Blonder Tongue Laboratories, Inc. (NYSEAMERICAN: BDR) is a provider of broadband communications equipment and services, serving cable television, telecommunications, and broadband markets. Founded in 1950 and headquartered in Old Bridge, New Jersey, the company specializes in the design, manufacture, and distribution of headend and transmission components for video, data, and internet delivery. Over its history, Blonder Tongue has expanded its portfolio from analog modulation equipment to a comprehensive suite of digital video processing and fiber optic solutions.
The company’s product offerings include QAM and VSB modulators, encoders, combiners, amplifiers, optical nodes, and fiber optic transmitters and receivers. Its digital video processing line supports both MPEG-2 and MPEG-4 compression, while its DOCSIS-compliant cable modem termination systems and burst data over cable systems enable high-speed data and voice services. Blonder Tongue also manufactures video on demand systems and content delivery network solutions designed to optimize bandwidth utilization and improve signal reliability.
Blonder Tongue serves a diverse customer base that spans North America, Latin America, the Caribbean, and select markets in Europe and Asia. Its products are deployed by cable operators, system integrators, independent service providers, and private network operators. The company’s global distribution network and technical support capabilities enable it to address the needs of both large-scale operators and regional service providers, tailoring solutions to local infrastructure requirements.
Under the leadership of President and Chief Executive Officer Michael S. Zuk, Blonder Tongue has focused on innovation, strategic acquisitions, and operational efficiency. The management team emphasizes research and development to stay ahead of evolving industry standards such as DOCSIS 3.1 and IPTV protocols. With a commitment to expanding its digital and fiber product lines, Blonder Tongue aims to help its customers navigate the transition to all-digital, high-capacity networks.
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