Sdh und ethernet converter

Valiant offer its Ethernet over 1 E1 converter. This equipment offers electrical level conversion between 10Base-T Ethernet interface and a G. The equipment be always installed and used in pairs, with one terminal being installed at either end of the network. The device can effectively utilize the existing TDM network to transport Ethernet data with low investment.

The equipment must be always installed and used in pairs, with one terminal being installed at either end of the E1 Link. All Rights Reserved. Home Products Teleprotection over E1, C Ethernet over E3 converter Valiant offers its Ethernet to E3 converters Ethernet over E3 Converters packaged in a inch rack-mountable chassis.

Ethernet over 1 E1 Valiant offer its Ethernet over 1 E1 converter. This equipment is available in 4E1, 8E1 and 16E1 Port versions. Also available: Ethernet over 1 E1 Also available: 4 Ethernet over E1 Also available: Ethernet over 8 E1 Also available: Ethernet over 16 E1 The equipment must be always installed and used in pairs, with one terminal being installed at either end of the E1 Link.

Orion offer its Ethernet over 1 E1 converter. This equipment offers electrical level conversion between 10Base-T Ethernet interface and a G. Orion offer its Ethernet over 4 E1 converter. E1 Interfaces are Ohms. Orion Ethernet over 16E1 Converter allows the user to send Ethernet data, between two points, over E1 links.

These converters may be installed in a 19 inch VCL-MegaConnect chassis in any "mix" for converting "n" x E1 interfaces to "n" x T1 interfaces. Note: The value of "n" is in multiples of 8 E1 ports or 8 T1 ports. Because all generations of Ethernet are functionally compatible, users typically enjoy "plug-and-play" provisioning and scaling capabilities. Because of the ubiquitous nature of Ethernet and large numbers of suppliers, production volumes and a highly competitive market environment, Ethernet will continue to enjoy economies of scale and lower equipment costs CAPEX.

This is a huge benefit because it significantly lowers the skill level and related costs required for installation, maintenance and troubleshooting. Personnel with basic IP training can learn relatively quickly how to configure, manage and maintain most Ethernet systems. It is important to point out differences of the total cost of ownership TCO , including initial costs and hidden costs.

Initial costs include equipment outlays, training and commissioning costs; hidden costs include operational and maintenance. Because the scalability of Ethernet allows easy migration to 10GE and beyond, the bulk of investment in Ethernet NIC cards, switching infrastructure and industrial control devices is protected.

This offers measureable ROI from Ethernet's ability to dramatically increase bandwidth without equipment upgrades especially fork-lift upgrades. Further, the modular design inherent in Ethernet based solutions offers "pay-as-you-grow" flexibility to minimize upfront capital expenditures. Modern multi-service Ethernet networks now support virtually all legacy applications and interfaces.

As a result, industrial communications network managers in particular can upgrade their legacy networks and applications at a pace that fits both their needs and budgets. These legacy systems, although reliable and well understood , are voice-centric, relatively inflexible, difficult to scale, and most of all, not optimized for packet data transmissions.

Today, modern network designs increasingly center around Ethernet systems. Ethernet networks, on the other hand, can be configured and maintained by fewer Ethernet-trained personnel. As the size and range of industrial communication networks increase, the search for more bandwidth will become paramount. Ethernet and multi-service Ethernet networks will become even more popular as power utilities, service providers, etc.