Are you looking to enhance your network setup with reliable Ethernet over coax solutions? With the rapid growth of technology, choosing the right factory in China can make all the difference. By comparing the top manufacturers, you can ensure quality, efficiency, and cost-effectiveness in your projects. Imagine having access to the best options that not only meet your needs but also elevate your business. Ready to discover which factories stand out in the crowded market? Dive into our comprehensive comparison and find the perfect partner for your Ethernet over coax needs!

China Rolls Its Own Ethernet-over-Coax Standard – Light Reading

Product Details: HiNOC (High Performance Network Over Coax) is a Chinese Ethernet-over-coax standard aimed at enhancing broadband capabilities for MSOs.

Technical Parameters:
– Operates in the frequency range of 750MHz to 1.6GHz
– Targets speeds of 1 Gbit/s at the headend and approximately 100 Mbit/s for modem…

Application Scenarios:
– Next-generation broadband initiatives in China
– Deployment in cable operator networks

Pros:
– High-frequency RF approach reduces attenuation issues
– Supports multiple chip vendors for broader adoption

Cons:
– Mass deployment is likely two years away
– Currently limited to one China-based chipmaker sampling HiNOC silicon

MaxLinear and Guangda c.LINK 1.1+ Broadband Access Solution Chosen by …

Product Details: MaxLinear EN3681 and EN3690 c.LINK 1.1+ Ethernet over Coax technology.

Technical Parameters:
– Four 50MHz channels
– Up to 800Mbps of usable MAC throughput to 128 CPE modems

Application Scenarios:
– Broadband customer premise equipment for cable multi system operators in China
– Deployment in multiple dwelling units using existing coax cables

Pros:
– Cost-effective solution for high-speed broadband service
– Backward interoperability with previous c.LINK 1.0 and 1.1 systems

Cons:
– Potential risks associated with integration of acquired businesses
– Dependence on a limited number of customers for revenue

China RF Components, Info Access, Ethernet Over Coax Manufacturers – CNCR

Product Details: Various RF components and Info Access solutions including RF combiners, power splitters, hybrid couplers, and Ethernet over coax devices.

Technical Parameters:
– Supports HomePlug AV standard
– Frequency range: 7.5-67.5MHz

Application Scenarios:
– Telecom service provider networks
– Enterprise network solutions

Pros:
– High compatibility with existing infrastructure
– Supports multiple applications in telecom and data access

Cons:
– Limited information on specific product performance
– Potential complexity in integration with legacy systems

List of Ethernet Over Coax companies in China

Product Details: Various network communication and optical transmission equipment including CATV equipment, optical receivers, amplifiers, and CCTV accessories.

Technical Parameters:
– High-frequency coax-based technology
– DOCSIS technology for data transmission

Application Scenarios:
– Home cable telecommunication
– Security monitoring and video transmission

Pros:
– Leading technology in optical communication
– Comprehensive solutions from design to production

Cons:
– Limited information on specific product features
– Potential variability in product quality across manufacturers

Ethernet over Coax Set to Jump in China – Lightwave

Product Details: Ethernet over coax (EoC) technology for broadband services in China.

Technical Parameters:
– 33% compound annual growth rate (CAGR) from 2011 to 2016
– Expected growth of EoC modem shipments sixfold by 2016

Application Scenarios:
– Fixed-line broadband services for cable operators
– Challenging dominant telcos in the broadband market

Pros:
– Significant growth potential in the EoC market
– Increased subscriber base from 3.7 million to nearly 24 million by 2016

Cons:
– Competition with established telcos
– Market growth dependent on technology adoption

China’S Panyu Delivers Ethernet-over-coax Solution.

Product Details: Ethernet-over-Coax solution by Panyu, China.

Technical Parameters:
– High-speed data transmission
– Compatibility with existing coaxial infrastructure

Application Scenarios:
– Home networking
– Commercial building connectivity

Pros:
– Cost-effective solution
– Easy installation

Cons:
– Limited range compared to fiber optics
– Potential interference issues

1 BNC 1 RJ45 1.5KM IP Over Coax Converter With 12VDC Power Supply – ChinaX

Product Details: VCT-1CTR IP Over Coax Converter, CCTV Coax Extender, 1 BNC, 1 RJ45, 1.5km with DC12V Power Supply

Technical Parameters:
– 1 BNC input
– 1 RJ45 output, 1.5km transmission range

Application Scenarios:
– CCTV systems
– IP camera installations

Pros:
– Easy installation
– Cost-effective solution for extending IP signals

Cons:
– Limited to 1.5km range
– May require additional power supply

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Frequently Asked Questions (FAQs)

What is Ethernet over Coax?

Ethernet over Coax (EoC) is a technology that allows you to transmit Ethernet signals over existing coaxial cables. This is particularly useful for extending network connections in buildings where running new Ethernet cables would be difficult or costly.

Why should I consider using EoC in my factory?

Using EoC can save you time and money by utilizing your existing coaxial infrastructure. It provides a reliable and high-speed network connection, making it ideal for factories that need to connect multiple devices without extensive rewiring.

Are there specific EoC products recommended for factories?

Yes, many manufacturers offer EoC products designed for industrial environments. Look for devices that are rugged, support high data rates, and have features like PoE (Power over Ethernet) to power devices directly through the coax cable.

How do I install Ethernet over Coax systems?

Installation typically involves connecting EoC adapters to your existing coaxial cables and then linking them to your network devices. Most systems come with user-friendly instructions, making the setup process straightforward.

What are the limitations of Ethernet over Coax?

While EoC is effective, it may have limitations in terms of distance and bandwidth compared to direct Ethernet connections. The performance can also be affected by the quality of the coaxial cables and any interference present in the environment.