TMP7900 - Revision history

Cbilodeau: redirect to tmp6400-ctrl

2018-03-13T12:49:52Z

redirect to tmp6400-ctrl

Cbilodeau: add revision category

2011-02-14T21:31:35Z

add revision category

Cbilodeau: fix typo from tmg7800 to tmp7900

2009-12-22T18:34:32Z

fix typo from tmg7800 to tmp7900

Ktrueman: fixed mistake

2009-12-10T19:43:06Z

fixed mistake

Ktrueman: removed configurations

2009-12-10T19:30:01Z

removed configurations

Ktrueman: /* Available configurations */

2009-11-03T14:10:30Z

Available configurations

Ktrueman: replaced with new content

2009-10-30T20:33:51Z

replaced with new content

Ktrueman: clean up

2009-10-29T14:55:08Z

clean up

Ktrueman: initial content

2009-10-29T13:54:30Z

initial content

New page

The TelcoBridges Tdev™ TMP7900 is a very high capacity, carrier-grade computer telephony (CTI) development platform that meets the needs of service providers looking to expand their value-added services (VAS) offerings, while consolidating multiple racks of devices for call control and media into a single system. Offering multiple redundant quad-core Intel Xeon©-based hosts with multi-terabyte local RAID-1 storage, the TMP7900 can run additional applications such as softswitches and session border controllers locally, further answering the need for device consolidation and convergence.

While also delivering seamless voice interoperability across TDM and IP networks, with support for core telecom features such as VOIP signaling, transcoding, tandem switching and advanced call routing, the TMP7900 provides an advanced application platform for delivering ring-back tones, unified communications, pre-paid/post-paid calling, conferencing, Fax over IP (T.38), voicemail, and other enhanced services to subscribers, irrespective of access protocol or device. Leveraging TelcoBridges’ Toolpack™ software toolkit, the TMP5900 provides the ability to rapidly develop and deploy applications that tie together real-time communications from the network with stored external data sources to provide unique subscriber-specific services.

The TMP7900 provides the ultimate in flexibility, easily scaling to full rack capacity of 1024 T1/E1/J1, 48 DS-3 or 16 STM-1 interfaces as service uptake increases, with the ability to mix and matching different interface types. At full capacity, the TMP7900 provides up to 32,768 non-blocking universal voice ports.

== Features & benefits ==

'''Carrier grade:''' Architected to NEBS Level 3, the TMP6400 is designed to meet the need for reliability that service providers and their customers demand. The TMP6400 features a non-blocking architecture, providing full availability of call channels and other system resources (IVR, VOIP).

'''Density:''' Supporting up to 1024 T1/E1/J1, 48 DS-3 or 16 STM-1 interfaces in a single system, the TMP7900 offers significant density in a single rack. The TMP7900 provides up to 32,768 IP voice ports at an industry-leading lowest cost per port. Enables consolidation of multiple disparate signaling and connectivity devices into a single unified system.
High-availability: The TMP7900 features redundancy at multiple layers across all hardware and software elements to ensure maximum uptime and graceful recovery in case of component failure. Network redundancy is provided with support for multiple redundant links and concurrent SS7 point codes.

'''Flexibility:''' The TMP7900 supports multiple ‘any-to-any’ switching across multiple network interfaces and signaling protocols (SS7, ISDN, SIGTRAN, SIP and H.248) in a single system. It also supports transcoding for all major wireline, wireless and internet codecs.

== Available configurations ==

(w/ application hosts)

TMG7901 – 256 x T1/E1/J1; 2 hosts

TMG7902 – 512 x T1/E1/J1; 2 hosts

TMG7903 – 768 x T1/E1/J1; 4 hosts

TMG7904 – 1024 x T1/E1/J1; 4 hosts

TMG7911 – 12 x DS-3; 2 hosts

TMG7912 – 24 x DS-3; 2 hosts

TMG7913 – 36 x DS-3; 4 hosts

TMG7914 – 48 x DS-3; 4 hosts

TMG7921 – 4 x STM-1; 2 hosts

TMG7922 – 8 x STM-1; 2 hosts

TMG7923 – 12 x STM-1; 4 hosts

TMG7924 – 16 x STM-1; 4 hosts

TDM, VOIP and IVR capacity can be specified for each configuration and capacity expanded later via software and/or hardware upgrade. Each configuration is available with AC or DC power.

