Display & Confidence Monitoring

Introduction

Watch a good keynote speaker and you will not notice the screens they are using. They face the room, they know what is coming next, they finish on time, and they never turn round to read their own slides. All of that is the stage displays working: a confidence monitor at their feet, a timer at the back of the hall, perhaps two panes of glass beside the lectern carrying their script.

This book is about those screens, the ones that face the stage. What each is for, what to put on it and how to get it there, where to put it so it can be read and stays out of the camera shots, how to run it through a show of changing speakers, and how the needs differ between a conference, an awards show, a worship service, a concert, a panel and a hybrid event with remote guests.

It draws on published sources: AVIXA's standard for display size, the presentation software makers' own documentation, timer, prompter and clicker makers' manuals, and broadcast practice for remote guests. Where it gives a number, it says where it comes from.

How to Use This Book

Read it in order: what the displays are, what goes on them, how to set them up, how to run them, and then how each kind of event differs. Video Basics covers the signal chain the displays sit on; Video Intermediate covers the EDID and range problems that most often stop a confidence monitor working.

Stand where they stand

Every check in this book is made from the presenter's or performer's own position. Before any show, stand where they will stand, look where they will look, and read what they will read.

Displays That Serve the Stage

Some screens are not for the audience — they're for the people on stage.

Confidence and on-stage displays

Beyond the main screens the audience watches, live events use displays that serve the people on stage — most importantly confidence monitors, which let a presenter see their own slides or content (so they do not have to turn around to the main screen behind them), and related on-stage displays showing presenters and performers what they need: their content, notes, a countdown timer, or cues. These displays face the stage, serving the presenter or performer rather than the audience. Getting them right is essential — a presenter who cannot see their slides, or sees the wrong thing, is in trouble. Confidence and on-stage monitoring is a specific, important video responsibility.

This is a distinct part of video work: while much video serves the audience (the main screens, the stream), confidence and on-stage displays serve the people on stage, helping them present and perform. It is easy to overlook but crucial — presenters rely on confidence monitors, and getting them wrong (no content, wrong content, badly placed) directly hurts the presentation. These are the screens that help the show happen from the stage.

Every show has two sets of screens. The audience watches the big ones. The people on stage watch a second, quieter set, and the show depends on those just as much. A presenter who cannot see their slide turns their back on the room to read the screen behind them. A singer who loses the lyrics stops. A speaker who cannot see the clock runs fifteen minutes over and takes the next session's time.

This book is about that second set: the displays that face the stage. Projection and Display Systems covers the audience screens, and Camera Basics covers the teleprompter mounted on a camera lens. Everything else that a presenter, performer or crew member looks at to do their job is here.

Who the displays serve

Stage-serving displays serve different people with different needs. Presenters need to see their slides or content (so they can present without turning around), often their speaker notes, and frequently a countdown timer (so they know their remaining time) — the confidence monitor is their lifeline on stage. Performers may need to see cues, content, or video relevant to their performance. And crew on or near the stage may need reference feeds (seeing the program, a camera, or content) to do their jobs. Each is served by a display showing what they specifically need. Understanding who the displays serve and what each needs to see is the basis for setting them up right.

This means thinking about each person's needs: what does the presenter need on their confidence monitor (slides? notes? timer?), what does a performer need to see, what reference does the crew need. The display work serves these specific needs, getting the right content to the right display for the right person. Understanding the audiences for stage-serving displays — presenters, performers, crew — and what each needs lets you set up displays that genuinely help them. The displays exist to serve the people who need to see, and knowing their needs is the foundation.

The question to ask about every stage display is who is looking at it and what they need in the second they look. A keynote speaker glancing down mid-sentence needs the next slide and the time, large enough to read in half a second. A panel moderator needs the time and the next question. A worship leader needs the next line of the song before it starts. A stage manager needs the programme and the clock. Giving each of them everything is as unhelpful as giving them nothing, because the thing they need is lost among the things they do not.

