private Security Company Relies on Grandstream IP Phones to Keep Clients Safe
The Pelakani Security Group, a private a security firm in Albania that protects some of the largest companies in the country, recently upgraded to a state-of-the-art IP telephony platform using a variety of Grandstream IP Phones. The new solution drastically increased supported call volume and data features, allowing Pelakani to better protect their clients
SigmaVoIP replaces Cisco UC300 series with Grandstream's UCM6100 series
SigmaVoIP, a leading VoIP installer in the United States, analyzed the global market of SMB IP PBX solutions looking for a replacement option to bring to customers currently using Cisco’s UC300 Series. SigmaVoIP found a replacement that offers features and functionality far beyond what the UC300 Series offers while featuring a lower purchase price and no on-going fees: Grandstream’s UCM6100 series of IP PBX Appliances.
As success ensued, Tabbara General Company, based in Beirut, Lebanon, seized the opportunity to reach a wider business market base by opening additional offices around the world. The company chose Grandstream products to create a single, worldwide IP network for unified voice communications, video conferencing, and video surveillance applications that would expand productivity, efficiency, and communication between employees.
The Kovalevo Center is a non-profit Children's center in the mountains of Russia. The Center is made up of multiple buildings that are home to children as well as a full staff of employees and volunteers. With an outdated analog telephone system in place, the Kovalevo Center turned to Grandstream so build a fully integrated voice, video calling, video surveillance, and facility access control solution - all from one manufacturer under one network.
The Trans Group is one of the largest school and transit transportation companies in the greater New York City region. They transport over 35,000 children every year and operate a fleet of over 1,000 school buses. Every day, families place their trust in The Trans Group and The Trans Group has, in turn, placed its trust in Grandstream.
For over 20 years, Service Elements has been a leading provider of building management systems and network services to over 100,000 homes and businesses throughout Australia and New Zealand. Service Elements was keen to the fact that facility security has become an integral part of new residential projects worldwide, and saw an opportuity to bring to the market a state-of-the-art and incredibly easy to manage facility security solution.
A security company’s growth and success required them to evaluate their communications infrastructure and replace their old legacy phone system with an IP system. Wren Solutions embraced the future in VoIP by implementing Grandstream IP Phones on a 3CX platform to move ahead while keeping costs low and maximizing features and applications.


Stream 4K Content Anywhere, Around the World, with Ultra Low Latency Technology
TRANSPORT HIGH-QUALITY TV SIGNALS RELIABLY OVER THE INTERNET AND ERADICATE GLASS-TO-GLASS LATENCY
Don’t have time to wait? Qarva Teleport is a real-time software solution that transports the content from one location to a secondary location in a sub-second. This means broadcasters don’t have to worry about the negative impact buffering or latency could have on the content during the media transfer.
Ideal for live television broadcasts, including Outside Broadcasts (OB) at news, music and sporting events, and digital broadcasts, Qarva Teleport ensures that the Quality of Service (QoS) is not disrupted and consumers no longer suffer with low quality content. Qarva Teleport is easy to deploy and integrate and works in conjunction with new and legacy systems, so broadcasters can guarantee that they can send and receive high bit rate content anywhere, at any time, with an Internet connection.
Consumers demand first class content direct to their TV and mobile devices, and they don’t want to wait for it. For broadcasters the challenge remains to ensure that the point-to-point contribution of video content from one location to another, whether it is a live broadcast or a pre-recorded media file, meets the standards required and remains within budget.
QARVA TELEPORT – SEND CONTENT ACROSS THE GLOBE WITHOUT IT COSTING THE EARTH
Don’t want to spend hundreds of thousands of dollars on costly satellite or dedicated fibre channels but still want to send UltraHD 4K content to and from points across the globe at any time without geographical or technical boundaries? Qarva solves this problem with its latestintuitive, reliable and easy-to-integrate software solution – Qarva Teleport.
Harnessing the technological innovation behind its pioneering Qarva MultiPipe approach, Qarva Teleport is an unparalleled solution that eliminates the common complaints of contribution via the Internet to deliver an unrivalled service and experience. The inherent challenges of using a standard Internet connection to transport data over long distances has been well documented. Slow transfer speeds and the risk of a poor connection, used to mean compromising on the quality of the content or sacrificing reliability during media transfers.
Broadcasters and content contributors no longer need to fear the Internet. Qarva Teleport solution enables the long-range delivery of high bit rate 4K streams over the open Internet by using the whole bandwidth of the local Internet connection.
The unique Qarva MultiPipe technology, which disassembles the media file at the primary location to send the data via the available bandwidth and re-aggregates the video stream at the end point, delivers exceptional high-quality, precision performance UltraHD 4K content.
With no geographical barriers for the delivery of high bit rate video at speeds of up to 35Mbps, Qarva Teleport significantly reduces the transmission costs normally associated with satellite and fibre solutions, whilst minimising operational costs.


Radio broadcasting has a rich history that dates back to the early 20th century. It was a breakthrough technology that allowed for the transmission of audio signals over the airwaves, bringing news, entertainment, and music directly into people's homes. The advent of the internet marked a new era for radio, as it paved the way for online broadcasting, expanding its reach beyond borders.
What Is Online Radio?
Online radio, also known as internet radio or web radio, refers to the digital streaming of audio content via the internet. It allows users to access radio stations from anywhere in the world using their smartphones, tablets, or computers. With an extensive selection of stations available, listeners can explore a diverse range of music genres, talk shows, podcasts, and more.
The Impact of Online Radio on Traditional Broadcasting
The advent of online radio has impacted traditional broadcasting, leading to changes in content delivery and audience engagement. Traditional radio stations have also adapted by offering online streaming options to remain relevant in the digital era.
The Future of Online Radio
As technology advances, the future of online radio looks promising. Improved streaming quality, enhanced interactivity, and further integration with smart devices will continue to shape the online radio landscape.


Chase Infrastructure Inc | Consult - Design - Project Manage - Build
Like many companies today, your telecom department must manage change of greater scale and complexity, with fewer resources and tighter budgets. Nevertheless, the business groups within your company rely on you to deliver connectivity quickly and cost effectively. You can use Chase Infrastructure Inc to supplement your staff as you move to new technologies, new applications or simply move from one site to another.
Chase Infrastructure Inc delivers flexible, integrated, and professional project management services that help clients effectively launch, manage, and execute projects to achieve the competitive advantage. An important part of our service is the ability to manage complete installations of network wiring, cabling, fiber optic and integrated voice / data / video applications.
Request a Free Site Survey & Written Estimate
888.650.6001 | firstname.lastname@example.org
Chase Infrastructure Inc will be happy to come and meet with you to discuss your network wiring, cabling and fiber optic needs. We will consult, design and build in the following cities...
San Diego County, Carlsbad, Chula Vista, City of San Diego, Coronado, Del Mar, El Cajon, Encinitas, Escondido, Imperial Beach, La Jolla, La Mesa, Mission Valley, National City, Oceanside, Pacific Beach, Point Loma, Poway, Ranch Bernardo, San Diego, San Marcos, Sorrento Valley, UTC & Vista.


