JDSU HST-3000 SIM E1 Circuit Testing Module
$695.00
Availability:
In stock
SKU
1L169
Condition: Refurbished
Warranty: 90 Day Exchange
JDSU HST-3000 E1 SIM Module
Dual E1RX/TX
Two separate receivers (RX) and transmitters (TX) allow for the simultaneous monitoring and evaluation of a wide range of alarms and errors. Different test modes with clock preferences support all of the requirements for ITU-T G.703 frame analysis, BERT, ITU-T G.821, ITU-T G.826, and ITU-T M.2100. This enables operators to validate connectivity and QoS quickly and efficiently.
E1 Pulse Shape Option
Incorrect pulse shape, due to jitter or incorrectly terminated interfaces, causes poor network performance. The Pulse Shape software option quickly assists in identifying network problems during installation, commissioning, or troubleshooting by comparing the pulsewith the ITU-T G.703 pulse mask.The software averages the received E1 pulse and automatically displays the result against the ITU-T mask.
FrameRelay Option
With the Frame Relay software option, technicians can verify that frame relay service is functioning properly by testing LMI activity, PVC/DLCI status, congestion, and lost framesto validate committed information rates(CIR).
Bidirectional Monitoring
The HST-3000 can monitor transmission passively in both directions to confirm physical layer and service level results on E1 Circuits.
Specifications:
For full JDSU HST-3000 E1 product specifications, please click here: JDSU HST-3000 E1
Dual E1RX/TX
Two separate receivers (RX) and transmitters (TX) allow for the simultaneous monitoring and evaluation of a wide range of alarms and errors. Different test modes with clock preferences support all of the requirements for ITU-T G.703 frame analysis, BERT, ITU-T G.821, ITU-T G.826, and ITU-T M.2100. This enables operators to validate connectivity and QoS quickly and efficiently.
E1 Pulse Shape Option
Incorrect pulse shape, due to jitter or incorrectly terminated interfaces, causes poor network performance. The Pulse Shape software option quickly assists in identifying network problems during installation, commissioning, or troubleshooting by comparing the pulsewith the ITU-T G.703 pulse mask.The software averages the received E1 pulse and automatically displays the result against the ITU-T mask.
FrameRelay Option
With the Frame Relay software option, technicians can verify that frame relay service is functioning properly by testing LMI activity, PVC/DLCI status, congestion, and lost framesto validate committed information rates(CIR).
Bidirectional Monitoring
The HST-3000 can monitor transmission passively in both directions to confirm physical layer and service level results on E1 Circuits.
Specifications:
| Transmitters To G.703 | |
| Outputs | 2x balanced RJ-48 jacks Impedance 120ohms Unbalanced / 75ohms via adapter cables |
| Bit Rate | 2048 kbit/s , +/- 3 ppm, +1 ppm per year aging |
| Line Code | HDB3 or AMI |
| Frequency Offset | +/- 100ppm in 1ppm intervals |
| Slip Reference | Opposite RX, External E1 Reference Clock |
| Clock Source | Internal, Recovered from RX1 or RX2, External E1 Reference Clock (via optional cable) |
| Receivers To G.703 | |
| Inputs | 2x balanced RJ-48 jacks Impedance 120ohms or bridged (hi-Z) Unbalanced / 75ohms via adapter cables |
| PMP Compensation | 20 to 31dB gain |
| Bit Rate | 2048 kbit/s |
| Level Measurement | +3 to -37dB nom |
| Slip Reference | Opposite RX, External E1 Reference Clock |
| External E1 Reference Clock | 0.5 to 3V square or sine wave, 2,048MHz, unbalanced / 75ohms (at adapter cable input) |
| E1 Circuit Testing | |
| Framed and unframed test signal generation Bulk, n x64kbit/s BERT G.821, G.826, M.2100 analysis Error and alarm and generation and analysis Round Trip Delay Signal Level and Frequency Audio Monitor Si, Sa, A-bit, and E-Bit (REBE) monitoring and generation |
|
| Test Modes | Terminate, Monitor, Drop and Insert, Line Loopback |
| Performance Measurement | G.821, G.826, M.2100 |
| Test Patterns | 2^6-1 (ITU), 2^9-1 (ITU), 2^11-1 (ITU), 2^15-1 (ITU & ITU INV), 2^20-1(ITU & ITU INV), 2^23-1 (ITU & ITU INV), QRSS, QBF Mark (All Ones), Space (All Zeros), 1:1, 1:3, 1:4, 1:7 User Bit Patterns 3 to 32 bits User Byte Patterns 1 to 64 bytes Live Delay Auto (via Auto Configure) |
| Anomaly (Error) Injection | |
| Bit (TSE) | Single, rate, multiple |
| Code, CRC, Pattern Slip, E-Bit (REBE) | Simple |
| FAS | Single, 2, 3, 4 |
| MFAS | Single, 2 |
| Defect (Alarm) Generation | LOS, LOF, AIS, RDI/FAS distant, MF AIS (TS-16), MF RDI/MFAS distant |
| Anomaly (Errors) Counts | Bit(TSE), Code, FAS, MFAS, CRC, E-Bit |
| Frame Data | Sa4, Sa5, Sa6, Sa7, Sa8, NFAS A-Bit, NMFA |
| Signal Results | Signal loss (seconds), bit slips, RX level, TX and RX bit rate |
| BERT Results | Bit errors (TSE), bit errorrate, errored seconds, error-free seconds, percentage error-free seconds, pattern slip, roundtrip delay, pattern loss seconds (LFF) |
| Audio Monitor | From RX1, RX2, or RX1 and RX2 |
| Round Trip Delay | |
| Range | 0-10 s |
| Resolution | 100 µs |
| Result Categories | Summary, LED, Signal, Frame Data, Timeslot, BERT, Performance (G.821, G.826ISM, G.826 OOS, M.2100ISM, M.2100 OOS), Time, Event Table, Event Log, Event Histogram |
For full JDSU HST-3000 E1 product specifications, please click here: JDSU HST-3000 E1
JDSU HST-3000 SIM E1 Module
Intended to be used to commission and maintain E1 circuits
For Use With HST-3000 & HST-3000C Mainframes
(HST-3000 & HST-3000C Mainframe Not Included In Sale!)
HST 3000 3000C
JDSU HST-3000 E1 Circuit Service Interface Module E1-Circuit Service Interface Module Models On Sale Warranty Calibration Backed by The Best Service and Lowest Prices in the Industry.
BC# 24692-L/T*
- JDSU HST-3000 SIM E1 Module (BC# 24692-L/T*)
- JDSU P/N: 80-42047-01 Cable
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