The family of stage displays

• Confidence monitors. Screens on the stage floor in front of the presenter, angled up, or on the lectern, showing what the presenter needs to see without turning round. Often called downstage monitors, or DSMs, when they sit at the front edge of the stage.
• Presenter view. A confidence monitor showing not the audience's slide but the presentation software's own presenter display: the current slide, the next one, the speaker's notes and a clock.
• Timers and clocks. A countdown showing the time a speaker has left, usually changing colour as the end approaches, and often able to show short messages from the production team.
• Prompters. A script scrolled on a screen for a speaker to read. On camera this is the lens prompter; on a conference stage it is the glass prompter either side of the lectern, or a screen on the floor or the back wall.
• Performer displays. Lyrics, chord charts, setlists and cue notes for musicians, singers and worship leaders.
• Crew and reference monitors. The programme feed for the stage manager, the camera return for operators, the slide feed for the lighting desk, and the screens a floor manager watches to cue the stage.
• Remote returns. In a hybrid event, the screen a remote guest sees, and the screen that shows them to the people on stage.

Practice it

A conference keynote has a speaker who uses slides and notes, a stage manager in the wings, and a remote guest joining for the last ten minutes.

Getting Content to the Displays

The right content must reach each display, in the right form.

The display signal path

Getting content to the stage displays is a signal-flow task: the source (slides from a laptop, a video, a camera, a timer) goes through the system (routing, often the switcher, with scaling to fit the display) to the display the person sees. Each display needs the right source routed to it in the right format. A confidence monitor needs the presenter's slides; a timer display needs the timer; a reference monitor needs the program feed. The video professional routes the right content to each display, using the routing and scaling from Video Basics and Switching. Getting the right content to each display through the system is the core technical task.

This connects to the whole video system: the stage displays are outputs of the system (in the inputs-core-outputs architecture from Signal Flow), fed the right sources via the routing/switcher. Sometimes the confidence monitor shows the same content as the main screen (the program); sometimes displays need different content (the presenter's slides without the lower-thirds the audience sees, or a separate timer). The professional manages the routing so each display gets exactly what it should show. Understanding the display signal path — source to routing/scaling to display — is how you deliver the right content to the stage.

Content for each display

A key skill is getting the right content to each display — which often differs from what the audience sees. The presenter's confidence monitor typically shows their slides cleanly (perhaps without the graphics or lower-thirds layered on the audience's screen), and may show their notes and a timer. A downstage monitor at the presenter's feet shows the same. Performers' displays show their relevant content or cues. Reference monitors show the program or a camera. Each display is fed the content appropriate to its purpose, which may mean routing different feeds to different displays. Managing what each display shows — the right content for each purpose — is central to display work.

This requires thinking through each display's job and routing accordingly: the confidence monitors get the presenter content, the timer display gets the timer, the reference monitors get the reference feed. On a show with presenters, getting the confidence monitors showing the right slides (and the timer working) is critical to the presenters' success. The video professional ensures every stage display shows exactly what its viewer needs, through correct routing and content management. Delivering the right content to each display is what makes the stage monitoring actually serve the people on stage.

Presenter view

The most useful thing a confidence monitor can show is usually not the audience's slide but the presentation software's own presenter display. Microsoft describes PowerPoint's Presenter View as showing the current slide, the next slide and the speaker's notes, with a timer that can be paused and reset, a clock, and buttons to change the notes' size. The audience sees only the slides.

Apple's Keynote offers the same idea with more choice: its presenter display can show the current slide, next slide, presenter notes, a ready-to-advance indicator, a clock and a timer counting up or down, each one moved and resized as the speaker likes. Its ready-to-advance bar is worth knowing: red while a transition or animation is still playing, green when the next click will move on.

Presenter view only works when the computer treats the confidence monitor and the audience screen as two separate displays. Microsoft and Apple both say the same thing in different words: the computer needs an extended desktop, not a mirrored one. Mirrored, both screens show the same picture and presenter view disappears or, worse, appears on the audience screen. When presenter view lands on the wrong screen, PowerPoint swaps them from its display settings and Keynote with the X key.

