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Video Walls


Find a Video Wall Engineered for the Space and the Viewing Distance

Find a Video Wall Engineered for the Space and the Viewing Distance

A video wall is a construction project as much as a display purchase, which is the part most people do not anticipate. Here at Video General, we design and install Video Walls for corporate lobbies, control rooms, retail environments, houses of worship, sports venues, and high-end residential spaces, and every one of those begins with structure, power, and viewing geometry rather than with a model number. Getting those right is what separates an installation that impresses from one that merely exists.

We take pride in offering Video Walls across direct-view LED and tiled LCD platforms, sized and configured for the room they will occupy. When you are specifying the best Video Walls for an application, pixel pitch and viewing distance are the two numbers that determine whether the image reads as seamless or as a grid of dots. We invite you to explore Video Walls with us and bring us the space rather than a product list.

Organizations searching for video walls near me will find a team that handles design, structural coordination, processing, and commissioning. We are deeply committed to our region, providing specialized service for clients looking for Video Walls in the Dallas, TX area, Video Walls in the Fort Worth, TX area, and Video Walls in the Southlake, TX area. Our goal is a system that runs reliably for years and can be serviced without dismantling a wall.

The first decision is the display platform. Tiled LCD arrays use commercial panels with very narrow bezels, which keeps cost down and brightness high but leaves visible seams between tiles. Direct-view LED has no seams at all, since the image is formed across a continuous surface of modules, and it scales to nearly any dimension or aspect ratio. LED costs more and requires more infrastructure, but it is the only option when a genuinely unbroken image is the requirement.

Pixel pitch then follows from how close people will stand. Pitch is the distance in millimetres between adjacent LEDs, and a useful rule of thumb is that the minimum comfortable viewing distance in metres is roughly equal to the pitch figure. A 2.5 millimetre pitch reads cleanly from about two and a half metres out, while a lobby where visitors walk within arm's reach needs a considerably finer pitch. Specifying quality Video Walls means resisting the temptation to save money on pitch in a space where people get close.

Infrastructure is where projects run into trouble. A wall of this kind needs a mounting structure engineered for the load, dedicated electrical capacity, and consideration of the heat it will add to the room, which frequently means involving the mechanical contractor. Plan service access from the outset, whether front-serviceable modules or rear clearance, and account for a video wall processor if the system must display multiple sources or windowed content rather than one full-screen image.

Explore More Display and Systems Categories

These categories cover the alternatives and the infrastructure a large-format display depends on.

  • TVs: Single large-format displays, which remain the simpler and less expensive answer wherever one screen will do the job. Worth pricing honestly against a wall before committing to the more complex route.
  • Projectors & Screens: A very large image at a fraction of the cost of LED, provided the room's light can be controlled. Frequently the right call for auditoriums, theaters, and golf simulator bays.
  • Monitors: Commercial and desktop displays for operator positions and workstations. Control room projects typically pair a wall with a set of local monitors rather than relying on the wall alone.
  • TV & Monitor Mounts: Mounting hardware including the alignment-critical systems that tiled arrays require. Ordinary display mounts will not hold tiles in the plane and spacing a video wall demands.
  • Automation & Control: Control processors and interfaces that let staff switch sources and layouts without a technical background. A wall nobody can operate confidently ends up displaying one static image forever.
  • Networks: Switching, routing, and access infrastructure. Modern signal distribution and content management run over the network, so the network becomes a load-bearing part of the display system.
  • Pro Audio: Speakers, amplification, and processing for spaces where the sound has to carry as far as the picture. Large visual installations are routinely undermined by audio that was an afterthought.

Video Walls Near Dallas, TX, Fort Worth, TX, and Southlake, TX

We are proud to represent Video General and are dedicated to engineering Video Walls that hold up in service. Our team works through pitch selection, structural and electrical coordination, processing, and commissioning, and we would far rather identify a structural or thermal constraint during design than during installation. We focus on understanding the space and the content before recommending a platform.

Our office is at 1517 W. Carrier Pkwy in Grand Prairie, and we serve Dallas, Fort Worth, and the surrounding communities including Southlake, Colleyville, Westlake, Keller, Grapevine, Arlington, and Roanoke. We are available Monday through Friday, with support staffed around the clock for systems already in service. To discuss a project or arrange a site visit, contact us today.

Video Walls FAQ

A: A tiled LCD wall uses commercial panels with very narrow bezels, so faint seams remain visible between tiles, at a lower cost. Direct-view LED forms one continuous surface with no seams and scales to almost any shape, but it costs more and needs more supporting infrastructure.
A: Pitch is the distance in millimetres between adjacent LEDs. As a rule of thumb, the minimum comfortable viewing distance in metres roughly matches the pitch number, so a 2.5 millimetre pitch reads cleanly from about two and a half metres. Spaces where people stand close need a finer pitch.
A: A mounting structure engineered for the load, dedicated electrical capacity, and planning for the heat the array adds to the room, which often means coordinating with the mechanical contractor. Service access also has to be designed in from the start rather than solved later.
A: Yes, with a video wall processor. That is what allows windowed layouts, picture-in-picture, and multiple simultaneous feeds rather than a single image stretched across the array. Decide early whether you need it, since it affects both the signal distribution design and the budget.
A: Individual modules or panels can fail and need replacing, which is why serviceability is a design decision rather than an afterthought. Front-serviceable LED modules can be swapped without rear access, and holding spare modules from the original production run avoids visible colour mismatch later.