One-Sheet | Release Date | |
PRISM – Precision Waveform Monitoring to Meet the Challenges of UHD Content Production
PRISM provides precise and efficient waveform monitoring with an extensive array of applications to create a custom solution suited to meet specific challenges. |
12 April 2024 |
Datasheet | Release Date | |
PRISM – SDI/IP Waveform Monitor | 4 March 2024 |
Document | Document Type | Release Date |
Keeping Studio IP Media Streams Reliable: An Essential Guide
Get a perspective, from both the Broadcast Bridge and Telestream, on how to keep live and studio IP media streams reliable |
Essential Guide | 6 September 2022 |
Studio Hamburg Media Consult International (MCI) - PRISM
Understand why Studio Hamburg has found PRISM to be an invaluable technical measurement instrument for their SDI and SMPTE 2110 installations. |
Case Study | 1 June 2022 |
Monitoring by Exception
Monitoring by Exception and Seamlessly Transitioning to IP Diagnostics Tools Keeps Live and Studio Production Streams Flowing |
Solution Brief | 25 February 2022 |
IP Media Network Monitoring and Troubleshooting: A Combined Solution
Provides insight into maintaining IP-based systems at peak efficiency and reliability, delivering uninterrupted, high-quality video, audio, and caption/data streams to viewers. |
Whitepaper | 21 October 2021 |
PRISM: Software-Defined Waveform Monitor Solutions for Every Application
Diagnosing and Resolving Faults in an Operational IP Video Network: a comprehensive guide |
Whitepaper | 20 September 2021 |
MPS-PTBL - Portable Accessory Kit
Illustration showing all components included with this option. |
Hardware Document | 8 July 2021 |
MPS-RACK - Mounting Accessories
Illustration showing all components included with this option. |
Hardware Document | 8 July 2021 |
Color Grading in a Wide Gamut Environment Using the PRISM - Waveform Monitor Platform
Human color sensitivity is extraordinary, but perception is subjective. It’s hard for your brain to track millions of colors when they must be constrained to different gamuts. Waveform monitors like the Telestream PRISM provide the tools to let you do it objectively. |
Blog | 01 June 2021 |
Flexible IP Monitoring: Essentials Guide
This guide shares the details of Telestream’s innovation in software-defined waveform monitors |
Whitepaper | 14 April 2021 |
An Introduction to IP Video and Precision Time Protocol
This paper discusses the migration to IP and its impact on those across the broadcast chain, including content producers, broadcasters, content providers, content distributors, equipment manufacturers, and those concerned with live production workflows. |
Whitepaper | 15 December 2020 |
Satisfy the requirements for the successful execution of workloads in the new postproduction environment
Get the white paper titled “Meeting Postproduction Challenges In a Transformed Video Marketplace: Expanded Workloads & Accelerated Schedules Call for New Solutions.” |
Whitepaper | 22 July 2020 |
New Postproduction Tools Equip Workflows for HDR & 4K Surge
With Telestream’s introduction of the widely used PRISM waveform monitor for postproduction, personnel can now cover all the bases for managing HDR color and luminance along with 4K and even 8K pixel density within a single workflow. Get the white paper. |
Whitepaper | 26 June 2020 |
Remote Workflows and HDR in Sports: Not Just for the Big Leagues
Streamline your media operations as part of your remote working and disaster recovery plans. Read a short article that provides suggestions on tested workflows that enable more remote productions and state-of-the-art 4K HDR programming to OTT platforms for you to deliver a more engaging experience for your viewers without breaking the bank. |
Whitepaper | 19 June 2020 |
HDR for Cinematography: An Essential Guide from The Broadcast Bridge, sponsored by Telestream
High dynamic range (HDR) and wide color gamut (WC) combined with 4K resolution and progressive frame rates have catapulted broadcast television to new levels of immersive experience for the viewer. As HDR and WCG are relatively new to television, we need to both understand their application and how we monitor them to enable us to surpass the levels of quality and immersive experience cinematographers demand. If you would like to understand and build HDR workflows or you need to get the best out of HDR, download HDR for Cinematography: An Essential Guide from The Broadcast Bridge. |
Whitepaper | 12 May 2020 |
Practical High Dynamic Range Broadcast Workflows: An Essential Guide from The Broadcast Bridge, sponsored by Telestream
The guide provides practical insight and shares how HDR workflows are addressed in broadcast workflows through real-life examples. Due to the differing screen brightness, comparing SDR and HDR images may not be as straightforward as it may first seem. A working solution to address this is demonstrated. |
Whitepaper | 09 April 2020 |
An Introduction to IP Video and Precision Time Protocol It’s hard to attend a broadcast industry trade show or read industry news without seeing much discussion about the enormous technological changes in the works that will impact the broadcast industry over the next few years. Some changes such as 4K/UHDTV, High Dynamic Range and High Frame Rate video could be regarded as evolutionary, but the transition to an all IP video workflow is regarded by many as a revolutionary and disruptive technology change that will demand entirely new skillsets and infrastructure. |
Whitepaper | 16 Aug 2017 |
Manual | Manual Type | Part Number | Release Date |
PRISM MPP SDI / IP Waveform Monitor Installation and Safety Instructions This manual describes how to install the PRISM MPP Waveform Monitor and provides basic safety and operating information. Detailed operating information is available in the user manual. |
User | P00010588A | 17 November 2023 |
PRISM MPS, MPD, and MPP SDI / IP Waveform Monitor V4.1 User Manual Supports software version 4.1 and above. This manual contains detailed information about the operation, functions, and features of the MPS, MPD, and MPP models of the PRISM Waveform Monitor. |
User | D00013488J | 17 November 2023 |
PRISM MPI2-25 and MPX2-25 SDI / IP Waveform Monitor V4.0 User Manual Supports software version 4.0 and above. This manual contains detailed information about the operation, functions, and features of the MPI2-25 and MPX2-25 models of the PRISM Waveform Monitor. |
User | D00010019J | 11 September 2023 |
PRISM MPI and MPX SDI/IP Waveform Monitor V2.5 User Manual Supports software version 2.5. This manual contains detailed information about the operation, functions, and features of the 10G-only models of the MPI and MPX PRISM Waveform Monitor. |
User | D00010020E | 3 March 2023 |
PRISM MPI2-10 and MPX2-10 SDI/IP Waveform Monitor V2.5 User Manual Supports software version 2.5. This manual contains detailed information about the operation, functions, and features of the 10G-only models of the MPI2-10 and MPX2-10 PRISM Waveform Monitor. |
User | D00010021D | 30 September 2022 |
PRISM MPD SDI / IP Waveform Monitor Installation and Safety Instructions Supports software version 3.1 and above. This manual describes how to install the PRISM Waveform Monitor and provides basic safety and operating information. Detailed operating information is available in the user manual. |
User | D00010446B | 25 January 2022 |
PRISM MPS SDI / IP Waveform Monitor Installation and Safety Instructions Supports software version 3.1 and above. This manual describes how to install the PRISM Waveform Monitor and provides basic safety and operating information. Detailed operating information is available in the user manual. |
User | D00010445B | 25 January 2022 |
PRISM MPS Portable Accessory Installation and Safety Instructions This manual describes how to install the portable accessories and provides basic safety and use information. |
User | D00010447B | 25 January 2022 |
PRISM MPS Rack Accessory Installation and Safety Instructions This manual describes how to install the rack accessories and provides basic safety and use information. |
User | D00010448B | 25 January 2022 |
PRISM MPI2-25 SDI / IP Waveform Monitor Installation and Safety Instructions Supports software version 3.1 and above. This manual describes how to install the PRISM Waveform Monitor and provides basic safety and operating information. Detailed operating information is available in the user manual. |
User | 071-3730-00D | 25 January 2022 |
PRISM MPX2-25 SDI / IP Waveform Monitor Installation and Safety Instructions Supports software version 3.1 and above. This manual describes how to install the PRISM Waveform Monitor and provides basic safety and operating information. Detailed operating information is available in the user manual. |
User | 071-3738-00D | 25 January 2022 |
PRISM MPI2-10 and MPX2-10 SDI/IP Waveform Monitor V2.3 User Manual Supports software version 2.3 and above. This manual contains information about the operation, functions, and features of the PRISM SDI/IP Waveform Monitor. |
User | D00010021C | 12 July 2021 |
PRISM MPI and MPX SDI/IP Waveform Monitor V2.3 User Manual Supports software version 2.3 and above. This manual contains information about the operation, functions, and features of the PRISM SDI/IP Waveform Monitor. |
User | D00010020C | 12 July 2021 |
PRISM MPI2-RACK-MD Extended Touch Display with Rack Cabinet Installation and Safety Instructions This manual contains installation and safety information for the PRISM MPI2-RACK-MD extended touch display with rack cabinet. |
User | 071-3728-00B | 21 January 2021 |
PRISM MPI2-10 and MPX2-10 Field Upgrade This document contains instructions for installing Eye board field upgrades on the PRISM MPI2-10 and MPX2-10 Media Analysis Platform. |
Field Install Instructions | 075-1136-00A | 13 July 2020 |
PRISM MPI-MPX Field Upgrade This document contains instructions for installing Eye board field upgrades on the PRISM Media Analysis Platform. |
Field Install Instructions | 075-1133-00A | 13 July 2020 |
PRISM MPI Dual Rack Cabinet Version 2 Installation This document contains instructions for installing the PRISM MPI Media Analysis Platform into one of the optional dual rack cabinets. |
Field Install Instructions | 071-3725-00A | 10 July 2020 |
PRISM MPX2-DUALDSP Dual Display Installation and Safety Instructions This manual describes how to install the PRISM MPX2-DUALDSP Dual Display module and provides basic safety and operating information. |
