This page focuses on the power, rigging, and scheduling questions that shape LED wall and video integration across Columbus's main show venues.
LED Wall and Video Integration execution priorities
- Power load calculated against the specific room's electrical service before the wall is finalized
- Rigging or ground-support method confirmed against the venue's structural and floor-load limits
- LED wall and video integration scheduled early enough in move-in to allow for signal and calibration testing
Power planning starts with the room
A large LED wall built for a general session in Battelle Grand draws substantially more power than a compact video panel inside a single exhibit booth, so LED wall and video integration should size electrical service requests to the specific configuration rather than a rough estimate.
Ordering power through the venue's utility process ahead of move-in avoids a last-minute scramble if the requested service does not match what the room can actually deliver on short notice.
Rigging versus ground support
Rigged LED walls need clearance and point-load data from the venue's rigging plot, which can vary between a GCCC exhibit hall and Battelle Grand, so LED wall and video integration plans should confirm which structure applies to the specific room booked.
A ground-supported wall shifts the concern from ceiling rigging to floor load and footprint, which matters more in a subdivided exhibit hall where floor space is already allocated across many exhibitors.
- Confirm electrical service capacity for the specific room before finalizing wall size
- Check rigging point-load limits if the wall will be flown rather than ground-supported
- Reserve time in move-in for signal routing and calibration in addition to physical assembly
Signal routing and calibration time
Video integration is not finished once the panels are physically assembled; signal routing, processor configuration, and color calibration typically need dedicated time on site before content can run reliably during the show.
LED wall and video integration schedules that treat calibration as an afterthought tend to run into trouble on the first day of the show rather than catching issues during a quieter move-in window.
Labor scope for electrical and rigging work
GCCC's status as a non-union, right-to-work building with published self-handled allowances typically does not extend as freely to electrical hookups and structural rigging as it does to simpler booth tasks, so those pieces of an LED wall install often still require venue-coordinated labor.
Confirming that split early avoids a schedule conflict between a self-handled crew and the electrical or rigging labor the room requires.
Testing before the show opens
A full content run-through, beyond a simple power-on test, catches signal routing or processor configuration problems that a quick check during move-in can miss, and that run-through should happen with enough time left to fix issues before doors open.
LED wall and video integration crews working a tight downtown move-in window should flag content testing as a fixed line item on the schedule rather than something squeezed in if time allows.
Building the content run-through into the written schedule, with a named person responsible for signing off before doors open, keeps LED wall and video integration testing from being pushed aside when other move-in tasks run long.
Questions about LED Wall and Video Integration
Does power planning differ between Battelle Grand and a GCCC exhibit hall?
Yes, a large general-session wall in Battelle Grand draws substantially more power than a compact booth video panel on the exhibit floor, so electrical service requests should be sized to the specific room and configuration.
Should an LED wall be rigged or ground-supported?
That depends on the room's rigging point-load limits and available floor space, which vary between Battelle Grand and a subdivided GCCC exhibit hall, so the structure should be confirmed for the specific booking before the wall is designed.
How much time should be reserved for calibration?
Signal routing, processor configuration, and color calibration typically need dedicated time on site after physical assembly, and treating that as an afterthought tends to cause problems on the first day of the show.
Can electrical hookups be self-handled at GCCC?
GCCC's self-handled allowances typically do not extend as freely to electrical hookups and structural rigging as they do to simpler booth tasks, so that labor split should be confirmed early for the specific show.
Is a power-on test enough before the show opens?
No, a full content run-through catches signal routing and processor issues that a simple power-on check can miss, so it should be scheduled as a fixed line item with time left to fix problems.