Network and bandwidth management, Dynamic scpc (dscpc), Dynamic scpc ( d scpc) – Comtech EF Data CDM-570/570L Vipersat User Manual

Page 21

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Chapter

1 -

General

1-5

Product Description

Multi-Transponder Mode (MTM) Functions
Dynamic Power Control (DPC) for Environment or Mesh Links
Upstream Bandwidth Management Switching for Application, Load,

Scheduled, Manual, or VESP

Dynamic SCPC (dSCPC) Bandwidth-On-Demand
10/100BaseT Ethernet LAN/WAN Interface
Per Route IP Filtering
Multi-Protocol Support
Built-In Header and Payload Compression for Improved Satellite

Bandwidth Efficiencies

Built-In Quality of Service (QoS) Functions for Traffic Prioritization
Software Version Management via FTP or VLoad
3xDES Decryption

Network and Bandwidth Management

The Vipersat network solution integrates this advanced modem/router with the

powerful network management tool, the Vipersat Management System (VMS).

The VMS provides for traditional monitor and control of the CDM-570/570L

modem, but more than just an M&C package, the VMS offers unique bandwidth

management that is ideal for IP-switched networks. Short data transfers are typi-

cally executed using a shared Selective Time Division Multiple Access

(STDMA) channel, and when large amounts of data transfer, voice, and/or

video communications are needed, modems can be automatically switched to a

dedicated SCPC channel.

Dynamic SCPC (dSCPC)

The VMS allows for dynamic point-to-point mesh connections to be established

between remotes. Traffic inbounds from remotes can be switched: manually or

automatically, application or load triggered, or scheduled, from shared STDMA

(burst) mode, to a dedicated SCPC connection. Once the session is completed,

the remote is automatically switched back to shared mode.
While in SCPC mode, the VMS provides for dynamic bandwidth allocation,

automatically altering the bandwidth based on traffic conditions. This effec-

tively enables the network to better handle connection oriented applications and

reduce network congestion, jitter, and latency.
The result is an economical and flexible network with bandwidth shared and

directed where it is needed for any mix of IP voice, video, and data traffic.

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