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Tel Aviv-Yafo, Israel
1-10 Employees
1994
Yamar’s professional team developed the SIG and DCB ASIC families of devices for UART/LIN/CAN/DMX/RDM/SPI/I2C communication over noisy power lines. During the project, Yamar developed communication over the power line between Truck and Trailer that enabled a redundant CAN link over the existing ISO standardized power cable connecting the truck and trailer. Yamar developed a power line communication link between avionic modules over noisy DC power lines and demonstrated a power line smoke detectors network replacing eight CAN wires with two power lines. Yamar developed a modem network for the Space launcher, simplifying the communication between the rocket stages. We develop and sell our unique devices for DC power line communication targeting wire saving. Yamar engineers lead the LIN over DC powerline (DC-LIN) ISO 17987-8 standardization workgroup. Yamar’s DC-BUS innovative transceiver ICs merge data/control wires over DC power lines to establish reliable UART, LIN, CAN, SPI and I2C protocols power line networks, addressing the EMI/EMC requirements. Yamar’s unique technology enables advanced digital communication in hostile and noisy environments such as on vehicle battery lines in a small size silicon device.
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OUR POWER LINE COMMUNICATION (PLC) TECHNOLOGIES
... Rreliable and economical dc power line communication over noisy channels using unique modulation and algorithms implemented in communication semiconductors. ...
Hägglingen, Switzerland
1-10 Employees
2014
Members of plc-tec were involved in Ascom’s train passenger information systems development, e.g. More than 25 years of experience in PLC. PLC for aircraft applications (EC projects ECAB, TAUPE, ASHLEY, MISSION, ADENEAS). The Power Line data bUS (PLUS) is a PLC technology specifically targeting safety critical systems with strict real-time and reliability requirements. The integration of PLUS products into their systems enables system providers to gain competitive advantages for their systems reg. The main area of application for plc-tec’s PLUS technology today is in vehicles such as airplanes and trains. This means fewer CO2 emissions – for a sustainable and green future.
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plc-tec AG – Power Line data bUS (PLUS)
... Power Line Communications (PLC) ...
ModemTec is reliable producer and supplier of comprehensive solutions in the field of medium and low voltage lines diagnostics, and power line communication. Metering International magazine placed ModemTec in TOP 50 world’s most important companies in the area of Smart Metering / Smart Grid. Our products and solutions are currently used in more than 40 countries around the world. This facility was built with total investment costs of USD 1 mil. It has own production capabilities, competence for assembly and reÂcovery, and provides preÂmium service for its cuÂstoÂmers, including post-warranty service.
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Power Line Communication
... What is PLC Communication? PLC (Power Line Carrier) Communication technology uses power […] ...
Nuremberg, Germany
1-10 Employees
2015
Diehl Metall offers a broad spectrum of innovative products and technologies in the area of metal processing. Diehl Controls is one of the world's leading suppliers in the home appliance and HVAC/R industry - from development to industrialization to high-tech production. Diehl Defence combines the Diehl Group’s activities in defence and security. Diehl companies are important partners of the German and international armed forces. Diehl Aviation is a globally active company, employing people whose passion for aviation is as great as their pursuit of excellence. Diehl Metering provides smart metering solutions to utilities companies through the intelligent networking of various metering devices into larger data platforms. Mostra Convegno Expocomfort 2024: Diehl Brass Solutions presents the new lead-free standards brass eZeebrass. Diehl Aviation offers its customers excellent services worldwide.
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Power Line Communication
... Power Line Communication | Diehl ...
Huntsville, United States
1-10 Employees
2007
Final use customers include the State of Alabama, local Municipal providers, Turner Construction, Mortenson Construction, CCI.
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MMI Utility Construction
... Power and Communication Line and Related Structures Construction. ...
Montreal, Canada
1-10 Employees
2006
Lumenpulse products embody a design philosophy that respects the aims of lighting specifiers and the needs of the end-user. Lumenpulse was also recognised as a Top New Growth Company in Profit Magazine's Hot 50 in 2011. Lumenpulse luminaires have been used to illuminate landmark projects such as The Shard in London, BC Place Stadium in Vancouver, Soldier Field in Chicago, General Motors Headquarters in Detroit and Åre Ski Resort in Sweden. At Lumenpulse, your future is now brighter than ever. Founded in 2006 in Montreal, Canada, Lumenpulse designs, develops, manufactures, and sells a wide range of high performance and sustainable specification-grade LED solutions for commercial, institutional, and urban environments. While other LED lighting manufacturers have their roots in either electronics or traditional lighting, Lumenpulse's distinctive combination of strong industrial design and electronics knowhow has enabled the company to innovate ahead of its rivals and to offer more options for sustainable interior and exterior lighting. The company designs and manufactures its durable, high-performance fixtures in families to ensure that they are simple to specify and configure. Its luminaires offer a ‘crayon box of options' - myriad choices of optics, colours, accessories and finishes - that allow designers to solve all types of lighting challenges from small office interiors to large stadiums and resorts.