Dr. Anupma Marwaha
Electronics and Communication Engineering
Ph.D. from Guru Nanak Dev University (GNDU), Amritsar in year 2003.
M.Tech. from REC Kurukshetra in year 1992.
B.E. from Punjab Engineering College (PEC) in year 1990.
Surekha Rani, Anupma Marwaha Sanjay Marwaha and Murthi Chavali. Design of electromagnetic absorbers based on green nanomaterials’, Handbook of Greener Synthesis of Nanomaterials and Compounds: Volume 2: Synthesis at the Macroscale and Nanoscale, 2021, pp. 503–520 (Book Chapter).
Alka Singla, Anupma Marwaha, Sanjay Marwaha and Murthi Chavali. Green nanomaterials: pioneering approach toward hyperthermia treatment. In Handbook of Greener Synthesis of Nanomaterials and Compounds, 2021 (pp. 487-502) Elsevier (Book Chapter).
Antenna Design for Bio-Telemetry Applications, Lambert Academic Publication, ISBN: 978-3-330-023518-9
Elements of Electrical and Electronics Engineering, MBD Group (Modern Publishers), ISBN: 978-93-5184-004-6
Modern Approach to System Analysis and Design, MBD Group (Modern Publishers), ISBN:978-93-5184-005-3
Fellow Member ISTE (India)
Fellow Member, Institution of Engineers (India), M-126118-5
Best Paper Award for the research paper, “Performance analysis of graphene based nano patch antenna for various substrate materials in THz regime”, presented at International Conference on Electrical and Electronics Engineering, Pattaya, Bangkok, Thailand, ISBN:9788193137307, July 2015
1. Alka Singla, Anupma Marwaha , Sanjay Marwaha and Surekha Rani, Flexible Graphene Sheet Loaded Curved Patch Applicator for Superficial Hyperthermia Treatment Planning Utilizing Ripple Effect of Armchair and Zigzag Bending. Current Nanoscience, 2022 (Accepted for Publicaion
2. Surekha Rani, Anupma Marwaha, Sanjay Marwaha, Optimizing the Position of Graphene Oxide Absorber to Enhance the Radiation pattern of Antenna Array In 2021 IEEE 2nd International Conference On Electrical Power and Energy Systems (ICEPES) (pp. 1-5). IEEE.
3. Alka Singla, Anupma Marwaha and Sanjay Marwaha. Graphene and its Nanocomposites based Microwave Non-Invasive Patch Applicators for Maximum Power Localization. In 2021 IEEE 2nd International Conference On Electrical Power and Energy Systems (ICEPES) (pp. 1-5). IEEE.
4. Alka Singla, Anupma Marwaha and Sanjay Marwaha. Graphene as a Shielding Material for SAR Reduction in Human Head using Rectangular and Circular Patch Antenna. Karbala International Journal of Modern Science, 2021, 7(2) (Scopus).
5. Alka Singla, Anupma Marwaha and Sanjay Marwaha. Reduction of specific absorption rate (SAR) for human head using circular patch antenna. In 2020 7th International Conference on Signal Processing and Integrated Networks (SPIN) (pp. 189-192). IEEE.
6. Surekha Rani, Anupma Marwaha, Sanjay Marwaha, Investigation of substrate materials for graphene oxide absorber loaded antenna array increased ambient temperature, J. photonic network communication, Springer, Vol. 40, pp. 94-102, 2020, DOI: 10.1007/s11107-020-00908-6, [SCI indexed; IF:1.75].
7. Harsimrat Kaur, Anupma Marwaha, Charanjeet Singh, Sukhleen Bindra Narang, Rajshree Jotania, Yang Bai, Sanjay R Mishra, Dharmendra Singh, ASB Sombra, Madhav Ghimire, Preksha Dhruv, Tailoring of Electromagnetic Absorption in Substituted Hexaferrites from 8.2 GHz to 12.4 GHz, Journal of Electronic Materials, Vol. 49, Issue3, Pages1646-1653, 2020, DOI: 10.1007/s11664-019-07498-8.
8. Baljinder Kaur, Anupma Marwaha, Optimized null steering in compact bowtie antenna array using simulation driven Taguchi method, Journal of Metrology and Measurement Systems, Vol. 27, Issue1, 2020, DOI: 10.24425/mms.2020.131717
9. Surekha Rani, Anupma Marwaha, Sanjay Marwaha, Sukhleen Bindra, Murthy Chavali& P. Narasimha Reddy, Characterization and Measurement of Nanostructured Copper based Electromagnetic Wave Absorber, J. Electromagnetics, Taylor and Francis, Vol. 41, 2020, DOI: 10.1080/02726343.2020.1780375, [SCI indexed; IF:0.6].
10. Surekha Rani, Anupma Marwaha, Sanjay Marwaha, Modelling and simulation of vertical fin style aluminium heat sink for controlled thermal compensation in absorber loaded antenna array, Journal of communication technology and electronics, Springer, Vol. 11, 2020, DOI: 10.1134/S1064226920110145. [SCI indexed; IF:0.5].
11. Surekha Rani, Anupma Marwaha, Sanjay Marwaha, “Nanocomposite graphene based tunable absorber for combating electromagnetic pollution,” Current Nanoscience, Bentham Science Publisher, Vol. 16(1), pp. 1-8, 2020, DOI : 10.2174/1573413715666191204123307
12. Gaurav Bansal, Anupma Marwaha, Amanpreet Singh, RajniBala, Sanjay marwaha,Graphene based Multiband Frequency Antipodal Vivaldi Nanoantenna for UWB Applications, Journal of Computational Electronics,February 2020, pp. 1-10, DOI: 10.1007/s10825-020-01460-2
13. Harsimrat Kaur, Anupma Marwaha, Charanjeet Singh, Sukhleen Bindra Narang, Rajshree Jotania, Silvia Jacobo, ASB Sombra, SV Trukhanov, AV Trukhanov, Preksha Dhruv, Investigation of structural, hysteresis and electromagnetic parameters for microwave absorption application in doped Ba–Sr hexagonal ferrites at X-band, Journal of Alloys and Compounds, Volume806, Pages1220-1229, 2019, DOI : 10.1016/j.jallcom.2019.07.032
14. Surekha Rani, Anupma Marwaha and Sanjay Marwaha. Exploring the feasibility of development of nanomaterial-based microwave absorbers. International Nano Letters, 2018, 8(4), pp.241-254.
15. Rajni and Anupma Marwaha, “Electrically Small Microstrip Patch Antenna Loaded with Spiral Resonator for Wireless Applications”, Journal of Wireless Personal Communications, pp.1–12, 2017. DOI: 10.1007/s11277-017-4315-z
16. Rajni Bala, Anupma Marwaha, Sanjay Marwaha, “Mathematical Formulation of Surface Conductivity for Graphene Material”, Journal of Engineering Science and Technology (JESTEC), Paper Id EE15_083, 2017, (SJR 0.042).
17. Lovkesh and Anupma Marwaha, “Design and Analysis of various Multifunctional operations at Ultra High Speed by using SOA-MZI”, Optical Engineering, Vol. 55, Issue 3, 2016, (Impact factor: 0.954). DOI: 10.1117/1.OE.55.3.033101.
18. Rajni and Anupma Marwaha, “An Accurate Approach of Mathematical Modeling of SRR and SR for Metamaterials, Journal of Engineering Science & Technology Review, Vol. 9, Issue 6, 2016. DOI: 10.25103/jestr.096.11
19. Lovkesh and Anupma Marwaha, “Reconfiguration of optical logics gates at 160 Gb/s based on SOA-MZI”, Journal of Computational Electronics, Vol. 15, Issue 4, pp. 1473-1483, 2016. DOI 10.1007/s10825-016-0914-2
20. Lovkesh and Anupma Marwaha, “Design of Photonics Half Subtractor Logics for Photonics Signal Processing”, Optik-International Journal for Light and Electron Optics, Vol. 127, Issue 14, pp. 5647-5653, 2016. DOI: 10.1016/j.ijleo.2016.02.034.
21. Rajni Bala and Anupma Marwaha, “Development of Computational Model for Tunable Characteristics of Graphene Based Triangular Patch Antenna in THz Regime”, Journal of Computational Electronics, Vol. 15, Issue 1, pp. 222-227, 2016. DOI: 10.1007/s10825-015-0761-6.
22. Rajni Bala, Anupma Marwaha, Sanjay Marwaha and Rajdeep Singh, “Wearable Graphene Based Curved Patch Antenna for Medical Telemetry Applications”, Applied Computational Electromagnetics Society Journal, Vol. 31, Issue 5, 2016.
23. Rajni Bala and Anupma Marwaha, “Characterization of Graphene for Performance Enhancement of Patch Antenna in THz Region”, Optik-International Journal for Light and Electron Optics, Vol. 127, Issue 4, pp. 2089-2093, 2016. DOI: 10.1016/j.ijleo.2015.11.029
24. Rajni Bala, Anupma Marwaha and Sanjay Marwaha, “Comparative Analysis of Zigzag and Armchair Structures for Graphene Patch Antenna in THz Band”, Journal of Materials Science: Materials in Electronics, Vol. 27, Issue 5, pp. 5064-5069, 2016. DOI: 10.1007/s10854-016-4394-8
25. Rajni Bala, Anupma Marwaha and Sanjay Marwaha, “Graphene Antenna Design for Terahertz Regime with Exact Formulation of Surface Conductivity”, Journal of Nanoelectronics and Optoelectronics, Vol. 11, Issue 4, pp. 459-464, 2016. DOI: https://doi.org/10.1166/jno.2016.1929
26. Inderbir Kaur, Rajni, and Anupma Marwaha, “ECG Signal Analysis and Arrhythmia Detection using Wavelet Transform”, Journal of The Institution of Engineers (India): Series B, Vol. 97, Issue 4, pp. 499-507, 2016. (DOI: 10.1007/s40031-016-0247-3)
27. Rajni and Anupma Marwaha, “CSC-SR Structure Loaded Electrically Small Planar Antenna”, Applied Computational Electromagnetics Society Journal” Vol 31, No. 5, pp. 591-598, May 2016.
28. Gaurav Bansal, Anupma Marwaha, Amanpreet Singh, Rajni Bala, Sanjay Marwaha, “Graphene based Wideband Arc Truncated Terahertz Antenna for Wireless Communication”, Current Nanoscience, Bentham Science Publisher, Vol. 14, Feb. 2018, pp.1-8. DOI : 10.2174/1573413714666180115120022
29. Baljinder Kaur, Anupma Marwaha, Surekha Rani, “Characterization of 4 Element Compact Microstrip Patch Antenna Array for Efficient Null Steering”, International Journal of Applied Electromagnetics and Mechanics, Vol. 32, Dec 2017, pp. 1105-1112.
30. Rajni Bala, Anupma Marwaha and Sanjay Marwaha, Performance enhancement of patch antenna in terahertz region using graphene. Current Nanoscience. 12(2): pp. 237-243, 2016. (SCI Impact Factor 1.10), DOI : 10.2174/1573413711666151016204315
31. Gaurav Bansal,Anupma Marwaha, Amanpreet Singh, Rajni Bala, Sanjay Marwaha, A triband slotted bow-tie wideband THz antenna design using graphene for wireless applications, Optik, Vol 185, May 2019, Pages 1163-1171. DOI: 10.1016/j.ijleo.2019.04.063
32. Harsimrat Kaur, Charanjeet Singh, Anupma Marwaha et al., ”Elucidation of microwave absorption mechanisms in Co–Ga substituted Ba–Sr hexaferrites in X-band”, Journal of Material Science: Materials in Electronics(JMSE), September 2018, Volume 29, Issue 17, pp 14995–15005. DOI: 10.1007/s10854-018-9638-3
33. Surekha Rani, Anupma Marwaha, Sanjay Marwaha, Utilization of graphene oxide-based microwave absorber for pattern enhancement of patch antenna array, Journal of Nanophotonics Vol. 12(3), July 2018, pp. 036012(1-13). DOI: 10.1117/1.JNP.12.036012
34. Surekha Rani, Anupma Marwaha, Sanjay Marwaha, Sukhleen Bindra Narang, Murthy Chavali, and P. Narasimha Reddy, “Synthesis and Validation of a Cu Meta-Based Wideband Microwave Absorber on an Antenna Array. Journal of Electronic Materials. Vol. 42(9), pp. 1-12, 2019. DOI: 10.1007%2Fs11664-019-07395-0
Total 13 Ph.D. Thesis supervised, 03 are in progress
Total 24 M.Tech Thesis supervised
DST-FIST project of Rs. 61 lacs as a member, PI group (2018-23)
MODROB project of Rs 11 lacs, PI (2018-20)
MODROB project of Rs. 6 lacs, PI (2000-2001)
1. Amanpreet Singh (Regd No. : 15.06.04) Energy Estimation & Optimization for Low Power DSP
ECE, Dr. Anupma Marwaha, PTU, Jallandhar 2009
2. Ajay Kumar (Regd No.:09.11.06) Finite Element Based Steady & Quasi-Steady Field Analysis of Electromagnetic Devices Using h-Adaptive Refinement Technique
ECE, Dr. Anupma Marwaha, PTU, Jallandhar, 2011
3. Surita Maini, SLIET/Ph.D./46/08 Design and Field Analysis of EM devices using FEM with Application to Biomedical Problems
ECE, Dr. Anupma Marwaha, SLIET Longowal, 2012
4. Neeru Malhotra, PEC/02.46.09, Finite difference and hierarchical finite element based formulation of electromagnetic applicators
ECE, Dr. Anupma Marwaha, SLIET Longowal, 2015
Modelling of Metamaterial structure for design of planer antennas
ECE, Dr. Anupma Marwaha, SLIET Longowal, 2016
6. Rajni Bala, PEC-1301 Miniaturized resonant terahertz antennas for wireless communication
7. Lovekesh, PEC-1106,Design optimization of photonics signal processing system for ultra-high speed switched communication networks
8. Pradeep kumar Gaur, PEC1002,Enhancing gateway discovery mechanism for internetworking using IPV6 addressing in wireless adhoc networks
ECE, Dr. Anupma Marwaha, SLIET Longowal,2018
9. Harsimrat kaur, PEC1109, Synthesis and microwave absorption analysis of M type hexagonal ferrites in X band
ECE, Dr. Anupma Marwaha, SLIET Longowal, 2018
10. Baljinder Kaur, PEC/1506, Design and Optimization of Electronically Steerable Patch Antenna Array
ECE, Dr.Anupma Marwaha, SLIETLongowal, 2019
11. Gaurav Bansal, 1505032, Nanomaterials based Antennas for Terahertz Applications
ECE, Dr.Amanpreet Singh, PTU Jalandhar, Dr.Anupma Marwaha, SLIETLongowal, 2019
12. Surekha Rani, PEC/1701, Design of Nanomaterial based Microwave Absorbers for Antenna Arrays
ECE, Dr.Anupma Marwaha, SLIETLongowal, 2020
13. Jyotika Chopra, PEC/1104, Enhancement of Techniques for Offline Signature and Fingerprint Matching
ECE, Dr.Anupma Marwaha, SLIETLongowal, Dr.Amod Kumar, NITTTR Chandigarh, 2020
Under Progress : Ph.D
1. Alka Singla, PEC/1602, Nanomaterial based Antenna Applicators for Microwave Hyperthermia
ECE, Dr.Anupma Marwaha, SLIETLongowal, 2022
2. Radha Singla, PEC/1806, Design of Nanomaterial based RF Biosensors for Biomedical Applications
3. Kuldip Singh, PEC/ 2135 , MIMO Antennas (Proposed)
Copyright © 2023 , Sant Longowal Institute of Engineering and Technology, Longowal - 148106 Distt. Sangrur, Punjab, India
Developed & Maintained by Administrative Computer Services System (A.C.S.S), SLIET


