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A dish antenna, also known simply as a dish, is common in microwave systems. Coaxial cable is commonly used by cable operators, telephone companies, and internet providers around the world to convey data, video, and voice communications.Tap has a pass through port and higher loss for drop connections.
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Tvws ppt 1
This document discusses using TV white spaces to help achieve the vision of Digital India by providing rural broadband connectivity. TV white spaces refer to unused portions of spectrum in the VHF and UHF bands that have been freed up due to the digital transition of TV broadcasting. This spectrum has good propagation characteristics for rural areas, allowing for long range and non-line-of-sight connections. The document outlines ongoing trials of TV white spaces in various countries and provides an overview of the IEEE 802.22 and 802.11af standards. It discusses how TV white spaces could deliver high-speed broadband and help improve education, healthcare, agriculture and other services in rural India, but challenges like antenna size and protecting existing broadcasts must be addressed
Quintel so nwa v pr final
Quintel has successfully tested its new SONWav antenna technology through simulations and trials with major North American carriers. The SONWav antenna uses elevation beamforming to increase LTE uplink throughput by up to 80% using standard base station antennas. This innovative solution makes it practical to deploy 4-branch receiver antennas for low spectrum bands in a compact form factor. SONWav allows a single antenna array to support multiple frequency bands simultaneously with high performance.
Quintel 8 foot 8 port press release feb 2013
Quintel has released a new 8-foot, 8-port quadband slimline antenna for wireless networks in North America. The antenna allows operators to combine four frequency bands (700MHz, 850MHz, 1900MHz, 2100MHz) onto one antenna. Each band and polarization can be independently tilted. This will help operators upgrade existing cellular and PCS sites to support LTE in 700MHz and AWS bands using a single replacement antenna. The new antenna provides more flexibility and optimizes networks with lower costs.
White space radio in scada systems
The document summarizes a white space radio product called the Agility White Space Radio (AWR) that provides broadband connectivity for industrial SCADA systems. The AWR uses unused TV spectrum to provide non-line-of-sight links for applications in agriculture, logistics, oil/gas, utilities and security. Case studies show the AWR providing reliable connectivity for perimeter security cameras, environmental monitoring sensors, precision agriculture and traffic management systems. Key features of the AWR include data rates up to 3Mbps, a compact and efficient design, and the ability to access available white space spectrum on both a rural and nationwide basis.
Introducing TV White Spaces
This webinar provided an overview of TV white spaces and the economic value of this spectrum. TV white spaces refer to unused spectrum in between broadcast television channels that has been made available for unlicensed use. This spectrum has advantages over existing unlicensed bands in that its lower frequencies propagate better over long distances. The webinar discussed the large amount of spectrum availability, potential uses cases, an expected timeline for certification and standards development, and the global interest in TV white spaces.
White space technology
White space technology utilizes unused spectrum reserved for broadcasting TV channels to provide wireless broadband internet access over long distances, especially to rural areas. Devices using white space technology can access spectrum between 470-790 MHz to transmit internet signals up to 10 km through vegetation and buildings. The technology protects primary spectrum users by having devices check an online database for available channels and blocking newly occupied channels to prevent interference.
RuralConnect & TV White Space
Carlson Wireless Technologies, the global leader in TV White Space technology, has developed the FCC certified RuralConnect®, which uses UHF TV channels to provide broadband data to remote areas. This spectrum provides deep coverage for long-distant, non-line-of-sight (NLOS), internet connectivity to under-served communities over hills and through foliage. Carlson also offers a range of radio products for high-capacity data and voice delivery, including the TrailBlazer™ and LongHaul™.
Quintel 8 Port Press Release Feb2012 Final Copy
Quintel has developed the world's first 8-Port/Quadband slimline antenna that allows operators to combine four major frequency bands in North America onto a single antenna. The antenna provides independent tilt control for each band and polarization, enabling applications like spatial diversity and high power PIM3 mitigation. It allows operators to optimize coverage and capacity while reducing infrastructure costs.
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Tvws ppt 1
This document discusses using TV white spaces to help achieve the vision of Digital India by providing rural broadband connectivity. TV white spaces refer to unused portions of spectrum in the VHF and UHF bands that have been freed up due to the digital transition of TV broadcasting. This spectrum has good propagation characteristics for rural areas, allowing for long range and non-line-of-sight connections. The document outlines ongoing trials of TV white spaces in various countries and provides an overview of the IEEE 802.22 and 802.11af standards. It discusses how TV white spaces could deliver high-speed broadband and help improve education, healthcare, agriculture and other services in rural India, but challenges like antenna size and protecting existing broadcasts must be addressed
Quintel so nwa v pr final
Quintel has successfully tested its new SONWav antenna technology through simulations and trials with major North American carriers. The SONWav antenna uses elevation beamforming to increase LTE uplink throughput by up to 80% using standard base station antennas. This innovative solution makes it practical to deploy 4-branch receiver antennas for low spectrum bands in a compact form factor. SONWav allows a single antenna array to support multiple frequency bands simultaneously with high performance.
Quintel 8 foot 8 port press release feb 2013
Quintel has released a new 8-foot, 8-port quadband slimline antenna for wireless networks in North America. The antenna allows operators to combine four frequency bands (700MHz, 850MHz, 1900MHz, 2100MHz) onto one antenna. Each band and polarization can be independently tilted. This will help operators upgrade existing cellular and PCS sites to support LTE in 700MHz and AWS bands using a single replacement antenna. The new antenna provides more flexibility and optimizes networks with lower costs.
White space radio in scada systems
The document summarizes a white space radio product called the Agility White Space Radio (AWR) that provides broadband connectivity for industrial SCADA systems. The AWR uses unused TV spectrum to provide non-line-of-sight links for applications in agriculture, logistics, oil/gas, utilities and security. Case studies show the AWR providing reliable connectivity for perimeter security cameras, environmental monitoring sensors, precision agriculture and traffic management systems. Key features of the AWR include data rates up to 3Mbps, a compact and efficient design, and the ability to access available white space spectrum on both a rural and nationwide basis.
