This E1/Datacom transmission analyzer is designed for performing
comprehensive analysis, measurement and evaluation of telecom
networks. It performs E1 frame data monitoring and analysis, dual
E1 channel testing, loop delay, APS delay, pulse measurement,
jitter measurement, signal level measurement. It also has many
enhanced test functions such as "PCM Simulator", "Mux/Demux", "Drop
& Insert" and "Network Tools". It is widely used in R&D,
production, installation, verification and maintenance of SDH, PDH,
PCM, DTU and Data protocol converter equipment.
- **0 &branded; balance and *5 &branded; unbalance line
interfaces
- HDB3 and AMI line codes
- Out-of-service framed and unframed testing
2 Mb/s, *4 Kb/s BER testing
Frame data and alarm monitoring
Clock slip measurement
- In-service framed and unframed testing
Hi-Z and through mode testing
CODE, FAS, CRC4, E-BIT BER
testing
Frame data and timeslot activity
monitoring
Monitoring of octet code in any
selected timeslot
Built-in *4 kb/s tone channel
monitoring capability
ABCD code monitoring in CAS
signaling
TS*6 monitoring in CCS
signaling
- Double E1 channel testing
Double E1 channels Rx Hi-Z and
through mode testing
Double E1 channels Code, FAS, CRC*4,
E-BIT BER testing
Double E1 channels FAS/NFAS, CAS
Multi-frame, CCS timeslot *6 and timeslot activity monitoring
Double E1 channels timeslot data
monitoring
Double E1 channels built-in *4 kb/s
tone channel monitoring capability
Double E1 channels CAS and CCS
signaling monitoring
- Round trip delay measurement
- APS delay measurement
- Pulse Mask Measurement
Input E1 pulse shape display
Pulse width measurement
Pulse width and amplitude ratio
measurement
Up-edge and down-edge time
measurement
Overshoot and undershoot ratio
measurement
Pulse amplitude and level
measurement
- PCM simulator
Extensive error insertion and alarm
generation
Frame data control and
monitoring
Idle word insertion in one or more
timeslots with programmable pattern
VF tone generation and measurement in
one or more timeslots
Listen to any voice channel in the
receiver via earphone
Talk to any voice channel in the
transmitter via microphone
Perform the tests of signal level and
frequency of the VF channel simultaneously
CAS and CCS signaling generation and
monitoring
- Frequency and Offset measurements
- Level measurement
- Transmit clock deviation up to **9ppm
- Clock source: Internal, Interface and External 2 M
clock/signal
- Testing pattern: PRBS, Fixed Code, **-BIT User-programmable
word
- Error insertion: Single and Fixed Rate
- Real-time transmit circuit status indication: open/short
- Manual or auto-timer measurements
- Performance analysis according to G.**1, G.**6, and M.***0
- Option 1: Jitter Testing
Peak-to-peak jitter measurement
Jitter measurement comply with O.**2
filter
Hit seconds and hit free seconds
counts
- Option 2: Datacom Testing
Datacom (V.*4, V.*5, V.*6, X.*1,
RS***9, RS***5, EIA***0 and EIA***0A) BER testing
Asynchronous BER testing at a baud
rate range of *0 b/s to *7.6 b/s
Synchronous BER testing at a data
rate of 1.2 kb/s to ***8 kb/s
DTE or DCE equipment emulation
Synchronous clock source
selectable
Frequency measurement
Handshaking signals control and
monitoring
- Option 3: G.**3 *4 kb/s CO Testing
G.**3 *4 kb/s Co-directional BER
testing
Octet timing control and
monitoring
Frequency and offset
measurement
Transmit clock source: Internal and
Interface
- Option 4: Mux & Demux Testing
E*-Datacom synchronous *4 kb/s, N¡*4
kb/s BER testing
E*-G.**3 CO synchronous *4 kb/s BER
testing
Frequency and Offset measurement of
Rx interface
Handshaking signals monitoring of
Datacom interface
E1 framed data and alarm
monitoring
- Option 5: Drop & Insert Testing
Insert mode: Insert synchronous *4 k,
Nx*4 kb/s data from Datacom or G.**3 CO interface to one or more
timeslots of E1 signal
Drop mode: Drop one or more timeslots
data from E1 signal to Datacom or G.**3 CO interface
Insert Drop mode: Insert and drop one
or more E1 timeslots data from or to Datacom or G.**3 CO
interface