It’s about a corner space with northwest orientation, receiving the most sunlight. Currently, it’s divided into three rooms with glass partitions. Upon the future tenant’s preference, the glass partitions can either remain, creating a large open space, or be removed.
The office spaces are equipped with air conditioning and ventilation systems. A fire alarm system is installed, and wiring for office connection to video surveillance is in place. The floors are covered with parquet, and network and power cables run through them. Each workstation has connections for a computer, IP phone, and two power outlets.
All areas around and within the building (except the specified offices) are under video surveillance. Access control is managed with digital keys. All network cables are routed to a rack cabinet, which is connected to the server room on the ground floor. The server room is equipped with optical connections from HT, A1, Optima Telekom, and B.net, and the user only needs to choose a provider to sign a contract with.
By leasing office space on the floor, the tenant also gains the right to use the shared spaces of the business building located on the first floor. Shared spaces include a kitchen with a living area (47.20 m2), a ventilated enclosed smoking area (2.50 m2), separate male and female restrooms (with a total of 8 cabins) (44.60 m2), a terrace (166.80 m2), and an entertainment area (table tennis, foosball, board games…) (10 m2).
- Parking space: 125.00 EUR
- Garage space: 175.00 EUR
- Building branding: 500.00 EUR


Mastering Wireshark: Practical Skills for Network Analysis and Troubleshooting
Wireshark is the most widely used network protocol analyzer for analyzing network traffic and troubleshooting network issues. This course is designed to teach you how to use Wireshark effectively to capture and analyze network traffic, identify network issues, and troubleshoot network problems.
By following this outline, students will be able to gain practical skills and knowledge in Wireshark and network traffic analysis. Each lesson will build upon the previous ones to provide a comprehensive understanding of Wireshark and network traffic analysis.


Personalized benefits for small businesses
If your business uses multiple computers, there are important reasons why you should connect them via a local area network or Managed Lan Services. With a server LAN, businesses of all sizes can leverage the combined power of all their computers and network resources to improve performance, security, administration, and more.
Most new computers include the necessary software to create a simple local area network that will support file and printer sharing. However, to get all the benefits of a LAN, you need to add a centralized computer called a server to manage and optimize your network. Along with sharing access to all network devices, a server LAN gives all of your computers access to centralized data, applications, and secure internal networks. A server LAN has several benefits specifically designed for small businesses.
5 main advantages of a server LAN
Sharing and Remote Access - The ability to share resources between all of your computers is the main reason for creating a server-based LAN. With a server LAN, your employees can share access to software, files, high-speed Internet, and devices such as printers, scanners, and backup devices. This can significantly reduce your operating costs. Your employees can also work from home or remotely and access files on your server anytime.
Better performance and reliability - LAN servers are generally optimized for performance, which is especially useful for web and email servers. When used with servers optimized for file servers or database servers, they can improve the availability and speed of applications and data. At the same time, the server LAN supports redundant hardware and software, so if one computer fails, it won't interrupt your work. All this means higher productivity.
Easier administration: It is much easier to manage multiple computers from the same platform than to manage each one separately. Additionally, your IT administrator can remotely troubleshoot network computers instead of in person.
Additional security: LAN servers have built-in security features such as firewalls that increase the security of online access. At the same time, the LAN server allows you to control which users have access to which data based on their needs. These features can prevent unauthorized access to data and accidental data corruption. With a LAN server, you can install and update anti-virus software throughout the network; You can also perform regular backups across the entire network. Plus, all your backups can be backed up out of the office. This adds a second dimension of data security to your business in the event of a cyber attack, hardware failure, or oversight.
Reliable business intelligence in real time. The server LAN provides customer service representatives with instant access to all the information they need about products and customers. At the same time, the data needed by management to make informed decisions, including incoming orders, sales figures or inventory levels, can be immediately available if stored on the local network. This gives management real-time information and an overview of your business, allowing them to make smarter and more effective decisions.


The telecommunications network in Wrexham is provided over a state-of-the art fibre optic backbone, which is capable of delivering high bandwidth capacity, where required by an investor.
All the most advanced communications technologies are available, including such services as ISDN, Megastream, SMDS, Cellstream ATM, Frame Relay, Internet and video services. This capability will enable investors to maximise the effectiveness of their businesses through the competitive advantage provided by the leading-edge communications technology available in Wrexham.
The network utilises SDH technology, providing companies with the highly resilient service, which is vital to the success of modern business. In addition to these existing benefits, BT is able to design and build a network to a company's individual specification, ensuring that any level of bandwidth or resilience requirement can be accommodated. This aspect of the communications service available in Wrexham will become ever more vital in the future, as converging technologies reshape the business environment.
Looking to the future, the Independent Television Commission has recently awarded an independent provider a cabling contract for North Wales and a sizeable area of North West England. The company's operational headquarters, including the headend, will be based in Wrexham.
Scottish Telecom have laid cables as far as the boundaries of Wrexham and, having already entered into negotiations with senior personnel of Wrexham County Borough Council, are set to move into the area. The company is keen, not only to serve the Wrexham area, but to use Wrexham as a primary centre for its operations in the wider area.
When looking at the UK and the other European Countries as Call Centre locations it is worth considering the effect of Market Displacement.
Within the European market place, the UK represents about 18% of the total population. Other countries such as Netherlands (5%), Rep of Ireland (1%) and Belgium (3 %) have significantly smaller populations. This means that if a Call Centre is operated from the UK, there will effectively be a home market of 18% and an overseas market of 78%. The same formula applied to Ireland means that a Call Centre in Ireland would have a 1% home market and a 99% overseas market.
Most Call Centres offer their customers a Toll-free access number. The cost to the Call Centre owner of an International Toll Free service is significantly more than that of a National Toll Free service. All inbound calls from "overseas" will attract International Toll Free charges so a Call Centre located in Ireland, Belgium or the Netherlands would have a significantly higher volume of International calls than an equivalent UK operation, making the cost of the Toll Free service significantly higher.


Today’s telecom environment is complex. The good news is that YAFB Communication Services – Powered by Telegration makes it easy with integrated business communication solutions that can combine the telecom technologies and services you need – from long distance and local voice service, Internet, VoIP, mobility, to data, cable, and the cloud.
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Do we cancel the show if the star is not available? This one must've crossed some minds over at Sony Ericsson when the Xperia Neo had to be discontinued. But no, they didn't cancel it. The crew was told to take five instead while they skimmed the B-list for a possible substitute.
The Xperia neo V is not an upgrade of the original Neo. It’s actually a downgrade forced by circumstances. The only difference is the camera sensor - down from 8 to 5 megapixels - and the more recent Android version. Sounds so little, doesn't it? That's the price for saving the Neo.
Quad-band GSM /GPRS/EDGE support
3G with 7.2 Mbps HSDPA and 5.76 Mbps HSUPA
3.7" 16M-color capacitive LED-backlit LCD touchscreen of FWVGA resolution (480 x 854 pixels) on Sony Mobile BRAVIA engine
Android OS v2.3.4 Gingerbread
1 GHz Scorpion CPU, Adreno 205 GPU, Qualcomm Snapdragon MSM8255 chipset
512 MB RAM
5 MP autofocus camera, LED flash, geo-tagging, 3D Sweep Panorama
720p video @ 30fps, continuous autofocus with continuous autofocus and stereo sound
Front facing VGA camera, video chat (Google, Skype)
Wi-Fi b/g/n and DLNA
GPS with A-GPS
microSD slot (32GB supported, 2GB card included)
Accelerometer and proximity sensor
Standard 3.5 mm audio jack
Stereo FM radio with RDS
microUSB port (charging) and stereo Bluetooth v2.1
Adobe Flash 11 support
Deep Xperia Facebook integration
The deadly Japan earthquake took lives and brought the local electronics industry to a halt. Sony was affected too and, with a shortage of 8 megapixel camera sensors looming, someone had to take the hit. That someone was the Xperia neo. This is the story told by a company insider, who we have no reason to doubt.
It's the same phone, different camera and the lower price makes sense. And it should be clear by now the V is the Roman numeral for five, not a letter. Could there be a victory sign anywhere in the picture?
So, the Xperia Neo lives inside the Neo V. Patched up with band aid and mildly myopic but sill. The potential deal-breakers are identical, so if you had second thoughts about the original, you'll probably pass on this one too.