Field Install Instructions | 071-3729-00A | 05 July 2020 |
PRISM MPI and MPX Media Analysis Platform V2.1 User Manual Supports software version 2.1 and above. This manual contains information about the operation, functions, and features of the PRISM Media Analysis Platform. |
User | D00010020A | 29 June 2020 |
PRISM MPI2-10 and MPX2-10 Media Analysis Platform V2.1 User Manual Supports software version 2.1 and above. This manual contains information about the operation, functions, and features of the PRISM Media Analysis Platform. |
User | D00010021A | 19 June 2020 |
PRISM MPI2-10 Front Panel Assembly Installation Instructions This document contains installation instructions for the front panel assembly kit for the PRISM Media Analysis Platform. |
Field Install Instructions | 075-1108-00 | 07 Feb 2019 |
PRISM MPI Media Analysis Platform Dual Rack Cabinet Version 1 Installation This document contains instructions for installing the PRISM MPI Media Analysis Platform into one of the optional dual rack cabinets. |
Field Install Instructions | 071-3501-03 | 19 March 2018 |
Datasheet | Literature Number | Release Date |
WFM2300 Multiformat, Multistandard Portable Waveform Monitor The WFM2300 Portable Video Waveform Monitor provides an ideal solution for video installation and maintenance applications with an integrated high-brightness, low-power consumption LED backlit display in a convenient portable form factor. This versatile instrument can operate with an internal battery and DC input through an AC-DC converter unit. |
D00013336B | 6 May 2021 |
Document | Document Type | Release Date |
PRISM to WFM Comparison
Next generation SDI and IP waveform monitor for engineering and production environments. |
Comparison Sheet | 19 May 2020 |
Understanding Color and Gamut Poster This graphical and intuitive poster provides a quick reference to understanding and addressing gamut issues. |
Poster | 14 Jun 2017 |
FAQ | FAQ ID |
When trying to upgrade the firmware of the instrument, I receive the following error: “Cannot establish connection: Connection timed out”. But I have entered the correct IP address of the instrument and I can ping the instrument. What could be wrong? Make sure that the instrument is in upgrade mode. On the instrument itself, navigate to Config > Utilities > System Upgrade > Network Upgrade and select “continue” by pushing the ”SEL” button. Now the upgrade program will be able to interface with the instrument and commence upgrade procedure. |
473216 |
Manual | Manual Type | Part Number | Release Date |
WFM2300 and WFM2200A V2.11 User Manual Supports software version 2.11. This document provides operating information and information about the features and functions of the WFM2300 and WFM2200A Multiformat, Multistandard Portable Waveform Monitors. |
User | 077-0865-02B | 6 May 2021 |
WFM2300 and WFM2200A Installation and Safety Instructions This document provides getting started installation instructions and safety, compliance, and environmental information for the WFM2300 and WFM2200A Multiformat, Multistandard Portable Waveform Monitors. This document is also available in Japanese, Simplified Chinese, and Russian. |
Primary User | 071-3205-02 | 09 Mar 2015 |
WFM230UP and WFM220AUP Upgrades for the WFM2300 and WFM2200A Installation Instructions This document describes how to install the WFM230UP and WFM220AUP upgrades for the WFM2300 and WFM2200A Multiformat, Multistandard Portable Waveform Monitors. |
Field Install Instructions | 075-1053-01 | 09 Mar 2015 |
Datasheet | Literature Number | Release Date |
WFM5200 Multiformat, Multistandard Compact Waveform Monitor The WFM5200 Compact Video Waveform Monitor provides an ideal solution for basic video and audio (with Option AUD) monitoring needs with an integrated high-brightness, low-power consumption LED backlit display in a convenient 3RU, half-rack, short-depth form factor, suitable for space-constrained environments. |
D00013337A | 15 Dec 2020 |
WVR5200 Multiformat, Multistandard Compact Rasterizer Datasheet The WVR5200 Compact Video Waveform Rasterizer provides an ideal solution for basic video and audio (with Option AUD) monitoring needs in a convenient 1RU, half-rack, short-depth form factor, suitable for space-constrained environments. |
D00013340A | 15 Dec 2020 |
WFM5250 SDI/HDMI Multiformat Compact Waveform Monitor The WFM5250 Compact Video Waveform Monitor provides an ideal solution for basic video and audio (with Option AUD) monitoring needs with an integrated high-brightness, low-power consumption LED backlit display in a convenient 3RU, half-rack, short-depth form factor, suitable for space-constrained environments. |
D00013338A | 15 Dec 2020 |
WVR5250 SDI/HDMI Multiformat Waveform Rasterizer The WVR5250 Compact Video Waveform Rasterizer provides an ideal solution for basic video and audio (with Option AUD) monitoring needs in a convenient 1RU, half-rack, short-depth form factor, suitable for space-constrained environments. |
D00013341A | 15 Dec 2020 |
Document | Document Type | Release Date |
Understanding HD and 3G-SDI Video Poster | Poster | 05 Dec 2018 |
Camera Measurements Camera alignment is the key to great image quality. Alignment-related quality problems are costly to correct, but they're easy to avoid with the help of a versatile waveform monitor and a camera chart. Learn how to get variables like white balance and camera shading right before your first shot. |
Fact Sheet | 10 Nov 2018 |
The Benefits of External Waveform Monitors in Color Correction for Video Editor and Colorist Steve Hullfish demonstrates 4 reasons what external waveform monitors are needed for color correction: 1) Improves the Resolution 2) Displays the actual output 3) Preset monitor configurations save time 4) Unique Luma Qualified Vector (LQV) Color Gamut displays improve the quality of the artistic rendering |
Application Note | 10 Nov 2018 |
Primary Color Correction for Video - Tonal Range and Color Correction Editor and Colorist Steve Hullfish demonstrates 4 reasons what external waveform monitors are needed for color correction: 1) Improves the Resolution 2) Displays the actual output 3) Preset monitor configurations save time 4) Unique Luma Qualified Vector (LQV) Color Gamut displays improve the quality of the artistic rendering |
Application Note | 10 Nov 2018 |
Color Correction for Video Chapter 3 excerpt from Hullfish's larger book on Color Correction for Video. |
Technical Brief | 09 Nov 2018 |
Color Correction for Video Using Custom Presets Editor and Colorist Steve Hullfish demonstrates how to improve your Color Correction efficiency by utilizing Custom Presets in a Waveform Monitor. Get a jump start by downloading Steve's Custom Presets and import them into your Tektronix Waveform Monitor. Download the Custom Presets from the Color Correction for Video Using Custom Presets Application Note |
Application Note | 09 Nov 2018 |
Color Correction for Video - Scene Matching Editor and Colorist Steve Hullfish demonstrates how to make two shots in a scene look like they belong together even if they were shot by different cameras or at different times of day. Learn how to save time by overlaying the LIVE feed from your system on TOP of the captured still. |
Application Note | 09 Nov 2018 |
LQV (Luminance Qualified Vector) Measurements with the WFM8200/8300 How To Guide Learn how the patented Luminance Qualified Vector (LQV) Display enhances the current Diamond/Split Diamond, Arrowhead and Vector Displays. |
How-to Guide | 09 Nov 2018 |
Audio Loudness Monitoring How-To Guide This hands-on guide making Audio Loudness measurements with the Tektronix waveform monitors or rasterizers provides step by step instructions on how to configure a waveform monitor to make loudness measurements to one of the standards ATSC A/85, EBU R 128 or ARIB TR-B.32. |
How-to Guide | 09 Nov 2018 |
Surround Sound Audio Monitoring Surround-sound technology has merged with digital television and other digital video technologies to create the home theater. Audio and video professionals need monitoring displays that help them visualize the auditory image that the viewer will experience. |
Application Note | 09 Nov 2018 |
16-Channel Audio Monitoring How To Guide This How To Guide provides an overview of how to configure the waveform monitor to view all 16 Channels of embedded audio and quickly switch to 1-8 and 9-16 audio channels. |
How-to Guide | 09 Nov 2018 |
10 Things you Need to Know About the Value of Scopes as Creative Tools Have you ever wanted to make a final sequence look better? Have you ever wondered what colors you are really looking at? Tektronix has developed a set of tools that can help editors and colorists easily adjust the color fidelity of the image and maintain the video signal within suitable gamut limits. |
Fact Sheet | 09 Nov 2018 |
Camera Setup, Matching and Alignment | Application Note | 09 Nov 2018 |
Guide to Standard HD Digital Video Measurements This guide discusses the basics of the digital signal and illustrates the measurements available to ensure your signals are valid & legal. |
Primer | 09 Nov 2018 |
Preventing Illegal Colors To prevent the undesired impact of color gamut violations, Tektronix has developed several displays that simplify assessment of proper gamut compliance. |
Application Note | 09 Nov 2018 |
Audio Loudness Measurement This how to guide highlights the benefits of the Loudness Measurements software on the WFM6000/7000 series and WVR6000/7000 series products. |
How-to Guide | 09 Nov 2018 |
Tips & Tricks: Using the Lightning display in Camera Set Up The Lightning display provides both amplitude and interchannel timing information for the three channels of a component signal – within a single display. Download this Tips & Tricks to find out how to use it in Camera Set Up. |
How-to Guide | 09 Nov 2018 |
Understanding Color and Gamut Poster This graphical and intuitive poster provides a quick reference to understanding and addressing gamut issues. |
Poster | 14 Jun 2017 |
FAQ | FAQ ID |
When trying to upgrade the firmware of the instrument, I receive the following error: “Cannot establish connection: Connection timed out”. But I have entered the correct IP address of the instrument and I can ping the instrument. What could be wrong? Make sure that the instrument is in upgrade mode. On the instrument itself, navigate to Config > Utilities > System Upgrade > Network Upgrade and select “continue” by pushing the ”SEL” button. Now the upgrade program will be able to interface with the instrument and commence upgrade procedure. |
