Media converters are at the heart of every fiber network. Antaira Technology’s IMC-C1000 media converter is an excellent choice for yours. It marries efficiency, performance, affordability with reliability. Built exclusively for converting multi-mode or single-mode fiber optics with SC connection to Gigabit Ethernet, this converter will boost the performance of your network. The IMC-C1000 is fully compatible with 1000FX fiber lines. It is also fully FCC compliant and conforms to IEC standards for EMI, EMS, shock, and vibration.
What sets the IMC-C1000 converter apart is toughness. Available in standard or extended temperature grades, you can safely operate in temperature ranges from 40 below to 80°C. The device is packed with safety and reliability features like link-fault-pass-through, redundant power input, reverse polarity protection, and DIN-rail mounting brackets. Backed by a comprehensive 5-year warranty, this is a converter built for the harshest jobs.
IMC-C1000-M, Multi-Mode, SC connector, standard operating temperature, -10° to 70°C
IMC-C1000-M-T, Multi-Mode, SC connector, extended operating temperature, -40° to 80°C
IMC-C1000-S1, Single-Mode (10 km), SC connector, standard operating temperature, -10° to 70°C
IMC-C1000-S1-T, Single-Mode (10 km), SC connector, extended operating temperature, -40° to 80°C
IMC-C1000-S4, Single-Mode (40 km), SC connector, standard operating temperature, -10° to 70°C
IMC-C1000-S4-T, Single-Mode (40 km), SC connector, extended operating temperature, -40° to 80°C
IMC-C1000-S6, Single-Mode (60 km), SC connector, standard operating temperature, -10° to 70°C *No longer available*
IMC-C1000-S6-T, Single-Mode (60 km), SC connector, extended operating temperature, -40° to 80°C *No longer available*
Remote monitoring, automation, video security, big data, factory production and other high-demand jobs require equipment that is proven to work. At Westward Sales, we specialize in providing just those devices. Speak with one of our expert advisors today to discuss how best to optimize your networks.