== References ==
*[[media:FINAL - DATA SHEET TMP7900.pdf|Data sheet]]

@@ Line 1: / Line 1: @@
-[[Image:Full-rack-2 clipped+shadow-3.jpg|thumb|200px|Front view of TMP7900 rack]]
+#REDIRECT [[TMP6400-CTRL]]
-The TelcoBridges [[Tdev]]™ TMP7900 is a very high capacity, carrier-grade computer telephony (CTI) development platform that meets the needs of service providers looking to expand their [[value-added services]] (VAS) offerings, while consolidating multiple racks of devices for call control and media into a single system. Offering multiple redundant quad-core Intel Xeon©-based hosts with multi-terabyte local RAID-1 storage, the TMP7900 can run additional applications such as softswitches and session border controllers locally, further answering the need for device consolidation and convergence.
-−
-−
-While also delivering seamless voice interoperability across TDM and IP networks, with support for core telecom features such as VOIP signaling, transcoding, tandem switching and advanced call routing, the TMP7900 provides an advanced application platform for delivering [[ringback tones|ring-back tones]], [[unified communications]], [[Prepaid & postpaid calling|pre-paid/post-paid calling]], [[conferencing]], [[Fax over IP]] (T.38), [[voicemail]], and other enhanced services to subscribers, irrespective of access protocol or device. Leveraging TelcoBridges’ Toolpack™ software toolkit, the TMP5900 provides the ability to rapidly develop and deploy applications that tie together real-time communications from the network with stored external data sources to provide unique subscriber-specific services.
-−
-−
-The TMP7900 provides the ultimate in flexibility, easily scaling to full rack capacity of 1024 T1/E1/J1, 48 DS-3 or 16 STM-1 interfaces as service uptake increases, with the ability to mix and matching different interface types. At full capacity, the TMP7900 provides up to 32,768 non-blocking universal voice ports.
-−
-−
-== Features & benefits ==
-−
-'''Carrier grade:''' Architected to NEBS Level 3, the TMP7900 is designed to meet the need for reliability that service providers and their customers demand. The TMP6400 features a non-blocking architecture, providing full availability of call channels and other system resources (IVR, VOIP).
-−
-[[Category:RevisionV2]]
-'''Density:''' Supporting up to 1024 T1/E1/J1, 48 DS-3 or 16 STM-1 interfaces in a single system, the TMP7900 offers significant density in a single rack. The TMP7900 provides up to 32,768 IP voice ports at an industry-leading lowest cost per port. Enables consolidation of multiple disparate signaling and connectivity devices into a single unified system.
-−
-−
-'''High-availability:''' The TMP7900 features redundancy at multiple layers across all hardware and software elements to ensure maximum uptime and graceful recovery in case of component failure. Network redundancy is provided with support for multiple redundant links and concurrent [[SS7]] point codes.
-−
-−
-'''Flexibility:''' The TMP7900 supports multiple ‘any-to-any’ switching across multiple network interfaces and signaling protocols (SS7, [[ISDN]], [[SIGTRAN]], [[SIP]] and [[H.248]]) in a single system. It also supports transcoding for all major wireline, wireless and internet [[voice codecs|codecs]].
-−
-−
-== References ==
-*[[media:FINAL - DATA SHEET TMP7900.pdf|Data sheet]]
-−
-−
-−
-[[category:Hardware]]

@@ Line 13: / Line 13: @@
 '''Carrier grade:''' Architected to NEBS Level 3, the TMP7900 is designed to meet the need for reliability that service providers and their customers demand. The TMP6400 features a non-blocking architecture, providing full availability of call channels and other system resources (IVR, VOIP).
+[[Category:RevisionV2]]
 '''Density:''' Supporting up to 1024 T1/E1/J1, 48 DS-3 or 16 STM-1 interfaces in a single system, the TMP7900 offers significant density in a single rack. The TMP7900 provides up to 32,768 IP voice ports at an industry-leading lowest cost per port. Enables consolidation of multiple disparate signaling and connectivity devices into a single unified system.