Worship and many corporate shows use ProPresenter, which builds its stage displays from a layout. Renewed Vision lists what a layout can hold: the current and next slide as text, image or notes, a preview of any output, chord charts, clocks and timers, a video countdown, the group name or colour of the current slide, such as verse or chorus, and stage display messages sent from the operator's toolbar. Layouts can change with each slide.

Timers and messages

A speaker timer counts down the time a speaker has, and its colour tells them where they are without reading a number. Stagetimer's documentation puts it plainly: yellow is the warning, red is the last stretch, and zero is the end. The operator sets when each colour arrives, often a few minutes and then one minute before the end, and can make the display flash. At zero it can stop, or keep counting into overtime so everybody can see how far over the speaker is.

Hardware timers do the same with lights. DSan's Limitimer runs three phases, talk, sum-up and stop, shown as green, yellow and red lights, with up to three signal lights connected up to about 60 metres from the base, and a beep available as yellow turns to red.

Most timers can also show a short message. Stagetimer shows one message at a time, on every connected screen, until it is hidden, shrinking the timer to make room. The same screens can open in a web browser on several monitors at once, stage left and stage right, and can be fed into a video switcher as a browser source.

Prompters on a conference stage

A conference prompter uses the same trick as a camera prompter. Autocue explains it: a sheet of beamsplitter glass reflects part of the light from a monitor to the speaker and lets the rest pass through, so the speaker reads the script while the audience sees clear glass. The monitor's picture is flipped so the reflection reads the right way round.

On a conference stage the glass stands at eye height on a tall stand, with its monitor at the base, and there are usually two, one either side of the lectern, so the speaker can look from one side of the room to the other while reading. Prompter People's conference pair is typical: glass about 14 by 12 inches, monitors of 15 to 24 inches at 400 nits, or 1,000 for outdoors, and a script readable from over 17 feet. One feed, split by a distribution amplifier, drives both.

A prompter is not a confidence monitor. A confidence monitor shows slides, notes or cues that the speaker glances at. A prompter carries every word for a speaker who reads them, scrolled live by an operator at the speaker's pace. Low screens force the head down, so for a word-for-word speech the glass prompter at eye height is the right tool.

Clickers and control

The clicker in the presenter's hand is the one stage device that controls the show computer, and most clickers are, to the computer, simply a wireless keyboard pressing the right-arrow key. Logitech gives its Spotlight a range of up to 30 metres, varying with conditions.

That keyboard behaviour is the cause of the most common clicker failure. DSan, which makes the PerfectCue system used on many shows, describes it: if PowerPoint loses focus, because somebody clicked on another window, it stops reacting to the key presses, and the clicker appears dead. Before every session, click once into the presentation itself, and keep hands off the show computer's mouse.

Show-control clickers are built for larger stages. DSan's PerfectCue runs at 433 megahertz with a range of up to about 90 metres, can be set to any of 256 channels so several systems work side by side without interfering, and can drive two computers at once, so the A and B machines both advance together.

Practice it

A speaker's confidence monitor shows the audience slide, not presenter view, and the clicker does nothing.

Setting Up Displays

Place them well, show the right thing, make them reliable.

Placement and setup

Setting up stage displays well means placing them effectively: where the presenter or performer can see them clearly and naturally (confidence monitors positioned so the presenter can glance at them while facing the audience; downstage monitors at their feet; displays angled and located for easy viewing), while keeping them unobtrusive (not blocking sightlines or appearing on camera where they should not). Good placement lets the people on stage see what they need without it being awkward or visible to the audience. The video professional places the displays so they serve their viewers well and fit the stage. Placement is a key part of effective display setup.

Setup also includes getting the displays working correctly: connected, showing the right content, sized and scaled properly (the content fitting the display, from Video Basics), and looking good (bright enough, clear). A confidence monitor that is poorly placed, shows the wrong thing, or is hard to read fails the presenter. The professional sets up each display correctly — placed, connected, showing the right content clearly — so it genuinely serves its purpose. Good display setup, placement included, is what makes stage monitoring effective.

