Information Features and Benefits 1.8 GHz Horizontal Splitters
Prevents water migration into the splitter and ensures an excellent ground connection.
Information XGHS2G-2 2 Way, 5 to to 1800 MHz Horizontal Cable TV Splitter
These splitters feature a diecast zinc alloy housing with a nickel plating for superior corrosion resistance. Each F port is machined with 3/8-32 UNEF threads to meet SCTE and ANSI specifications and
Information 1.8 GHz: A Peek Under the Hood
Informally known as “extended spectrum DOCSIS,” 1.8 GHz operation is called DOCSIS 4.0 frequency division duplexing (FDD) in the specification . Several cable operators are making plans to migrate
Information 1.8 GHz XG-series 2-way Splitter
DOCSIS 4.0 extended spectrum (ESD) architecture requires line taps and passives capable of passing signals up to 1.8 GHz. The XGxx range of products...
Information XG SPLITTERS_XG SPLITTERS.qxd
Now the Toner XGHS series drop splitters are available to 1.8 GHz for any system deploying DOCSIS 3.1 or DOCSIS 4.0 where an increase in upstream bandwidth is needed and even greater
Information Welcome to Antronix Milenium NXT
Explore the complete series of 1.8 GHz ready splitters. Reliability, quality and performance define the Antronix extended bandwidth digital horizontal splitters for in-home and MDU use.
Information Antronix CMC2002H-A 2-Way Horizontal Splitter -3.5dB
Antronix CMC2002H-A 2-Way Horizontal Splitter -3.5dB 5-1002 MHz High Performance for Coax Cable TV & Internet.
Information Splitters
Zinc die cast housing and fully soldered back ensure the best electrical performance in a variety of splitter types and outputs. Precisely engineered electrical components and materials guarantee peak
Information CMC5008H | Antronix Store
Antronix''s extended bandwidth 1.8 GHz digital horizontal splitters are engineered for robust service in the most demanding Multiple Dwelling Unit (MDU) architectures
Information Core series 1.8 GHz
Offers great protection against ingress caused by ever-increasing 4G/5G signals. 2. Intermodulation performance of -115 dBc after 1 kV surge on all ports. Interference from upstream signals into the