473216 |
Manual | Manual Type | Part Number | Release Date |
WFM520UP and WVR520UP Upgrade Instructions This document provides installation procedures for upgrading the WFM5200 and WVR5200 Waveform Rasterizers. |
Field Install Instructions | 075-1026-00 | 11 Feb 2020 |
Tektronix Video System Integration Manual This document describes the content of the Tektronix Video System Integration CAD File Library, which contains CAD file drawings for system integrators who are designing systems for high-definition (HD) and standard-definition (SD) digital video content where Tektronix electronic changeover units, video sync pulse generators, and video waveform monitors/rasterizers are being deployed. The drawing files are attached to this PDF. Download the Tektronix Video System Integration CAD File Library |
User | 077-1051-02 | 18 Apr 2016 |
WVR5250 Service Manual This document provides information for technicians to maintain or service the WVR5250 Waveform Rasterizer. Information is given to the module level, and may include product care and cleaning tips, troubleshooting information, adjustments, and how to replace parts. |
Service | 077-0807-00 | 02 Dec 2013 |
WVR5250 System Integration Instructions This document provides information for system integrators designing systems for HDMI and HD, SD, and 3 Gb/s SDI video content where to WVR5250 Waveform Rasterizers are being deployed. |
User | 077-0806-00 | 05 Nov 2013 |
WFM5250 User Manual This manual contains information about the operation, functions, and features of the WFM5250 SDI/HDMI Multiformat Compact Waveform Monitor. |
User | 077-0797-00 | 12 Mar 2013 |
WVR5250 User Manual This manual contains information about the operation, functions, and features of the WFM5250 SDI/HDMI Multiformat Compact Waveform Rasterizer. |
User | 077-0804-00 | 12 Mar 2013 |
WFM5200 User Manual This manual contains information about the operation, functions, and features of the WFM5200 SDI Multiformat Waveform Monitor. |
User | 077-0531-03 | 12 Mar 2013 |
WVR5200 User Manual This manual contains information about the operation, functions, and features of the WVR5200 SDI Multiformat Waveform Rasterizer. |
User | 077-0532-03 | 12 Mar 2013 |
WVR5200 Series Specifications and Performance Verification This document provides specifications information and performance verification procedures for the WVR5200 Waveform Rasterizer. |
Performance Verification | 077-0802-00 | 03 May 2013 |
WVR5250 Waveform Rasterizer Declassification and Security Instructions This document helps customers with data security concerns to sanitize or remove memory devices from the WVR5250 Waveform Rasterizers. These products have data storage (memory) devices and data output devices (USB ports). These instructions tell how to clear or sanitize the memory devices and disable the data output devices. |
User | 077-0802-00 | 29 Mar 2013 |
WVR5200 Service Manual This document provides information for technicians to maintain or service the WVR5200. Information is given to the module level, and may include product care and cleaning tips, troubleshooting information, adjustments, and how to replace parts. |
Service | 077-0551-00 | 17 Oct 2011 |
WVR5200 System Integration This document provides information for system integrators designing systems for HD, SD, and 3 Gb/s SDI video content where to WVR5200 Waveform Rasterizers are being deployed. |
User | 077-0549-00 | 27 May 2011 |
Datasheet | Literature Number | Release Date |
WFM7200 Multiformat, Multistandard Waveform Monitor This video/audio/data monitor and analyzer all-in-one platform provides flexible options and field installable upgrades to monitor a diverse variety of video and audio formats. Support for video formats includes 3G-SDI, Dual Link, HD-SDI and composite analog. Support for audio formats includes Dolby E, Dolby Digital Plus, Dolby Digital, AES/EBU, embedded audio and analog audio. |
D00013339A | 15 Dec 2020 |
WVR7200 Multiformat, Multistandard Waveform Rasterizer This video/audio/data monitor and analyzer all-in-one platform provides flexible options and field installable upgrades to monitor a diverse variety of video and audio formats. Support for video formats includes 3G-SDI, Dual Link, HD-SDI and composite analog. Support for audio formats includes Dolby E, Dolby Digital Plus, Dolby Digital, AES/EBU, embedded audio and analog audio. |
D00013342A | 15 Dec 2020 |
Document | Document Type | Release Date |
Creating 4K/UHD Content Poster | Poster | 25 Nov 2019 |
A Guide TO 4K/UHD Monitoring and Measurement | eBook | Feb 9, 2016 |
Understanding HD and 3G-SDI Video Poster | Poster | 05 Dec 2018 |
Camera Measurements Camera alignment is the key to great image quality. Alignment-related quality problems are costly to correct, but they're easy to avoid with the help of a versatile waveform monitor and a camera chart. Learn how to get variables like white balance and camera shading right before your first shot. |
Fact Sheet | 10 Nov 2018 |
The Benefits of External Waveform Monitors in Color Correction for Video Editor and Colorist Steve Hullfish demonstrates 4 reasons what external waveform monitors are needed for color correction: 1) Improves the Resolution 2) Displays the actual output 3) Preset monitor configurations save time 4) Unique Luma Qualified Vector (LQV) Color Gamut displays improve the quality of the artistic rendering |
Application Note | 10 Nov 2018 |
Primary Color Correction for Video - Tonal Range and Color Correction Editor and Colorist Steve Hullfish demonstrates 4 reasons what external waveform monitors are needed for color correction: 1) Improves the Resolution 2) Displays the actual output 3) Preset monitor configurations save time 4) Unique Luma Qualified Vector (LQV) Color Gamut displays improve the quality of the artistic rendering |
Application Note | 10 Nov 2018 |
Color Correction for Video Chapter 3 excerpt from Hullfish's larger book on Color Correction for Video. |
Technical Brief | 09 Nov 2018 |
Color Correction for Video Using Custom Presets Editor and Colorist Steve Hullfish demonstrates how to improve your Color Correction efficiency by utilizing Custom Presets in a Waveform Monitor. Get a jump start by downloading Steve's Custom Presets and import them into your Tektronix Waveform Monitor. Download the Custom Presets from the Color Correction for Video Using Custom Presets Application Note |
Application Note | 09 Nov 2018 |
Color Correction for Video - Scene Matching Editor and Colorist Steve Hullfish demonstrates how to make two shots in a scene look like they belong together even if they were shot by different cameras or at different times of day. Learn how to save time by overlaying the LIVE feed from your system on TOP of the captured still. |
Application Note | 09 Nov 2018 |
LQV (Luminance Qualified Vector) Measurements with the WFM8200/8300 How To Guide Learn how the patented Luminance Qualified Vector (LQV) Display enhances the current Diamond/Split Diamond, Arrowhead and Vector Displays. |
How-to Guide | 09 Nov 2018 |
Audio Loudness Monitoring How-To Guide This hands-on guide making Audio Loudness measurements with the Tektronix waveform monitors or rasterizers provides step by step instructions on how to configure a waveform monitor to make loudness measurements to one of the standards ATSC A/85, EBU R 128 or ARIB TR-B.32. |
How-to Guide | 09 Nov 2018 |
Surround Sound Audio Monitoring Surround-sound technology has merged with digital television and other digital video technologies to create the home theater. Audio and video professionals need monitoring displays that help them visualize the auditory image that the viewer will experience. |
Application Note | 09 Nov 2018 |
16-Channel Audio Monitoring How To Guide This How To Guide provides an overview of how to configure the waveform monitor to view all 16 Channels of embedded audio and quickly switch to 1-8 and 9-16 audio channels. |
How-to Guide | 09 Nov 2018 |
Physical Layer Testing of 3G-SDI and HD-SDI Serial Digital Signals The transition to high definition (HD) and 3G-SDI can be a smooth one if careful engineering practices are followed in the initial stages of planning the facility. Our application note provides a concise overview of what you need to be aware of during the transition. |
Application Note | 09 Nov 2018 |
Camera Setup, Matching and Alignment Application Note | Application Note | 09 Nov 2018 |
Guide to Standard HD Digital Video Measurements This guide discusses the basics of the digital signal and illustrates the measurements available to ensure your signals are valid & legal. |
Primer | 09 Nov 2018 |
Preventing Illegal Colors To prevent the undesired impact of color gamut violations, Tektronix has developed several displays that simplify assessment of proper gamut compliance. |
Application Note | 09 Nov 2018 |
Audio Loudness Monitoring How-To Guide This hands-on guide making Audio Loudness measurements with the Tektronix waveform monitors or rasterizers provides step by step instructions on how to configure a waveform monitor to make loudness measurements to one of the standards ATSC A/85, EBU R 128 or ARIB TR-B.32. |
How-to Guide | 09 Nov 2018 |
Tips & Tricks: Using the Lightning display in Camera Set Up The Lightning display provides both amplitude and interchannel timing information for the three channels of a component signal – within a single display. Download this Tips & Tricks to find out how to use it in Camera Set Up. |
How-to Guide | 09 Nov 2018 |
Understanding Color and Gamut Poster This graphical and intuitive poster provides a quick reference to understanding and addressing gamut issues. |
Poster | 14 Jun 2017 |
FAQ | FAQ ID |
When trying to upgrade the firmware of the instrument, I receive the following error: “Cannot establish connection: Connection timed out”. But I have entered the correct IP address of the instrument and I can ping the instrument. What could be wrong? Make sure that the instrument is in upgrade mode. On the instrument itself, navigate to Config > Utilities > System Upgrade > Network Upgrade and select “continue” by pushing the ”SEL” button. Now the upgrade program will be able to interface with the instrument and commence upgrade procedure. |
473216 |
Manual | Manual Type | Part Number | Release Date |
WFM/WVR7200, WFM/WVR8200, and WFM/WVR8300 Replacement Power Supply Installation Instructions This document provides installation procedures for replacing the power supply on the WFM/WVR7200, WFM/WVR8200, and WFM/WVR8300 Waveform Monitors. |