Testing and reliability

Because presenters and performers depend on their displays, the displays must be reliable — set up, tested, and confirmed working before the event. The professional tests that each display shows the right content clearly before the presenters arrive, so there are no surprises (a confidence monitor showing nothing or the wrong slides as a presenter walks on would be a serious failure). This is the test-before-the-show discipline found across all AV work, applied to displays. A presenter relies on their confidence monitor, so it must work, which means testing it thoroughly beforehand. Reliability through testing is essential to display work.

Reliability also means keeping the displays working through the event and handling any problems fast (a display failing, wrong content appearing) so presenters are never left without what they need. The professional ensures the displays are dependable — tested, working, and quickly fixed if needed — because the people on stage depend on them. Combining good placement, right content, and tested reliability is effective display setup. The displays must simply work for the people who rely on them, which thorough setup and testing ensures.

Text you can read from the stage

A confidence monitor is read in a glance, from several metres, often looking down past stage lights. If the speaker cannot read it in that glance, it is no use at all. The industry's standard for display size, AVIXA's DISCAS, gives a way to check.

DISCAS defines an element, such as a letter at a given font size, and measures it as a percentage of the screen's height. For material people read, which it calls basic decision making, its calculation sets the farthest viewer at 200 times the height of the element. Turn it round and the smallest letter worth showing is the viewing distance divided by 200.

Work it through for a downstage monitor. The speaker stands about 2.5 metres from the screen, so the letters must be at least 2.5 metres divided by 200, which is 12.5 millimetres tall. A 55-inch screen is about 685 millimetres high, so that is just under 2 percent of the screen's height: on a 1080-line screen, about 20 lines of pixels for each letter. That is a minimum for reading steadily; for a glance, go larger. In practice it means presenter notes in a big font, a few lines at a time.

The same standard sets a contrast of at least 15 to 1 for this kind of viewing. On a stage, that is mostly a matter of keeping light off the screen: a monitor washed by a front light loses its blacks, and its text, however large.

DISCAS applies to audience screens too, and Projection and Display Systems covers it there. The older rule of thumb, as Epson describes it, puts the farthest viewer at no more than six times the screen height for presentations, four for detailed material and eight for video. AVIXA's own pages now point to a 2026 edition of DISCAS; check its figures if you work to the standard directly.

Practice it

A presenter will stand 3 metres from a 43-inch downstage monitor, about 535 millimetres high, showing speaker notes.

Displays Through the Event

Keep presenters and performers seeing what they need, all the way through.

Running the displays live

During the event, the video professional keeps the stage displays serving their viewers — making sure each presenter's confidence monitor shows their current slides (advancing with them, or showing the right content as presenters change), the timer runs, and the displays keep working. As the show progresses (different presenters, different content, different segments), the displays must keep showing the right thing for whoever is on stage. The professional manages this live — keeping the confidence monitors and other displays correct and working throughout — so the people on stage always see what they need. Running the displays through the event is the live job.

This often means coordinating with the show: as a new presenter comes up, their content goes to the confidence monitors; as segments change, the displays update. The video professional keeps the stage monitoring aligned with the live show, so presenters and performers are always supported. On a show with many presenters, this is active work — managing what each confidence monitor shows as the show moves through them. Keeping the displays serving the stage correctly throughout the live event is essential to supporting the presenters and performers.

Supporting presenters and performers

The ultimate purpose of display work is supporting the people on stage — making sure presenters can present confidently (seeing their slides, notes, and time) and performers have what they need. A presenter with a good, reliable confidence monitor showing their slides and a clear timer can present smoothly and confidently; one without is flustered and may falter. The video professional's display work directly enables the presenters' and performers' success, which directly affects the event. Supporting the people on stage through their displays is the real value of confidence and on-stage monitoring.

