Luc Morissette at 19:13, 28 June 2023

2023-06-28T19:13:42Z

← Older revision		Revision as of 15:13, 28 June 2023
Line 3:		Line 3:
	=TM1000=		=TM1000=
	[[Image:Tm1000.jpg\|thumb\|250px\|Photo of front of TM1000]]		[[Image:Tm1000.jpg\|thumb\|250px\|Photo of front of TM1000]]
	The TelcoBridges Tmonitor TM1000 enables service providers to record and analyze messages, as well as optimize network performance and [[Quality of service~~\|quality of service]]~~ (QoS), while providing a foundation for new value-added offerings, such as [[Location-based services\|location-based services]] (LBS). [[Image:Tm1000-schematic.jpg\|thumb\|250px\|Schematic of TM1000 on a telecom network]]		The TelcoBridges Tmonitor TM1000 enables service providers to record and analyze messages, as well as optimize network performance and Quality of service (QoS), while providing a foundation for new value-added offerings, such as [[Location-based services\|location-based services]] (LBS). [[Image:Tm1000-schematic.jpg\|thumb\|250px\|Schematic of TM1000 on a telecom network]]

	As a high-performance voice and data traffic-monitoring solution, each Tmonitor TM1000 unit can perform non-intrusive, full-duplex monitoring and filtering of 64 T1/E1/JI interfaces per device at line-rate, providing up to 100% packet capture. Data captured by the TM1000 is routed by [[TCP/IP]] to an application server where it is analyzed and acted upon. In addition, [[PCM]] voice traffic can be recorded with [[Toolpack Application:tbstreamserver\|TB StreamServer]]™, an application supplied by TelcoBridges.		As a high-performance voice and data traffic-monitoring solution, each Tmonitor TM1000 unit can perform non-intrusive, full-duplex monitoring and filtering of 64 T1/E1/JI interfaces per device at line-rate, providing up to 100% packet capture. Data captured by the TM1000 is routed by [[TCP/IP]] to an application server where it is analyzed and acted upon. In addition, [[PCM]] voice traffic can be recorded with [[Toolpack Application:tbstreamserver\|TB StreamServer]]™, an application supplied by TelcoBridges.

Allyntree: Created page with "NOTOC =TM1000= Photo of front of TM1000 The TelcoBridges Tmonitor TM1000 enables service providers to record and analyze messages, as wel..."

2021-12-07T18:20:20Z

Created page with "__NOTOC__ =TM1000= thumb|250px|Photo of front of TM1000 The TelcoBridges Tmonitor TM1000 enables service providers to record and analyze messages, as wel..."

New page

__NOTOC__

=TM1000=
[[Image:Tm1000.jpg|thumb|250px|Photo of front of TM1000]]
The TelcoBridges Tmonitor TM1000 enables service providers to record and analyze messages, as well as optimize network performance and [[Quality of service|quality of service]] (QoS), while providing a foundation for new value-added offerings, such as [[Location-based services|location-based services]] (LBS). [[Image:Tm1000-schematic.jpg|thumb|250px|Schematic of TM1000 on a telecom network]]

As a high-performance voice and data traffic-monitoring solution, each Tmonitor TM1000 unit can perform non-intrusive, full-duplex monitoring and filtering of 64 T1/E1/JI interfaces per device at line-rate, providing up to 100% packet capture. Data captured by the TM1000 is routed by [[TCP/IP]] to an application server where it is analyzed and acted upon. In addition, [[PCM]] voice traffic can be recorded with [[Toolpack Application:tbstreamserver|TB StreamServer]]™, an application supplied by TelcoBridges.
[[Image:Schematic-TM-device-plus-monitoring-patch-panel.jpg|thumb|250px|Schematic showing a Tmonitor device plus the Isolation and Monitoring patch panels]]

Contrary to network-monitoring probes, the Tmonitor TM1000 does not affect the performance of the network or the status of a call, or introduce unwanted data artifacts. The TM1000 is designed to work with a purpose-built 32-port [[Monitoring patch panel|monitoring patch panel]] that features a high-impedance circuit to limit signal drain.

