srakamarketing.blogg.se - Digital sentry bandwidth algorithm

#DIGITAL SENTRY BANDWIDTH ALGORITHM ARCHIVE#
#DIGITAL SENTRY BANDWIDTH ALGORITHM PC#
#DIGITAL SENTRY BANDWIDTH ALGORITHM OFFLINE#
#DIGITAL SENTRY BANDWIDTH ALGORITHM SERIES#

MPEG-2, AC-3, MPEG-2 AAC, and MPEG-4 AAC codec support.

Display of video metadata including codec type, resolution, display area, aspect ratio, bit rate, frames per second, scan, and AFD.

Color display using Tektronix Diamond display.

Blockiness/Compression artifact detection.

Characteristics Key specsĪll measurements are performed on decoded video and audio, using standards based on Tektronix proprietary algorithms. Results displayed in DTV monitor or IP video monitor user interfaceĪll specifications apply to all models unless noted otherwise.

#DIGITAL SENTRY BANDWIDTH ALGORITHM SERIES#

Also available for use with MTS4000 Series analyzersĬonfiguration for use in monitoring systems.

Can be used in conjunction with the probes polling capability to sequentially test different Transport Streams carried on up to 500 IP flows (IPM400A) or up to 200 RF channel presets (MTM400A).

Automated round-robin polling sequentially checks services within an MPTS.

Results available to management systems through monitoring probes SNMP MIB.

QoE results are reflected in monitoring probe's Remote User Interface and event log.Can be used with all Tektronix DTV monitoring probe configurations using robust private backhauled video from the monitoring probes.Supports IGMP for accessing remote multicast streams Can be connected directly to an Ethernet switch.

#DIGITAL SENTRY BANDWIDTH ALGORITHM OFFLINE#

Application can be also be used stand-alone for offline file analysis with support for MPTS and SPTS files.

#DIGITAL SENTRY BANDWIDTH ALGORITHM ARCHIVE#

Triggered capture with pre-trigger buffer enables archive of impairments or offline video quality analysis to be performed.

#DIGITAL SENTRY BANDWIDTH ALGORITHM PC#

Two instances can be run per license to enable service comparison at different network locations (dependent on PC processing power and video content type).Available for installation on the customer's own PC.QoE monitoring in the video delivery chain VQS1000 overview Remote In-service Diagnostics of Broadcast Delivery Issues - Combined with physical transport alarms from the Tektronix IPM400A or any MTM400A Series probe, operators can determine if the source of a problem is in the content (for example, over-compression) or in network distribution layers.Network Performance Optimization - QoE and bit rate monitoring and logging enable in-service tuning of networks to deliver the best viewing experience possible within bandwidth constraints to viewers.Affordable QoE Monitoring - Alarms with configurable impairment magnitude, duration, and frequency thresholds can be generated to alert users to content that will impact customers' viewing and listening experience.This enables users to easily distinguish between errors that are caused by network issues (dropped packets, CC errors, etc.) and errors which do not have a corresponding network issue and are therefore caused by an upstream encoder problem. Integrate with Tektronix IP Video and DTV Monitoring probes so that QoE errors appear in the monitoring probe log interleaved with the TS and physical layer (IP and RF) QoS errors.IGMP support for analyzing multicast streams beyond the local router.Connect either directly to an Ethernet switch or integrate with Tektronix IP Video and DTV Monitoring probes.Logging of live data to capture min, max, and average impairment values and bit rates at user-definable time intervals enables long-term quality of experience for a service to be assessed and optimized.Triggered-capture of streams and logging of live data enable offline analysis of service quality issues.Trending of video and audio metrics to help diagnose intermittent and time related problems.Analysis of decoded MPEG-2, AC-3, MPEG-2 AAC, and MPEG-4 AAC audio to identify loudness problems in accordance with ITU-R BS.1770/1771.Industry-first unique visualization tool with innovative impairment displays highlights the location and severity of video defects, enabling engineers to clearly see and validate the presence of impairments on the image.This enables operators to distinguish between impairments resulting from network distribution versus artifacts resulting from compression. Reliable and sophisticated analysis algorithms applied to decoded MPEG-2 or H.264 video to identify stuck, black, macro-blocking, and compression artifacts.