ऑप्टिकल रिसीवर नोड्स

ND-12 Optical Receiver Node is a high-quality optical-to-RF signal converter designed for CATV, FTTH, and broadband applications. With a wide optical power range, low noise figure, and durable construction, it ensures stable and high-performance signal transmission for network operators and ISPs.

SBI-216E ऑप्टिकल रिसीवर नोड

OPTICAL WAVE LENGTH : 1200- 1600 Nm BANDWIDTH : 47-860 MHz. OPTICAL LEVEL INDICATOR : UPTO -16 DBm RF INPUT : 75 DB +/- 3 DOUBLE OUTPUT WITH TEST POINT POWERPASS /220V AC OPERATED GAIN AND SLOPE CONTROLS TIN + POWDER COATED METAL HOUSING. VARIANTS AVAILABLE : SBI216E * SILVER (T SERIES IC), * GOLD ( OEI IC ) , * DIAMOND (NXP IC )

SBI-205E ऑप्टिकल रिसीवर नोड

OPTICAL WAVE LENGTH : 1200- 1600 Nm BANDWIDTH : 47-860 MHz. OPTICAL LEVEL INDICATOR : UPTO -5 DBm RF INPUT : 75 DB +/- 3 DOUBLE OUTPUT WITH TEST POINT POWERPASS /220V AC OPERATED GAIN AND SLOPE CONTROLS POWDER COATED METAL HOUSING WITH ALUMINIUM TOP & BOTTOM VARIANTS AVAILABLE : SBI205E SILVER (T-SERIES IC) GOLD (OEI IC) DIAMOND (NXP IC)

SBI-212E ऑप्टिकल रिसीवर नोड

OPTICAL WAVE LENGTH : 1200- 1600 Nm BANDWIDTH : 47-860 MHz. OPTICAL LEVEL INDICATOR : UPTO -12 Dbm RF INPUT : 75 DB +/- 3 DOUBLE OUTPUT WITH TEST POINT POWERPASS /220V AC OPERATED GAIN AND SLOPE CONTROLS TIN + POWDER COATED METAL HOUSING. VARIANTS AVAILABLE : SBI-212E * SILVER (T SERIES IC), * GOLD (OEI IC ) , * DIAMOND (NXP IC ) Available In Transformers & SMPS (40 – 90 V Power Supply)

SBI-605E ऑप्टिकल रिसीवर नोड

OPTICAL WAVE LENGTH : 1200- 1600 Nm BANDWIDTH : 47-860 MHz. OPTICAL LEVEL INDICATOR : DIGITAL UPTO -10 DBm RF INPUT : 75 DB +/- 3 DOUBLE OUTPUT WITH TEST POINT POWERPASS /220V AC OPERATED GAIN AND SLOPE CONTROLS POWDER COATED METAL HOUSING WITH ALUMINIUM TOP & BOTTOM VARIANTS AVAILABLE : SBI-605 E *SILVER (T SERIES IC), *GOLD (OEI IC ) , *DIAMOND (NXP IC )

SBI-205D ऑप्टिकल रिसीवर नोड

OPTICAL WAVE LENGTH : 1200- 1600 Nm BANDWIDTH : 47-860 MHz. OPTICAL LEVEL INDICATOR : UPTO -5 DBm RF INPUT : 75 DB +/- 3 DOUBLE OUTPUT WITH TEST POINT POWERPASS /220V AC OPERATED GAIN AND SLOPE CONTROLS ANODIZED ALUMINIUM HOUSING VARIANTS AVAILABLE :SBI-205D * SILVER (T SERIES IC), *GOLD( OEI IC ) , * DIAMOND(NXP IC )

The CT-210D Optical Receiver is a compact, high-performance fiber-to-RF signal converter, designed for CATV, FTTH, and broadband applications. It features AGC, low noise, and high shielding, ensuring clear and stable signal transmission.

The CT-212D Optical Receiver Node is a compact, high-performance device designed for CATV and fiber broadband applications. With automatic gain control (AGC), wide frequency support (47-1000 MHz), and low noise, it ensures clear and stable signal transmission. Durable aluminum alloy housing provides better heat dissipation and long-lasting performance.

The CT-216D Optical Receiver Node is a high-performance CATV & FTTH receiver designed to convert optical signals into RF signals for seamless cable TV and broadband transmission. With low noise, high efficiency, and stable output, it ensures excellent signal quality in HFC and FTTH networks.

The CT-0605D Digital Power Level Display is a compact and precise device for measuring signal power levels in CATV, broadband, and telecom networks. It features a digital LED display, wide frequency range (47-1000 MHz), and a durable metal body, making it ideal for network diagnostics and maintenance.

The CT-3333D Optical Receiver Node is a compact and efficient fiber optic receiver designed for CATV and FTTH applications. It provides stable RF output, excellent CNR, and low power consumption, making it an ideal choice for high-quality signal distribution in broadband and telecom networks.

The ND-35 Optical Receiver Node is a high-quality fiber-to-coaxial receiver that ensures stable RF output, low noise, and high signal reliability. Perfect for CATV, FTTH, and broadband networks, it features AGC control and wide compatibility for efficient signal conversion.

The ND-235 Optical Receiver Node is a high-quality fiber-to-RF receiver designed for CATV and broadband networks. With low noise, high stability, and superior signal quality, it is perfect for FTTH and FTTB applications.