Building and upgrading macro cells is vital for a global 5G network and supporting rural broadband initiatives. Strategically perched on city rooftops, lining highways, and standing tall in suburban and rural neighborhoods, these free-standing structures support multiple carriers and use lower frequencies to blanket large geographic areas with Gigabit 5G.
No matter how the network is set up (traditional or new Open RAN), macro cells need reliable fronthaul fiber optic infrastructure to connect multiple radio units (RUs) per carrier—all placed at different heights with different configurations and interfaces. At the same time, the infrastructure must ensure scalability for future antennas and save valuable space while being tough enough to handle outdoor weather.
As a leader in fiber optic connectivity with a long legacy of providing innovative service provider solutions, Siemon helps bring the power of 5G to the masses with macro cell solutions that simplify RU deployment and speed fronthaul connections in various RAN architectures.
Siemon’s Fiber Distribution Terminals (FDTs) provide the ideal space-saving solution for quickly and easily distributing multi-strand OSP singlemode fiber from baseband units (BBUs) or distributed units (DUs) to multiple carrier RUs in a variety of RAN architectures (C-RAN, D-RAN, O-RAN, etc.)
Siemon preterminated jumpers and fanouts in various lengths, configurations and connector interfaces accommodate multiple carriers and RU heights.
Siemon OSP Fiber Drop Cables with preterminated ruggedized MPO connectivity provide high-capacity, low-latency fronthaul CPRI and radio over Ethernet (RoE) links between fiber distribution panels and BBUs or DUs at the base of the macro cell tower.
Siemon ColorCodedCuffs are the perfect solution for organizing and identifying cables at macro cell sites by cable type or carrier. Easier to use and longer lasting than vinyl tape, ColorCodedCuffs feature a robust, tool-less latch design for quick one-handed installation and removal—even while wearing gloves.