The DS-D4226FI-CGFB is the same physical cabinet as the P1.5 CGFB — 750 × 250 mm, 4.59 kg, front-serviced, die-cast aluminium — with a 2.6 mm pixel pitch instead of 1.56 mm. That single change moves the panel to a different job.



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At 2.6 mm the comfortable viewing distance starts around two and a half to three metres (a market rule of thumb rather than a specification), which suits a mall corridor, a warehouse-scale retail floor, or a strip mounted high above a public space where nobody stands close enough for finer pixels to be visible. Paying for P1.5 in that position buys resolution the eye never resolves.

Everything else carries over from the CGF family: 800 nits standard with a 1,000 nit peak, 5,000:1 contrast, 3,840 Hz refresh at 16-bit, front IP60, magnetic front maintenance, fanless silent operation, and the same staggered and curved splicing options in 250 mm units.

SpecificationValue
Pixel pitch2.6 mm — SMD triad LED
Pixel density147,456 dots/m²
Cabinet size750 × 250 × 50 mm
Cabinet resolution288 × 96
Cabinet weight4.59 kg
Module composition3 × 1
Brightness800 nits standard · 1,000 nits peak
Colour temperature3,000–10,000 K adjustable
Viewing angle160° H / 160° V
Contrast ratio5,000 : 1
Refresh rate3,840 Hz — 16-bit greyscale
ProtectionFront IP60
MaintenanceFront, all components
Power550 W/m² peak · 185 W/m² average


Best fit: mall corridors and atria, high-mounted advertising strips, large retail floors, transit halls — anywhere the nearest viewer is three metres or further away.

Service: we will tell you honestly which pitch your viewing distance actually needs before quoting; over-specifying pixel pitch is the most common avoidable cost in an indoor LED project.

Request a quotation for DS-D4226FI-CGFB.


Delivered in the KingdomFast Vision supplied and installed 1,310 Hikvision indoor LED cabinets for SDAIA in Riyadh — three screens totalling approximately 89.7 m², built from DS-D4025CS-1F (P2.5) and DS-D4418FI-CKF (P1.8) cabinets and commissioned within a two-to-four week programme. → Read the full SDAIA case study