Field Installation Instructions | P00010811A | 06 June 2024 |
Linux Source Notice (GPL) GNU General Public License This document contains the GNU General Public License for products based on Linux open source code. |
User | 001-1417-00 | 09 Feb 2018 |
Tektronix Video System Integration Manual This document describes the content of the Tektronix Video System Integration CAD File Library, which contains CAD file drawings for system integrators who are designing systems for high-definition (HD) and standard-definition (SD) digital video content where Tektronix electronic changeover units, video sync pulse generators, and video waveform monitors/rasterizers are being deployed. The drawing files are attached to this PDF. Download the Tektronix Video System Integration CAD File Library |
User | 077-1051-02 | 18 Apr 2016 |
WFM7200 Specifications and Performance Verification This manual contains specifications and performance verification procedures for the WFM7200 Waveform Rasterizer. |
Performance Verification | 077-0669-00 | 14 Nov 2014 |
WVR7200, WVR8200, and WVR8300 System Integration This document provides information for system integrators designing systems for HD, SD, and 3 Gb/s SDI video content where to WVR7200, WVR8200, and WVR8300 Waveform Rasterizers are being deployed. |
User | 077-0392-02 | 17 Sep 2014 |
WVR720UP, WVR820UP, and WVR830UP Upgrades for the WVR7200, WVR8200, and WVR8300 Waveform Rasterizers Instructions This document provides installation procedures for upgrading the WVR7200, WVR8200, and WVR8300 Waveform Rasterizers. |
Field Install Instructions | 075-1016-03 | 17 Sep 2014 |
WFM720UP, WFM820UP, and WFM830UP Upgrades for the WFM7200, WFM8200, and WFM8300 Waveform Monitors Upgrade Instructions This document provides installation procedures for upgrading the WFM7200, WFM8200, and WFM8300 Waveform Monitors. |
Field Install Instructions | 075-1001-04 | 24 Jul 2014 |
WVR7200 Waveform Rasterizer Service Manual This manual supports servicing to the module level of the WVR7200 Waveform Rasterizer, which rasterizes video signals for XGA display. |
Service Manual | 077-0676-00 | 08 June 2012 |
WFM7200 User Manual This manual provides operation information for the WFM7200 waveform monitor. |
Primary User | 077-0667-00 | 07 May 2012 |
Datasheet | Literature Number | Release Date |
WFM8300 Advanced 3G/HD/SD-SDI Monitoring with 4K Support This video/audio/data monitor and analyzer all-in-one platform provides flexible options and field installable upgrades to monitor a diverse variety of video and audio formats. Support for video formats includes 4K/UHDTV1 (4096×2160 and 3840×2160), 3G-SDI, Dual Link, HD-SDI and composite analog. Support for audio formats includes Dolby E, Dolby Digital Plus, Dolby Digital, AES/EBU, embedded audio and analog audio. |
D00013330A | 4 Jan 2021 |
WVR8300 Advanced 3G/HD/SD-SDI Monitoring with 4K Support This video/audio/data monitor and analyzer all-in-one platform provides flexible options and field installable upgrades to monitor a diverse variety of video and audio formats. Support for video formats includes 4K/UHDTV1 (4096×2160 and 3840×2160), 3G-SDI, Dual Link, HD-SDI and composite analog. Support for audio formats includes Dolby E, Dolby Digital Plus, Dolby Digital, AES/EBU, embedded audio and analog audio. |
D00013343A | 15 Dec 2020 |
Document | Document Type | Release Date |
Creating 4K/UHD Content Poster | Poster | 25 Nov 2019 |
A Guide TO 4K/UHD Monitoring and Measurement | eBook | Feb 9, 2016 |
Color Correcting your 4K Content | Quick Start Guide | 21 Nov 2019 |
Understanding HD and 3G-SDI Video Poster | Poster | 05 Dec 2018 |
LQV (Luminance Qualified Vector) Measurements with the WFM8200/8300 How To Guide Learn how the patented Luminance Qualified Vector (LQV) Display enhances the current Diamond/Split Diamond, Arrowhead and Vector Displays. |
How-to Guide | 09 Nov 2018 |
Audio Loudness Monitoring How-To Guide This hands-on guide making Audio Loudness measurements with the Tektronix waveform monitors or rasterizers provides step by step instructions on how to configure a waveform monitor to make loudness measurements to one of the standards ATSC A/85, EBU R 128 or ARIB TR-B.32. |
How-to Guide | 09 Nov 2018 |
Physical Layer Testing of 3G-SDI and HD-SDI Serial Digital Signals The transition to high definition (HD) and 3G-SDI can be a smooth one if careful engineering practices are followed in the initial stages of planning the facility. Our application note provides a concise overview of what you need to be aware of during the transition. |
Application Note | 09 Nov 2018 |
Guide to Standard HD Digital Video Measurements This guide discusses the basics of the digital signal and illustrates the measurements available to ensure your signals are valid & legal. |
Primer | 09 Nov 2018 |
Preventing Illegal Colors To prevent the undesired impact of color gamut violations, Tektronix has developed several displays that simplify assessment of proper gamut compliance. |
Application Note | 09 Nov 2018 |
Understanding Color and Gamut Poster This graphical and intuitive poster provides a quick reference to understanding and addressing gamut issues. |
Poster | 14 Jun 2017 |
FAQ | FAQ ID |
When trying to upgrade the firmware of the instrument, I receive the following error: “Cannot establish connection: Connection timed out”. But I have entered the correct IP address of the instrument and I can ping the instrument. What could be wrong? Make sure that the instrument is in upgrade mode. On the instrument itself, navigate to Config > Utilities > System Upgrade > Network Upgrade and select “continue” by pushing the ”SEL” button. Now the upgrade program will be able to interface with the instrument and commence upgrade procedure. |
473216 |
Manual | Manual Type | Part Number | Release Date |
WFM/WVR7200, WFM/WVR8200, and WFM/WVR8300 Replacement Power Supply Installation Instructions This document provides installation procedures for replacing the power supply on the WFM/WVR7200, WFM/WVR8200, and WFM/WVR8300 Waveform Monitors. |
Field Installation Instructions | P00010811A | 06 June 2024 |
Linux Source Notice (GPL) GNU General Public License This document contains the GNU General Public License for products based on Linux open source code. |
User | 001-1417-00 | 09 Feb 2018 |
Read This First For Firmware Versions-3.3.X-and-3.4 This document provides a brief description of the new features included with firmware version 3.4.X. |
Read This First | 071-3406-02 | 14 Dec 2016 |
Tektronix Video System Integration Manual This document describes the content of the Tektronix Video System Integration CAD File Library, which contains CAD file drawings for system integrators who are designing systems for high-definition (HD) and standard-definition (SD) digital video content where Tektronix electronic changeover units, video sync pulse generators, and video waveform monitors/rasterizers are being deployed. The drawing files are attached to this PDF. Download the Tektronix Video System Integration CAD File Library |
User | 077-1051-02 | 18 Apr 2016 |
WVR7200, WVR8200, and WVR8300 System Integration This document provides information for system integrators designing systems for HD, SD, and 3 Gb/s SDI video content where to WVR7200, WVR8200, and WVR8300 Waveform Rasterizers are being deployed. |
User | 077-0392-02 | 17 Sep 2014 |
WVR720UP, WVR820UP, and WVR830UP Upgrades for the WVR7200, WVR8200, and WVR8300 Waveform Rasterizers Instructions This document provides installation procedures for upgrading the WVR7200, WVR8200, and WVR8300 Waveform Rasterizers. |
Field Install Instructions | 075-1016-03 | 17 Sep 2014 |
WFM720UP, WFM820UP, and WFM830UP Upgrades for the WFM7200, WFM8200, and WFM8300 Waveform Monitors Upgrade Instructions This document provides installation procedures for upgrading the WFM7200, WFM8200, and WFM8300 Waveform Monitors. |
Field Install Instructions | 075-1001-04 | 24 Jul 2014 |
WFM8200 and WFM8300 User Manual This manual contains information about the operation, functions, and features of the WFM8200 and WFM8300 Waveform Monitors. |
Primary User | 077-0253-04 | 18 Aug 2014 |
WFM8200 and WFM8300 Installation and Safety Instructions This document provides getting started installation instructions and safety, compliance, and environmental information for the WFM8200 and WFM8300 Waveform Monitors. This document contains information in the following languages: English, Japanese, and Simplified Chinese. |
User | 071-2639-01 | 23 Dec 2010 |
WFM8200 and WFM8300 Specifications and Performance Verification This manual contains specifications and performance verification procedures for the WFM8200 and WFM8300 Waveform Monitors. |
Performance Verification | 077-0259-03 | 13 Dec 2010 |
WFM8000 Series and WVR8000 Series Management Information Database (MIB) Programmer Manual This manual describes the object identifiers (OIDs or commands) used to remotely control the following instruments: WFM6100(requires Option FP), WVR6020, WFM6120, WVR6100, WFM7000(requires Option FP), WVR7000, WFM7020, WVR7020, WFM7100 (requires Option FP, WVR7100, WFM7120, WVR7120, WFM8200, WVR8200, WFM8300, and WVR8300. |
Programmer | 077-0261-02 | 10 Dec 2010 |
WFM8200 and WFM8300 Service Manual This document provides information for technicians to maintain or service the WFM8200 and WFM8300 Waveform Monitors. Information is given to the module level, and may include product care and cleaning tips, troubleshooting information, adjustments, and how to replace parts. |
Service | 077-0393-00 | 13 Aug 2010 |
WVR8200 and WVR8300 System Integration This document provides information for system integrators designing systems for HD, SD, and 3 Gb/s SDI video content where to WVR8200 and WVR8300 Waveform Rasterizers are being deployed. |
User | 077-0392-00 | 14 Jul 2010 |
WVR8200 and WVR8300 Installation and Safety Instructions This document provides getting started installation instructions and safety, compliance, and environmental information for the WVR200 and WVR8300 Waveform Rasterizers. This document contains information in the following languages: English, Japanese, and Simplified Chinese. |
User | 071-2640-00 | 13 Jul 2010 |
WFM8200 and WFM8300 System Integration This document provides information for system integrators designing systems for HD, SD, and 3 Gb/s SDI video content where to WFM8200 and WFM8300 Waveform Monitors are being deployed. |
