丨
| Quantity: | |
|---|---|
The FTTH 1x8 PLC Splitter with SC APC Connectors serves as a fundamental optical power management component engineered specifically for passive optical networks (PON) and advanced fiber-to-the-x (FTTX) architectures. Featuring a streamlined, blockless construction, this device minimizes physical footprint while delivering exceptionally uniform signal distribution across multiple endpoints. Network engineers can select from various packaging formats to suit specific deployment environments—ranging from bare fiber and mini steel tube modules to ABS boxes, LGX cassettes, and rack-mounted enclosures. This versatility ensures smooth incorporation into any fiber distribution hub, street cabinet, or terminal box.
The physical enclosures are crafted to provide a smooth, durable finish that protects the delicate internal silica glass waveguide from physical stress. The SC APC (Angled Physical Contact) connectors offer a satisfying, tactile click upon engagement, providing technicians with immediate physical confirmation of a secure and precise mate. As port ratios increase from 1×2 up to 1×64 (including symmetrical 2×N configurations), the physical dimensions scale proportionally, yet remain highly compact. During field installations, technicians benefit from the distinct, standardized color-coding on the fiber pigtails, which allows for instant visual identification and significantly reduces routing errors in densely packed aerial closures.
The blockless construction eliminates bulky external housing, significantly reducing the splitter's overall footprint. This ultra-compact form factor allows for effortless placement into fiber distribution hubs, splice closures, and crowded cabinets where spatial economy is critical. Furthermore, the integration of premium G.657.A1 bend-insensitive single-mode fiber permits extremely tight bending radii without compromising signal integrity. Network planners can route these flexible fibers around sharp corners in high-density server rooms, deploying higher split ratios without expanding enclosure sizes and ultimately improving overall port density.
Available in multiple configurations from 1×2 up to 1×64, as well as symmetrical 2×2 to 2×64 versions, this splitter adapts intelligently to various network topologies. Whether utilized for point-to-multipoint distribution in residential neighborhoods or for critical splitting functions within backbone infrastructure, the versatile ratio options allow engineering teams to scale bandwidth capacity efficiently. This adaptability means infrastructure can grow alongside subscriber demand without necessitating complete overhauls of existing hardware platforms.
Each split ratio is assigned a distinct, vibrant color on the splitter body or labeling (e.g., green for 1×2, blue for 1×4, red for 1×8). In challenging field environments—such as dimly lit basements or glaring sunlight on utility poles—this intuitive visual color coding enables field technicians to instantly recognize the exact splitter type. This straightforward visual cue streamlines installation, maintenance, and troubleshooting procedures, drastically reducing human routing errors and accelerating project deployment timelines.
Based on planar lightwave circuit (PLC) technology, the splitter guarantees exceptional optical performance, featuring a low insertion loss of ≤10.5dB and a high return loss of ≥55dB. Operating efficiently across a wide wavelength range of 1260~1650nm, it ensures that every connected subscriber receives a balanced, clear optical signal. The internal PLC chip is hermetically sealed, providing outstanding environmental reliability. It maintains long-term stability and consistent optical transmission even when subjected to extreme temperature fluctuations ranging from -40°C to 85°C in harsh outdoor environments.
Accurate spatial planning is essential when populating high-density optical distribution frames. The following dimensional metrics outline the precise physical footprint of our blockless splitters across various port configurations. By adhering to strict manufacturing tolerances, these compact modules ensure that procurement and engineering teams can maximize enclosure capacity without risking cable crush or violating minimum bend radius requirements.
Item | 1×2 | 1×4 | 1×8 | 1×16 | 1×32 | 1×64 |
Length*Width*Height(mm) | 60×7×4 | 60×7×4 | 60×7×4 | 60×12×4 | 80×20×6 | 100×40×6 |
Item | 2×2 | 2×4 | 2×8 | 2×16 | 2×32 | 2×64 |
Length*Width*Height(mm) | 60×7×4 | 60×7×4 | 60×7×4 | 80×12×4 | 100×20×6 | 100×40×6 |