Introducing TV White Spaces
This webinar provided an overview of TV white spaces and the economic value of this spectrum. TV white spaces refer to unused spectrum in between broadcast television channels that has been made available for unlicensed use. This spectrum has advantages over existing unlicensed bands in that its lower frequencies propagate better over long distances. The webinar discussed the large amount of spectrum availability, potential uses cases, an expected timeline for certification and standards development, and the global interest in TV white spaces.
White space technology
White space technology utilizes unused spectrum reserved for broadcasting TV channels to provide wireless broadband internet access over long distances, especially to rural areas. Devices using white space technology can access spectrum between 470-790 MHz to transmit internet signals up to 10 km through vegetation and buildings. The technology protects primary spectrum users by having devices check an online database for available channels and blocking newly occupied channels to prevent interference.
RuralConnect & TV White Space
Carlson Wireless Technologies, the global leader in TV White Space technology, has developed the FCC certified RuralConnect®, which uses UHF TV channels to provide broadband data to remote areas. This spectrum provides deep coverage for long-distant, non-line-of-sight (NLOS), internet connectivity to under-served communities over hills and through foliage. Carlson also offers a range of radio products for high-capacity data and voice delivery, including the TrailBlazer™ and LongHaul™.
Quintel 8 Port Press Release Feb2012 Final Copy
Quintel has developed the world's first 8-Port/Quadband slimline antenna that allows operators to combine four major frequency bands in North America onto a single antenna. The antenna provides independent tilt control for each band and polarization, enabling applications like spatial diversity and high power PIM3 mitigation. It allows operators to optimize coverage and capacity while reducing infrastructure costs.
TV White Space
TV white space refers to vacant TV spectrum that is available for unlicensed use. It provides improved wireless coverage over existing options like WiFi by 3-5 times. TV white space signals can travel farther and penetrate obstacles like walls better than WiFi due to their lower frequency. This makes TV white space suitable for wireless internet providers to service rural and remote areas without line-of-sight connectivity.
Commercial TVWS Solutions Webinar
This document provides a summary of a webinar on commercial TV white space solutions:
1) The webinar covered the current state of TV white space including FCC regulations and milestones, upcoming database providers, and market opportunities for applications like rural broadband, M2M, smart grid, and more.
2) Two radio partners - KTS Wireless and Carlson Wireless - were featured and their TV white space radio products were described, including specifications, certifications, and target applications.
3) Spectrum Bridge's role in the TV white space ecosystem was discussed, including their database services and partner program to help integrate radio products and connect service providers to secondary spectrum markets.
Analysis of the global satellite backhaul market april 2015
The document analyzes the global satellite backhaul market. It finds that economic growth in China and India is driving new demand for satellite services to connect remote locations that traditional backhaul technologies cannot reach. The satellite backhaul market is expected to grow to $420.56 million by 2020, with the Asia Pacific region experiencing the highest growth due to connecting more people than any other region. Major satellite companies like Hughes, Gilat, and Intelsat dominate the market globally.
TV White Space Webinar presented by Dorin Goldfeder, Sales Director
This presentation outlines the great opportunities around the new emerging TV White Space Broadband technology as well as an insight to the end to end solution proposed by Runcom to facilitate Wireless Internet Providers with better coverage and cost effective solutions for serving remote and NLOS subscribers.
Lte tdd femto cell for usage of tv white space
This document discusses using TV white space spectrum and technologies like Super WiFi (802.11af), 802.22, and LTE-TDD to support wireless internet hotspots. It compares Super WiFi and LTE-TDD for supporting hotspots and outlines both the technical and business challenges of using LTE-TDD femtocells deployed on TV white space to provide wireless internet access, such as developing an O&M system, satisfying spectrum regulations, and finding partners and customers.
Sub10 company introduction
Sub10 was founded in 2010 to produce wireless Ethernet bridges operating at frequencies above 50GHz, known as millimeter wave spectrum. They began by selling the Huber+Suhner SL-60 60GHz product under the Liberator brand. In 2011, Sub10 acquired Huber+Suhner's entire wireless business and moved production to new headquarters in Newton Abbot, UK. Looking ahead, Sub10 plans to launch their own Dominator product line in 2012 to complement the existing Liberator systems and address network applications such as mobile backhaul, building connectivity, and temporary connections.
Analyzing the New TV White Space Rules
Analyzing the New TV White Space Rules reviews the benefits and potential challenges relative to the newly available rules for this unlicensed spectrum, including information about the Database Service Providers and what to expect next.
Super Wi-Fi TV White SPace and Wireless Broadband Inclusion
Michael Calabrese from the Open Technology Institute talks about broadband white space for the Blandin Foundation on webinar on Expanding Wi-Fi Access to Your Community
Drones transmitting and receiving data via Non Line of Sight communication
Recent FCC regulation enables new opportunities in non line of sight communications. Presentation regarding the potential for Drones to benefit from bandwidth available in the TV White Space spectrum (channels 14 through 51).
Bpl presentation
Broadband over power lines (BPL) allows high-speed digital data transmission over existing power lines. By combining modulation techniques, developers have created a way to send data over power lines at speeds comparable to DSL and cable internet. BPL offers an alternative for high-speed internet access without requiring new wiring, as it can utilize existing electrical infrastructure in a home. However, there are some technical challenges to ensure it does not interfere with other signals traveling through power lines.
Nasir faruk tv white spaces presentation iad2014
Nasir Faruk presents on the prospect of deploying TV white space in Africa. Some key points:
1) TV white space refers to unused portions of spectrum between 54-862 MHz that can be used without interfering with TV broadcast signals. It provides an opportunity to address the scarcity of radio spectrum and lack of broadband access in Africa.
