V35 Over IP Ethernet V.35 – V.35 Circuit Extension Over Ethernet, HDLC Over IP – V.35 Over IP – Switches – BABA Certified Switches – BABA Switches – Made in USA Switches – Made in America Switches – Engage

Description

Overview

Flexible Serial Data Extensions over Packet Switch Networks

The IP•Tube SER V.35 converts V.35 data connections, which employ leased circuits, into IP packets that extend the circuit over very cost effective Ethernet based LAN/WAN/MAN wired and wireless networks. The IP•Tube SER V.35 encapsulates Synchronous and HDLC serial data into IP packets. The IP•Tube SER V.35 is available with one to four V.35 interfaces, jumper configured as DCE or DTE, that facilitate the interconnection of Serial Data Over IP between Data Terminals, Data Acquisition Systems, WAN Routers and Bridges….

Layer 1

In Layer 1 operating mode every bit is encapsulated into an IP packet. The size and frequency of the IP packets can be set with data bit rates from 2.4 Kilobits to 2.048 Megabits per second. Latency minimization is accomplished with multidimensional adaptive clock configurations. A configured number of incoming packets are buffered in order to compensate for the packet delivery jitter introduced by the network. The size of this buffer needs to accommodate the peak amount of jitter.

HDLC Over IP

In Layer 2 operating mode HDLC Data frames, such as those used by Wide Area Networking protocols PPP and Frame Relay or proprietary Data Links, are transported within IP packets as HDLC over IP. The latency introduced is dependent upon the clocking rate and the HDLC frame size. Minimum latency is obtained by maximizing the clock rate and minimizing the MTU. HDLC Over IP frames are directly sent out the Serial interface since Clock synchronization is not required. WAN security provisioning, such as firewalling, is maintained.

IP•Tube V.35 SER Standard Features

Dual LAN Interfaces

All IP•Tube SER V.35 models ship with dual 10/100BaseT Ethernet LAN ports. The dual Ethernet interfaces provide for: 

• Management interface on LAN port 2 when LAN port 1 is connected to a VPN tunnel 
• The LAN ports can be configured to support connections over 2 Asymmetrical bandwidth links 
• Alternator Option for load balanced SDSL interconnects 
• Protector Option for Redundant Packet Path connections with Constant or Switch Over Criteria

Assured Delivery Protocol

In order to assure high quality communications over links with intermittent or noisy performance, such as Wireless or Broadband over Power Line, the IP•Tube SER V.35 employs Engage’s robust Assured Delivery Protocol with the following benefits: 

• Packet out of sequence detection and re-sequencing
• Duplicate skipping,
• Lost packet retransmissions with configured delay.

Flexible Synchronous Serial Data Extension Over IP

The IP•Tube SER V.35, whose synchronous serial interface is configurable as DCE or a DTE, facilitates the transport of bulk data across a combination of IP and WAN infrastructures. The IP•Tube SER V.35‘s flexibility supports internetworking across varied LAN/WAN/MAN/Satellite networks. The size and frequency of the IP packets can be set with data bit rates from 2.4 Kilobits per second to 2.048 Megabits per second. Latency minimization is accomplished with multidimensional adaptive clock configurations.

WAN Data Over IP

The IP•Tube SER V.35 provides a transparent bandwidth regulated IP Tunnel for interconnecting remote Networks. With the IP•Tube SER V.35 WAN security provisioning, such as firewalling, is maintained. WAN Protocols, such as PPP and Frame Relay, that utilize HDLC framing are encapsulated with HDLC Over IP. Broadband Service providers are able to transport Enterprise Wide Area Network connections with inband management of the Committed Information Rates. The IP•Tube SER V.35 IP Tunnel can also be utilized as a secondary path for fault tolerant mission critical applications.

Service Quality Packet Prioritizing

The IP•Tube SER V.35 uses the Type of Service byte in the IP packets to prioritize the encapsulated data. The setting of the TOS byte can be used to ensure that the data from the IP•Tube V.35DL is ensured high priority.

Management

Management of the IP•Tube SER V.35 is accomplished with a Command Line Interface that is accessed through a Console or Telnet connection. Templates of the most common configuration provide for an Edit and Paste configuration. SNMP MIB I and II support is a standard feature.

VPN Network Management

The IP•Tube SER V.35‘s second 10/100BaseT Ethernet interface provides a management port when interconnecting the IP•Tube SER V.35 through a Virtual Private Network. Each LAN interface of the IP•Tube SER V.35 features independent IP network configurations.    

IP•Tube V.35 SER Optional Features

Protector Option

The protector option utilizes the second LAN interface as a redundant path for the interconnection of the IP encapsulated Synchronous Serial data. The extension of the V.35 circuit has a fault tolerant link that is configured to always on, or with switch over criteria.

Applications

IP•Tube SER V35 for Serial Data Over IP/Ethernet Connections

The “Purpose Built” Engage IP•Tube SER V.35encapsulates synchronous or HDLC serial data from Data Terminal or Data Communication Equipment such as Terminal Servers, Modems, Video Codecs, WAN Routers into IP packets. The IP connection provides for the transparent interconnection of Data Terminal/Communication Equipment via LANs, WANs, MANs, Satellite and Wireless Ethernet. The size and frequency of the IP packets can be set to bit rates from 2.4 Kilobits per second to 2.048 Megabits per second with N times 2.4K, 56K and 64K clocking.

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Flexible IP•Tube V35 Serial Data Extensions over IP

The IP•Tube SER V.35facilitates the transport of bulk data across a combination of IP and TDM WAN infrastructures. The IP•Tube SER V.35are deployed flexibly to support internetworking across varied LAN/WAN/MAN networks.

WAN Data Over IP

IP•Tube SER V.35 provides a transparent bandwidth regulated IP Tunnel for interconnecting remote Networks. WAN Protocols, such as PPP and Frame Relay, that utilize HDLC framing are encapsulated with HDLC Over IP. Broadband Service providers are able to transport Enterprise Wide Area Network connections with inband management of the Committed Information Rates. The IP•Tube SER V.35’s IP Tunnel can also be utilized as a secondary path for fault tolerant mission critical applications.