User | 077-0391-00 | 08 Oct 2009 |
WFM8200 and WFM8300 Declassification and Security Instructions This document helps customers with data security concerns to sanitize or remove memory devices from the WFM8200 and WFM8300 Video Monitors. These products have data storage (memory) devices and data output devices (USB ports). These instructions tell how to clear or sanitize the memory devices and disable the data output devices. |
Declassification | 077-0262-00 | 07 Oct 2009 |
WFM8200 and WFM8300 Ferrite Core Instructions This document provides instructions for use of the ferrite core that is provided with the WFM8200 and WFM8300 Waveform Monitors. |
Field Install Instructions | 071-2706-00 | 22 Sep 2009 |
Datasheet | Literature Number | Release Date |
SPG9000 – The Go-To Solution for Synchronization, Timing, and Reference Test Signal Generation The versatile SPG9000 sync generator for SDI, IP, or hybrid facilities provides unparalleled flexibility for synchronization, timing, and reference text signal generation. |
12 April 2024 | |
SPG8000A Master Sync / Master Clock Reference Generator The SPG8000A is a precision multiformat video signal generator, suitable for master synchronization and reference applications. It provides multiple video reference signals, such as black burst, HD tri-level sync, and serial digital and composite analog te... |
D00013334A | 15 Dec 2020 |
ECO8000 Automatic Changeover Unit The ECO8000 is a highly versatile automatic sync and signal changeover unit with configurations and capabilities required to address modern master sync application and other advanced sync timing application. The ECO8000 offers exceptional reliability, stab... |
D00013331A | 15 Dec 2020 |
Document | Document Type | Release Date |
PTP System Commissioning:
Grandmaster Changeover A series of grandmaster changeover tests for PTP systems in IP media networks |
Whitepaper | July 15 2024 |
Easily Integrating Sync Generator Data into Custom Management Dashboards An easy-to-understand HTTP-based API makes the SPG9000 easier than ever for integrators and system designers. The technical brief share how it is easier than ever to integrate timing and reference data into your operations management tools and dashboards. |
Technical Brief | 10 Feb 2023 |
Global Navigation Satellite Systems in Timing and Synchronization An in-depth view of the satellite timing functionality available in the most advanced synchronization product yet to come from Telestream. |
Technical Brief | 12 Dec 2022 |
Master Sync and Master Clock Reference Timing within a Facility Adjusting system timing and achieving synchronization is one of the most fundamental and critical procedures in a facility. With facilities operating with multi-formats, learn how the Tektronix SPG8000 and TG8000 can be configured to serve the multi-formats needs of a facility. |
Application Note | 10 Nov 2018 |
Global Positioning System as a Master Clock and Reference Signal GPS can provide a reliable means to provide master clock and timing reference signals from a sync pulse generator such as the Tektronix SPG8000 with the GPS option. This method of synchronization allows for multiple facilities around the world to all derive their reference signals from the same system. |
Application Note | 09 Nov 2018 |
The Use of Time Code within a Broadcast Facility This application note will provide information for you to understand the data structures of the various formats to ensure data integrity throughout your facility using a GPS signal. The GPS option of the Tektronix SPG8000 provides a variety of different timecode formats and timecode offsets to suit the demanding needs of today’s facility. |
Application Note | 09 Nov 2018 |
Manual | Manual Type | Part Number | Release Date |
SPG9000 User Manual This manual supports firmware version 3.1. This manual contains detailed information about the operation, functions, and features of the SPG9000 timing and reference system. |
User | D00013571D | 14 Mar 2024 |
SPG9000 Installation and Safety Instructions This manual describes how to install the SPG9000 Timing and Reference System and provides basic safety and operating information. Detailed operating information is available in the user manual. |
User | P00010606A | 17 Mar 2023 |
SPG800AUP Upgrade Instructions This document provides installation procedures for upgrading the SPG8000A signal generators. |
Field Install Instructions | 075-1092-00 | 13 Feb 2020 |
SPG700 V3.2 User Manual This manual supports firmware version 3.2. This manual contains detailed information about the operation and configuration of the SPG700 Multiformat Reference Sync Generator. |
Primary User | 077-1225-03 | 04 Apr 2019 |
SPG8000A V3.6 User Manual This manual supports firmware version 3.6 and above. This manual contains detailed information about the operation and configuration of the SPG8000A. |
Primary User | D00010058B | 19 Nov 2021 |
SPG8000A Master Sync / Clock Reference Generator Installation and Safety Instructions This manual supports software version 2.1 and above. This manual describes how to install the SPG8000A Master Sync / Clock Reference Generator and provides basic safety and operating information. Detailed operating information is available in the user manual. |
Primary User | 071-3721-00A | 23 Jan 2019 |
SPG8000 Declassification and Security Instructions This document provides declassification and security instructions for the SPG8000 Master Sync / Clock Reference Generator. |
Declassification | 077-0750-01 | 05 Jan 2018 |
SPG8000A, SPG8000, and SPG700 Option SDI Bracket Installation Instructions This document contains installation instructions for adding a retaining bracket to secure the Option SDI output boards in the SPG8000A and the SPG700 signal generators. |
Field Install Instructions | 075-1104-00 | 03 Jan 2018 |
SPG8000A Service Manual This manual contains the information needed to service an SPG8000A Master Sync / Clock Reference Generator to the module level. |
Service | 077-1220-00 Rev A | 21 Nov 2017 |
SPG8000A Specifications and Performance Verification This manual contains the physical and electrical specifications and the performance verification procedures for the SPG8000A Master Sync / Master Clock Reference Generator. |
Performance Verification | 077-1219-00 | 29 Jul 2016 |
Tektronix Video System Integration Manual This document describes the content of the Tektronix Video System Integration CAD File Library, which contains CAD file drawings for system integrators who are designing systems for high-definition (HD) and standard-definition (SD) digital video content where Tektronix electronic changeover units, video sync pulse generators, and video waveform monitors/rasterizers are being deployed. The drawing files are attached to this PDF. Download the Tektronix Video System Integration CAD File Library |
User | 077-1051-02 | 18 Apr 2016 |
ECO8000 Series V1.1 User Manual Supports software version 1.1 and above. This document describes the installation and operation of the ECO8000 Series Automatic Changeover Unit. |
Primary User | 071-3717-00A | 21 July 2020 |
ECO8000 Series Specifications and Performance Verification This manual contains the specifications and performance verification procedures for the ECO8000 Series Automatic Changeover Unit. |
Performance Verification | 077-0876-00 | 03 Mar 2015 |
Datasheet | Literature Number | Release Date |
Sentry Verify Premium Sentry Verify™ monitors and validates MPEG Transport Stream quality at hub sites as an integral part of the source-to-edge monitoring solution. |
2CW-60879-2 | 29 Jan 2018 |
Sentry Sentry®is a comprehensive video and audio quality monitoring solution for advanced video networks. It enables video providers to deliver services with optimum quality while reducing operational expenditures. |
n/a | 31 Jan 2020 |
Sentry Verify Standard Sentry Verify™ monitors and validates MPEG Transport Stream quality at hub sites as an integral part of the source-to-edge monitoring solution. |
2CW-61155-1 | 10 Jul 2017 |
Document | Document Type | Release Date |
TekMOS: A general-purpose, Real-time, No-reference Video-Quality Assessment Tool | Whitepaper | 26 May 2020 |
10 things you need to know about monitoring Video & Audio Quality of Experience | Fact Sheet | 10 Nov 2018 |
Closed Caption Monitoring & Analysis Quick Start Guide Let Tektronix guide you through the ABC’s of closed caption monitoring and analysis. We’ll provide a background on the FCC rules and the requirements for establishing best practices. In addition, we will provide some troubleshooting tips and real world examples to help you stay in compliance and keep your customers happy. |
Reference Guide | 09 Nov 2018 |
Video and Audio Quality Assurance For Next-generation Video Networks | Whitepaper | 09 Nov 2018 |
The Storm Before the CALM: Quieting Loud Commercials in the Cable Environment The burden of complying with the CALM Act will fall most heavily on the shoulders of cable operators and is a daunting task. Download this application note to find out how Sentry Video Content Monitors can help ease this task. |
Application Note | 09 Nov 2018 |
A Guide to Ensuring Digital Video Service Quality This guide provides the necessary information to establish a high quality of service through your entire digital video delivery workflow, including content readiness, live network monitoring and network troubleshooting. |
Primer | 09 Nov 2018 |
Maintaining High Quality of Experience in an Adaptive Bitrate System Broadcast TV has set a very high bar for viewer expectations and delivering a great quality of experience (QoE). As the trend and demand for multiscreen viewing and TV Everywhere or Over-The-Top (OTT) continues to grow, so does the demand for a high quality of experience with the best content on any device and at any time. Behind that multiscreen experience lies some very complex adaptive bit rate (ABR) technology and a new set of monitoring challenges. |
Whitepaper | 09 Nov 2018 |
Delivering Digital Video Services: Ensuring Quality and Compliance | Technical Brief | 09 Nov 2018 |
A Guide to 4K/UHD Monitoring & Measurement 6 Key challenges of 4K/UHD content creation. |
Handbook | 09 Nov 2018 |
Adaptive Bitrate Streaming Monitoring and quality control of Adaptive Bitrate Streaming platforms is as important as the ABR systems themselves. This white paper explains how to deliver the highest possible quality video and audio programming over a robust and reliable service delivery platform. |