2) Africa significantly lags behind other regions in key broadband metrics like subscriptions and speeds. TV white space could help connect rural communities and drive economic and social development.
3) WaveTek Nigeria is leading research efforts on TV white space in the country through field surveys, modeling, and prototype deployments. Their aim is to help Nigeria meet national targets for internet access
TV White Space for Rural Broadband Connectivity
Bhutan, Botswana, Eritrea, Ghana and Thailand were analyzed for their readiness for TV white space technology deployment for rural broadband connectivity. The countries have low internet penetration in rural areas, supportive regulators and have undertaken TV white space trials. However, they lack regulations around TV white space use and have low awareness of the technology by internet service providers. Deploying TV white space could help provide affordable internet access to unserved rural communities in the countries.
White Space Technology
A brilliant use of under-utilized frequencies to provide last-mile internet services in developing nations not only helps in upliftment of the society both socially and academically but also connects people of the world.
Carlson Wireless Technologies - Gen 3 TV White Space Radio, RuralConnect
This document provides an overview of Carlson Wireless Technologies and their TV white space technology for broadband internet access. Some key points:
- Carlson has been providing wireless communications systems for over 15 years and sees an opportunity to expand broadband access to the 4 billion people currently unconnected.
- Their technology uses unused TV spectrum to deliver broadband without needing line of sight, making it more affordable and able to reach remote areas.
- They have successfully tested installations in multiple countries and markets like education, transportation, utilities, and more.
- Their new generation 3 product aims to deliver over 50Mbps at a lower price point than competitors to further expand into new markets like smart cities and industrial IoT.
Halo
The document provides information about the HALO (High Altitude Long Operation) Network, which is a proposed wireless broadband network that would use high altitude platforms stationed (HAAPS) in the stratosphere to provide connectivity. Key points:
- HALO Network would combine advantages of terrestrial and satellite networks by using airplanes stationed at high altitudes as central hubs.
- The network would use multiple beam antennas on airplanes to provide coverage to ground cells over a large area of up to 3000 square miles.
- The system is proposed to provide broadband services like internet, telephony, broadcasting to customers using low-cost user terminals with minimal power requirements.
- Benefits listed are large coverage
2c wired transmission
The document discusses different wireline networks used for data transmission, including telephone networks, dial-up modems, digital subscriber lines (DSL), and cable TV networks. Telephone networks originally used analog signals and circuit switching to transmit voice calls. Dial-up modems allowed data transmission over traditional telephone lines at speeds up to 56 kbps. To provide higher speeds, DSL technologies were developed to transmit digital data over existing telephone lines at speeds from hundreds of kbps to tens of Mbps. Cable TV networks also provide internet access by transmitting both video and data signals over coaxial cables at speeds up to 30 Mbps downstream and 12 Mbps upstream.
Newtec SATCOM HUB NAB 2019 - Yvonne Monterosso (Dejero)
The document summarizes Dejero CellSat, a hybrid connectivity solution that blends cellular and satellite networks. It uses Dejero Smart Blending Technology to intelligently route video streams across available 3G/4G/5G and satellite connections, creating a single reliable "network of networks". CellSat provides up to 20 Mbps of blended connectivity for live broadcasting from remote locations where cellular alone may not be sufficient due to poor coverage, congestion or other factors. It offers benefits like one provider for support and billing, flexibility through mid-stream activation, and high reliability for mission critical live shots.
EBlink leading fronthaul solutions - 2016
This document discusses fronthaul solutions and wireless fronthaul applications. It summarizes EBlink's fronthaul products including the FrontLink 58 wireless fronthaul solution, which can transmit up to 7.5 Gbps over 5.8 GHz frequencies. The document also outlines various wireless fronthaul use cases for indoor and outdoor network densification as well as EBlink's roadmap and role in evolving fronthaul standards towards 5G.
Newtec SATCOM HUB NAB 2019 - Vern Fotheringham (Ark Mediacom)
The document discusses a satellite-based distributed cloud network called V-Satcast that aims to extend broadband internet access and alleviate congestion caused by streaming video. It does this through an efficient satellite multicast system that distributes content directly from providers to internet service providers. The network would provide nationwide coverage through satellites and caching at local hubs. This system offers a more cost-effective alternative to traditional unicast internet connections for distributing over-the-top video content at scale.
BICSI Wireless DAS Update
The document provides an overview of wireless distributed antenna systems (DAS) and backhaul antenna systems. It discusses the key components of these systems including antennas, cabling, towers, amplifiers and how they are used to extend wireless coverage both indoors and outdoors. The document also reviews important design considerations for implementing DAS such as conducting a needs analysis, evaluating configurations, and testing installations.
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computer net and cabling wires for engioneering computer net and cabling wires for engioneering computer net and cabling wires for engioneering computer net and cabling wires for engioneering .ppt
Lect catv
CATV, or community antenna television, originated in the late 1940s to deliver broadcast television signals to areas where reception was difficult or signals were weak. Early CATV systems used coaxial or twin-lead cable to transmit signals from a central headend to subscribers' homes. In the 1970s, satellite delivery of television signals provided more channels and new programming to cable systems. Modern cable systems use fiber optic trunk lines between the headend and neighborhoods due to fiber's increased bandwidth capacity.
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TV White Space
TV white space refers to vacant TV spectrum that is available for unlicensed use. It provides improved wireless coverage over existing options like WiFi by 3-5 times. TV white space signals can travel farther and penetrate obstacles like walls better than WiFi due to their lower frequency. This makes TV white space suitable for wireless internet providers to service rural and remote areas without line-of-sight connectivity.
Commercial TVWS Solutions Webinar
This document provides a summary of a webinar on commercial TV white space solutions:
1) The webinar covered the current state of TV white space including FCC regulations and milestones, upcoming database providers, and market opportunities for applications like rural broadband, M2M, smart grid, and more.