← Older revision		Revision as of 18:34, 22 December 2009
Line 1:		Line 1:
−	[[Image:Full-rack-2 clipped+shadow-3.jpg\|thumb\|200px\|Front view of ~~TMG7800~~ rack]]	+	[[Image:Full-rack-2 clipped+shadow-3.jpg\|thumb\|200px\|Front view of TMP7900 rack]]
	The TelcoBridges [[Tdev]]™ TMP7900 is a very high capacity, carrier-grade computer telephony (CTI) development platform that meets the needs of service providers looking to expand their [[value-added services]] (VAS) offerings, while consolidating multiple racks of devices for call control and media into a single system. Offering multiple redundant quad-core Intel Xeon©-based hosts with multi-terabyte local RAID-1 storage, the TMP7900 can run additional applications such as softswitches and session border controllers locally, further answering the need for device consolidation and convergence.		The TelcoBridges [[Tdev]]™ TMP7900 is a very high capacity, carrier-grade computer telephony (CTI) development platform that meets the needs of service providers looking to expand their [[value-added services]] (VAS) offerings, while consolidating multiple racks of devices for call control and media into a single system. Offering multiple redundant quad-core Intel Xeon©-based hosts with multi-terabyte local RAID-1 storage, the TMP7900 can run additional applications such as softswitches and session border controllers locally, further answering the need for device consolidation and convergence.

← Older revision		Revision as of 19:43, 10 December 2009
Line 11:		Line 11:
	== Features & benefits ==		== Features & benefits ==

−	'''Carrier grade:''' Architected to NEBS Level 3, the ~~TMP6400~~ is designed to meet the need for reliability that service providers and their customers demand. The TMP6400 features a non-blocking architecture, providing full availability of call channels and other system resources (IVR, VOIP).	+	'''Carrier grade:''' Architected to NEBS Level 3, the TMP7900 is designed to meet the need for reliability that service providers and their customers demand. The TMP6400 features a non-blocking architecture, providing full availability of call channels and other system resources (IVR, VOIP).

← Older revision		Revision as of 19:30, 10 December 2009
Line 22:		Line 22:
	'''Flexibility:''' The TMP7900 supports multiple ‘any-to-any’ switching across multiple network interfaces and signaling protocols (SS7, [[ISDN]], [[SIGTRAN]], [[SIP]] and [[H.248]]) in a single system. It also supports transcoding for all major wireline, wireless and internet [[voice codecs\|codecs]].		'''Flexibility:''' The TMP7900 supports multiple ‘any-to-any’ switching across multiple network interfaces and signaling protocols (SS7, [[ISDN]], [[SIGTRAN]], [[SIP]] and [[H.248]]) in a single system. It also supports transcoding for all major wireline, wireless and internet [[voice codecs\|codecs]].

−
−	~~== Available configurations ==~~
−
−	*TMP7910 – 256 x T1/E1/J1
−	*TMP7912 – 512 x T1/E1/J1
−	*TMP7914 – 768 x T1/E1/J1
−	*TMP7916 – 1024 x T1/E1/J1
−	*TMP7920 – 12 x DS-3
−	*TMP7922 – 24 x DS-3
−	*TMP7924 – 36 x DS-3
−	*TMP7926 – 48 x DS-3
−	*TMP7930 – 4 x STM-1
−	*TMP7932 – 8 x STM-1
−	*TMP7934 – 12 x STM-1
−	*TMP7936 – 16 x STM-1
−
−
−	~~Each configuration is available with AC or DC power.~~

