TMP6400-TMS
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| − | __NoTOC__The TelcoBridges™ Tdev TMS1600 is a dedicated, high-availability media switch that can combine with up to 16 units of TelcoBridges’ Tdev [[TMP6400]] multi-service application platform to support up to 32,768 non-blocking universal voice ports across 1024 T1/E1/J1, 48 DS-3, or 16 STM-1 interfaces. When used with the TMP6400™, the TMS1600 media switch supports carrier-grade, high-capacity bridging between TDM and IP networks, transcoding between various wireline, wireless, and Internet [[Voice codecs|codecs]] and the delivery of hosted IP-PBX, [[Fax over IP]], [[SIP trunking]], [[Voicemail|voicemail]], and other advanced services. | + | __NoTOC__The TelcoBridges™ Tdev TMS1600 is a dedicated, high-availability media switch that can combine with up to 16 units of TelcoBridges’ Tdev [[TMP6400]] multi-service application platform to support up to 32,768 non-blocking universal voice ports across 1024 T1/E1/J1, 48 DS-3, or 16 STM-1 interfaces. When used with the TMP6400™, the TMS1600 media switch supports carrier-grade, high-capacity bridging between [[TDM]] and IP networks, transcoding between various wireline, wireless, and Internet [[Voice codecs|codecs]] and the delivery of hosted [[IP-PBX]], [[Fax over IP]], [[SIP trunking]], [[Voicemail|voicemail]], and other advanced services. |
[[Image:TMS Front sml.jpg|thumb|250px|Front picture of TMS1600 device in 1U form factor]] | [[Image:TMS Front sml.jpg|thumb|250px|Front picture of TMS1600 device in 1U form factor]] | ||
| − | In conjunction with TelcoBridges’ [[Toolpack]] application development environment, the TMS1600 media switch enables load sharing and redundancy across TMP6400 devices and application servers to meet the growing needs of providers of enhanced network-wide services such as unified communications, | + | In conjunction with TelcoBridges’ [[Toolpack]] application development environment, the TMS1600 media switch enables load sharing and redundancy across TMP6400 devices and application servers to meet the growing needs of providers of enhanced network-wide services such as [[Unified communications}unified communications]], [[Ringback tones|ringback tones]], and [[Prepaid-postpaid calling|pre-paid/post-paid service]]. |
[[Image:TMS1600-schematic.jpg|thumb|250px|Schematic of 1 TMS1600 arrayed with 3 TMP6400 devices and an external server]] | [[Image:TMS1600-schematic.jpg|thumb|250px|Schematic of 1 TMS1600 arrayed with 3 TMP6400 devices and an external server]] | ||
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'''Scalability:''' Supports up to 16 TMP6400 platform devices representing 1024 T1/E1/J1, 48 DS-3, or 16 STM-1 interfaces. The TMS1600 media switch features self-discovery and handling of protected optimal routes between any TMP6400 device in the cluster. This automation allows the platform to transparently scale the system without changes at the application level, regardless of how many units are present (i.e. one big single fault-tolerant system). | '''Scalability:''' Supports up to 16 TMP6400 platform devices representing 1024 T1/E1/J1, 48 DS-3, or 16 STM-1 interfaces. The TMS1600 media switch features self-discovery and handling of protected optimal routes between any TMP6400 device in the cluster. This automation allows the platform to transparently scale the system without changes at the application level, regardless of how many units are present (i.e. one big single fault-tolerant system). | ||
| − | '''High availability:''' When paired together in a dual star architecture, two TMS1600 devices enable redundancy and automatic fault-tolerance for communications units across the cluster. Combined with the Toolpack fault-tolerant software architecture, the TMS1600 media switch supports high-availability for both SS7 signaling and core call routing, transcoding and application delivery functions. | + | '''High availability:''' When paired together in a dual star architecture, two TMS1600 devices enable redundancy and automatic fault-tolerance for communications units across the cluster. Combined with the [[Toolpack]] fault-tolerant software architecture, the TMS1600 media switch supports high-availability for both [[SS7]] signaling and core [[Call routing|call routing]], [[Transcoding|transcoding]] and application delivery functions. |
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*[[media:DATA SHEET TMS1600.pdf|Data sheet]] | *[[media:DATA SHEET TMS1600.pdf|Data sheet]] | ||
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Revision as of 09:05, 21 July 2009
The TelcoBridges™ Tdev TMS1600 is a dedicated, high-availability media switch that can combine with up to 16 units of TelcoBridges’ Tdev TMP6400 multi-service application platform to support up to 32,768 non-blocking universal voice ports across 1024 T1/E1/J1, 48 DS-3, or 16 STM-1 interfaces. When used with the TMP6400™, the TMS1600 media switch supports carrier-grade, high-capacity bridging between TDM and IP networks, transcoding between various wireline, wireless, and Internet codecs and the delivery of hosted IP-PBX, Fax over IP, SIP trunking, voicemail, and other advanced services.
In conjunction with TelcoBridges’ Toolpack application development environment, the TMS1600 media switch enables load sharing and redundancy across TMP6400 devices and application servers to meet the growing needs of providers of enhanced network-wide services such as [[Unified communications}unified communications]], ringback tones, and pre-paid/post-paid service.
Features & benefits
Carrier grade: The TMS1600 media switch is designed to meet the need for five 9s reliability that service providers and their customers demand. The TMS1600 enables physical and logical redundancy across the switch and application fabric.
Flexibility: A network-agnostic platform, the TMS1600 supports multiple ‘any-to-any’ switching for up to 32,768 non-blocking voice ports.
Scalability: Supports up to 16 TMP6400 platform devices representing 1024 T1/E1/J1, 48 DS-3, or 16 STM-1 interfaces. The TMS1600 media switch features self-discovery and handling of protected optimal routes between any TMP6400 device in the cluster. This automation allows the platform to transparently scale the system without changes at the application level, regardless of how many units are present (i.e. one big single fault-tolerant system).
High availability: When paired together in a dual star architecture, two TMS1600 devices enable redundancy and automatic fault-tolerance for communications units across the cluster. Combined with the Toolpack fault-tolerant software architecture, the TMS1600 media switch supports high-availability for both SS7 signaling and core call routing, transcoding and application delivery functions.
Using the TMS1600
To add one or two TMS1600 Switches, your system must be comprised of three or more TMP6400 devices. In addition, the serial number of each TMS1600 must have been registered with the Toolpack application server.
Related actions