HP Pavilion 17 Mineral Silver Laptop 17.3″, AMD A10-9620P APU, AMD Radeon R5 Graphics, 1TB HDD, 8GB SDRAM, DVD, 17-ar050wm
proposition 65 reasons:PROP 65 WARNING: This product can expose you to some kind of chemicals, which is known to the State of California to cause cancer For more information, go to www.P65Warnings.ca.gov
Cannot return by mail
Due to federal restrictions, this item cannot be returned by mail. See our returns policy for more information.
Wireless FCC Warning
Consumer Alert: Most users do not need a license to operate this wireless microphone system. Nevertheless, operating this microphone system without a license is subject to certain restrictions: the system may not cause harmful interference; it must operate at a low power level (not in excess of 50 milliwatts); and it has no protection from interference received from any other device. Purchasers should also be aware that the FCC is currently evaluating use of wireless microphone systems, and these rules are subject to change. For more information, call the FCC at 1-888-CALL-FCC (TTY: 1-888-TELL-FCC) or visit the FCC’s wireless microphone website at www.fcc.gov/cgb/wirelessmicrophones


Points to Put in Mind during the Installation of a Telephone System
Proper communication is one of the essential things in any organization, and that is why it good to work on that in your business. To improve communication within your offices, it is right to mind installation a telephone system. Installation of a telephone system needs, and that is why doing it on your own can be a significant challenge. It is good to understand that they are some telephone systems and that is why you need to do a lot of research. Installation of telephone systems is becoming common in the business field, and that is why many entrepreneurs are going for them.
Having information on the company, you are engaging in can help you a lot when it comes to the installation of a telephone system. Having information on telephone system installation can help before the installation of the telephone system. It is useful to understand professionals usually do the telephone system installation and that is why it is good to do a lot of research on reliable experts. It is crucial to know the size of your business so that you can be sure of the kind of telephone system that fits your business. Your pals can be of help if you want information on how to get professionals when it comes to the installation of telephones systems.
You can also opt to research on the internet if you want to get a variety of experts who deal with the installation of the telephone. It is also essential to know about the cost so that you can be sure of the affordability. For you to be on the save side is good to work following your budget. When it comes to installation of a telephone system where the equipment needed, and that is why you need to ask about them. It is also essential to ask about the maintenance so that you know that there are no other extra expenses. It is of benefit to consider a company that can cater to the maintenance expenses for a while.
Qualified personnel are the best when it comes to the installation of telephones system in your offices. It is good to check the number of years the experts have been in the market of installing a telephone system. Their offices should always be open in case of any client wants to make some consultation or booking. For the experts who operate online they should always be connected to the internet for better interaction with clients. It is also good to install a telephone system that you can grow with after some years.


VCU2 P/N 19XG32A2031
The VCU P/N 19XG32A2031 is a video conversion device that offers solutions to many of the common integration obstacles by harmonizing multi-format equipment requirements for use in complex airborne surveillance installations. The unit receives four composite video inputs, which can be sent to two video outputs. Video selection has two separate commands enabling the user to select any combination of video output simultaneously and independent of each other.
In addition the VCU2 has the following inputs and outputs with conversion capabilities:
- One RGB input up to 1920x1080p 29.97Hz that is converted to one 1920x1080i 59.94Hz output.
- One HD input up to 1920x1080p 29.97Hz that is converted to two 1920x1080i 59.94Hz outputs.
- One DVI input up to 1920x1080p 29.97Hz that is converted to one 1920x1080i 59.94Hz output.
Optional features include:
- RIB signal conversion
- PAL/NTSC conversion
- Search and Rescue
- Command and Control
- Military – Land/Air/Sea
- Unmanned Aircraft Systems (UAS)
- Customs and Border Control
- Rig Test Sets


De-centralized Time Measurement and Alignment¶
Time information and time synchronization has been tackled since many years, and there are existing solutions that allow you to synchronize time with your own system. Unfortunately there are also a couple of attacks out there that use the existing time protocol or their respective implementations. The question is: what can be do better than existing approaches? What is the use case behind our De-central time measurement and alignment proposal?
The following work on this page will be part of our funding granted by NGI Assure. We are very happy and pleased that we have been selected with our proposal.
In projects with partners we have seen that time is a critical component in the neuropil cybersecurity mesh. Our identity token contain timestamps and validity information, as well as our messages. If time is not synched between the different systems, our protocol will fail in the meaning of ‘fail-safe’: it will not send/reveal any information. However, this also imposes a problem, because we have to rely on an information (the time) that we currently cannot verify within our system.
Especially devices without RTC (real time clock) need to trust other peers on first contact, regardless whether their current time is in line or not. Running our system on ESP32 or RaspberryPi Zero modules leads to failure as soon as we connect to the first peer. When looking at broadcast protocols things become more fragile.
Larger peer nodes could trust smaller devices, because of the knowledge that there is no RTC on board. And smaller systems could have a certain trust into larger nodes and that their time is “better” than their own. So what happens if we trust the time information of our first contact, but treat it in a isolated way?
Huygens and the Environment¶
From the environment of our devices we can actually draw conclusions about the current time. Let’s see how time calculations work between two nodes first before we take the next step (just briefly, hop to the link section for all the details).
With the exchange of time messages we thus receive different kind of information from our peer node. What is important to understand is: the time mentioned in the message itself, using it stand-alone, is not quite useful. We could trust it or not, but it won’t help us. Each clock in each system has a so called skew, which will make the time run faster or slower depending on this skew. Each clock als has a drift and a drift rate, which measures the relative difference in clock frequency. Last but not least we have to take into account the message delay that is added by the network latency.
What we need is an understanding how the time on one system will evolve over time. Do you have higher trust in a clock that is always exactly 5 minutes off? Compare to a clock which oscillates it’s time around the current time by +- 2 minutes? Both clocks have their advantages, if we know the associated error of each.
Using only a single reference system will not enable us to actually detect this kind of behavior. We can detect a certain error on the time information (which actually means we use e.g. the standard deviation around reported time values), but it will not tell us whether that is the correct time. It will just tell us what our peer thinks is the correct time. We need more systems to calculate the standard deviation of all deviations, which in turn allows us to draw conclusions about the real time. So in addition to an understanding how the time of one system will evolve over time, we add an understanding how time evolves over space as well.
IHT and Time¶
By applying this principle to our IHT, it will lead to the following setup: The IHT gives us random peers, and thus random time examples that can be used to derive, test and verify the local time. Because our local node will receive more time information than before, and because our time information is guaranteed to be stemming from different sources, the distribution of the received values can be measured and aggregated into a local time information. This local time will be more resilient than previous approaches, because of it’s various sources across the connected peers and devices.
We see the following benefits from our approach:
the addition of various sources will allow a faster conversion to the final time (replacing time with space).
the derived time could be more precise or better aligned across many nodes because of the addition of more time sources (“could” because we don’t know yet whether this can be achieved)
all time information will be stemming from authentic sources and we don’t need to add back/reply channels (which led to misuse in the past).
last but not least: we may even communicate with a system if it is off by 5 minutes, because by knowing the difference we can isolate the error and adjust for it.
The distributed time information will also release some of the load of large time servers. Though these time server systems are still a part of our setup and are a crucial component: they are the systems which can actually ignore the distributed time for the sake of synchronization. In contrast the distributed time measurement can be used as a kind of check how “well-defined” the local network currently behaves. A time server could thus decide to increase its publishing frequency of time information to it’s peers, or it could issue a warning to system administrators that some system is not behaving as defined.
Because of the publish-subscribe semantics of our protocol the time information that have been issued by a local time server will be forwarded (as in reference broadcasts). We can further enhance this approach by appending time information of hops that forward the messages to other peer nodes. There must be an overall length restriction on the amount of hops which can add time information, and a receiving node can pick from the contained list of time information: There is a authenticated root time, plus a variety of nodes that added their respective current understanding of time. Using the linked-data approach will allow to attach time information to sub-elements, or relating it to the root.
By aligning the time information between nodes also allows to us to streamline and improve our message passing. As of now nodes simply publish specific information based on internal timing information. E.g. our heartbeat message, that help to measure the latency and stability of peer nodes, are send out at a specific interval. This can lead to the situation, that peer nodes receive too many heartbeat messages at the same millisecond. Thus the processing time for heartbeat messages increases, and affects the latency measurements.
But if nodes are aligned on their respective time information, it becomes much easier to streamline our heartbeat messages. A node could e.g. instruct it’s peer node to send the next heartbeat message at a specific point in the future. This ability, to send DHT messages at a specific point in time, allows us to synchronize on the expected data load and to prevent certain overload situations.
What’s next ?¶
We clearly see the benefit of transporting smaller pieces of time information across a variety of protocols. The highly distributed approach will make it easier to check for timing attacks, and will time information resilient. Identifying the pieces and implementing them is one part of our work. Supplying the proper algorithms to calculate a local picture of the distributed time measurement is the second step. Aligning the local clocks with our distributed time and thus aligning all systems on a common understanding of time is the last step. Many pieces are already there, and we are mainly aiming at re-organizing them in a different way to allow for a de-centralized time measurement and alignment.
Would you like to join our efforts? Hop over to https://www.gitlab.com/pi-lar/neuropil-dtma and share your point of view. Any feedback, question or hint can make the difference. We are aiming to build an RfC that can be implemented by others as well, but it will for sure be an integral part of our neuropil cybersecurity mesh!
Links & Literature¶
[A Design of a Time Synchronization Protocol Based on Dynamic Route and Forwarding Certification] A Design of a Time Synchronization Protocol Based on Dynamic Route and Forwarding Certification
[The Flooding Time Synchronization Protocol] The Flooding Time Synchronization Protocol
[The Berkeley UNIX Time Synchronization Protocol] The Berkeley UNIX Time Synchronization Protocol
[Time-division multiple access] Time-division multiple access
[Exploiting a Natural Network Effect for Scalable, Fine-grained Clock Synchronization] Exploiting a Natural Network Effect for Scalable, Fine-grained Clock Synchronization
[DTP: Double-Pairwise Time Protocol for Disruption Tolerant Networks] DTP: Double-Pairwise Time Protocol for Disruption Tolerant Networks
[Network Time Protocol Version 4: Protocol and Algorithms Specification] Network Time Protocol Version 4: Protocol and Algorithms Specification
[A New Distributed Time Synchronization Protocol for Multihop Wireless Networks] A New Distributed Time Synchronization Protocol for Multihop Wireless Networks
[Distributed Implicit Timing Synchronization for Multihop Mesh Networks] Distributed Implicit Timing Synchronization for Multihop Mesh Networks
[Fine-Grained Network Time Synchronization using Reference Broadcasts] Fine-Grained Network Time Synchronization using Reference Broadcasts


