Why should a mid-sized town running a platform like gWorks for its day-to-day operations care about Chip-on-Board (CoB) display technology?
Many city clerks and administrators hear "MicroLED" and assume it belongs only in corporate boardrooms or luxury home theaters.
That assumption made sense for years, because it was true. MicroLED started as an enterprise and luxury technology, priced for corporate boardrooms and home theaters, not municipal budgets. What changed is the manufacturing process, not the ambition. Chip-on-Board construction mounts each LED chip directly onto the circuit board and seals it with a protective resin, cutting out layers of assembly cost that used to get passed on to the buyer. That's why a mid-sized town can now afford a display once reserved for a regional utility or a Fortune 500 lobby.
For a command center running gWorks, specs matter more than price. Our CoB panels deliver 15,000:1 native contrast, and because MicroLED pixels produce true black when off, dynamic contrast for dark map overlays is effectively infinite. That's a real advantage over consumer TVs, which were never built to run static dashboards for sixteen hours a day. AWALL has been recognized as the number one rated affordable, high-quality MicroLED display by CEDIA and InfoComm, judged against manufacturers that never had to think about municipal budgets at all.
How does AWALL's model change the calculus for a small or rural agency that already runs lean on software like gWorks?
Local governments have historically had two bad options: six-figure enterprise video walls, or consumer-grade TVs that fail under constant use.
Consumer TVs were never engineered for what a command center does to a screen. Run a static utility map or dashboard in the same fixed layout for months, and you're asking a panel built for movie night to behave like industrial equipment. That mismatch is usually where the burn-in and early failures municipal IT staff report come from.
I hear the same story from integrators serving agencies that chose software like gWorks over a legacy enterprise system, for the same reason. It's the same market gap we saw on the hardware side. AWALL's C-Series starts publicly at $19,250 for a 102-inch display, scaling up to 162 inches and beyond for larger layouts. That's a fraction of a six-figure enterprise video wall, and every price is published on awall.com before a call happens. We sell both direct-to-consumer and through an authorized dealer network, so a city can order what it needs without a multi-day quote process, and its existing integrator can still handle the install.
What should IT administrators actually expect?
IT administrators often worry that adding a large-format display means a complicated integration project on top of their existing cloud software, GIS mapping, and utility systems like ours.
The most important thing to understand is what AWALL is and is not. We manufacture display hardware. The panel accepts a standard video input, so whatever a city already runs, whether that's a GIS platform, a <a href="https://www.gworks.com/products/utility-billing">utility billing</a> dashboard, or a cloud suite like gWorks, reaches the screen the way it reaches any monitor: through the video output the agency's software already produces. There's no proprietary software layer to install, and no data migration.
That said, I should clarify we have not evaluated compatibility specifics against every municipal software platform (including gWorks), and any claim of direct or optimized compatibility with a specific platform should be confirmed before it goes into anything public-facing. What I can say with confidence is that IT administrators should expect a straightforward video input, not a systems integration project.
What does it actually take to get one of these displays operational?
Rural and mid-sized public agencies rarely have a dedicated AV engineering team on staff, and many are already running lean on a small IT footprint.
We designed the C-Series around the assumption that most buyers don't have a rigging crew on call. Smaller preconfigured sizes install with two people and no specialized equipment, and depending on size, that runs from roughly two hours for smaller units up to a full workday for 135-inch and larger configurations. That range reflects more modules and more precise alignment on larger panels, not added complexity. It scales with the screen, not the skill required.
Our ADC 12 aluminum alloy cabinets are roughly 45 percent lighter than comparable enterprise walls, so a facilities team can move and mount modules without a certified crew. We also offer professional installation for agencies that would rather not assign staff to it. Either way, a mid-sized public works department or county IT office should be able to get a command center display running without hiring an outside AV integrator for the install itself.
What guidance would you give a city clerk or finance manager starting to consolidate public works, utility billing, and citizen request data?
Start with what your staff actually looks at every day, not with the display. Most agencies have utility billing on one screen, a GIS map on another, and open citizen requests somewhere else, whether that data lives in gWorks or a handful of disconnected tools. That's just how systems got adopted over time, one department at a time. The shift worth planning for is pulling those feeds onto shared displays that different departments can see at once.
My guidance is to sequence it. Pick the two or three data feeds your team checks most often, confirm they can output to a standard display, and start there before consolidating everything at once. The hardware side, screen size, brightness, and durability under continuous use are where we help directly. Software consolidation is a conversation every agency has on its own timeline, but the display no longer has to be the constraint.