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Architectural SSL Product Innovation Awards (PIA) 2012: Winner in Specialty Lighting category - Awards & Recognition - Lumenpulse
... Lumentalk Power Line Communication ...
Gemeinde Melk, Austria
1-10 Employees
2016
DATASOFT Embedded is a supplier of professional services for embedded system designs and PC based architectures for mission critical systems with focus on safety and security. DATASOFT Embedded is founded and owned by Diethard Mahorka ("MAHORKA Technologies"). We enable prototyping, simulation and verification of embedded software under windows to accelerate the product development cycle in distributed team organizations for embedded systems designs. We reduce development efforts and maintenance costs leading to an earlier time to product and ROI while concurrently improving product reliability to meet expectations of Semiconductors, OEMs and ODMs in the Automotive, Industrial, Telecom/Datacom and the M2M market. Accelerating the product development cycle for embedded systems designs and PC based architectures. Moving code reduces development efforts and maintenance costs leading to an earlier time to product and ROI while concurrently improving product reliability to meet expectations of semiconductors, OEMs and ODMs in the automotive, industrial, telecom/datacom and IoT/M2M market segments.
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DATASOFT Embedded GmbH - Power Line Communications
... DATASOFT Embedded GmbH - Power Line Communications ...
Mannheim, Germany
51-100 Employees
2001
We are working on innovative solutions for the successful cross-sectoral energy transition. That’s why we are working on efficient ways to integrate e-mobility into our power grids, and make it suitable for everyday use. We are working with numerous partners to build applications in areas such as controllable local systems, assisted living and building security. To actively shape the future of the energy industry and deliver sustainable solutions, innovation is our top priority. As pioneers, we work every day to make our solutions and products even better for our customers. With our innovative solutions, power grids become intelligent. With our state-of-the-art communication technologies we enable the integration of renewable energies and thus the success of the Energiewende. A wide variety of applications can be implemented with our products.
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Events – Power Plus Communications AGPower Plus Communicationa AG
... IEEE International Symposium on Power Line Communications and its ...
Australia
1-10 Employees
2006
TelecomTest Solutions is an Australian owned dynamic, versatile organisation with diverse capabilities in the Telecommunications Industry. We are an experienced provider of Telecommunication and Test & Measurement along with Timing and Synchronisation Solutions. We also offer Layer-2 to Layer-7 test and measurement solutions for Next Generation-based networks, including:. We offer carrier grade products and solutions to carriers, utilities, government and SME's. We have the capability to provide a broad range of professional services which include Consultancy, Documentation, Design, Installation, On site test and commissioning and Customised Training. TTS is proud to be partnered with internationally renown manufacturers of test and measurement equipment and solutions across all elements of Voice and Data networks.
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G.hn Power Line Communication Testing Solutions
... G.hn Power Line Communication Testing Solutions ,The Model GHN-SP-UPLC Universal Power Line Communications Splitter device is used to provide a ...
Saint Petersburg, United States
101-250 Employees
1994
NAC strives to offer our customers a wide array of electronic components specifically developed for their high-power applications in segments like power conversion and electric vehicles. All delivered with best-in-class customer service, responsiveness and zero compromise on quality or efficiency. NAC strives to offer our customers a wide array of electronic components to help add functionality and connectivity to their end products. NAC works with suppliers offering cutting edge silicon technologies to support your design from 175C and beyond. With power storage, transmission, and conversion products for renewable energy applications and the expertise and experience to support ongoing projects, NAC is working towards a clean energy future.
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Microchip Power Line Communication
... Microchip Power Line Communication - NAC ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Power Line Communication
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 26 |
| Amount of suitable service providers | 22 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1994 |
| Youngest suiting company | 2016 |
Power Line Communication (PLC) is a technology that enables data transmission over existing electrical power cables, eliminating the need for additional network wiring. This method of communication exploits the ubiquitous nature of power lines to provide data connectivity anywhere there is an electrical outlet, making it a cost-effective and readily deployable solution. Typically, PLC operates by superimposing a modulated carrier signal on the electrical wiring at frequencies that do not interfere with the distribution of electrical power. The technology finds applications in various fields, including home automation, internet access, smart grid management, and remote control systems. In the realm of smart grids, PLC plays a crucial role by facilitating real-time data exchange between utilities and electrical devices within homes and businesses, enabling advanced energy management and efficiency. Moreover, its implementation in home networking solutions provides a seamless and reliable alternative for internet connectivity without the need for extensive physical infrastructure. As such, the impact of Power Line Communication extends beyond mere data transmission; it is a pivotal component in the evolution towards more connected, intelligent, and efficient electrical networks and systems, highlighting its significance in both current and future technological landscapes.
1. Cost Efficiency
Power Line Communication (PLC) systems leverage existing electrical wiring for data transmission, eliminating the need for additional network cabling. This approach significantly reduces the infrastructure and maintenance costs associated with network deployment, making it an economical choice for both urban and rural areas.
