Wise TSW200E1, Manual

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TSW200E1
•
ROUND-TRIP DELAY M
ODE
: In this mode, the TSW200E1 allows measuring the delay of
a certain path. To do that, a remote loopback is done and a marker is inserted. The delay is
evaluated by measuring the time that that marker took to show up at reception.
•
SLIP MONITOR M
ODE
: The Slip mode is used to monitor the synchronization in an E1
link. During the test, two E1 signals are compared. The synchronism between them is
checked by detecting slips.
•
RATES MONITOR M
ODE
: In this mode, the two signals rate is measured, in bps, and is
presented on screen. It is acquired together with Slip Monitor Mode. Available on hardwares
I or newer.
1.3.3 - Frame Relay Module (optional)
The TSW200E1 performs the correct link management between CPE and the network,
checking if the frames are correctly transmitted and received in the structure of the Frame Relay
protocol. The Frame Relay module operating manual is provided separately.
1.3.4 - X.25/xDLC Module (optional)
The equipment performs tests of link integrity, verifying if the frames are being transmitted
and received correctly in structures that employ one of these protocols: SDLC, HDLC, X.25,
ASYNC, SYNC or DDCMP. The ASYNC and SYNC tests allow data transmission and reception
using buffers. The X.25/xDLC module operating manual is provided separately.
1.3.5 - X.50 Module (optional)
X.50 is a frame structure used at 64 Kbps to allow the transport of many data channels with
lower rates within the synchronous 64 Kbps data band. The X.50 FRAME mode allows tests for
divisions 2 and 3. The X.50 module operating manual is provided separately.
1.3.6 - PPP Module (optional)
The PPP test mode allows connectivity analysis and response times evaluation in IP
networks that use PPP protocol, using synchronous communication. The PPP module operating
manual is provided separately.
1.3.7 - CAS MFC-R2 (optional)
In the MFC-R2 module, the TSW200E1 operates as simulator or analyser in a communication
using MFC-R2 signalling. As an analyser, the equipment observes the communication without
interfering on it, gets Forward and Backward signals, identifies the line signalling (digital R2) and
the signalling between registers (MFC) for each channel. As a simulator, it acts as one of the
communication ends, answering the incoming calls or starting a call. The CAS MFC-R2 module
operating manual is provided separately.
1.3.8 - HDLC CISCO Module (optional)
The HDLC CISCO test mode allows connectivity analysis and response times evaluation in
IP networks that use HDLC CISCO protocol, using synchronous communication. The HDLC
CISCO module operating manual is provided separately.
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