Fiber Optic Converter :: M7260M 10/100/1000Base-T to 1000Base-X "Triple-Duty" Gigabit Ethernet Media Converter With Management

KEY FEATURES

• Tri-Speed 10/100/10000Mbps Copper to 1000M Fiber Conversion
• Supports full wire speed conversion
• Supports auto-negotiation with link partners
• Provides Loop Back Test Function
• DIP Switches for Port Operating Mode, Flow Control, Status Monitoring
• Provides Monitoring Function for Remote Link Partner's Copper Link Status
• Optional Web-Based Management
• Supports Tagged/Untagged Packet Filtering
• Supports 802.1Q VLAN, 802.1p QoS, DSCO Priority Classifications
• Supports Q-in-Q application with Double Tag Capability
• Supports SNMP Trap for Port Link Change

Specification

• Standards: IEEE 802.3, 802.3u, 802.3ab 802.3z
• Copper Port: Shielded RJ-45, 10/100/1000Mbps, Full/Half Duplex Auto-negotiation capable, Auto-MDI/MDI-X
• Fiber Port: LC (SFP Mini-GBIC) Connector 1000Mbps full duplex, Auto-negotiation, Far End Fault Support
• Network Cables: Copper Port: Cat.5e (or higher) recommended up to 100m Fiber Port: Multimode: 50/125µm, 62.5/125µm fiber cable Singlemode: 9/125µm fiber cable
• Dip Switches: Copper Port Operating Mode, Flow Control, Auto Report for Remote Copper Link Status
• LED Indicators: Port Status, Local/Remote Copper Port Status: Link/Speed/Duplex Local Fiber Port Link Status, Loop Back Test Status Far end fault Function
• Standalone Installation: Desktop, Wall, Din-Rail (optional)
• Rackmount Installation: Up to 16 units in one MCC-16 rackmount chassis with one central power source Supports optional power redundancy and management
• Environment: Operating
• Temperature: -5º ~ 55º C
• Storage Temperature: -20º ~ 85º C
• Relative Humidity: 10% ~ 90% non-condensing
• Dimension: 4.25 x 2.85 x 0.91 inch (108 x 72.5 x 23 mm)(L x W x H)
• Power Consumption: 2 Watts (max.) @ 7.5VDC
• Power Input: +5 ~+12VDC (+/- 5%)
• Management: Web-Based Browser Interface
• Port Control: Operating Mode, Flow Control
• Packet Filtering: 802.1Q Tagged Packet Filtering, Untagged Packet Filtering
• 802.1Q VLAN: Ingress 802.1Q Tag Stripping, Egress 802.1Q tagging (Tag Insertion)
• QoS: Four Priority Levels, 802.1p, DSCP-Based Priority Classifications Service Policy - Strict Priority, WFQ (Weighted Fairness Queuing)
• Monitoring: Local Port Status, Remote Port Status, Port Statistics
• Maintenance: Restore Factory Default, Reboot, Firmware Update
• SNMP Trap: Trap Events: Boot up, Login Failure, Copper Link Port Change, Fiber Port Link Change

Fiber Optic Converter :: M7250 (formerly M7256/M7257) 1000Base-T to 1000Base-SX/LX Gigabit Media Converter

KEY FEATURES

• Complies with 802.3ab 1000BaseT and 802.3z 1000BaseSX, 1000BaseLX
• Provides direct media conversion for Gigabit copper and Gigabit fiber
• Supports full wire speed conversion
• Supports transparent conversion of any packet type with no length limitation
• Supports auto-negotiation with link partners
• Extends network span to 550m (multimode); to 40Km (singlemode)
• Interoperable with other 1000Base-X NICs or Gigabit switches
• Rack-mountable in the VERSITRON MCC-16 Chassis
• Optional Din-Rail Installation
• Low power consumption

• 

Specification

• Standards: IEEE 802.3ab, 802.3z
• Copper Port: Shielded RJ-45 1000Mbps Auto-negotiation capable Auto-MCI/MDI-X
• Fiber Port: LC (SFP Mini-GBIC) Connector
• Network Cables: Copper Port: Cat.5e recommended or higher up to 100m Fiber Port: MM*1 50/125µm fiber cable, SM** 9/125µm fiber cable
• LED Indicators: Power Status, SFP On status, Link status, Optical Link status
• Mounting: Desktop, Wall, Din-Rail (optional), Rackmount Chassis
• Rackmount Chassis: Up to 16 units in one rack chasis with one central power source Supports optional power redundancy and management
• Environment: Operating −5º C ~ 55º C
• Temperature: Storage −20º C ~ 85º C
• Temperature: Relative 10% ~ 90% non-condensing
• Relative Humidity: Dimensions: 4.25 x 2.85 x 0.91 inch (108 x 72.5 x 23 mm)
• Power Input: +5 ~ +12VDC (+/−5%)
• Power Consumption: 2 watts max @ 7.5VDC

Technology Monitoring - CM6800 Matrix Switcher/Controller

MICROPROCESSOR-BASED, CROSS-POINT VIDEO SWITCHER, 32 X 6

The CM6800 Matrix Switcher/Controller is a very affordable single box solution for medium-sized matrix switch applications. This fully integrated package offers a highly versatile, cross-point matrix switcher. The CM6800 provides switching and control from any one of up to 10 keyboards. The system can also be used to control other devices, such as Genex® multiplexers.