2) Two radio partners - KTS Wireless and Carlson Wireless - were featured and their TV white space radio products were described, including specifications, certifications, and target applications.
3) Spectrum Bridge's role in the TV white space ecosystem was discussed, including their database services and partner program to help integrate radio products and connect service providers to secondary spectrum markets.
Analysis of the global satellite backhaul market april 2015
The document analyzes the global satellite backhaul market. It finds that economic growth in China and India is driving new demand for satellite services to connect remote locations that traditional backhaul technologies cannot reach. The satellite backhaul market is expected to grow to $420.56 million by 2020, with the Asia Pacific region experiencing the highest growth due to connecting more people than any other region. Major satellite companies like Hughes, Gilat, and Intelsat dominate the market globally.
TV White Space Webinar presented by Dorin Goldfeder, Sales Director
This presentation outlines the great opportunities around the new emerging TV White Space Broadband technology as well as an insight to the end to end solution proposed by Runcom to facilitate Wireless Internet Providers with better coverage and cost effective solutions for serving remote and NLOS subscribers.
Lte tdd femto cell for usage of tv white space
This document discusses using TV white space spectrum and technologies like Super WiFi (802.11af), 802.22, and LTE-TDD to support wireless internet hotspots. It compares Super WiFi and LTE-TDD for supporting hotspots and outlines both the technical and business challenges of using LTE-TDD femtocells deployed on TV white space to provide wireless internet access, such as developing an O&M system, satisfying spectrum regulations, and finding partners and customers.
Sub10 company introduction
Sub10 was founded in 2010 to produce wireless Ethernet bridges operating at frequencies above 50GHz, known as millimeter wave spectrum. They began by selling the Huber+Suhner SL-60 60GHz product under the Liberator brand. In 2011, Sub10 acquired Huber+Suhner's entire wireless business and moved production to new headquarters in Newton Abbot, UK. Looking ahead, Sub10 plans to launch their own Dominator product line in 2012 to complement the existing Liberator systems and address network applications such as mobile backhaul, building connectivity, and temporary connections.
Analyzing the New TV White Space Rules
Analyzing the New TV White Space Rules reviews the benefits and potential challenges relative to the newly available rules for this unlicensed spectrum, including information about the Database Service Providers and what to expect next.
Super Wi-Fi TV White SPace and Wireless Broadband Inclusion
Michael Calabrese from the Open Technology Institute talks about broadband white space for the Blandin Foundation on webinar on Expanding Wi-Fi Access to Your Community
Drones transmitting and receiving data via Non Line of Sight communication
Recent FCC regulation enables new opportunities in non line of sight communications. Presentation regarding the potential for Drones to benefit from bandwidth available in the TV White Space spectrum (channels 14 through 51).
Bpl presentation
Broadband over power lines (BPL) allows high-speed digital data transmission over existing power lines. By combining modulation techniques, developers have created a way to send data over power lines at speeds comparable to DSL and cable internet. BPL offers an alternative for high-speed internet access without requiring new wiring, as it can utilize existing electrical infrastructure in a home. However, there are some technical challenges to ensure it does not interfere with other signals traveling through power lines.
Nasir faruk tv white spaces presentation iad2014
Nasir Faruk presents on the prospect of deploying TV white space in Africa. Some key points:
1) TV white space refers to unused portions of spectrum between 54-862 MHz that can be used without interfering with TV broadcast signals. It provides an opportunity to address the scarcity of radio spectrum and lack of broadband access in Africa.
2) Africa significantly lags behind other regions in key broadband metrics like subscriptions and speeds. TV white space could help connect rural communities and drive economic and social development.
3) WaveTek Nigeria is leading research efforts on TV white space in the country through field surveys, modeling, and prototype deployments. Their aim is to help Nigeria meet national targets for internet access
TV White Space for Rural Broadband Connectivity
Bhutan, Botswana, Eritrea, Ghana and Thailand were analyzed for their readiness for TV white space technology deployment for rural broadband connectivity. The countries have low internet penetration in rural areas, supportive regulators and have undertaken TV white space trials. However, they lack regulations around TV white space use and have low awareness of the technology by internet service providers. Deploying TV white space could help provide affordable internet access to unserved rural communities in the countries.
White Space Technology
A brilliant use of under-utilized frequencies to provide last-mile internet services in developing nations not only helps in upliftment of the society both socially and academically but also connects people of the world.
Carlson Wireless Technologies - Gen 3 TV White Space Radio, RuralConnect
This document provides an overview of Carlson Wireless Technologies and their TV white space technology for broadband internet access. Some key points:
- Carlson has been providing wireless communications systems for over 15 years and sees an opportunity to expand broadband access to the 4 billion people currently unconnected.
- Their technology uses unused TV spectrum to deliver broadband without needing line of sight, making it more affordable and able to reach remote areas.
- They have successfully tested installations in multiple countries and markets like education, transportation, utilities, and more.
- Their new generation 3 product aims to deliver over 50Mbps at a lower price point than competitors to further expand into new markets like smart cities and industrial IoT.
Halo
The document provides information about the HALO (High Altitude Long Operation) Network, which is a proposed wireless broadband network that would use high altitude platforms stationed (HAAPS) in the stratosphere to provide connectivity. Key points:
- HALO Network would combine advantages of terrestrial and satellite networks by using airplanes stationed at high altitudes as central hubs.
- The network would use multiple beam antennas on airplanes to provide coverage to ground cells over a large area of up to 3000 square miles.
- The system is proposed to provide broadband services like internet, telephony, broadcasting to customers using low-cost user terminals with minimal power requirements.
