HSL - Revision history

Cbilodeau: change HSL description according to Marc's comment

2013-04-05T14:29:03Z

change HSL description according to Marc's comment

Ktrueman: clean up

2009-09-02T14:00:00Z

clean up

Cboulanger: /* References */

2009-09-02T02:30:46Z

References

Cboulanger at 02:30, 2 September 2009

2009-09-02T02:30:34Z

Cboulanger: Created page with 'HSL (High Speed Link) refers to an single MTP2 link which uses the whole bandwidth of a trunk to transport MTP2 data. The difference between an HSL MTP2 link and an Nx64/56k…'

2009-09-02T02:29:16Z

Created page with 'HSL (High Speed Link) refers to an single MTP2 link which uses the whole bandwidth of a trunk to transport MTP2 data. The difference between an HSL MTP2 link and an Nx64/56k…'

New page

HSL (High Speed Link) refers to an single MTP2 link which uses the whole bandwidth of a [[trunk]] to transport MTP2 data. The difference between an HSL MTP2 link and an Nx64/56kbps MTP2 link is that the Nx64/56kbps link uses many (N) independant timeslot, each containing an [[HDLC]] receiver/transmitter, grouped logically into a single MTP2 link. On the other hand, the HSL link is really a single [[HDLC]] receiver/transmitter that is not bound to a timeslot usual 7/8 bits boundary. It uses the complete trunk frame possible bandwidth to transmit data. An Nx64/56kbps link can be switched through a digital cross-connect equipment that handles the timeslot level (also referred to as 'channelized') while an HSL link cannot.

[[category:Glossary]]

← Older revision		Revision as of 14:29, 5 April 2013
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−	High Speed Link (HSL) refers to a single MTP2 link that uses the entire bandwidth of a [[trunk]] to transport MTP2 data. The difference between a HSL MTP2 link and a Nx64/56kbps MTP2 link is that the Nx64/56kbps link uses many (N) independent [[timeslot\|timeslots]], ~~each containing a~~ [[~~HDLC~~]] ~~receiver/transmitter, grouped logically into a single MTP2 link~~. ~~On the other hand, the~~ HSL link ~~is really~~ a single [[HDLC]] receiver/transmitter that is not bound by a timeslot's normal 7/8 bit boundary. ~~Instead, it uses~~ the complete ~~trunk frame's potential~~ bandwidth to transmit data. ~~A Nx64~~/~~56kbps link~~ can be switched via digital cross-connect equipment that ~~handles~~ the timeslot level ~~(also referred to as 'channelized') while a HSL-type link cannot~~.	+	High Speed Link (HSL) refers to a single MTP2 link that uses the entire bandwidth of a trunk to transport MTP2 data.
		+
		+	The difference between a HSL MTP2 link and a Nx64/56kbps MTP2 link is that the Nx64/56kbps link uses many (N) independent [[timeslot\|timeslots]], instead of all the [[timeslot\|timeslots]]. The HSL link and Nx64/56kbps link use a single [[HDLC]] receiver/transmitter that is not bound by a timeslot's normal 7/8 bit boundary like it is for a low speed link (LSL). The HSL can use the complete bandwidth of a channelized trunk to transmit data. All MTP2 links on channelized T1/E1 trunks can be switched via digital cross-connect equipment that can handle the timeslot level.

@@ Line 1: / Line 1: @@
-HSL (High Speed Link) refers to an single MTP2 link which uses the whole bandwidth of a [[trunk]] to transport MTP2 data.  The difference between an HSL MTP2 link and an Nx64/56kbps MTP2 link is that the Nx64/56kbps link uses many (N) independant timeslot, each containing an [[HDLC]] receiver/transmitter, grouped logically into a single MTP2 link.  On the other hand, the HSL link is really a single [[HDLC]] receiver/transmitter that is not bound to a timeslot usual 7/8 bits boundary.  It uses the complete trunk frame possible bandwidth to transmit data.   An Nx64/56kbps link can be switched through a digital cross-connect equipment that handles the timeslot level (also referred to as 'channelized') while an HSL link cannot.
+High Speed Link (HSL) refers to a single MTP2 link that uses the entire bandwidth of a [[trunk]] to transport MTP2 data. The difference between a HSL MTP2 link and a Nx64/56kbps MTP2 link is that the Nx64/56kbps link uses many (N) independent [[timeslot|timeslots]], each containing a [[HDLC]] receiver/transmitter, grouped logically into a single MTP2 link. On the other hand, the HSL link is really a single [[HDLC]] receiver/transmitter that is not bound by a timeslot's normal 7/8 bit boundary. Instead, it uses the complete trunk frame's potential bandwidth to transmit data. A Nx64/56kbps link can be switched via digital cross-connect equipment that handles the timeslot level (also referred to as 'channelized') while a HSL-type link cannot.
-[http://en.wikipedia.org/wiki/Signaling_System_7 Wikipedia - SS7]
+== References ==
 [[category:Glossary]]

@@ Line 3: / Line 3: @@
 == References ==
-[http://en.wikipedia.org/wiki/Signaling_System_7 Wikipedia SS7]
+[http://en.wikipedia.org/wiki/Signaling_System_7 Wikipedia - SS7]
 [[category:Glossary]]

← Older revision		Revision as of 02:30, 2 September 2009
Line 1:		Line 1:
	HSL (High Speed Link) refers to an single MTP2 link which uses the whole bandwidth of a [[trunk]] to transport MTP2 data. The difference between an HSL MTP2 link and an Nx64/56kbps MTP2 link is that the Nx64/56kbps link uses many (N) independant timeslot, each containing an [[HDLC]] receiver/transmitter, grouped logically into a single MTP2 link. On the other hand, the HSL link is really a single [[HDLC]] receiver/transmitter that is not bound to a timeslot usual 7/8 bits boundary. It uses the complete trunk frame possible bandwidth to transmit data. An Nx64/56kbps link can be switched through a digital cross-connect equipment that handles the timeslot level (also referred to as 'channelized') while an HSL link cannot.		HSL (High Speed Link) refers to an single MTP2 link which uses the whole bandwidth of a [[trunk]] to transport MTP2 data. The difference between an HSL MTP2 link and an Nx64/56kbps MTP2 link is that the Nx64/56kbps link uses many (N) independant timeslot, each containing an [[HDLC]] receiver/transmitter, grouped logically into a single MTP2 link. On the other hand, the HSL link is really a single [[HDLC]] receiver/transmitter that is not bound to a timeslot usual 7/8 bits boundary. It uses the complete trunk frame possible bandwidth to transmit data. An Nx64/56kbps link can be switched through a digital cross-connect equipment that handles the timeslot level (also referred to as 'channelized') while an HSL link cannot.
		+
		+	== References ==
		+
		+	[http://en.wikipedia.org/wiki/Signaling_System_7 Wikipedia SS7]

	[[category:Glossary]]		[[category:Glossary]]