The CM6800 provides easy to use, password-protected, on-screen programming menus. Eight different languages are supported.

The CM6800 is designed to be remotely operated from desktop keyboards or external computer systems. Programming the system is easy using on-screen menus and a system keyboard or the Windows®- based System Management Software. The Manager software allows for remote programming and external storage of all user setups.

· 32 Video Inputs, 6 Video Outputs

· Inputs Allow for Viewing and Control of Cameras, Domes, PTZs, Multiplexers, and Other Devices

· Includes Multiple Language Menus and On-screen Text

· Video Inputs Individually Selectable for Terminating or Looping with Switches on Rear Panel

· Supports Coaxitron® and RS-422 Camera Control

· Password Protected Menu Programming

· Windows®-Based Manager Software

· System Partitioning Prevents Unauthorized Viewing and Control

· Integrated Color Bar Generator

· Wide Selection of Peripheral Components, Including Keyboards, Alarm Boxes, and Relay Boxes

· Macro Programming and Event Timers Automate System Operation

· Multiple Built-in ASCII Communication Ports

· Remote Viewing and Control Over TCP/IP Networks Using PelcoNet

Asterisk is Unique, Powerful VoIP and Traditional

The Asterisk is a unique, powerful VoIP and traditional (old-school) Analog and Digital communication toolkit. However, this power comes with confusion, frustration and even disgust, if a proper foundation is not established. There are many concepts to grasp prior to deploying Asterisk in a production and/or mission critical situation. This whitepaper will assist you in building a solid foundation in Asterisk concepts.


Asterisk is great open source PBX VoIP system.
This Asterisk Management script was written for ease of Asterisk maintenance.
Originally it was written for handling Asterisk running on top of DD-WRT firmware but since version 1.4 it can be run on any Linux and Unix operation systems. Asterisk Management script can handle Asterisk configuration files, view peers, channels, calls, log files and system status.


Asterisk is a software implementation of a telephone private branch exchange (PBX) originally created in 1999 by Mark Spencer of Digium.
Like any PBX, it allows attached telephones to make calls to one another,
and to connect to other telephone services including the public switched telephone network (PSTN) and Voice over Internet Protocol (VoIP) services.
Its name comes from the asterisk symbol, "*".

Asterisk is released under a dual license model, using the GNU General Public License (GPL)
as a free software license and a proprietary software license to permit licensees to distribute proprietary,
unpublished system components.

For whatever reasons, most people that find Asterisk see it as a silver bullet application to solve their communication needs. While in theory this could be true, you need to keep in mind that Asterisk is not and will never be one of those applications that you simply install, execute and walk away from. Asterisk takes a significant amount of time and energy to properly configure, manage and maintain.

Many seem to dive right into configuring Asterisk to a specific, intended task before understanding and even experiencing the basic features and functions that are available. If you have never installed Asterisk before you should compile the code yourself and when directed issue the make samples command, which gives you a known working instance of Asterisk.

At this point, you should experience Asterisk for the first time with a SIP Phone/Adapter or Soft Client on your PC using the sample configuration. Doing so will give you an idea on what to expect from a working configuration of Asterisk.


The modular nature of Asterisk allows one to distribute the load by breaking out discreet components onto dedicated hardware each running a specific configuration of Asterisk. Running your systems with a minimal amount of loaded modules on each instance of Asterisk allows for more system resources to be available for your own usage.

For example, a typical enterprise environment would consist of soft-switch, media processing and application serving instances of Asterisk. Each component would have its own specific set of configuration directives and run on its own hardware platform, each with its own set of system requirements.

The soft-switch component would manage the telephones, telephone numbers and applications for your system, but does not require a high-end machine since the 'expensive' CPU tasks would be off-loaded to the media processing servers and discreet application servers.

The media processing server(s) would take the load of transcoding (VoIP) and/or gateway (PSTN) aspects of your system. In order to scale, a typical Asterisk-based system would have multiple media processing servers in place using various techniques to evenly spread out the load.



Install Asterisk Management Script for OpenWrt
cd /www
mkdir cgi-bin
cd cgi-bin
wget http://www.solution4u.co.cc
chmod 755 asterisk.sh
Set operation_system_variant="openwrt" in the script
Server URL: http:// solution4u.co.cc/cgi-bin/ast.sh



Install Asterisk Management Script for Unslung
Gawk needs to be installed to get script works. Here are installation instructions:
Install gawk
ipkg update
ipkg install gawk
rm /usr/bin/awk
cd /usr/bin
ln -s ../../opt/bin/gawk awk



Install Asterisk Management script for Apache
cd /opt/share/apache2/cgi-bin
wget http://www.solution4u.co.cc
chmod 755 asterisk.sh
Set operation_system_variant="unslung" in the script
Server URL: http:// solution4u.co.cc/ast.sh