TelcoBridges also offers a higher capacity Tmonitor with the [[TM3000]] for STM-1 connections.

The [[Tmedia]] family can also be used for monitoring with lower density, but with voice analysis capabilities using DSPs or VOIP hardware.

== Features & Benefits ==
'''Monitoring applications.''' In addition to recording and analyzing voice messages, generating and verifying [[Call detail record|call detail records]] (CDR), the TM1000 enables services providers to perform fraud detection, [[Lawful intercept|lawful interception]], and location-based billing.

'''Carrier-grade performance.''' The Tmonitor TM1000 is a high-volume monitoring solution. Multiple TM1000 devices and application servers can be clustered together in one or more facilities to provide essentially unlimited scalability. Application servers can also be deployed remotely for fully distributed monitoring.

'''Network monitoring flexibility.''' The Tmonitor TM1000 allows service providers to process and analyze all data captured in [[SS7]], [[ISDN]] and [[HDLC]] packets and Raw traffic, as well as record up to 256 channels of voice traffic. It features highly configurable on-board packet filters so that only relevant information is captured from traffic streams and stored.

'''Non-intrusive.''' In order to maintain overall system performance and QoS, the TM1000 does not introduce latency or otherwise modify or alter the stream of communications. Installation of the TM1000 requires no modification to existing communications equipment.

For quotes or information regarding the Tmonitor, see [http://www.telcobridges.com/en/networkmonitoring.aspx TelcoBridges website].

== Use Cases ==
The TM1000 device can be applied to the following markets:
*[[Network monitoring]]
*[[Lawful intercept]]
*[[Location-based services]]
**SMS alerts to roaming subscribers

== Using TM1000 with Toolpack ==
Starting with [[Toolpack]] 2.9, the Tmonitor TM1000 can be integrated in the Toolpack framework, which provides easy-to-use APIs to control monitoring, and also provides protocol analyzer classes.

For more information about integration of monitoring functionalities in Toolpack, please refer to the following documentation:
[[Toolpack_monitoring|Toolpack Monitoring]]

== References ==

*[[Media:DATA SHEET TM1000.pdf|Data sheet]]
*[[Media:Quick Install Guide for TM-1000.pdf|TM1000 Quick Installation Guide]]
*[[Media:TM1000 Installation guide.pdf|TM1000 Installation Guide for Basic API]]
*[[Media:TM1000_Installation_guide_-_Toolpack_Monitoring.pdf|TM1000 Installation Guide for Toolpack Monitoring]]

[[category:Hardware]]

=TM3000=

The [[Tmonitor]] TM3000 provides up to 100% packet capture while it performs non-intrusive, full-duplex monitoring and filtering of two OC3 or STM-1 interfaces per device. Once the data is captured, it is routed by the TM3000 using TCP/IP to an application server from where the data is analyzed and subsequently acted upon. This truely high performance product makes the TM3000 a high-capacity voice and data traffic monitoring solution for OC3/STM-1 connections, which service providers can rely upon to record and analyze signaling records and voice traffic. In addition to this, network performance and [[Quality of service|quality of service]] (QoS) can be optimzed, while providing service providers with new value-added offerings, such as [[Location-based services|location-based services]] (LBS). [[Image:TM3000.jpg|thumb|250px|Schematic of TM3000 on a telecom network]]

Unlike other products in the market today, the TM3000 is not a network-monitoring probe. In fact, the Tmonitor TM3000 does not affect the performance of the network or the status of a call, or introduce any unwanted data artifacts. Furthermore, unlike a software-based solution, the TM3000 does not negatively impact the overall performance of the network. The TM3000 will capture all relevant and required data to provide a truly complete picture of the network’s operations, and the location and status of subscribers, in support of E911 and other real-time LBS efforts. All this is done regardless of the different brands of telecom hardware installed in the network.

TelcoBridges also offers the Tmonitor [[TM1000]] for T1/E1/J1 connections.

