Lindsay Broadband’s LA35R compact, multiple-dwelling unit (MDU) broadband distribution amplifier is a full-featured, 2-way, 1 GHz indoor station capable of 44 dBmV output with superior distortion characteristics and low noise. […]
Lindsay Broadband’s LRPA-xx-85M series of return path attenuators for CATV networks feature accurate attenuation.
Lindsay Broadband’s extreme bandwidth outdoor multitaps deliver highly reliable, superior performance for tomorrow’s advanced 1.8 GHz cable TV networks. The LExMT1G8 series of taps has been designed with the future […]
Lindsay Broadband’s extreme bandwidth line passives deliver reliable DOCSIS® 4.0 supported frequencies to 1.8 GHz. MSOs benefit from low insertion losses and superior electrical and mechanical performances increasing network reliability […]
Lindsay Broadband’s extreme bandwidth outdoor multitaps with plug-in conditioning modules deliver highly reliable, superior performance for tomorrow’s advanced 1.2 GHz cable TV networks. The LExMT-CM-x-xx series of taps has been […]
The LB-F-CS is a reverse slope equalizer also known as a cable loss simulator, due to its electrical curve being similar to coaxial cable loss. The expanded frequency range meets […]
The forward EQs compensate the forward path tap loss in a standard cable tilted signal environment, with greater loss at lower frequencies than higher frequencies. The expanded frequency range meets […]
Lindsay Broadband’s galvanic isolator series are used to separate the subscriber’s network equipment from the CATV network system. They also protect the network equipment from electrical hazards (i.e. voltage surges […]
Lindsay Broadband’s high performance, customizable, band reject filters allow minimal insertion loss in the passband while effectively eliminating signals in the rejection band. Custom prototyping is available upon request.
A variety of filters are available to suit your needs in bandwidths up to 1.2 GHz. Their compact size delivers large performance with minimal insertion loss, maximum return loss, and […]