- Benefits listed are large coverage
2c wired transmission
The document discusses different wireline networks used for data transmission, including telephone networks, dial-up modems, digital subscriber lines (DSL), and cable TV networks. Telephone networks originally used analog signals and circuit switching to transmit voice calls. Dial-up modems allowed data transmission over traditional telephone lines at speeds up to 56 kbps. To provide higher speeds, DSL technologies were developed to transmit digital data over existing telephone lines at speeds from hundreds of kbps to tens of Mbps. Cable TV networks also provide internet access by transmitting both video and data signals over coaxial cables at speeds up to 30 Mbps downstream and 12 Mbps upstream.
Newtec SATCOM HUB NAB 2019 - Yvonne Monterosso (Dejero)
The document summarizes Dejero CellSat, a hybrid connectivity solution that blends cellular and satellite networks. It uses Dejero Smart Blending Technology to intelligently route video streams across available 3G/4G/5G and satellite connections, creating a single reliable "network of networks". CellSat provides up to 20 Mbps of blended connectivity for live broadcasting from remote locations where cellular alone may not be sufficient due to poor coverage, congestion or other factors. It offers benefits like one provider for support and billing, flexibility through mid-stream activation, and high reliability for mission critical live shots.
EBlink leading fronthaul solutions - 2016
This document discusses fronthaul solutions and wireless fronthaul applications. It summarizes EBlink's fronthaul products including the FrontLink 58 wireless fronthaul solution, which can transmit up to 7.5 Gbps over 5.8 GHz frequencies. The document also outlines various wireless fronthaul use cases for indoor and outdoor network densification as well as EBlink's roadmap and role in evolving fronthaul standards towards 5G.
Newtec SATCOM HUB NAB 2019 - Vern Fotheringham (Ark Mediacom)
The document discusses a satellite-based distributed cloud network called V-Satcast that aims to extend broadband internet access and alleviate congestion caused by streaming video. It does this through an efficient satellite multicast system that distributes content directly from providers to internet service providers. The network would provide nationwide coverage through satellites and caching at local hubs. This system offers a more cost-effective alternative to traditional unicast internet connections for distributing over-the-top video content at scale.
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Analysis of the global satellite backhaul market april 2015
Analysis of the global satellite backhaul market april 2015
TV White Space Webinar presented by Dorin Goldfeder, Sales Director
TV White Space Webinar presented by Dorin Goldfeder, Sales Director
Super Wi-Fi TV White SPace and Wireless Broadband Inclusion
Super Wi-Fi TV White SPace and Wireless Broadband Inclusion
Drones transmitting and receiving data via Non Line of Sight communication
Drones transmitting and receiving data via Non Line of Sight communication
Carlson Wireless Technologies - Gen 3 TV White Space Radio, RuralConnect
Carlson Wireless Technologies - Gen 3 TV White Space Radio, RuralConnect
Newtec SATCOM HUB NAB 2019 - Yvonne Monterosso (Dejero)
Newtec SATCOM HUB NAB 2019 - Yvonne Monterosso (Dejero)
Newtec SATCOM HUB NAB 2019 - Vern Fotheringham (Ark Mediacom)
Newtec SATCOM HUB NAB 2019 - Vern Fotheringham (Ark Mediacom)
Similar to Catv product | Unisol
BICSI Wireless DAS Update
The document provides an overview of wireless distributed antenna systems (DAS) and backhaul antenna systems. It discusses the key components of these systems including antennas, cabling, towers, amplifiers and how they are used to extend wireless coverage both indoors and outdoors. The document also reviews important design considerations for implementing DAS such as conducting a needs analysis, evaluating configurations, and testing installations.
484768 23424242 2523522 345343242423.pptx
computer net and cabling wires for engioneering computer net and cabling wires for engioneering computer net and cabling wires for engioneering computer net and cabling wires for engioneering .ppt
Lect catv
CATV, or community antenna television, originated in the late 1940s to deliver broadcast television signals to areas where reception was difficult or signals were weak. Early CATV systems used coaxial or twin-lead cable to transmit signals from a central headend to subscribers' homes. In the 1970s, satellite delivery of television signals provided more channels and new programming to cable systems. Modern cable systems use fiber optic trunk lines between the headend and neighborhoods due to fiber's increased bandwidth capacity.
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Cable television systems originated in the 1940s to provide broadcast signals to areas without reception. A cable television system uses coaxial cable to transmit signals from an antenna site to a headend facility where the signals are processed and distributed through a network of trunk and feeder cables to subscriber drops that connect to homes. Modern cable systems are two-way and provide additional services like high-speed internet, digital cable TV, and phone through a hybrid fiber-coaxial network.
Wireless Com In Building
The document provides an overview of best practices for in-building communications systems. It describes the key components of an amplified radio frequency distribution system, including a donor antenna mounted on the roof to receive signals, a bi-directional amplifier to boost signals, and a distribution network of coaxial or fiber optic cables connecting to indoor antennas. It emphasizes the importance of proper gain settings to prevent interference and outlines example single-structure systems using coaxial or fiber optic cable distribution.
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This document discusses cable television, including how it works and its key components. It explains that cable TV delivers television programming to subscribers via coaxial or fiber optic cables carrying radio frequency signals. Multiple channels are transmitted using frequency division multiplexing. At the subscriber's home, a cable box translates the desired channel for viewing. Cable companies receive channel signals from satellites and package them along with broadband internet for distribution. Compression technology allows many channels to be transmitted within the bandwidth of a single channel.
satellite communication in ONGC July 2011
Mr. Srijan Kumar completed a summer training program on satellite communication at ONGC from July 1-30, 2011. The training covered ONGC's use of satellite communication to connect its offshore rigs and platforms via a network that uses technologies like EPABX, multiplexers, modulators, routers, up/down-converters, power amplifiers, low-noise amplifiers, and antennas. Satellite communication is crucial for ONGC due to the remote locations of many of its assets, including the large Mumbai High oil and gas fields located 165 km offshore.
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The document discusses various network media and hardware components. It describes transmission media like twisted pair cable, coaxial cable, and optical fiber cable. It also discusses network interface cards, connectors like RJ-45 and fiber optic connectors, and network devices like repeaters, hubs, switches, and routers.
