Price: $47,500.56
(as of 2026-10-21 02:29 GMT+0000 – Details)
Display Overview and Core Specifications
The LED‑E018i‑162 is a 162‑inch diagonal display that delivers Full HD resolution of 1920 × 1080 pixels. Its maximum refresh rate reaches 3840 Hz, which supports smooth motion rendering for video, graphics, and fast‑changing content. The panel is built around NEC’s 1.875 mm LED‑E018i module, a pitch that balances pixel density with cost. Because the native resolution matches standard 1080p sources, no scaling is required for typical presentation material, and the high refresh capability reduces motion blur in dynamic signage or live‑feed scenarios. This combination makes the unit suitable for boardrooms, auditoriums, and retail environments where clarity and fluid motion are priorities.
Front‑Serviceable Module Architecture
A key design goal is front‑serviceable access. Each LED module can be removed from the front face, allowing technicians to reach components even when the display is mounted in tight or elevated locations such as ceiling‑recessed installations or behind architectural features. The modules are engineered for easy handling, reducing the time required for routine cleaning or pixel‑card replacement. This approach mitigates the need for rear‑access pathways, which are often unavailable in finished spaces, and it supports maintenance schedules that minimize downtime for high‑traffic venues.
Comprehensive Kit Contents and Installation Considerations
The product ships as a comprehensive kit that includes LED modules, a power bar, an LED controller, a mounting structure, an overframe kit, and a set of spare parts. Having all structural and electronic elements in a single package simplifies procurement and ensures mechanical compatibility between the frame and the pixel cards. However, the price does not cover professional installation; the buyer must engage Sharp or an authorized AV dealer to obtain a separate quote. This separation means total project cost can vary significantly depending on site conditions, mounting complexity, and local labor rates.
Hot‑Swappable Pixel Cards for Continuous Operation
Hot‑swappable pixel cards enable replacement of individual LED clusters without powering down the entire display. In practice, a faulty card can be ejected and a spare inserted while the screen continues to operate, preserving uptime for mission‑critical applications such as control rooms or live‑event backdrops. The feature also reduces the risk of collateral damage that can occur when a full panel power cycle is required. The spare parts included in the kit are intended to support this workflow, though the exact number of spare cards is not specified in the description.
Slim Profile, Light Weight, and ADA Compliance
The display’s slim profile and lightweight construction broaden the range of mounting options, including wall‑mount, ceiling‑suspend, and freestanding configurations. Its reduced depth helps meet ADA protrusion limits for public pathways, an important consideration for installations in lobbies, corridors, or educational corridors where clearance regulations apply. The light weight also lessens structural load on existing walls or ceiling grids, potentially lowering the need for reinforcement. These physical attributes complement the front‑serviceable architecture by keeping the service envelope shallow. Designers can therefore integrate the screen into tighter architectural envelopes without compromising accessibility.
Manufacturer Support and Cost‑Conscious Positioning
NEC positions the E Series as a cost‑conscious LED solution that retains the brand’s service and support infrastructure. The manufacturer offers full planning, design, installation coordination, and post‑installation maintenance services, which can be valuable for organizations lacking in‑house AV expertise. Nevertheless, the buyer must still arrange and fund the actual installation through a dealer, and the description does not detail warranty terms, power consumption, or environmental ratings. Prospective users should request a complete specification sheet and a detailed service agreement before committing to a purchase.
Refresh Rate Implications for Different Content Types
The 3840 Hz refresh ceiling is substantially higher than the 60–120 Hz typical of conventional LCD panels, which means the display can render very high frame‑rate sources without visible tearing. For applications such as high‑speed camera feeds, simulation visualizers, or interactive gaming walls, this headroom translates into smoother motion and lower latency. In more static uses—corporate dashboards, wayfinding maps, or scheduled advertising loops—the extra refresh capacity remains unused, and the power draw associated with driving the LEDs at maximum rate may increase operational cost. System integrators should match the source frame rate to the display’s capability to avoid unnecessary energy consumption.
Total Cost of Ownership and Procurement Guidance
When evaluating total cost of ownership, the initial kit price covers hardware only; installation, cabling, control‑system integration, and ongoing maintenance contracts are separate line items. The front‑serviceable design and hot‑swappable cards can reduce labor hours for routine upkeep, potentially offsetting higher upfront service fees. However, the lack of published warranty duration, mean‑time‑between‑failures data, or power‑efficiency figures means that long‑term budgeting relies on vendor‑provided estimates rather than independent benchmarks. Organizations should request a detailed service‑level agreement, confirm spare‑part availability timelines, and model energy costs based on expected usage patterns before finalizing a procurement decision.