A peer-to-peer (shortened to P2P) computer network is actually one in which each and every laptop or computer in the network can act as a client or even server for the other computers in the network, allowing contributed access to various resources including computer files, peripherals, as well as sensors without the need for a central server. P2P networks may end up being set up inside the house, a company, or even through the web. Each network type usually requires almost all computers inside the network to make use of exactly the same or a compatible application for connecting to one another and gain access to files and other resources located on the other computer. P2P networks can end up being utilized for swapping content including audio tracks, movies, files, or even anything at all in a digital form.
BearShare is one of the best P2P file sharing software today. You can download for free below:
If the download link above is not working there is an secondary download link on the Free BearShare Download page.
You may also want to try iMesh which is also very good. Learn more about it on the Free iMesh Download page.


Success Story: Community in Maine Successfully Proposes Alternative to Transmission Line
Here is a story that is remarkably similar to what our community is facing with PSE’s “Energize Eastside” project. Maine’s power utility claimed that Boothbay Harbor needed a new transmission line to meet a their forecasted peak power demands. An alternative solution was proposed, using modern solutions such as solar, energy storage, and on-demand generators. Although their problem was meeting peak summer demand, many of the solutions they embraced would also work for our winter peak demand. Regulators agreed and cancelled the transmission line project. The peak power scenario that was forecasted never materialized, proving that the transmission line would an expensive and unnecessary solution. The community saved millions of dollars in rate hikes and now has a smarter, distributed power grid.
Federally Mandated Profit…
The story also mentions the prime motivator for transmission lines; a federally mandated profit of 11 percent for infrastructure projects that are “required” for grid reliability. As we have previously claimed, this is certainly PSE’s motivation for installing the new transmission lines.


2022. 6. 27. · Finden Sie Top-Angebote für 4,3" 50KHz-1 States And Capitals Worksheets 50KHz-3GHz NanoVNA V2 Vector Network Antenna Analyzer S-A-A-2 Shortwave HF VHF Features: Made of fine quality material, practical, has a long service life The NanoVNA V2+ S-A-A-2 is a high quality low cost vector network analyzer Although it uses 4 1X NanoVNA Host 1X NanoVNA Host. The receiver used was a Panasonic RF-3100 portable and a longwire antenna. Broadcaster: Radio Madagasikara. Date of recording: 2/18/1997. Starting time: 0258. Frequency: 5.010 MHz. Reception location: Thamesford, Ontario, Canada. Receiver and antenna: Panasonic RF-3100 and longwire antenna. The antenna should be connected to your receiver via an antenna tuner with a real wide matching margin. For a 10 to 15 meter horizontal section, strung between two masts of about 5 to 7 meters each, you may expect very nice performance on frequencies extending from about 3 to 30 MegaHertz. Using the inverted "L" for transmitting, does require.
An isotropic antenna (isotropic radiator) is a hypothetical antenna that radiates equal signal power in all directions.It is well-approximated by any type of antenna whose dimensions are many times smaller than one wavelength (say 1 / 10 λ or less on the longest side). For every antenna of any type, suspended several wavelengths away from the ground and any large conductor, as the frequency. Make a simple wire antenna. Cost: Free (or, at most, $10-15) Most shortwave portables radios on the market today have a telescopic whip antenna that will suffice for casual listening. But often you can increase the antenna gain by simply adding more length in the form of a simple thin wire. Jul 08, 2022 · Best overall: Sangean ANT-60 Shortwave Antenna. Pretty Design: CC Shortwave Reel Antenna. Editor’s Choice: Kaito T-1 Radio Antenna. Great for all types of radios: Tecsun AN-48X Indoor Active Loop Radio Antenna. Bit Expensive: Tecsun AN-03L professional SW band external compact antenna..
antenna. Antenna Systems for your Antique Radio. First a simple 20 foot wire attached to your radio will work and receive stations on. your old radio.. Adding a ground wire to the radio will usually improve the. signals and reduce some of the noise your hearing. In this next section you will be able to see an inside antenna that works well. Rated 5.00 out of 5 based on 1 customer rating. ( 1 customer review) $ 140.00. The Tecsun Shortwave and AM Outdoor Antenna significantly enhances reception of signals in the medium wave (MW) and shortwave (SW) bands covering 0.5-30 MHz. The Tecsun Shortwave and AM Outdoor Antenna is based on a longwire antenna design but provides significantly. This base antenna can be set up inside a home, apartment, job site or anywhere that requires a temporary base station Maco M103C CB Base Antenna. $289.95 Can be mounted horizontally or vertically ProComm PT99 CB Base Antenna. $129.95 One of our top performing omni-directional base station antennas.
Analog and Digital Communications Receivers. Shortwave, VHF and UHF. HF, 6 meter, 2 meter, 440, and 220. Accessories: Longwire Outdoor and indoor antennas. Easy up with instructions. Scroll down for more info and purchase button. Simple indoor antenna for portables. I just put up this new shortwave antenna to replace the unimpressive Bonito antenna I had. This random wire antenna is performing really well.See for yourself! This is a multiband receiving antenna and is homemade.Often referred to as Long Wire Balun, the WR-LWA-0130 adapter is used to match the impedance of a long wire HF antenna to a 50-ohm input.
Visit Diamond Antenna on Facebook & Instagram! Office hours, Monday through Friday 9:00 a.m. to 4:30 p.m. EST (770) 614-7443 Phone (678) 731-7681 Fax E-Mail 312 Swanson Drive Suite B Lawrenceville, GA 30043. This tried and true Yaesu QRP rig is affordable with two (2)antenna ports and all bands and modes. Includes VHF Antennas and Battery. For a Limited Time Only! ... AM / FM Stereo / Shortwave / Longwave / Aircraft Band Desktop Radio with SSB. View Buy. KENWOOD TM-V71A 144 / 430 MHz Dual Band 50 Watt FM Transceiver with Echolink Interface. View Buy. 1,281. Activity points. 1,348. tda6020a. Hello,everyone. Can you have seen this shortwave broadband vertical antenna TDA6020A?Its frequency range is from 2MHz to 30MHz,just using an network with transmission lines to reach the matching .And I heard that this antenna is an transmitter antenna ,which may not be a loaded antenna.So the impedance.
The short wave frequency is much lower than the UV band, so the short wave radio antenna is much larger than the UV band antenna. There are also some automotive antenna designs that are relatively small, but are generally inefficient. There are many types of short-wave antennas, both finished and self-made, and the prices vary widely, ranging from hundreds to. BULK DISCOUNTS Buy 2-4 = -30% Buy 5 or more = -40% DETAILS Easy to use portable shortwave antenna. Connect the AN-03L to the external FM/SW antenna jack of the radio, and then place/clip the AN-03L antenna... $7.89 Details Add To Cart. AN-05 antenna BULK DISCOUNTS Buy 2-4 = -30% Buy 5 or more = -40% DETAILS Easy to use portable shortwave antenna.. Kaito KA500 5-way Powered Emergency AM/FM/SW NOAA Weather Alert Radio with Solar,Dynamo... 9. PANASONIC RF-562D AM FM SW Shortwave Transistor Radio - Retro Design (Battery operated) 10. Eton Elite Executive AM/FM/Aircraft Band/SSB/Shortwave Radio.
The CC Shortwave Reel Antenna is a convenient and inexpensive way to improve the reception of any shortwave radio. Just attach the end clip to the telescoping antenna of your radio and extend the antenna up the wall or to a window. Winds up into a sturdy case for portability. Size: 4" W x 2.9" H x 0.8" D. A good shortwave radio antenna can be continuously used without having to adjust the antenna band by band throughout the shortwave spectrum. Broadband shortwave antennas have two basic types: The inexpensive loaded antennas which are compact but may be inefficient when it comes to lower frequencies; The more expensive larger non-loaded antennas;.
2300-2495 MHz. Tropical Band; but the FCC allowed WWCR in Nashville, Tennessee to broadcast here. 90 meters. 3200-3400 MHz. Tropical Band: used mainly by stations in the tropics. 75 meters. 3900-4000 MHz. Shared with the US Ham Radio Bands. Restricted to 3950-4000 kHz in Europe, Africa and the Middle East. 3 Best Shortwave Antennas of 2022 | MSN Guide: Top Brands, Reviews & Prices 3 Best Shortwave Antennas July 2022 Coleman Above Ground Pools Vizio 4k Tvs Home Lifestyle Buying Guides All Categories.
Indoor shortwave antenna options to pair with a new SDR. Keep in mind that if you’re fortunate enough to have a balcony, this is where you should mount your loop antenna. Check out this post by SWLing Post contributor, Klaus Boecker. Klaus Boecker’s homebrew magnetic loop antenna. Note that there are a number of sub $100 indoor amplified. The loop element of the MLA-30+ Shortwave Loop Antenna has a diameter of 60cm and is connected to the active amplifier housing by two stainless steel wing nuts. The MLA-30+ Shortwave Loop Antenna is supplied with a "bias tee" power injector and derives the DC voltage (12v) necessary for operation from any USB power supply or power bank. Visit Diamond Antenna on Facebook & Instagram! Office hours, Monday through Friday 9:00 a.m. to 4:30 p.m. EST (770) 614-7443 Phone (678) 731-7681 Fax E-Mail 312 Swanson Drive Suite B Lawrenceville, GA 30043. Ham Hobbyists MR300 HF Antenna Analyzer Digital Shortwave Meter Tester 1-60MHz . Description: This is a great shortwave analyzer for ham hobbyists. With 5 buttons, “Mode”, “Band”, “Config”, “Scan”, “Up”, “Down”, you can selects operation mode, band and extended functions. It is powered by DC external power connector with 2.1mm power jack, and can test the standing.
HELICAL SHORTWAVE ANTENNA for swl, sw, ham, radio, receiver NEW. Report item. - opens in a new window or tab. Description. Postage and payments. eBay item number: 312588323076. The short-wave radio frequencies used by station BBC for its international English language broadcasts, showing those on-air at 03:16GMT.
The small single turn magnetic loop (SSTML) antenna consists of a single winding inductor, about 3 feet (1 meter) in diameter, and a tuning capacitor. A second loop, which is one fifth of the diameter of the large loop, is connected to the feedline and this small loop is positioned in the large loop on the opposite side of the tuning capacitor. SkyWave End Fed Random Wire Antenna 0.5-30 MHz: SkyWire Dipole Antenna 0.5-30 MHz: Sangean: ANT-60 Roll-Up Antenna : Tecsun: AN-48x Indoor LW/MW/SW Active Antenna : Universal: ANT SWL-23 Wire Antenna : Please also see: Antenna Construction Supplies: Wideband Antennas: Tuners, Preamps & Splitters: Discontinued Shortwave Antennas: Antenna Safety.
Here are some photos of the Shortwave Loop Antenna assembly to help you with putting it together.... These photos detail the electrical connections to the Air Variable Capacitor. Note that one connection is made to the capacitor frame using a mounting screw, and the other connection is made to any of the 4 electrical terminals on the capacitor. The Shortwave Radio Audio Archive is a collection of shortwave radio recordings in both the form of a podcast and blog with embedded audio. The collection grows every day and includes both historic and modern day shortwave radio audio recordings. ... Receiver and antenna: Hallicrafters S-52 using a longwire antenna. April 30, 2022 / T.
The Retekess TR102 (about $22) is a portable option with an ultra-long extendable antenna perfect for picking up high-frequency signals in the great outdoors. Additionally, it has a built-in microphone for recordings, which can be saved to a micro SD card. Good value for the price. Sleep timer function. The CC Shortwave Reel Antenna is a convenient and inexpensive way to improve the reception of any shortwave radio. Just attach the end clip to the telescoping antenna of your radio and extend the antenna up the wall or to a window. Winds up into a sturdy case for portability. Size: 4" W x 2.9" H x 0.8" D.
com/ProductDetails The whip on your shortwave receiver used to be sufficient to pull in some good DX, but now you find yourself looking for something better And your ‘broomstick’ SW radio antenna is ready to receive signals! 2 Table 1 lists all available wire sizes La constuzione di una Long Wire e' abbastanza semplice e veloce, infatti l'antenna e' costituita principalmente da un. My other modification was adding a 3-30 pf. trimmer capacitor in the antenna feed. This helps tune the antenna to the receiver. Once this adjustment is made, it need not be changed unless change antennas. Simply adjust for maximum signal. I also added a 3-30 pf. trimmer capacitor across the tuning capacitor in parallel.
Greatly Improve Reception Power of Portable Shortwave Receiver,Easy Hookup to Snap onto Telescoping Rod Antenna or Plug into Radio's External AM Antenna Jack Extends to 7 Meters (23 feet),For Indoor / Outdoor Application,Suitable for All Kinds of Shortwave Radios. This is a great antenna for shortwave receivers, as well as HF ham radio with an ante... Nathan shows you how to build random wire (or long wire) radio antenna. Shortwave Antennas Tuners, Automatic Antenna Tuner SSB Mode 100W for Radio : Amazon.in: Computers & Accessories.
Shortwave antenna amplifier. This is a wide band shortwave SW antenna amplifier. The frequency band is 1 to 30 MHz and a medium gain of 15 dB. The input stage is built with MPF102 and the other stages with 2N3904. The power supply is 9 V and the output impedance is 50 Ω. The LBA Technology HFRC shortwave regional coverage antenna, engineered for both broadcasting and communications, provides flexibility in both installation and frequency choice. The unique sloping wire cage assures broad bandwidth and power handling capacity up to 50 KW PEP. LBA's proprietary Delta Units assure dynamic tensioning of the. Shortwave Antenna Set 1. (the connection to and the antenna surface itself must be ABOVE the top of the mast). Feed line: 50 - 100 ohm coaxial cable. Connector: BNC. Maximum output power: in excess of - 15 dBm.
The commonly used short-wave antennas are mainly classified into three categories, the vertical antenna (GP), the dipole antenna (DP), and the Yagi antenna (YAGI). In addition, there are frame type, diamond type, dish type, etc. Here we mainly discuss the first three types of antennas, among which the focus is on dipole antenna and its deformation. Outside Antenna Kit for Crystal & Shortwave Radio. This antenna kit has the same specifications as the popular Radio Shack Antenna kits except ours are much better as they use #14 AWG - 7 strand pure hard drawn copper wire! This High quality antenna kit contains everything you need to put up an efficient outdoor antenna for crystal sets, one.