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This document provides an overview of wireless bi-directional amplifiers (BDAs), distributed antenna systems (DAS), and repeaters. It discusses:
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Quintel has completed ramping up production of its MultiServ Quadband 8 Port Antenna to meet demand. The antenna allows operators to combine four major North American frequency bands onto a single slim antenna using patented QTilt technology. Quintel has partnered with IEC Electronics for production to ensure flexibility in meeting customer volume needs. The antenna enhances network efficiency and quality of service while lowering costs and environmental impact.
How Do I Convert Coax to Ethernet?
Coaxial cable is a great way to get high-quality audio, video, and data through your home or office. But it's not the only option out there.
Ethernet is another popular way to connect devices in your home or office and can be a good alternative if you need more bandwidth than coax can provide.
For more Information visit our website: https://www.cableinternetusa.com/
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In a communication system, a wire or cable is usually used to connect transmitting and receiving devices. Currently in the market, there are mainly three types of cables deployed in communication systems, which are twisted pair cables, coaxial cables and fiber optic cables. Each type has been widely utilized and applied in different applications. What's the difference between these three kinds of cables? This article will make a comparison between them.
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A fiber optic patch cord is a cable with connectors at each end to rapidly connect optical switches, CATV equipment, and other telecommunications equipment. Patch cords come in single or multi-fiber versions with connectors selected for the interfacing equipment. They are used to flexibly interconnect active and passive optical devices in applications like datacom networks, broadband networks, and CATV networks.
Macab
The document tests a device called the Catline TVB-02, which allows distribution of analog and digital TV signals through standard network cables instead of coaxial cables. It does this using amplification and impedance matching technology. The test showed the TVB-02 was able to successfully distribute TV signals through both short and long network cables, compensating for signal attenuation over the cable lengths. It provides an easy solution for distributing TV signals through existing network infrastructure where coaxial cable is not installed.
VSAT
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VSAT earth station engineering.
Bharath Naidu Cable TV final paper
This document provides an overview of cable TV technology and its adoption rates compared to terrestrial TV. It discusses how cable TV systems worked to transmit signals from headends to subscribers' homes via coaxial cables and fiber optic networks. Cable TV offered increased stability, choice of channels, and multiple channel transmission compared to terrestrial TV. Its adoption followed an S-curve, with steady growth accelerating in the 1980s after deregulation and more content availability. By the 1990s, cable TV reached around 69% adoption in the US, though its subscriber numbers have since declined with new streaming and satellite options.
Foxcom Pres
The document provides information about Foxcom, including:
1) Foxcom was founded in 1993 and has since expanded to sales in over 50 countries with headquarters in Israel and the US.
2) It offers fiber optic solutions for satellite signal distribution and interfacility links, including the SDTVplus system for delivering satellite TV to multi-dwelling units and the Sat-Light product for transmitting satellite signals over long distances.
3) Foxcom has a global customer base that includes major satellite and cable companies as well as military and government organizations.
Fiber applications
This document discusses various applications of fiber optic cable networks including:
1. Fiber To The Home networks which provide voice, video, and data services over a single fiber using different wavelengths of light. Popular FTTH network types include BPON, EPON, and GPON.
2. Metropolitan telecom networks which connect local area networks across a region and require high-speed connections best provided by fiber optic cables.
3. Long distance telecom networks which transmit telephone, internet, and television signals between cities using a backbone of fiber optic cables laid underground and underwater.
Intro to-matv
This document provides an introduction and overview of master antenna television (MATV) systems. It discusses what an MATV system is, the RF spectrum used, and the types of signals distributed over coaxial cable. The document outlines the key components of an MATV system, including amplification, equalization, notch filters, splitters, taps, and combiners. It also discusses designing an MATV system, including calculating system gain to ensure a constant power level across all bands as signals are distributed from the head-end to multiple zones and displays. The document emphasizes that quality MATV installation depends on quality coaxial cable and accurately accounting for all insertion losses across the distribution network.
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Comparison Between Twisted Pair Cable, Coaxial Cable and Fiber Optic Cable
Comparison Between Twisted Pair Cable, Coaxial Cable and Fiber Optic Cable
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Fiber Termination Box | Unisol
Unisol supply 1 core, 2 cores, 4 cores, 6 cores, 8 cores fiber termination box which made of high quality plastic materials.
Elements of a Structured Cabling System
SCS consists of an open architecture , standardized media and layout, standard interfaces, adherence to national and international standards. Further, this also includes system design and installation Unisol specializes in the custom design and installation of structured cabling systems with an emphasis on new construction and corporate re-locations.
Whether your network is ten computers or ten buildings in a campus environment, UNISOL® can provide the copper and fiber cabling needed to connect voice and data across the LAN.
EPABX_ Intercom System |
Unisol EPABX/INTERCOM is an acronym or abbreviation for Electronic Private Automatic Branch Exchange. It falls under the subdivision of business phone systems which help to serve the business environment and communications. This telephonic tool is only for business purposes and has immense utilities in handling multiple connections through a single one. One can easily install this type of equipment from different vendors who provide supplies for the office uses.
What_is_Single-mode_fiber_and_How_does_it_work_.pptx
UNISOL Fiber optic patch cable provides an extensive line of high performance fiber assemblies. All assemblies are fully intermatable with any standard coupling adapter products and deliver high stability under a range of application conditions. All cable assemblies are designed to comply with Telecordia GR-326 CORE standards for performance and reliability.
Unarmored-fiber-patch-cable | Unisol
Unarmoured Optic Fiber Cables are protected by Glass-yarn in the loose tube except the Steel tape protection.
Let's explore CCTV Surveillance System | Unisol Communications
Do you want to install a security camera system to protect your commercial property or business? Would you like to be able to see your entire property from your smartphone and even prevent crime from occurring?
Welcome to the wonderful world of security cameras and video surveillance systems.
