Filters & Splices

Part #  Holland Electronics-CMDR-IL-1 

 CleanFreq Holland Electronics-CMDR-IL-1 INLINE CHOKE 

Part # DPD2

SATELLITE DIPLEXER, 2A, ECHO STAR APPROVED, PREMIUM GRADE

Part # HPF-54HR

HIGH PASS FILTER, SLIM LINE DESIGN HIGH RETURN LOSS

Part # LPF-1002-70 Filter

Holland Electronics MoCA POINT OF ENTRY FILTER, > 70 dB REJECTIN

Part # MPOE-TM

Holland Electronics, MoCA POINT OF ENTRY FILTER, > 40 dB REJECTION

Part # POE-F201C

Special Pricing Available - Holland Electronics, MoCA POINT OF ENTRY FILTER, > 40 dB REJECTION, 6 kV COMBO, 6KA RING, WEATHER SEAL

Part # STVC

Holland Electronics, SATELLITE DIPLEXER, 2150 MHz

Part # BDILA – In Line Attenuator

Special Pricing Available - In Line Attenuator - Power Blocking/Passing Available, 1dB - 20dB

Part # F-Splice

F-Splice, 3GHz Operation, Brass

Part # DS – G-PF-59 Lab Quality Push On Adapter – 65-0174 Rev. 1.0

The G-PF-59 is a high-performance push-on F-connector adapter.

Part # Feed Thru Connector G-F81XL

Holland Electronics has advanced the traditional F-splice technology with a patented design offering a higher level of electrical and mechanical features. The advanced features provide increased return loss beyond 3 GHz, more than twice the pin contact area and increased holding force for higher current handling and greater reliability.

Part # POE – LPF-1002-70-SS

This is a new design, available only for limited use in networks intending to improve MoCA security by enhancing the isolation of the POE filter to 70 dB. The higher isolation ideally attenuates MoCA signals, which can egress out of a customer’s home, to below the noise floor, assuming this filter is installed within the customer’s premises.

Part # POE70-BB1SP-C / WS

The POE70-BB1SP-C and POE70-BB1SP-C-WS integrates a MoCA POE filter and surge protected bonding block into a unique cylindrical housing. This provides high insertion loss at the MoCA frequencies to isolate the MoCA home network from the CATV plant while providing protection for subscriber terminal equipment from high voltage transient conditions.