In the fast-paced world of modern technology, our car's entertainment system has become an integral part of our driving experience. However, it can be incredibly frustrating when something as essential as the Bluetooth functionality of your Dual Media Player XDM17BT stops working. Fear not, as we delve into the intricacies of this issue and provide you with a comprehensive troubleshooting guide.
Understanding the Basics: Dual Media Player XDM17BT Bluetooth Features
Before we jump into the troubleshooting process, let's take a moment to understand the Bluetooth features of the Dual Media Player XDM17BT. This multimedia system boasts seamless Bluetooth connectivity, allowing users to wirelessly stream music, make hands-free calls, and enjoy a truly hands-free driving experience.
H1: Identifying the Problem: Is it the Device or the Dual Media Player?
When faced with Bluetooth connectivity issues, it's crucial to determine whether the problem lies with your smartphone or the Dual Media Player itself. Begin by checking if your device connects successfully to other Bluetooth devices. If it does, the issue may be with the car's system.
H2: Checking Bluetooth Settings on Your Dual Media Player XDM17BT
Head to the settings menu on your Dual Media Player and navigate to the Bluetooth options. Ensure that Bluetooth is turned on and set to "discoverable." Sometimes, a simple adjustment in the settings can resolve the issue.
H3: Pairing Process: Double-Check for Accuracy
Sometimes, the pairing process can be interrupted or incomplete. Go through the pairing process again, ensuring that you follow each step accurately. Delete the existing pairing and start afresh, verifying that both devices are in discovery mode during the process.
H4: Firmware and Software Updates: Staying Current
Technology evolves rapidly, and your Dual Media Player XDM17BT is no exception. Check for firmware and software updates for both your smartphone and car stereo system. Manufacturers often release updates to address connectivity issues and enhance overall performance.
Addressing Common Bluetooth Connectivity Issues
H2: Signal Interference: A Common Culprit
Bluetooth signals can be disrupted by interference from other electronic devices. Make sure there are no other active Bluetooth devices nearby that might be causing interference. Additionally, try moving your smartphone closer to the Dual Media Player to strengthen the Bluetooth connection.
H3: Clearing Paired Devices List
Over time, the list of paired devices on your Dual Media Player can become cluttered. Clearing this list can resolve potential conflicts and improve the Bluetooth connection. Refer to the user manual for instructions on how to clear paired devices.
H4: Resetting Bluetooth Settings to Default
If all else fails, consider resetting the Bluetooth settings on your Dual Media Player XDM17BT to their default values. This can eliminate any underlying software glitches causing the Bluetooth not to work properly.
Conclusion: Enjoy Uninterrupted Connectivity
In conclusion, troubleshooting Bluetooth issues with your Dual Media Player XDM17BT may require a bit of patience, but the rewards are well worth it. By following these steps, you can address common problems and ensure that your car's entertainment system functions seamlessly, providing you with the ultimate driving experience.
Frequently Asked Questions (FAQs):
Q1: Why won't my smartphone connect to the Dual Media Player XDM17BT via Bluetooth? A1: There could be various reasons, from signal interference to incomplete pairing. Follow the troubleshooting guide to identify and resolve the issue.
Q2: Is it necessary to update both my smartphone and car stereo system for Bluetooth to work correctly? A2: Yes, keeping both devices up-to-date with the latest firmware and software ensures optimal compatibility and performance.
Q3: Can a crowded Bluetooth devices environment affect my Dual Media Player's connectivity? A3: Absolutely. Signal interference from other active Bluetooth devices can disrupt the connection. Ensure a clear wireless environment for the best results.
Q4: How often should I clear the paired devices list on my Dual Media Player XDM17BT? A4: Clearing the list periodically is a good practice, especially if you frequently connect different devices to your car stereo.
Q5: What do I do if the Bluetooth issue persists even after following the troubleshooting guide? A5: If the problem persists, consider reaching out to Dual Media Player's customer support for further assistance and potential hardware inspection.


Send UDP packages to specific IP or LAN addresses using predefined UDP ports. The tool sends one package at a time or automates the process using the embedded timer. It also captures packages form a specified port and displays the data in ASCII, HEX, Binary or decimal formats.
UDP Test Tool 2.5 is a network utility tool to test connectivity to UDP ports.
This network utility tests your UDP applications, firewalls or network connectivity. You can use it as Remote or Host; both are available for their use in the same window. When you use as remote this tool can send packets to any pre-defined LAN or Internet IP address on any UDP pre-defined port; you can send a single packet or use an automatic timer to send packets every selected time; you can choose to send in ASCII or HEX format, also send a line feed or carriage return and display date and time on the packet send.
As a Host you can bind a specific UDP port and capture incoming packets displaying information on ASCII, binary, HEX or decimal format; also you can add date and time to the incoming packets showing the IP address where they came from.
This test tool is very easy and friendly to use. The installation process is very simple and easy to perform and it didn’t require any additional library or program to run. There is a User Guide available and is very helpful to guide you about the use of the program.
UDP Test Tool works on any Windows based computer platform.