To keep things simple, we'll explain the process of installing a CCTV (Closed Circuit Television) security camera in your home, office, or other sensitive areas where it's necessary to monitor and control security and maintain the appropriate system for better assurance.
Let's look at comprehensive CCTV surveillance system guidance.
CCTV cameras are used for security monitoring and surveillance in all types of facilities. CCTV stands for Closed-Circuit Television, and CCTV systems transmit video footage over a single channel, forming a closed circuit.
This indicates that CCTV footage is displayed on a limited number of personal monitors and screens but is not publicly broadcast.
Armored fiber cable | Armored fiber optic patch cable | Unisol
Armored fiber optic patch cable assemblies are fully intractable with any standard coupling adapter products&deliver high stability under a range of application.
What is the procedure for setting up a wireless network | Unisol Communications
What is the procedure for setting up a wireless network | Unisol CommunicationsUnisol Communications Pvt.Ltd.
In recent years, Wi-Fi has been rapidly increasing. As Wi-Fi enables local area networks to operate without wires and cabling, it is a popular choice for home and business networks. For many modern devices, such as laptops, smartphones, tablets and electronic game consoles, Wi-Fi can also be utilised to provide wireless broadband Internet access via wireless broadband.
Many public facilities, including airports, hotels, bookstores, and coffee shops, now provide free Wi-Fi. Some cities have built free Wi-Fi networks that are available across the city. Wi-Fi Direct, a type of Wi-Fi that doesn't require a LAN, allowing devices to connect without one.EPABX_ Intercom System
EPABX works as switching system for calls that enables both internal as well as external switching functions in a organizationor multistore building. An EPABX/INTERCOM system is an electronic device that aims to provide two-way communication by sending and receiving the audio and/or video transmissions. There are many varieties of INTERCOM systems available in the market for different uses in homes, businesses, offices, etc. One such well-known system is the EPABX/INTERCOM system widely used in business purposes.Unisol EPABX/INTERCOM is an acronym or abbreviation for Electronic Private Automatic Branch Exchange. It falls under the subdivision of business phone systems which help to serve the business environment and communications. This telephonic tool is only for business purposes and has immense utilities in handling multiple connections through a single one. One can easily install this type of equipment from different vendors who provide supplies for the office uses.
Outdoor cabinets | ftth distribution box | Unisol
Outdoor cabinets are rust proof well protected from accidental or malicious damages.
UNISOL These cabinets are rust proof well protected from accidental or malicious damages. Complete cable routing design with fiber bend radius over 40mm Modular design and easy installation, modules are exchangeable optimal management for patch cords with fiber storage units.Telecom cabinets can also be configured to meet specific requirements with a range of options also available including environmental protection and integration. Telecommunications racks and cabinets designed for deployment inside standard telecommunication equipment and accessories, through to residential applications to street-type applications.
How To Get (A) Fabulous 48-PORT-WALL-MOUNT-PATCH-PANEL On A Affordable Budget
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Our IP rated wall mount fiber optic patch panel integrates three main functions of fiber splicing, cable winding & storing, and interface management. Fiber Optic Patch Cable | Patch cord and accessories Unisol
Fiber optic patch cable is a type of optical fiber cable used to connect fiber optic equipment. It has fiber optic connectors on both ends and is used indoors to connect devices like computers to outlets or distribution centers. Fiber optic patch cables come in single-mode or multimode varieties and can have simplex, duplex, or hybrid connector configurations on either end.
4u-stand-rack-mount-patch-panel | Unisol
UNISOL Fiber optic rack mount enclosure provides cross-connect and interconnects capabilities for splicing & terminating OFC cables, pigtails in fiber access network. Rack mount fiber optic patch and splice enclosures in data cabinets are available pre-loaded with any connector interface required. These 19 inch 4U size rack mount fiber patch panels are ideal for high-density LAN interconnect or cross-connect patching. Unisol’s Highly reliable Fiber patch panels offering user-friendly features that take fiber patching to next level. Our Rackmount fiber patch panels are designed based on hundreds of customers feedback & almost two decades of installation experience of our own expert team.
fiber-optic-patch-cord-sc-st-duplex1.pdf
UNISOL Fiber optic patch cable provides an extensive line of high performance fiber assemblies. All assemblies are fully intermatable with any standard coupling adapter products and deliver high stability under a range of application conditions. All cable assemblies are designed to comply with Telecordia GR-326 CORE standards for performance and reliability.
Mini wall-mount-patch-panel | Unisol
UNISOL The miniature Wall mount patch panel is suitable for backbone fiber optic cable termination. Because of its compact and ruggedly designed case, it is suitable for industrial applications. Mini wall mount enclosure designed to support fusion splicing or direct termination of the fibers. Wall mount fiber optic patch panel includes a splice tray for fusion splicing and suitable for mounting in wall mount panels where there is space constraint.
Multi dth an incredibly easy method that works for all-converted
A DTH MDU (Multi Dwelling Unit) service is a customised solution for connecting multiple TVs within an inter building.
A Multi-Dwelling Unit (MDU) installation service is a customised DTH solution that uses a single dish antenna to connect multiple homes to DTH.
As a result, each family would not need to install their individual dish antennas because each set-top box would be connected to a single dish antenna.
Antennae for single DTH connections are 60 cm long, however MDU antennas are 90 cm or 120 cm long depending on the number of connections.
For 10-12 connections, 90cm antennas are required, whereas 120cm antennas can be used for anything more.
Information about MULTIMODE FIBER | Unisol
Multimode fiber is mostly used for communication over short distances like inside a building or on a field.
• Light waves are discrete into several paths or modes, as they travel through the cable core.
• Multimode links may be used for data rates up to 100 Gbps.
• Multimode fiber core diameter is from 50 micrometers to 62.5 micrometers.
