The Tektronix 1730 Series Waveform Monitors and 1720 Series Vectorscopes provide comprehensive television signal monitoring for both NTSC and PAL applications. These versatile instruments are light weight, half-rack width and have bright CRTs for video signal monitoring. Both instruments exceed normal monitoring capabilities, and their unique features make them even more powerful when operated in tandem. Each monitor has its own advanced feature set and the proven 1700 Series family performance to provide more monitor for the money. These monitors do the job faster, better and easier at an economical price.
WFM6000/7000 Series - The WFM6120 / WFM7020 / WFM7120 family provides Tektronix' superior video waveform monitoring and analysis capabilities required in Content Creation, Content Delivery, Research & Development, and Manufacturing applications.
Precision and leading-edge capabilities such as Physical Layer Measurement, Digital Data Analysis, CaptureVu, A/V Delay Measurement and Simultaneous Input display make Tektronix the brand of choice for applications that require deep signal analysis and unquestionable accuracy.
Two models, SPG600 (full rack width) and SPG300 (half rack width), Analog Black Burst/Test Signal, SD-SDI Black/Test Signal, AES/EBU Digital and Analog Audio signal.
Optional fine Timing offset feature for analog video outputs - SPG600/SPG300 Option 01
Up to 8 optional Analog Black Burst/Test Signal outputs with independent timing offset - SPG600 option 02
Up to 4 optional SD-SDI Black/Test Signal outputs with independent timing adjustment - SPG600 option 03
Tektronix MPEG Analysis Instruments are the industry standard for MPEG stream analysis and interoperability testing. A key part of delivering a quality experience is finding the root cause of problems in the transport stream. Tektronix MPEG Analyzer Software allows you to go as deep as you need into the transport, PES and elementary streams to track down sources of picture anomalies or Transport Streams with errored syntax. The ability to capture events for deep analysis is critical to identifying the root cause of problems, and our QoE software analysis tools shorten the time to finding the root cause by identifying impairments and artifacts that can be traced directly to network issues.
Can be used for installation, verification and trouble-shooting of each block of a video system because it is video technology agnostic; any visible differences between video input and output from processing components in the system chain can be quantified and assessed for video quality degradation.