Painel de antena de matriz faseada de banda Ku SDL-256C, de duplo feixe, empilhável e apenas para receção

The SDL-256C is a highly versatile 400g Ku-band antena recetora de matriz faseada panel featuring dual-beam capabilities and a fully tileable architecture powered by SmartFusion technology for modular satellite network deployments.

Dimensões e peso: 190×190×15mm Modular Tile, ≤400g Lightweight Build
Tecnologia principal: Dual-Beam Architecture, Fully Tileable Design, SmartFusion Engine
Varredura de rastreio: Varredura de azimute de 360°, varredura de elevação eletrónica de 0° a 65°
Portas e alimentação: SPI Control, SMP RF, 12V, ≤40W Ultra-low Draw

Categoria: Submatrizes de antenas de matriz faseada Etiquetas: Receptor de satélite de duplo feixe, SATCOM na banda Ku, Recepção por satélite LEO GEO, Antena receptora de matriz faseada, SmartFusion Modular Antenna, Tileable Antenna Panel

Detalhes do produto

Visão geral do produto

System architects designing large-scale satellite ground stations or high-gain mobile terminals often face massive development hurdles when trying to scale flat-panel systems without adding extreme bulk and power overhead. The SDL-256C eliminates these scalability bottlenecks by introducing a fully tileable, brick-style building block that allows multiple panels to splice together seamlessly into a larger aperture. Delivering a baseline G/T ratio equal to or greater than 4.5 dB/K and supporting dual-circular polarization combining into arbitrary linear tracking, it captures deep data streams without signal degradation. By combining dual-beam processing into an ultra-thin 15mm modular frame that operates reliably from -40°C to +70°C, it offers a highly scalable Recepção por satélite LEO GEO platform engineered to adapt to custom aperture requirements.

Especificações principais

Frequência de receção (Rx)	10.7-12.75GHz (Expandable up to 14GHz)
Modo de polarização	Polarização circular dupla que sintetiza uma polarização linear arbitrária
Valor G/T	≥4.5 dB/K
Alcance de digitalização	Azimute: 0-360°; Elevação: 0-65°
Dimensão	≤190mm×190mm×15mm
Peso	≤400g
Consumo de energia	≤40W
Temperatura de funcionamento	-40 ℃ a 70 ℃
Temperatura de armazenamento	-55 ℃ a 85 ℃
Interface de controlo	SPI
Interface do combinador	SMP
Fonte de alimentação	12 V CC
With Wave Control	No
Array Splicing Support	Fully spliceable

Perguntas frequentes

How does the tileable architecture of the SDL-256C benefit custom terminal designs?: The SDL-256C is designed as a fully modular block, meaning multiple 190mm x 190mm panels can be physically and electronically tiled together to create custom, large-aperture array faces. This allows engineers to scale up the system gain (G/T ratio) and directional performance easily to match specific bandwidth demands, without needing to develop entirely new custom antenna hardware from scratch.
What are the operational advantages of the dual-beam capability built into this panel?: Unlike standard single-beam panels, the SDL-256C features an advanced true dual-beam processing architecture. This allows the array tile to track and lock onto two separate satellites simultaneously within its wide scan range (0–65° elevation). This feature is critical for fast-moving Low-Earth Orbit (LEO) constellations, enabling seamless, make-before-break handovers between descending and ascending satellites without dropping data packets.
What type of electrical interfaces are used, and does it include on-board beam control?: Isto receptor de satélite de banda Ku tile utilizes a standard SPI control interface for command routing and high-frequency SMP connectors for its RF combining path. To maximize system-level integration flexibility and maintain an ultra-low 40W power profile per tile, the board does not contain independent beam-control (wave control) hardware, allowing a centralized external controller to manage the phase and steering parameters of a fully tiled array matrix smoothly.