2. Easy Integration
The use of existing electrical lines for communication ensures that PLC systems can be easily and quickly integrated into existing infrastructures. This ease of integration supports a broad range of applications, from home automation to smart grid technologies, without necessitating extensive modifications to the current setup.
3. Widespread Coverage
PLC technology offers extensive coverage by utilizing the omnipresent electrical grid. This capability ensures reliable data transmission even in areas that are challenging for other communication technologies to reach, such as remote or underground locations.
4. Enhanced Security
Given that PLC communications occur over power lines, which are inherently more difficult to access than wireless signals, the technology offers an added layer of security. This characteristic makes it particularly suitable for applications requiring secure data transmission.
While evaluating the different suppliers make sure to check the following criteria:
1. Technology Compatibility
Ensure the supplier's technology is compatible with existing infrastructure to avoid additional costs for new equipment.
2. Communication Range
Evaluate the effective range of the power line communication systems, ensuring it meets the specific requirements of your project.
3. Data Security
Check for robust encryption and security features to protect sensitive data transmitted over the power lines.
4. Interference Management
Assess the supplier's ability to manage interference that may affect communication quality, especially in environments with high electrical noise.
5. Regulatory Compliance
Confirm that the products comply with local and international regulations related to electromagnetic emissions and safety standards.
6. Technical Support
Evaluate the supplier's customer service and technical support capabilities, ensuring they can provide assistance when needed.
7. Cost-Effectiveness
Consider not only the initial purchase cost but also the long-term operational and maintenance expenses to ensure the solution is cost-effective.
Power Line Communication (PLC) has carved a niche across multiple industries by enabling data transmission over existing power lines, eliminating the need for additional network cabling. In the energy sector, PLC is pivotal for smart grid applications. It facilitates real-time monitoring and management of electrical distribution systems, enhancing operational efficiency and supporting dynamic power allocation based on demand. In the realm of building automation, PLC technologies are instrumental. They support the integration of control systems for lighting, heating, ventilation, and air conditioning (HVAC), ensuring optimal energy use and improving the comfort and safety of building occupants. This application is particularly beneficial in commercial buildings where minimizing energy consumption while maintaining a productive environment is crucial. Telecommunications is another industry benefiting from PLC. Here, it serves as a backbone for broadband internet access, especially in rural or hard-to-reach areas where traditional infrastructure is lacking or cost-prohibitive to deploy. By leveraging the existing power grid, service providers can offer high-speed internet services without significant investment in new infrastructure, bridging the digital divide. Lastly, in the industrial sector, PLC supports machine-to-machine (M2M) communication, enabling automated processes and remote monitoring of industrial equipment. This use case significantly reduces downtime and maintenance costs by predicting equipment failures and scheduling proactive maintenance. Together, these applications of Power Line Communication underscore its versatility and value across various B2B contexts, showcasing its role in driving efficiency, connectivity, and innovation.
Power Line Communication (PLC) technology, which enables data transmission over existing power lines, has reached a mature stage, situating it at a high Technology Readiness Level (TRL) of 8 to 9. This advanced TRL is attributed to several technical reasons. Firstly, PLC systems have undergone extensive development and testing phases, demonstrating their capabilities in real-world environments. The technology has proven its reliability and efficiency across various applications, from smart grid management to in-home networking, showcasing its adaptability and effectiveness. Furthermore, the integration of advanced modulation and coding techniques has significantly enhanced the data throughput and noise resilience of PLC systems, enabling high-speed communication over the electrical grid. Innovations in signal processing have also mitigated interference issues, a crucial advancement for the widespread adoption of PLC. Additionally, regulatory bodies have established clearer standards and protocols for PLC technology, facilitating its deployment and interoperability across different regions and devices. These technical advancements and regulatory milestones collectively underscore the high TRL of Power Line Communication, reflecting its readiness for mass adoption and its established position in the communication technology landscape.
In the Short-Term, advancements in Power Line Communication (PLC) are poised to leverage higher data transmission speeds and improved noise resistance techniques. Innovations in modulation technology and signal processing algorithms will enable more reliable communication over existing electrical lines, reducing latency and enhancing overall network efficiency. These improvements will facilitate better support for smart home devices and Internet of Things (IoT) applications, making PLC a more viable option for a broad range of residential and commercial uses. Moving into the Mid-Term phase, the integration of PLC with renewable energy sources will become a focal point. As the world shifts towards greener energy solutions, PLC technology is expected to play a critical role in monitoring and managing the distribution of energy from sources like solar panels and wind turbines. This period will likely see the development of standards and protocols designed to ensure seamless communication between various energy systems, thereby optimizing energy consumption and contributing to more sustainable energy practices. In the Long-Term, the horizon for PLC technology includes the potential for global internet coverage through the integration with smart grid technology. By leveraging the extensive infrastructure of power lines, PLC could provide internet access to remote and underserved areas, bridging the digital divide. Additionally, advancements in cybersecurity measures will be paramount to protect the vast amount of data transmitted over power lines, ensuring privacy and security in a fully connected world.