	== References ==		== References ==

@@ Line 24: / Line 24: @@
 == Available configurations ==
-*TMG7901 – 256 x T1/E1/J1; 2 hosts
+*TMP7910 – 256 x T1/E1/J1
-*TMG7902 – 512 x T1/E1/J1; 2 hosts
+*TMP7912 – 512 x T1/E1/J1
-*TMG7903 – 768 x T1/E1/J1; 4 hosts
+*TMP7914 – 768 x T1/E1/J1
-*TMG7904 – 1024 x T1/E1/J1; 4 hosts
+*TMP7916 – 1024 x T1/E1/J1
-*TMG7911 – 12 x DS-3; 2 hosts
+*TMP7920 – 12 x DS-3
-*TMG7912 – 24 x DS-3; 2 hosts
+*TMP7922 – 24 x DS-3
-*TMG7913 – 36 x DS-3; 4 hosts
+*TMP7924 – 36 x DS-3
-*TMG7914 – 48 x DS-3; 4 hosts
+*TMP7926 – 48 x DS-3
-*TMG7921 – 4 x STM-1; 2 hosts
+*TMP7930 – 4 x STM-1
-*TMG7922 – 8 x STM-1; 2 hosts
+*TMP7932 – 8 x STM-1
-*TMG7923 – 12 x STM-1; 4 hosts
+*TMP7934 – 12 x STM-1
-*TMG7924 – 16 x STM-1; 4 hosts
+*TMP7936 – 16 x STM-1
 Each configuration is available with AC or DC power.
 == References ==

@@ Line 1: / Line 1: @@
-The TelcoBridges [[Tdev]]™ TMP7900 is a very high capacity, carrier-grade computer telephony (CTI) development platform that meets the needs of service providers looking to expand their [[value-added services]] (VAS) offerings, while consolidating multiple racks of devices for call control and media into a single system. Offering multiple redundant quad-core Intel Xeon©-based hosts with multi-terabyte local RAID-1 storage, the TMP7900 can run additional applications such as softswitches and session border controllers locally, further answering the need for device consolidation and convergence.
+[[Image:Full-rack-2 clipped+shadow-3.jpg|thumb|200px|Front view of TMG7800 rack]]
@@ Line 10: / Line 11: @@
 == Features & benefits ==
-'''Carrier grade:''' Architected to NEBS Level 3, the TMP6400 is designed to meet the need for reliability that service providers and their customers demand. The TMP6400 features a non-blocking architecture, providing full availability of call channels and other system resources ([[IVR]], [[VOIP]]).
+'''Carrier grade:''' Architected to NEBS Level 3, the TMP6400 is designed to meet the need for reliability that service providers and their customers demand. The TMP6400 features a non-blocking architecture, providing full availability of call channels and other system resources (IVR, VOIP).
 '''Density:''' Supporting up to 1024 T1/E1/J1, 48 DS-3 or 16 STM-1 interfaces in a single system, the TMP7900 offers significant density in a single rack. The TMP7900 provides up to 32,768 IP voice ports at an industry-leading lowest cost per port. Enables consolidation of multiple disparate signaling and connectivity devices into a single unified system.
 '''High-availability:''' The TMP7900 features redundancy at multiple layers across all hardware and software elements to ensure maximum uptime and graceful recovery in case of component failure. Network redundancy is provided with support for multiple redundant links and concurrent [[SS7]] point codes.
-'''Flexibility:''' The TMP7900 supports multiple ‘any-to-any’ switching across multiple network interfaces and signaling protocols (SS7, [[ISDN]], [[SIGTRAN]], [[SIP]] and [[H.248]]) in a single system. It also supports transcoding for all major wireline, wireless and internet [[Voice codecs|codecs]].
@@ Line 36: / Line 40: @@
-[[TDM]], VOIP and IVR capacity can be specified for each configuration and capacity expanded later via software and/or hardware upgrade. Each configuration is available with AC or DC power.
+Each configuration is available with AC or DC power.