Bharat Sanchar Nigam Limited (BSNL) is reportedly shutting down its prepaid broadband service. according to a report from Kerala TelecomThe service will be suspended in all telecom circles of the country. in present, BSNL Provides prepaid broadband services only in Digital Subscriber Line (DSL). As per the report, BSNL has directed all telecom circles to migrate all existing prepaid DSL broadband customers to postpaid DSL broadband.
BSNL prepaid broadband service provides unlimited high speed broadband internet access to the customers. Other benefits of prepaid broadband include mobility, control over internet charges, DSL broadband connection sharing and much more. The prepaid broadband plans of the telco start at Rs 200 and go up to Rs 3,000.
Why is BSNL discontinuing its prepaid broadband service?
According to the report of Kerala Telecom, the subscriber base in the prepaid broadband segment is very small. This is the reason why BSNL has decided to discontinue this service and migrate the existing prepaid broadband customers to postpaid services.
What happens to the prepaid account balance?
The existing prepaid account balance of existing customers will be credited to their postpaid account. During the transfer from Prepaid Broadband Service to Postpaid Broadband Service, customers will have the option to choose BSNL Bharat Fiber (FTTH) or Bharat Airfiber (BAF) connections have limits in maximum download and upload speeds, as do DSL broadband connections.
BSNL announces special offer to migrate landline connections to Bharat Fiber (FTTH)
The report states that BSNL has introduced a special discount scheme for existing landline customers to ensure that BSNL FTTH. As part of the plan, landline customers can avail a maximum discount of Rs 600 while migrating to Bharat Fiber.
In addition, they will be able to retain their existing landline number while upgrading their old BSNL telephone connection to Bharat Fiber. In order to maintain a landline number on BSNL FTTH, one has to ask for the same landline number while submitting the application form.


It's not for lack of trying. We listen with fabulously delicate electronic equipment that could hear an ordinary radio antenna across a distance that is bigger than humans can grasp or imagine. Nothing. Nada. Zilch. Why?
Think of the radio waves that our civilization generates. Nicely modulated, easy to detect. But we've only been broadcasting for a dozen decades and already we are slipping out of braodcasting nice easy to detect waves to one more closely resembling random noise (and therefore, by the laws of information theory, more efficient). So we wouldn't necessarily see it as non-natural.
The signal we've output that we ourselves could detect is a sphere that spreads at the speed of light, but it is hollow. The stuff inside is stuff we will output in a few years that we wouldn't recognize ourselves. This radio wave is a thin hollow shell. It may be 150 years thick but before it passes another civilization, it will perhaps be millions or billions of lightyears in diameter. Remember, the universe is vast. Things are very very far apart. That planet's civilization has only 150 years to catch a radio signal. What are the chances that they are in the situation to detect them just as the shell passes?
It may happen, but the odds are very low.


With the release of the new iOS7 operating system and iPhone® 5s and 5c models, Apple® is now prepared for “made for iPhone” hearing instruments. "Made for iPhone" hearing aids will provide two valuable features:
GN ReSound has introduced the world's first "made for iPhone" hearing aid!
The GN ReSound LiNX™ is the first hearing aid to earn the "made for iPhone" label. The audio from an iPhone can be directly transmitted to both hearing aids without the use of a streamer. GN ReSound recently presented more information about the LiNX™ at the International Consumer Electronics show. Features of the LiNX™ hearing aid will include:
Two other hearing aid manufacturers - Oticon and Starkey, are working with Apple to release technology with the “made for iPhone” label.
iOS7 provides a few advances with the hearing impaired in mind:
Bluetooth® 4.0 technology could eventually lead to three important advances in hearing instrument and iPhone compatibility:
GN Resound has released technology featuring a 2.4 gHz low-power communications protocol in line with Bluetooth 4.0 functionality. Also, Oticon's new Inium technology boasts of faster processing speeds and lower power consumption than the 2.4 gHz protocol.
Setting Your iPhone 5s, 5c, 5, 4s, and 4 to Hearing Aid Mode
iPhone 5s, 5c, 5, 4s and 4 models comply with the FCC’s hearing aid compatibility standards. However, to maximize the clarity of your particular model of iPhone, you will need to activate the "Hearing Aid Mode."
While hearing aid manufacturers are busy creating “made for iPhone” hearing aids, Apple is working on new advances to improve the hearing aid user's experience of their devices.
New Technology to Make iPhone Use Easier for Hearing Aid Users
Apple has applied for a patent for technology that could be available in future iPhone models. This new technology aims to improve the audibility of phone conversations by minimizing the impact of background noise and promoting the clarity of the speaker's voice.
Social Networking for Hearing Aid Users
A patent applied for by Apple implies that the global innovator is seeking to create a social network for hearing aid users. The goal would be to facilitate connection among hearing aid users through a social media platform where their unique instrument settings could be openly shared.
iPhones and Automatic Hearing Aid Detection
Apple has also applied for a patent for new technology that would enable an iPhone to automatically detect whether or not the user is wearing a hearing aid. The technology features two types of sensors that detect a hearing aid and its distance from the iPhone. If a hearing aid is detected, the iPhone would automatically change its audio configuration to a hearing aid compatible mode. This would eliminate the need for an iPhone user to manually switch the iPhone to the "hearing aid mode" of operation. It is unknown when this feature will be available. Until it's released, iPhone users will have to manually switch to hearing aid mode to promote a higher degree of voice clarity. For more information on the automatic hearing aid detection technology for future versions of the iPhone, click here.


SALISBURY, Md., July 25, 2013 – – Mayor James Ireton, Jr. is pleased to announce the new City of Salisbury Mobile Device Application. The new application is free for all citizens to download for their smartphones or tablets running the Apple iOS or Google Droid operating system. “The new mobile app will allow us to embrace the future of mobile computing, while allowing the Administration to better disseminate information to the public, helping to make the flow of information more efficient,” said Director of Information Technology, Bill Garrett.
The new mobile app integrates directly with popular social media sites, as well as with www.downtownsalisbury.org so that upcoming events are updated simultaneously. Users are able to get directions to, and read reviews about local businesses, events and locations. The new app also allows notifications to be pushed out to users in the event of an emergency or public safety alert. To increase interaction between government and the public, the app also allows users to report problems throughout the City. Using the built-in camera on your phone or tablet you can take a picture of a pothole, damaged street light or traffic light, graffiti or other issue, and encode it with the GPS coordinates of where the problem exists, sending it automatically to the proper department for resolution.
The mobile app is available now for free from both the Google Play Store and the Apple App Store. Please see the link on www.downtownsalisbury.org for instructions and links to download the new app today.


You can use your BBC micro:bit for all sorts of cool creations, from robots to musical instruments – the possibilities are endless. The micro:bit is a handheld, fully programmable computer being given free to every Year 7 or equivalent child across the UK. It’s 70 times smaller and 18 times faster than the original BBC Micro computers used in schools in the early 1980s.
This little device has an awful lot of features, like 25 red LED lights that can flash messages. There are two programmable buttons that can flash messages. There are two programmable buttons that can be used to control games or pause and skip songs on a playlist. Your BBC micro:bit can detect motion and tell you which direction you’re heading in, and it can use a low energy Bluetooth connection to interact with other devices and the Internet – clever!


Not too long ago, Google unveiled Android Device Manager, allowing users to locate and sound an alarm to their devices when they have been misplaced or stolen. Recently thereafter, Google even allowed users to secure their devices remotely with the web-based tool.
Having additional options is always nice, though, and XDA Senior Member pacosal created an alternative that allows you to create your own Mobile Device Manager. The aptly titled ownMDM allows you (and only you) to remotely control your devices using two parts: a PHP-enabled web database that issues commands and a mobile app with device administrator functionality.
The real draw in pacosal’s solution, however, is the multitude of commands that you can send from the web interface. After selecting which device you wish to issue a command to, you can select from the following commands, as described by the author:
– Message: Send a notification to device. Enter your message below
– Lock: Will screen block the device
– Ring: The device will sound like a police car
– Enable Admin: The device will receive a popup to activate this App if it is not.
– Ping: The device will answer with a ping to check if is responding (check log)
– Location: The device will answer with its location at google maps and wifi networks (check log)
– Location Alarm: Send you alerts when the device go out or in the actual device location. Enter the number in meters below, for example 5000, (check log)
– Wipe: The device will be completely deleted, only if it is stolen and you can not recover it
– Lock with Key: This command will lock the device with your own PIN from console. Even if the mobile is rebooted the lock will work.
– Force update Model: Will get model data to console
– Record Audio: Will record a 20 seconds audio and will send it to your mail
– Take a Picture: The device will take a picture and will send it to your mail
– Receive a Sms: Perfect for knowing the mobile number of the Imsi inserted in the device
– Track Device: The device will return location, sound and pictures every 3 minutes for 15 minutes
Essentially, you get the functionality of Google’s first party offering, and then some—and this is all done from your own MDM server. Head over to the utility thread to get started.