Whitepaper | 09 Nov 2018 |
FAQ | FAQ ID |
Why is the throughput on a 1GB interface set to 940 Mbps? It is 940 Mbps to accommodate the UDP and TCP overhead for the wrapper around the MPEG payload on a 1 GB interface. |
469671 |
Why would Sentry report discontinuities but not show any associated reason codes for the error? Not every discontinuity (CC error) will cause a problem in an ES. For example, if a TS packet was dropped in the middle of a video slice, Sentry wouldn’t notice this as long as it can still detect the ‘start code’ progression in the video stream. We do more exhaustive analysis of I-Frames, but a missing packet in a P or B picture slice might very well not cause a video problem for us (thus no reason code). |
469666 |
What fields / parameters contribute to making calculations for the QoE score?
|
469661 |
Why do I see program status graphs on the Sentry GUI but not on the Medius GUI for the same time period for a certain program? It is possible that the system time on both units are off by a number of hours (without a time zone difference). Once you set both units to the correct time in their respective time zones, graphs will now populate on the Medius GUI and match the Sentry thereafter. |
247876 |
Datasheet | Literature Number | Release Date |
Automated File-based Quality Control System Aurora is an automated QC system to help media providers drive efficiency, quality and cost savings into their workflows. Based on Tektronix expertise, Aurora reliably validates high volumes of content for Quality, Compliance and Syntax. Aurora is a 24x7 enterprise solution allowing unattended operation so providers can fully QC increasing volumes of linear and OTT content. A comprehensive API eases workflow integration and configuration, reducing cost of ownership in both on-premise and cloud based systems. Tektronix world-class support protects the investment made by customers, ensuring Aurora is kept up to date in a world of changing standards and formats. |
2NW-60054-10 | 10 Jul 2018 |
Document | Document Type | Release Date |
Meeting Postproduction Challenges In a Transformed Video Marketplace | Whitepaper | 22 July 2020 |
Keys to Efficient Ad Management In the New Television Marketplace |
Whitepaper | 16 July 2020 |
Aurora recommended hardware specifications |
Application Note | 30 Oct 2019 |
Advanced File-Based Quality Control | Whitepaper | 09 Nov 2018 |
Quality Control for File-Based Video Workflows | Primer | 09 Nov 2018 |
Manual | Manual Type | Part Number | Release Date |
Aurora V6.7 User Manual This document describes how to install and operate version 6.7 of the Aurora Automated File-based Quality Control System. |
Primary User | 077-1111-08 | 14 Mar 2019 |
Datasheet | Literature Number | Release Date |
MTSA MPEG Test Systems Family of Products The MTSA MPEG Test System provides comprehensive MPEG transport stream (TS) analysis and interoperability testing. Its deep analysis of the TS, PES (Packetized Elementary Stream), and elementary streams helps track down sources of picture anomalies and identify transport streams with syntax errors. Its ability to capture events for deep analysis is also critical to identifying the root cause of problems. |
D00013198B | 08 Nov 2020 |
Document | Document Type | Release Date |
Keys to Efficient Ad Management In the New Television Marketplace Expanded Workloads Mandate Solutions Grounded In Automation and Comprehensive Quality Control. Get the white paper. |
Whitepaper | 16 July 2020 |
A Guide to MPEG Fundamentals and Protocol Analysis MPEG is one of the most popular audio/video compression techniques because it is not just a single standard. Instead, it is a range of standards suitable for different applications but based on similar principles. MPEG is an acronym for the Moving Picture Experts Group which was set up by the ISO (International Standards Organization) to work on compression. |
Primer | 05 Dec 2018 |
Troubleshooting Quality of Service (QoS) and Quality of Experience (QoE) issues in Video Service Provider Networks Quality of Service and Quality of Experience: Learn the benefits and faults of the two most common test methods for troubleshooting video signal problems and the critical capabilities required in an MPEG analyzer. |
Application Note | |
A Guide to Ensuring Digital Video Service Quality This guide provides the necessary information to establish a high quality of service through your entire digital video delivery workflow, including content readiness, live network monitoring and network troubleshooting. |
Primer | 09 Nov 2018 |
Solving Intermittent Transport Stream Problems with CaptureVu Technology CaptureVu technology allows you to set an error break point on an incoming real time or stored MPEG transport stream. By setting specific conditions for CaptureVu technology you allow the analyzer to find intermittent problems for you, trigger a recording… |
Application Note | 09 Nov 2018 |
Video Backhaul Using the MTM400A video backhauling functionality, discover out how to deliver a remote program to an operator via a network link, even several thousand miles, without altering them in any way and preserving the native compression. |
How-to Guide | 09 Nov 2018 |
A Layman's Guide to PCR Measurements Program Clock References (PCRs) provide the means for a digital TV receiver to lock its decoded video output to the video source present at the input to an encoder. The subject of PCR measurement is often misunderstood. |
Technical Brief | 09 Nov 2018 |
MPEG Poster ATSC MPEG-2 Transport Stream Poster. |
Poster | 09 Nov 2018 |
PCR Measurements Primer Engineers and technicians who monitor or measure video parameters must have confidence in the results. We describe in this primer a new procedure for jitter measurements as recommended in TR 101 290. |
Primer | 09 Nov 2018 |
MPEG Poster DVB Download our Free Digital Video Broadcasting poster containing information on ISO/IEC 13818-1 and ETSI EN 300 468 International Standards. |
Poster | 09 Nov 2018 |
Testing Digital Television Standards: ISDB-TB Brazilian testing standards poster |
Poster | 09 Nov 2018 |
Manual | Manual Type | Part Number | Release Date |
MTSA-HW and MTSA-PC MPEG Test Systems V3.3.2 Quick Start User Manual
This manual contains information about the operation, functions, and features of the MTSA MTSA-HW and MTSA-PC products. |
User Manual | 071-3731-00A | 14 Jun 2020 |
MTS4EA HEVC/AVC Video and Compressed Audio Analyzer V7.1.6 User Manual
This manual contains information about the operation, functions, and features of the MTS4EA MPEG Analyzer as part of the MTSA software suite. |
User Manual | D00010026A | 14 Jun 2020 |
PQA Picture Quality Analyzer V4.1.11 User Manual
This manual contains information about the operation, functions, and features of the PQA Picture Quality Analyzer as part of the MTSA software suite. |
User Manual | D00010028A | 14 Jun 2020 |
FAQ | FAQ ID | ||||||||||||
What is the definition error 1.4: Continuity_count_error? The formal definition of this error is given in the TR 101 290: Measurement guidelines for DVB systems document that is published by ETSI. A brief summary of this error is given below. For more information about this error or the test that generates it, please consult ETSI TR 101 290. Every MPEG transport stream packet has a continuity count value (0-15) embedded within it. These values are required to be sent in order (0, then 1, then 2, 3, 4, 5, 6, 7, back to 0 and so on). The continuity count error indicates that one of three possible errors has occurred with regards to the continuity counter values:
|
64116 | ||||||||||||
How does MPEG-2 defines mux rate? MPEG-2 defines mux rate as the combined rate of all video and audio elementary stream packets common to one program. This rate also includes the VBI and sub-picture private stream data, which MPEG treats as a private stream type. Mux rate is always specified as 10.08 Mbps because this is the rate at which user data arrives into the track buffer. |
52746 | ||||||||||||
How are datagrams transmitted using multiprotocol encapsulation? The data broadcast specification profile for multiprotocol encapsulation supports data broadcast services that require the transmission of datagrams of communication protocols via DVB compliant broadcast networks. The transmission of datagrams according to the multiprotocol encapsulation specification is done by encapsulating the datagrams in DSM-CC sections, which are compliant with the MPEG-2 private sector format. |
52461 | ||||||||||||
What is the definition error 2.3a: PCR_repetition_error? The formal definition of this error is given in the TR 101 290: Measurement guidelines for DVB systems document that is published by ETSI. A brief summary of this error is given below. For more information about this error or the test that generates it, please consult ETSI TR 101 290. MPEG transport streams must periodically contain PCR (program clock register) values which are a snapshot of the encoders' program clock at the time that PCR value was generated. These values are then used on the decoder end to reconstruct the 27MHz system clock and ensure that the stream is kept in sync. A PCR_repetition_error (2.3a) occurs when PCR values are not sent quickly enough. The MPEG standard requires that PCR values be sent no less than every 40 milliseconds. If more than 40ms elapses since the last PCR values then a PCR_repetition_error will be reported. |
64126 | ||||||||||||
What is the definition error 2.3b: PCR_discontinuity_error? The formal definition of this error is given in the TR 101 290: Measurement guidelines for DVB systems document that is published by ETSI. A brief summary of this error is given below. For more information about this error or the test that generates it, please consult ETSI TR 101 290. MPEG transport streams must periodically contain PCR (program clock register) values which are a snapshot of the encoders' program clock at the time that PCR value was generated. These values are then used on the decoder end to reconstruct the 27MHz system clock and ensure that the stream is kept in sync. A PCR_discontinuity_error (2.3b) occurs when two sequential PCR values differ from each other by more than 100 milliseconds without the discontinuity_indicator flag being set in the stream. A difference of more than 100ms is allowed, but only if the discontinuity_indicator flag is set, otherwise this error will be reported. |
