Inverse Packet Multiplexor MPEG VIDEO OVER T1s

Overview

IP•Express DLE1 is a high performance, bandwidth scalable, IP WAN router with 2 E1 ports offering a standards based inverse multiplexing (N x E1) capability.

The 2 E1 ports are able to interconnect to 2 remote locations or optionally to be N x E1 inverse packet multiplexed to remote locations at 3 Mbps. Standards based WAN protocols, PPP, Multilink PPP, and Frame Relay, ensure interoperability.

The IP•Express DLE1 interconnects remote LANs and addresses the large market for connectivity in the multi-megabit bandwidth range such as high quality MPEG Video delivery.
The Integration of the E1 CSUs provides for a complete solution with a straight forward configuration.

E1 Branch Office Connectivity

E1 Branch Office Connectivity

Applications

Two E1 Inverse Packet Multiplexor

IP•Express DLE1 is a high performance, bandwidth scalable, IP WAN router with 2 E1 ports offering a standards based inverse multiplexing (N x E1) capability. The 2 E1 ports are able to interconnect to 2 remote locations or optionally to be N x E1 inverse packet multiplexed to remote locations at 3 Mbps. Standards based WAN protocols, PPP, Multilink PPP, and Frame Relay, ensure interoperability.

MPEG IP Video Redundancy Switch

REDundant IP Video configuration automatically switches from the Primary to a Secondary Encoder's IP Video Stream for mission critical broadcasts and is available with the IP•Express DLE1-IPM-RED. A one second absence of IP packets from the Primary Encoder results in the switch to the Secondary Encoder. The WAN bandwidth is reserved for a single feed.

MPEG IP Multicast Streaming Video

IP•Express DLE1-IPM models deliver MPEG IP Streaming Video over Inverse Packet Multiplexed E1s. The Inverse Packet Multiplexor provides the bandwidth necessary for the delivery of broadcast quality video feeds for a single MPEG Video. IP Multicast is a standard feature of the IP•Express DLE1 and is utilized to distribute MPEG video simultaneously to multiple decoders.

Technical Specifications

LAN Network Interface:
• 10/100 BaseT Ethernet Port
• Auto-negotiate or ConfiguredSpeed/Duplex

LAN Network Protocols Supported:
• IP, TCP, UDP, RIP, ICMP
• IP Multicast support
• IP Video Stream Redundancy (Optional)

WAN Network Interfaces:
• Four E1/FracE1 CSU/DSU ports
• Inverse Packet Multiplexing (Optional)

WAN Network Protocols Supported:
• PPP
(RFC 1548, RFC 1332, RFC 1334, PAP)
• Multilink PPP (RFC 1990)
• Frame Relay
(ANSI ANNEX D, LMI, RFC 1420)

Routing Protocols Supported:
• RIPv1, Static E1/Fractional E1 Specifications:
• Framing - CRC4 or FAS or UNFRAMED
• Coding - HDB3 or AMI
• Supports DS0 assignments from 1 to 32
(64Kbps to 2.048Mbps)

E1 Diagnostic:
• Loopback Test
Network, Internal, Framer, Payload
• Bert Tests
2E07,2E11,2E15,QRSS

TFTP Online Upgrade Capable:
• Fully operational during upgrade

Network Security:
• Full On Source, Destination Address;
Port and Flag IP Packet filtering
• Network, Device and Application Layers.

Dimensions:
• 9" (L) x 7.3" (W) x 1.50" (H)
• 4 E1 Wan Connectivity in 1/2 of a 19" rack

Management:
• Telnet support with Edit and Paste
Templates
• Console Port for Out of Band
Management
• SNMP support (MIB I, MIB II)
• Remote configuration, monitoring, & reset

Regulatory:
• Safety -IEC60950
• EMC - CFR 47 Part 15 Sub Part B:2002
EN55022:1994+A1&A2
EN55024, ICES-003 1997
CISPR 22 Level A
• Telecom - Part68
• CE

Power:
• Locking Power Connector
• 12-24 VDC 1.0A
Ships with Universal Adapter
• Optional -48V 0.25 Amp
• Hot Standby with 2nd Power Module

Overview

Applications

Technical Specifications

Data Sheet Download

User Manual Download

How to Order

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