Mail boxes :
French post is called La poste. Mail boxes are in the streets, colored in yellow
Stamps can be bought at Post Office and tobacconist’s.
Phone in France : french phone, mobile phone, cellular phone in France
French numbers :
All phone numbers in France are composed of 10 digits beginning by a 0.
* To call somewhere in France from France, dial the 10 digit number.
* To call from France to a foreign country: dial 00 + the country code + the number.
To call France from antoher country, dial the access international code (usually 00 or 011 for the USA) + 33 (country code), then the 9 digit number without the 0
French phone :
The payphones :
There are many phone boxes in France. They usually work with telephone cards available at Post Offices, tobacconist’s, souvenir shops…
Mobile or cellular phone
France is well covered by the mobile phone operators. With the help of your own operator you may use easily your cellular phone in France. US citizens may experience problems withe their cell phones in France.
Check your cellular phone operator before leaving
Internet in France : the Web and email, find a cybercafé or Internet café in France
High speed Internet can be found at many places in France and there are many Internet cafes in the cities


With Internet enabled phones, any office can now access similar tools used in large enterprises. These phones have been designed to cater for the needs of the business without denting the budget. With your office connected to an IP network, your business can now enjoy better customer service, improve collaboration, and enable employees to work remotely. Below are the benefits of using a Mitel IP phone in your office:
Increased mobility and flexibility
Internet telephony enables employees to integrate software programs, like e-fax, e-mail, and remote conferencing via telephone. Having an IP enabled phone will enable a user to have a conversation over the phone and access the Internet at the same time. Users are also able to carry their adapters anywhere in the office as long as there is an Internet connection. This means you can access your data and phone network, regardless of your physical location in the office guaranteed a broadband Internet connection is available.
The increase in mobility provided by IP enabled phones assist corporate employees who are required to travel frequently. Furthermore, long-distance VOIP calls are comparatively low-priced than conventional cell phone calls.
Reduced costs and increased productivity
Mitel IP phone systems reduce the cost used on phone charges. A combined voice and data network simplifies the Installation process, making management easier, thus reduces the cost. Employees can reduce the time spent managing messages with the unified messaging feature. Moreover, web and voice conferencing improves productivity at the same time reducing travel expenses.
Using an IP enabled phone in the office enables employees to improve on their multitasking skills, which further increases the overall productivity. With the reduced costs, a business can now allocate funds used on traditional phone bills to improve on other aspects of the business. Having VoIP technology makes it more appealing for corporations and businesses that do not want to deal with the lagging transmission and distorted phone calls associated with traditional telephony.
Improved Customer service
With the Mitel IP Phone system, your customers can now enjoy improved customer experience. Customers now have better ways of getting in touch with your office via email, fax, phone, or a click-to-chat platform.


||IT Training Services
Prior to accepting a distance-learning assignment, it is our standard practice to review the client's transmission delivery infrastructure. The prospective client will need to confirm the external quality of service forwarding the data to the geographic
locations of the training and internal quality of service for the bi-directional delivery of data up to and through the local area network to the intended audience.
Web-based Training Services
||Dedicated digital transmission of data and voice at the speed of 45MB per second; composed of 672 channels.
||One or more channels of a T-3/DS3 line; used for data and voice transmission at the speed of less than 45 MB per second.
||Dedicated digital transmission of data and voice at the speed of 1.5MB per second; composed of 24 channels.
||One or more channels of a T-1/DS1 line; used for data and voice transmission at the speed of less than 1.5MB per second.
||Dedicated transmission of data through cable TV wires at a speed of up to 2MB per second.
||Digital Subscriber Line which refers collectively to ADSL, SDSL I-IDSL, and VDSL. DSLs have a dedicated digital transmission speed of up to 32 MB per second.


- All wireless access points must be approved and managed by the ICT office. Non-sanctioned or unauthorized network devices that are connected to the University network are not allowed.
- The ICT office reserves the right to disable or confiscate any unauthorized network device without prior notice especially in cases when the University's systems, data, and users are at risk.
- Other devices or equipment (e.g., cordless phones) that are found to be interfering with network communication signals are subject to relocation or removal.
- University staff are encouraged to report suspected incidents related to the non-compliance of this policy.
- Failure to comply with the Wireless Access Policy may result in the suspension of network access privileges and possible disciplinary action, depending on the extent of damage caused on the university, its network, and other users.
- Requests for Wi-fi access in areas of the campus can be communicated to the ICT office via email.


1m, 2m, 3m USB 3.1 Type-C Google Nexus 6P Charger Cable Replacement
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Artefacts are objects or appliances, which have been augmented with (or have access to) sensing, computing and communication abilities.
It applies a combination of component-based software engineering, knowledge representation, real-time systems design and design for acceptability techniques to meet the specific requirements of these systems, which arise mainly from the usually small size of the artefacts, the soft real-time performance requirements, and the need to avoid upsetting the task models of people.
Guanajuato, Mexico - 26th-27th of June 2012
Special Issue on "Ambient Ecologies"
In order for a new technology to become widespread, novel tools and objects that realize and support it must be developed. On the road to the realization of the Ambient Intelligence (AmI) vision, new technological artifacts have started to appear and change the nature of almost every human activity. As the computer disappears, new Smart Objects appear, augmented with Information and Communication Technology (ICT) components (i.e. sensors, actuators, processor, memory, wireless communication modules) and able to receive, store, process and transmit information. Recently, Smart Objects have become mobile by combining research results from Robotics. In addition to objects, spaces also undergo a change towards becoming Smart Environments, which offer a set of digital services by embedding sensing, actuating, processing and networking infrastructure in a physical space.
DAISy team develops various ontlologies related to pervasive computing and ambient intelligent systems. Our ontologies are now accessible through our ontologies repository. You can browse the repository and use our ontologies. In case you want to contribute extensions and/or further development of DAISy team ontologies please sent your request via email to email@example.com .


CONSOL – Swiss Design Solar Off Grid Power Container!
Solar Electricity Generation for a Greener and Sustainable Urban Future!
ConSOL is a flexible, configurable and fully integrated turnkey solution with a grid-ready design. It can be rapidly deployed to enable generators, utilities and both traditional and micro-grid operators to reduce costs and increase plant efficiency.
With multiple energy storage technology options, it can be scaled to hundreds of megawatts. Industrial remote areas or where the electrical power is suffering from interruptions, the TellCo Europe ConSOL Solar Electricity System delivers the electricity needed for the power infrastructure.
How does the ConSOL work?
ConSOL is a mobile, solar-powered generator. It runs on PV panels that extend from its container. Energy is stored in Lithium or Gel batteries.
As a self-contained, self-sustaining power station, ConSOL is suited to support military operations, remote camps or disaster relief efforts. It is housed in a standard shipping 20ft or 40ft container which makes it easy to transport via land, air, or sea.
Once it arrives on location, the ConSOL can be deployed immediately to generate up to 60KW of electricity. The solar panel arrays are mounted on racks for easy integration.
The electricity generated can be used to power various on-board systems, including communication systems, LED streetlights, water treatment systems as well as water distribution systems and much more. These systems are capable of providing Internet connectivity, satellite communications, clean water and often basic necessities of life.
Electricity can also be used to power external systems such as housing, clinics, hospitals, training centers, showrooms, offices, security rooms, or schools.
*Including MPPT controller
*Reverse, under- and overvoltage
*Output short circuit, overload and over temperature protection
*Internal monitoring unit with
*Operating temperature 0°C to +55°C
*CE & TüV GS approved
*Lithium battery Storage system, operating temperature -20°C to +55°C or
*Maintenance Free 2V GEL Blocks, operating temperature -10°C to +45°C
*Integrated battery management system
*Meeting IEC 61427 and
*AR tempered glass
*CE & TüV GS approved
-40°C to +85°C
*Solar panels 10 years on manufacturing and 25 years
80% of the output power
*Inverter and Controller 5 years
*Batteries depending on location temperature
*20ft or 40ft Container body
*Suite of operating modes
*Modular system design
*Lithium Battery Pack or Maintenance Free GEL Blocks
*Power Conversion System
*Central Control and Environment Monitoring
*Modern and simple Plug and Play techniques for easy installation
*Grouping of multiple ConSOL systems, where higher power consumption is required
*Solar modules supplied with flexible racks for ground installation or with the interface for roof installation
*Point of manufacturing (Certificate of Origin) is EU!


VPN And VPN Protocols
January 7, 2021
VPN stands for digital private community, and it can be a type of know-how that establishes a protected community link over a community community, such as online, or perhaps inside of a assistance provider’s non-public community. Diverse institutions like governing administration companies, faculties, and massive businesses make the most of the products and services of the VPN why you should take a premium vpn, so that their users will be able to hook up securely to their non-public networks.
The same as with large space community (WAN), VPN engineering possess the power to hyperlink many internet sites with each other, even individuals separated about a large length. While using the circumstance of educational establishments, to attach campuses jointly, even individuals located overseas, VPN is used for this reason.
To use a virtual private network, buyers are necessary to deliver a username and password for authentication. Some VPN connections also must be delivered a PIN (particular identification selection), normally produced up of special verification code, that may be located in the shape of a token. The mentioned PIN adjustments each number of seconds, and is also matched with the account’s username and password. Even if the token is stolen, it’s going to be ineffective without the need of the aforementioned information and facts.
A virtual non-public community has the capacity to sustain privateness as a result of the usage of security processes and tunneling protocols. I’ve detailed below the different VPN protocols as well as their description:
Because it helps make usage of 128 little bit keys to encrypt visitors, PPTP or Point-to-Point Tunneling Protocol is taken into account a considerably less protected protocol than many others. On the other hand, for most consumers, this tends to now do, especially when they link that has a VPN only for personalized use.
A far more secure option is Layer 2 Tunneling Protocol or L2TP, as it operates jointly with IPSec protocol that utilizes superior secured encryption algorithms than what is used with PPTP. The combination on the 3DES encryption algorithm plus a 168 bit keys are what make L2TP encryption additional highly effective.
Secure Socket Tunneling Protocol or SSTP is taken into account the most protected of all protocols, as it is often a SSL VPN protocol, and employs 2048 little bit encryption keys, too as authentication certificates.
The reason why it can be the strongest outside of all VPN protocols is usually that it has the ability to run even on community environments that blocks VPN protocols. Some nations around the world like Belize will not permit the use of VPN connections, and there are specified corporations that try this also. VPN with SSTP protocol is beneficial for most of these conditions.


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We do provide Transactional Bulk SMS service to send alert, notice and informational message to the registered users. Bulk SMS are routed from multiple gateways.CHOOSE YOUR BULK SMS GATEWAY, AS PER YOUR NEED!


An Act Requiring Internet Service Providers To Deliver A Minimum Standard For Internet Connection Speed
- Short Title: “Bilis Konek Act of 2016”
- This bill recognizes the importance of high-speed internet connections in increasing productivity and the growing demands for connectivity. Thus, it mandates internet service providers (ISPs) to deliver a minimum internet connection speeds of 10 Mbps for mobile broadband/internet access and 20 Mbps for fixed and fixed wireless broadband/internet access to their subscribers.
- ISPs shall ensure that they continuously improve their system and work towards providing an average internet connection speed above global average.
COMMENT : Off