64131 | ||||||||||||
What is the definition error 2.4: PCR_accuracy_error? The formal definition of this error is given in the TR 101 290: Measurement guidelines for DVB systems document that is published by ETSI. A brief summary of this error is given below. For more information about this error or the test that generates it, please consult ETSI TR 101 290. MPEG transport streams must periodically contain PCR (program clock register) values which are a snapshot of the encoders' program clock at the time that PCR value was generated. These values are then used on the decoder end to reconstruct the 27MHz system clock and ensure that the stream is kept in sync. A PCR _accuracy_error occurs when a transmitted PCR value differs from what is expected by more than 500 nanoseconds. The expected PCR value is calculated using an extremely stable internal clock in the test device and previous PCR values. The calculated PCR is then compared to the transmitted PCR values to check for accuracy. It is important to note that most receivers do not contain very accurate clocks and therefore can be severely affected by this error. |
64136 | ||||||||||||
What is the definition error 2.3: PCR_error? The formal definition of this error is given in the TR 101 290: Measurement guidelines for DVB systems document that is published by ETSI. A brief summary of this error is given below. For more information about this error or the test that generates it, please consult ETSI TR 101 290. The PCR error (2.3) is a logical OR of the PCR_repetition_error (2.3a) and the PCR_discontinuity_indicator_error (2.3b). MPEG transport streams must periodically contain PCR (program clock register) values which are a snapshot of the encoders' program clock at the time that PCR value was generated. These values are then used on the decoder end to reconstruct the 27MHz system clock and ensure that the stream is kept in sync. A PCR_repetition_error (2.3a) occurs when PCR values are not sent quickly enough. The MPEG standard requires that PCR values be sent no less than every 40 milliseconds. If more than 40ms elapses since the last PCR values then a PCR_repetition_error will be reported. A PCR_discontinuity_error (2.3b) occurs when two sequential PCR values differ from each other by more than 100 milliseconds without the discontinuity_indicator flag being set in the stream. A difference of more than 100ms is allowed, but only if the discontinuity_indicator flag is set, otherwise this error will be reported. |
64121 | ||||||||||||
What type of connector do the RF input cards on the MTM400 or MTS400/430 use? All of the RF input cards for the MTM400 and the MTS400/430 series instruments use standard F-type connectors for the RF input. These cards then demodulate the RF signal to ASI which is looped back into the ASI input port on these instruments using 75-ohm BNC connectors. |
63026 | ||||||||||||
How do I identify the different MTS400+ MTS430+ or MTM400 optical SFP modules for their specific applications? The SFP optical-to-electrical modules used in the MTS430 are not readily identifiable by a Tektronix part number. Instead, you will need to use the vendor part numbers, printed on small labels on the module. Two or three different vendor numbers have been qualified for each application style. They are:
|
61796 | ||||||||||||
How is the timestamp created by the time-stamping feature in CaptureVu? The timestamp values are created from the internal system clock and have no relationship to the MPEG data, MPT or PCR values. |
55736 | ||||||||||||
Does the CaptureView software support ASF transport streams (Microsoft proprietary transport stream for VC-1 elementary streams)? The ASF format is more of a wrapper around VC-1 content than a transport stream. It does not have the typical characteristics of a transport stream such as SI or PSI tables. Therefore Tektronix transport stream analysis tools will not know what to do with it. The MTS4EA elementary stream analyzer software however does recognize ASF files and is capable of extracting the VC-1 elementary streams contained within and analyzing them. Still though, this does not perform any ASF compliance verification. |
55411 | ||||||||||||
After un-installing Java+ the transport stream compliance analyzer (TSCA) stopped working+ what happened? The transport stream compliance analyzer requires Sun Java v1.4.2 or higher in order to run properly. If you have un-installed Sun Java for some reason then the TSCA will stop working. To correct this problem, simply download the latest version of Sun Java from www.java.com and re-install it. |
55191 | ||||||||||||
Why are null packets important in MPEG? Null packets, packets of "stuffing," carry no data but are necessary to maintain a constant bit rate with a variable payload. Null packets always have a PID of 8191 (all 1s). |
55151 | ||||||||||||
Where do compression artifacts come from? Compression artifacts are small errors that result in the decompressed signal when a digital signal is compressed with a high compression ratio. These errors are known as "artifacts," or unwanted defects. The artifacts may resemble noise (or edge "busyness") or may cause parts of the picture, particularly fast moving portions, to be displayed with the movement distorted or missing. |
55121 | ||||||||||||
What is transform coding in MPEG? a) A method of encoding a picture by dividing each picture into sub-pictures, performing a linear transformation on each sub-picture and then quantizing and coding the resulting coefficients. b) The conversion of a signal from one domain to another, e.g., the conversion of two-dimensional picture samples into the frequency domain by means of DCT, which is used in MPEG. |
55036 | ||||||||||||
What is vestigial sideband modulation used for in MPEG? Vestigial sideband modulation (VSB) is an advanced digital modulation scheme used for terrestrial wired and over-the-air broadcasting. 8 VSB allows transport of 19.3 Mbps of usable data after forward error correction. 8 VSB in an ATSC system implies eight discrete amplitude levels. |
55051 | ||||||||||||
What is the SCPC transmission advantage in MPEG? Single channel per carrier, or SCPC, is a type of transmission where only a part of the available transponder is used for the signal, allowing the satellite operator to sell the remaining space on the transponder to other uplinkers. SCPC is typically used for feeds rather than for direct programming. The advantage of SCPC over MCPC is that the signals uplinked to the same transponder can be transmitted up to the satellite from different locations. |
55011 | ||||||||||||
What is the modulation technique used for digital terrestrial TV in Europe+ Japan and Australia? Orthogonal frequency domain multiplex (OFDM) was first promoted in the early 1990s as a wireless LAN technology. OFDM's spread spectrum technique distributes the data over a large number of carriers that are spaced apart at precise frequencies. This spacing provides the "orthogonality" in this technique which prevents the demodulators from seeing other frequencies than their own. Coded OFDM (COFDM) adds forward error correction to the OFDM method. |
54961 | ||||||||||||
What is the interleaver function in MPEG? The RS-protected transport packets are reshuffled byte by byte by the 12-channel interleaver. Due to this reshuffle what were neighboring bytes are now separated by at least one protected transport packet. That is, they are at least 204 bytes apart from each other. The purpose of this is burst error control for defective data blocks. |
54956 | ||||||||||||
What is the discrete cosine transform (DCT) in MPEG? a) Used in JPEG and the MPEG, H.261, and H.263 video compression algorithms, DCT techniques allow images to be represented in the frequency rather then time domain. Images can be represented in the frequency domain using less information than in the time domain. b) A mathematical transform that can be perfectly undone and which is useful in image compression. c) Many encoders perform a DCT on an eight-by-eight block of image data as the first step in the image compression process. The DCT converts the video data from the time domain into the frequency domain. The DCT takes each block, which is a 64-point discrete signal, and breaks it into 64 basis signals. The output of the operation is a set of 64 basis-signal amplitudes, called DCT coefficients. These coefficients are unique for each input signal. The DCT provides a basis for compression because most of the coefficients for a block will be zero (or close to zero) and do not need to be encoded. |
54936 |
One-Sheet | Release Date | |
INSPECT 2110 – Vigilantly Guards Your IP Media Networks for Flawless Content Delivery INSPECT ensures consistent and flawless content delivery by diligently and automatically guarding your ST 2110 and IP-based media networks. |
12 April 2024 | |
Datasheet | Literature Number | Release Date |
INSPECT 2110 – IP Video Monitoring for your ST 2110 Production Network INSPECT 2110 monitors ST 2110 and mixed ST 2110 / ST 2022-6 IP videonetworks providing the automated visibility and diagnostics operations teams need. Broadcast production is changing from SDI to IP video bringing several benefits in flexibility, scale and efficiency. However that flexibility brings operational challenges to ensure the IP video network is working as expected. |
15 Dec 2021 | |
Document | Document Type | Release Date |
Orchestrating Efficient Remote Production Workflows Remote production over IP has proven its value, reliability, and quality. Top-tier broadcasters have successfully delivered some of the world's largest events using these technologies and techniques. |
Article Reprint | 4 Jan 2023 |
Software | Software Type | Part Number | Release Date |
PRISM Series Firmware Release – V4.2.1 (Update from V4.x)
PRISM Series Firmware Release – V4.2.1 (Update from V3.5.4) Note: Download the V4.2.1 release that corresponds with the firmware version currently running on your PRISM product. Any product with firmware version earlier than V3.5.4 must first be upgraded to V3.5.4 before upgrading to V4.2.1. See details in the “Installation Instructions” document. PRISM Series Firmware Release – V3.5.4 (Start here before upgrading to V4.2.1) Upgrades
The following 25G products are compatible with this release:
NOTE: V4.2.1 is not compatible with:
The latest software for the incompatible models is the latest V2.x release.