• The most transmission distance for MMF cable is around 550m at the speed of 10Gb/s. It will transmit farther at lower data rates, like going about 2km at 100Mb/s.
48 port-wall-mount-patch-panel | Unisol
UNISOL Wall mount fiber patch panel are designed to support fusion splicing or direct termination of the fibers. This modular enclosure provides cross-connect and interconnect capabilities for splicing and terminating outdoor cables & FTTH drop cables in fiber access network. Our Wall mounts fiber patch panels are made with 16-gauge mild steel with corrosion-resistant seven tank process powder coating to provide excellent protection for the inside fibers. IP rated Fiber enclosure provides an extensive range of fiber management systems (FMS) fully compatible with industry grade fiber adapters. FTTH series wall mount fiber terminal box is designed to provide quick patching, storing fiber terminations. It is also used for Indoor/Outdoor application and medium size multi-dwelling units (MDU’s) for FTTx.
What is a Fiber Optic Patch Cord used for? | Fiber Optic Patch Cable Types | ...
What is a Fiber Optic Patch Cord used for? | Fiber Optic Patch Cable Types | ...Unisol Communications Pvt.Ltd.
Unisol Fiber optic patch cable is an optical fiber-connected cable with fiber-optic connections on both ends, sometimes known as Fiber optic patch or fibers jumper cables. It consists of two important fields of application: a computer workstation, an outlet and fiber panels, or a distribution center. For indoor applications, only fiber-optic patch cables are used.Outdoor Rack-Polemount or Wallmount
UNISOL Pole mount racks are designed for outdoor applications to meet IP65 applications. These racks are manufactured using superior grade raw material with the help of advanced technology in compliance with set international quality standards. These cabinets are sealed up-to IP65 to suit customers’ specific equipment, including fiber management, Additional essential features protect against the dangers of dust, humidity, rain, moisture, and physical attack.
These cabinets are available in Pole mount options with IP54, IP55, IP65 Range. These cabinets are sealed up-to IP55- IP65 to suit customers’ specific equipment, including fiber management, Additional essential features protect against the dangers of dust, humidity, rain, moisture, and physical attack.
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Multi dth an incredibly easy method that works for all-converted
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【业务选择办理准则】
一、工作未确定，回国需先给父母、亲戚朋友看下文凭的情况，办理一份就读学校的毕业证【微信：A575476】文凭即可
二、回国进私企、外企、自己做生意的情况，这些单位是不查询毕业证真伪的，而且国内没有渠道去查询国外文凭的真假，也不需要提供真实教育部认证。鉴于此，办理一份毕业证【微信：A575476】即可
三、进国企，银行，事业单位，考公务员等等，这些单位是必需要提供真实教育部认证的，办理教育部认证所需资料众多且烦琐，所有材料您都必须提供原件，我们凭借丰富的经验，快捷的绿色通道帮您快速整合材料，让您少走弯路。
留信网认证的作用:
1:该专业认证可证明留学生真实身份
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3:国家专业人才认证中心颁发入库证书
4:这个认证书并且可以归档倒地方
5:凡事获得留信网入网的信息将会逐步更新到个人身份内，将在公安局网内查询个人身份证信息后，同步读取人才网入库信息
6:个人职称评审加20分
7:个人信誉贷款加10分
8:在国家人才网主办的国家网络招聘大会中纳入资料，供国家高端企业选择人才
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选择实体注册公司办理，更放心，更安全！我们的承诺：可来公司面谈，可签订合同，会陪同客户一起到教育部认证窗口递交认证材料，客户在教育部官方认证查询网站查询到认证通过结果后付款，不成功不收费！
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Catv product | Unisol
- 1. U n i s o l C o m m u n i c a t i o n s P v t . L t d . , CATV PRODUCTS
- 2. About CATV Products UNISOL CATV (originally "community antenna television,") is more commonly known as "cable TV." cable TV is an increasingly popular way to interact with the World Wide Web and other new forms of multimedia information and entertainment services. UNISOL has played major role in Designing of CATV RF Head ends in major cities in south India & also played a major role in distribution of CATV RF signals through coaxial cables using VHF RF amplifiers. As Technology upgraded we played important role in developing hybrid-fiber-coax (HFC) networks for the transmission of CATV signals. In upgrade projects, in order to avoid destroying existing Network structure, An HFC network typically uses coaxial cable for short runs between peripheral equipment and optical transmission links between head ends.
- 3. CATV Products • Dish Antenna • Coaxial Cable • Amplifier • Splitter/ Tap - OFF • Connectors(RG-11, RG-6 &BNC) • Ratio Fiber Splitter List of CATV Products July 5, 2021 3 Footer Message
- 4. Dish Antenna A dish antenna, also known simply as a dish, is common in microwave systems. This type of antenna can be used for satellite communication and broadcast reception, space communications, radio astronomy, and radar. 4
- 5. Coaxial Cable Coaxial cable is commonly used by cable operators, telephone companies, and internet providers around the world to convey data, video, and voice communications. 5
- 6. Amplifier Amplifier is a circuit that has a power gain greater than one. An amplifier can either be a separate piece of equipment or an electrical circuit contained within another device. Amplification is fundamental to modern electronics, and amplifiers are widely used in almost all electronic equipment. 6
- 7. Splitter/ Tap - OFF A splitter is a device used to split a cable signal between two or more devices, providing two coax cables to connect those devices. A splitter weakens the signal level. This can cause intermittent loss of service or, in rare cases, complete service failure. 7
- 8. Connectors(RG-11, RG-6 &BNC) rg11/6 bnc Connectors Used in Cabling Installation Techniques. RG6 and RG11 Coaxial Cables have the same applications used with different distance 8
- 9. Ratio Fiber Splitter Splitters are used to split the fiber and its signal. A signal from the Aggregation Switch is sent along a run of fiber. When it reaches a Passive Optical Splitter, mirrors and glass in the component split the light into two, or three, or more fiber strands. 9