This makes display work, though sometimes overlooked, genuinely important and presenter-facing: getting it right helps the presenters and the event succeed; getting it wrong can derail a presentation. The professional treats the stage displays as critical support for the people on stage, ensuring they always see what they need to perform their best. Combining the routing, placement, reliability, and live management to support the presenters and performers is the heart of display work. The displays serve the people on stage, and serving them well is the goal.

The handover between presenters

Most stage-display faults happen in the thirty seconds between one presenter and the next. The outgoing deck must come off, the incoming deck must go on in presenter view, the timer must reset to the new speaker's time, and the clicker must control the right machine. Do it the same way every time, in the same order, and check the confidence monitor shows the new speaker's first slide before they reach the lectern.

Many shows run two presentation machines, A and B, for exactly this reason. The next speaker is loaded on the idle machine while the current one presents, and the handover is a switch rather than a scramble.

Talking to the stage

The confidence displays are also the production's only quiet way to speak to someone on stage. A timer that turns red says the time is up. A short message, such as "two minutes" or "take questions", can be sent to the speaker's screen. Keep messages short, use them sparingly, agree the wording with the producer beforehand, and never send anything you would not want the audience to see, in case a camera catches the screen.

Practice it

Speaker A finishes and speaker B walks up. Speaker B's confidence monitor still shows speaker A's last slide, and the timer reads minus three minutes.

Speakers, Singers and Guests

The displays are the same kinds of screen at every event. What changes from one kind of event to another is who is on stage, what they need, and what goes wrong.

Conferences and corporate keynotes

The corporate stage is the home of the confidence monitor. A typical keynote has two downstage monitors, one showing presenter view and one showing the audience's slide, plus a countdown timer that both the speaker and the stage manager can see. Senior executives often add a glass prompter for a scripted opening.

The pressure points are the speaker change and the late deck. Presenters change every twenty or thirty minutes, each with their own slides, notes and time, and the displays must follow without a gap. And a presenter who brings a new version of their deck to the stage door is the most common cause of confidence monitors showing the wrong thing. Have a speaker ready room, check every deck there, and load the final version on the show machine, not the presenter's own laptop.

Award shows

Award shows run to a tight script with many people who walk on once and never rehearse. Presenters read from prompters; winners have no script at all. The confidence displays carry the presenter's script, the name of the next category and nominee in large type, and a clear timer for acceptance speeches, often with a message the producer can send, such as "please wrap up".

Names matter more than anything else on the screen. Check every nominee's name and its pronunciation guide against the producer's list before the show, and make sure the prompter operator has the same list.

Worship services

Worship stages run on lyrics. Worship leaders and the band read the words, and often the chords, from a stage display driven by the same presentation software that puts lyrics on the congregation's screens. The stage display usually shows the current and next lines larger than the audience sees them, the song's section, such as verse or chorus, and a clock.

Timing is the craft. The lyric operator advances a line before it is sung, not when it is sung, so the singers and the congregation see the words in time. A stage display that lags the band by a line leaves the leader singing from memory.

Concerts and touring acts

Musicians use stage displays less than speakers, and more personally. Many artists carry their own lyric or setlist screens in their touring package, often a tablet or a small monitor on a stand or built into the stage. The house video crew's job is usually to give those screens power, a feed if asked, and a place out of the audience's sightline and out of the camera shots.

Ask the artist's team before the show what they bring and what they need. Do not move or reroute an artist's own display; it is part of their show.

Panels and moderated sessions

Panels have several people and one clock. Panellists rarely need slides, but the moderator needs the time and often a list of questions, including ones sent in by the audience. A single timer visible from every chair, and a separate confidence display or tablet for the moderator, covers most panels.

Hybrid events and remote guests

A remote guest has two needs the stage does not. They need to see and hear the room, so they know when to speak and who is talking to them. And they must not hear their own voice coming back delayed, which is why their audio return is a mix of everything except themselves, called a mix-minus. Telos, whose equipment connects phone and video callers to broadcasts, defines it as a mix of everything going on air except the caller's own audio, and notes the clearer European name, M-1, mix minus one. Software such as vMix builds it automatically for each remote guest. Echo still creeps in when a guest listens on loudspeakers instead of headphones, so ask every remote guest to wear them.

