SIGWIRE
SIGWIRE
Signal Monitoring System for Cable Operators (CATV).
"Ensure an efficient signal integrity monitoring in your today’s cable networks"
Key Features
- Real time headend 24h testing. Continuous monitoring of transmit and receive carriers.
- Remote headend monitoring of:
- Carrier level
- Bandwidth
- Noise power ratio
- Return alignment
- Detect ingress/noise floor
- Manual and Automatic Measurements.
- Real-time spectrum recording and dual playback.
- Spectrum Analyzer software added multitasking and multiuser capabilities to allow concurrent operation to different simultaneous users.
- Real time manual mode providing same functionality as spectrum analyzer front panel.
- Measurement set-ups and masks.
- Task scheduling automation capabilities.
- Storage of results, events, alarms and recording for further analysis in a standard relational data base.
- Signal failure report generation.
- Modular and scalable system.
- Open interfaces to integrate with other systems via SNMP and TMN adapters.
- Available for Windows, Linux and UNIX Platforms.
Benefits
- Cost-effective signal integrity monitoring system for small, medium and large cable networks.
- Through local and remote headends monitoring, you can ensure continued system quality performance at a minimal cost.
- Avoid unnecessary expenses throughout modular scheme. You can select the features that fit your needs and optimize costs.
- Through its scalable architecture the product fits from large to small monitoring requirements.
- Capture and record coupled electromagnetic interfering signals from remote sites.
- Check your contributing signals as delivered at RF and IF stages.
- Eliminates frequent visits to the field.
- No need to leave the office for a remote measurement.
- It greatly reduces the time it takes to detect and locate ingress or noise floor in the field and eliminates the need for a second technician at the headend or the hub site.
- Supports standard instrumentation vendors.
For more information download the product datasheet.
(618 KB)