The [[Tmedia]] family can also be used for lower-density monitoring, but with voice analysis capabilities using DSPs or VOIP hardware.

== Features & Benefits ==
'''Monitoring applications.''' The Tmonitor TM3000 allows system integrators to build systems to record and analyze voice messages, generate and verify call detail records (CDR) and many others. It also allows service providers to perform fraud detection, [[Lawful intercept|lawful interception]], and location-based billing.

'''Carrier-grade performance.''' The Tmonitor TM3000 is a high volume monitoring solution, with voice recording capacity, while meeting the capacity challenges of OC3/STM-1 connectivity. Multiple TM3000 devices and application servers can be clustered together in one or more facilities to provide essentially unlimited scalability. Application servers can also be deployed remotely for fully distributed monitoring.

'''Network monitoring flexibility.''' The Tmonitor TM3000 allows service providers to process and analyze all data captured in [[SS7]], [[ISDN]] and HDLC packets and [[Raw traffic|raw OC3/STM-1 traffic]], as well as record up to 1024 simultaneous channels of voice traffic. It features highly configurable on-board packet filters so that only relevant information is captured from traffic streams and stored by the system application.

'''Non-intrusive.''' In order to maintain the overall system performance and QoS, the TM3000 does not introduce latency or otherwise modify or alter the stream of communications. The TM3000 fully supports multi-vendor network architectures and requires no modification to existing communications equipment. The TM3000 also features ''ZeroLinkDown'' functionality, enabling full system maintenance, including device replacement, without interrupting the communications network.

== Use Cases ==
The TM3000 device can be applied to the following markets:
*[[Network monitoring]]
*[[Lawful intercept]]
*[[Location-based services]]
**SMS alerts to roaming subscribers

== Using TM3000 with Toolpack ==
Starting with [[Toolpack]] 2.9, the Tmonitor TM3000 can be integrated in the Toolpack framework, which provides easy-to-use APIs to control monitoring, and also provides protocol analyzer classes.

For more information about integration of monitoring functionalities in Toolpack, please refer to the following documentation:
[[Toolpack_monitoring]]

== References ==

=== Monitoring STM1 Patch Panel ===

* Capacity: Dual STM1 full duplex, Four STM1 simplex
* Power: Passive monitoring (no power required)
* Connector type: SFP
** Optic: Single mode (1310 to 1510nm)
** Electrical: DIN 1.0/2.3
* Monitoring port: Passive optical splitter 50%/50%
* Splitter technology: Planar waveguide Optical Signal Splitters
* Tapping device spec:
** Insertion loss (IL) max: 3.18dB
** Polarization Dependent Loss (PDL) max: 0.07dB
** Uniformity loss: (UL) max: 0.24dB
** Back reflection: min 68.10dB
** Directivity: Min 61.86dB
* Width: 482m (19inch)
* Height: 1U , 44mm (1.75inch)
* Operating temperature: -40 to 85C

[[File:TM3000 STM1 PP Image.png|400px]]

=== Datasheets and installation guides ===
*For more information about the TM3000, see [http://www.telcobridges.com/products/network-monitoring-tmonitor/tm3000 TM3000].
*[[Media:DATA_SHEET_TM3000.pdf|Data sheet]]
*[[Media:TM3000_Installation_Guide_v1.pdf|TM3000 Installation Guide]]

<br>
Other Links:
*[[Web_Portal_Tutorial_Guide_v3.1#Lawful_Intercept|Lawful Intercept Solution]]

[[category:Hardware]]

<headertabs/>

Tmonitor Overview - Revision history

Luc Morissette at 19:13, 28 June 2023

Allyntree: Created page with "__NOTOC__ =TM1000= Photo of front of TM1000 The TelcoBridges Tmonitor TM1000 enables service providers to record and analyze messages, as wel..."

Allyntree: Created page with "NOTOC =TM1000= Photo of front of TM1000 The TelcoBridges Tmonitor TM1000 enables service providers to record and analyze messages, as wel..."