The people on stage need to see the remote guest, on a confidence monitor placed where they can look at the guest and still face the audience. And everybody needs to accept a delay: a guest on a video call hears and sees the room a moment late, so conversation needs a beat more space than it would in person. The ITU's planning figures for two-way calls give the scale: below about 150 milliseconds one way, conversation feels natural; above about 400 is the limit the ITU sets for planning a network at all.

Practice it

You are supporting three events in one week: a corporate conference, an awards dinner and a Sunday worship service.

Mastering Display Work

Master the stage displays, and you keep every presenter confident and supported.

The complete display professional

Pulling it together, effective display work means understanding what the stage displays are for and who they serve, getting the right content to each through correct routing and scaling, placing and setting them up well, testing them for reliability, and managing them live to keep the people on stage supported throughout the event. The complete display professional ensures every presenter and performer always sees exactly what they need, clearly and reliably — which enables the people on stage to do their best and the event to succeed. This combination of signal management, setup, reliability, and live support is display work done well.

It builds on Video Basics and Switching (signal flow, routing, scaling, displays), focused on the stage-serving displays. Though sometimes overlooked compared to the audience's screens, display and confidence monitoring is genuinely important — presenters depend on it — and doing it well is a valuable video skill. Mastering display work means reliably supporting the people on stage through their monitoring. This book has built the understanding of that craft, a key part of serving live presentations and performances.

Display work in the bigger picture

Display and confidence monitoring is one part of the broader video and event work — the part that serves the stage rather than the audience — and it connects to the rest: the same video system (routing, switcher, scaling) feeds both the audience screens and the stage displays, and the video professional manages both. Understanding display work rounds out your video and event capability, adding the presenter-and-performer-facing side to the audience-facing side. The complete video professional handles both the screens the audience watches and the displays the stage relies on. Display work is an essential, presenter-serving part of that whole.

Growing in this area means gaining experience setting up and running stage displays on real events (especially presentation-heavy events like conferences), mastering the routing and management, and developing the reliability and presenter-support focus that makes it effective. It is a practical, valuable skill in corporate AV, conferences, and any presentation event. Whether as part of broader video work or a focus in itself, mastering display and confidence monitoring — keeping the people on stage seeing what they need — makes you able to support presentations and performances reliably. The stage depends on these displays, and serving them well is the craft.

Glossary

Where to Go Next

Projection and Display Systems covers the audience screens. Video Intermediate covers the signals, EDID and range behind every display. Camera Directing covers the shows these displays support, and stage management courses cover calling them.

The first ninety days

Four things. Stand at the lectern of every show you work and read every stage display from there. Set up presenter view on PowerPoint and Keynote until you can do it in a minute. Work out the letter height for each confidence monitor you place. And keep a list of every handover that went wrong, and why.

What the gear actually looks like

Every device named in this book, in one place. Recognition is the whole point of Chapter 4 — use this page to attach a picture to each name before you meet it on a dock at six in the morning.

Audio

Dynamic microphone

Condenser microphone

Wireless handheld

Radio rack

Mixing console

Stage box / snake

Power amplifier

Main loudspeaker

Subwoofer

Stage monitor wedge

In-ear monitors

DI box

Video

Camera

Video switcher

Scaler / processor

Projector

LED wall panel

Confidence monitor

Lighting & control

Conventional fixture

Moving-head fixture

Lighting console

Dimmer

Show controller

Media server

Networking & infrastructure

Network switch

Patch bay

Equipment rack

Power distribution

Cable tester

A properly coiled cable

Connectors, close up

XLR

TRS / TS ¼-inch

SDI on BNC

HDMI

Cat5e / Cat6 (RJ45)

Fiber optic

DMX (5-pin XLR)

AC power — not signal