New features starting at version 4.2.1
|
Firmware Firmware |
P00010785E P00010070W |
7 August 2024 7 August 2024 |
Software | Software Type | Part Number | Release Date |
Upgrades
The following 10G products are compatible with this release:
NOTE: V2.5 is not compatible with 25G products:
It is recommended that 25G products use v3.x or later.
New features since V2.3.1
|
Firmware | P00010640A | 30 September 2022 |
Software | Software Type | Part Number | Release Date |
WFM2200A and WFM2300 Series System Firmware Customer Distribution – V2.11.7 This release supports both the WFM2200A and WFM2300 products. It includes the ASI analysis features for the WFM2300 option ASI and repairs to reported issues. |
Firmware | 066-1709-06 | 30 Sep 2016 |
WFM2200A and WFM2300 Series System Firmware Customer Distribution – V2.11.4 This release adds ASI analysis features including a MPEG PID List display, ASI stream status information displays and ASI Eye Pattern display for the WFM2300 option ASI. |
Firmware | 066-1709-03 | 04 Dec 2015 |
Software | Software Type | Part Number | Release Date |
WFM5200,WVR5200,WFM5250 and WVR5250 Firmware – V2.9.3
|
Firmware | 063-4374-05 | 20 Jun 2019 |
WFM5200,WVR5200,WFM5250 and WVR5250 Firmware – V2.8.14 The following products with software version 2.8.x have these new key features and benefits
|
Firmware | 063-4374-04 | 10 May 2016 |
Software | Software Type | Part Number | Release Date |
WFM7200 and WVR7200 Firmware – V3.4.2 This release adds support for High Dynamic Range (HDR) trace display modes and includes repairs for customer-reported defects. |
Firmware | 063-4432-10 | 10 Feb 2017 |
WFM7200 and WVR7200 Firmware – V3.3.4 Software version 3.3.4 adds enhancements and fixes customer reported defects |
Firmware | 063-4432-08 | 10 Jul 2015 |
WFM8000, WVR8000 Series and WFM7200 and WVR7200 Web User Interface Application – V3.0.3 The Web Application Interface for the WFM8300, WVR8300, WFM8200, WVR8200, WFM7200 and WVR7200 instruments enables users to operate the instrument from a remote workstation. For use with WFM/WVR8200, WFM/WVR8300 and WFM/WVR7200 SW Ver 3.0.X |
Application | 063-4269-09 | 29 Sep 2014 |
Software | Software Type | Part Number | Release Date |
WFM8000 and WVR8000 Series Firmware – V3.4.2 This release adds support for High Dynamic Range (HDR) trace display modes and includes repairs for customer-reported defects. |
Firmware | 063-4268-19 | 10 Feb 2017 |
WFM8000 and WVR8000 Series – V3.3.4 This release adds support for 4K datalist feature enhancements and fixes customer reported defects |
Firmware | 063-4268-17 | 10 Jul 2015 |
WFM8000, WVR8000 Series and WFM7200 and WVR7200 Web User Interface Application – V3.0.3 The Web Application Interface for the WFM8300, WVR8300, WFM8200, WVR8200, WFM7200 and WVR7200 instruments enables users to operate the instrument from a remote workstation. For use with WFM/WVR8200, WFM/WVR8300 and WFM/WVR7200 SW Ver 3.0.X |
Application | 063-4269-09 | 29 Sep 2014 |
Software | Software Type | Part Number | Release Date |
SPG9000 Firmware Release – V3.1.1 Version 3.1.1 is a patch release for the SPG9000 including many improvements and defect fixes for GNSS, PTP, IP (ST 2110) and NMOS features. This version is a recommended upgrade for all SPG9000 systems. SPG9000 Release Notes – V3.1.1 |
Firmware | P00010713H | 1 May 2024 |
SPG8000A, SPG8000, SPG700 Firmware Release – V3.7 Version 3.7 includes support for an updated component for the SDI outputs in all units manufactured in March 2022 or later. It also includes new features to handle false Loss of Lock events reported from the GPS receiver every 49 days, and a fix for the composite video outputs that were not initialized when the system is first powered on. SPG8000A Release Notes – V3.7 SPG8000 Release Notes – V3.7 SPG700 Release Notes – V3.7 |
Firmware | P00010222G | 31 Mar 2022 |
ECO8000, ECO8080 Firmware Release – V1.1 This firmware release can be installed on any ECO8000 or ECO8020 unit. |
Firmware | P00010163 | 23 Jul 2020 |
Software | Software Type | Part Number | Release Date |
MTS4EA Elementary Stream Analyzer – V7.1.6 This package contains all of the software needed for the installation of the MTS4EA Elementary Stream Analyzer as part of the MTSA software suite. New features and improvements:
|
Application | P00010140A (066-2030-00B) |
14 Jun 2020 |
MTSA MPEG Test System – V3.3.2.6 This package contains all of the software needed for the installation of the MTSA MPEG Test System. New features and improvements:
|
Application | P00010139B | 18 Oct 2021 |
PQA Picture Quality Analyzer Software – V4.1.11 This package contains the software for PQA as part of the MTSA software suite, for installation on the following products:
New features and improvements:
|
Application | P00010141A (066-2031-00B) |
14 Jun 2020 |
MTS4EA Elementary Stream Analyzer – V7.1.5 This package contains all of the software needed for the installation of the MTS4EA Elementary Stream Analyzer. New features and improvements:
|
Application | 066-2030-00 | 28 Jun 2019 |
MTSA MPEG Test System – V3.3.1 This package contains all of the software needed for the installation of the MTSA MPEG Test System. New features and improvements:
|
Application | 066-2029-00 | 28 Jun 2019 |
PQA Picture Quality Analyzer Software – V4.1.10 This package contains the software for PQA600/600A/600B/600C and PQASW, which can be installed on the following products:
New features and improvements:
|
Application | 066-2031-00 | 28 Jun 2019 |
Application | 063-4385-06 | 03 Aug 2016 | |
Application | 063-4385-05 | 13 Mar 2016 | |
Application | 063-4385-04 | 04 Sep 2015 | |
PQA Picture Quality Analyzer Software – V4.1.7 (64-bit), V3.9.7 (32-bit) This is the software for PQA500/600/600A/600B/600C and PQASW. The 32-bit version works for PQA500 and the 64-bit version works for PQA600/600A/600B/600C and PQASW. This version also could be used for the software demo trial. The customer can download this software and run for trial without any purchase required. Please contact your local Telestream sales representative for further details. |
Application | 063-4564-00 | 31 Jul 2015 |
FIRMWARE Upgrade for MTM400, MTM400A, IPM400A, RFM300, QAM400A Zip File containing Firmware Hex File Required to upgrade MTM400 to Firmware Version v4.6.068.401 (RC03). |
Application | 063-3719-18 | 29 Oct 2010 |
Test Streams |
Read Me (about these test file archives) |
MPEG-Audio |
MPEG-Video |
MPEG-Video-Conformance |
MTS-100 |
Sarnoff |
Tclips |