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Rumah > Produk > Transceiver LINK-PP > L9-FC554901-80PPC 1×9 155Mbps 80km FC Optical Transceiver Module

L9-FC554901-80PPC 1×9 155Mbps 80km FC Optical Transceiver Module

Rincian Produk

Tempat asal: Guangdong, Tiongkok

Nama merek: LINK-PP

Sertifikasi: RoHS, IEC 60825

Nomor model: L9-FC554901-80PPC

Ketentuan Pembayaran & Pengiriman

Kuantitas min Order: 50/500/1000/25K

Harga: 12.98USD/PCS

Kemasan rincian: T & r

Waktu pengiriman: Di kapal stok dalam waktu 3 hari

Syarat-syarat pembayaran: L/C, D/A, D/P, T/T, Western Union

Menyediakan kemampuan: 5kk/bulan

Dapatkan Harga Terbaik
Menyoroti:

1×9 Optical Transceiver Module

,

80km 1×9 FC Transceiver

,

BiDi 1x9 optical transceiver

Model:
L9-FC554901-80PPC
Jenis Serat:
Serat Mode Tunggal (9/125 µm)
Tegangan Pasokan:
DC 5,5–26V
Jarak:
≤80km
Faktor Bentuk:
1x9
Kecepatan Data:
100M/155M
Panjang gelombang:
1550nm Tx/ 1490nm Rx
Model:
L9-FC554901-80PPC
Jenis Serat:
Serat Mode Tunggal (9/125 µm)
Tegangan Pasokan:
DC 5,5–26V
Jarak:
≤80km
Faktor Bentuk:
1x9
Kecepatan Data:
100M/155M
Panjang gelombang:
1550nm Tx/ 1490nm Rx
L9-FC554901-80PPC 1×9 155Mbps 80km FC Optical Transceiver Module
L9-FC554901-80PPC 1×9 155Mbps 80km FC Optical Transceiver Module
Key Features

L9-FC554901-80PPC is a long-reach 1×9 form-factor optical transceiver designed for 155 Mbps single-fiber bi-directional optical transmission. The module operates at Tx 1550 nm / Rx 1490 nm, supports transmission distances of up to 80 km, and uses an FC optical connector for reliable long-distance single-mode fiber links.

With a wide DC input voltage range of 5.5-26 V and a TTL electrical interface, this transceiver is optimized for air-to-ground UAV optical links, FPV systems, single-fiber video converters, and serial data transmission over fiber.

  • 1×9 industry-standard optical transceiver module
  • Data rate up to 155 Mbps
  • Single-fiber Bi-Directional (BiDi) transmission
  • Optical wavelengths: Tx 1550 nm / Rx 1490 nm
  • Maximum transmission distance: 80 km over SMF
  • Optical connector: FC
  • Electrical interface: TTL
  • Wide supply voltage: DC 5.5 V - 26 V
  • Low latency and high EMI immunity
  • Designed for UAV, FPV, and industrial optical links
  • RoHS compliant
Technical Specifications
Category Parameter Specification
General Part Number L9-FC554901-80PPC
Vendor LINK-PP
Form Factor 1×9 Optical Transceiver
Application Type TTL to Fiber Optical Transmission
Max Data Rate 155 Mbps (STM-1 / OC-3 Class)
Fiber Type Single-Mode Fiber (SMF, 9/125 µm)
Optical Transmitter Wavelength 1550 nm
Receiver Wavelength 1490 nm
Electrical Supply Voltage DC 5.5 V - 26 V
Signal Interface TTL
Power Consumption Refer to Official Datasheet
Environmental Operating Temperature 0 °C to +70 °C (Standard)
-40 °C to +85 °C (Industrial Option)
Storage Temperature -40 °C to +85 °C
Compliance RoHS Compliant
Laser Safety IEC 60825 Compliant
Applications
  • UAV Air-to-Ground Optical Communication
  • FPV video transmission systems
  • TTL optical transceiver modules for drones
  • Single-fiber video fiber converters
  • Serial data converters (UART / TTL / SBUS to fiber)
  • Industrial telemetry and control systems
  • Long-distance point-to-point fiber links
Compatibility Notes
  • Designed for single-mode fiber (9/125 µm) only
  • Ensure correct wavelength pairing on the remote end (Tx 1490 nm / Rx 1550 nm)
  • Compatible with standard TTL logic levels
  • FC connector type must match mating fiber patch cord
Frequently Asked Questions
What is the L9-FC554901-80PPC used for?

It is used for long-distance 155 Mbps TTL-to-fiber optical transmission, especially in UAV air-to-ground links, FPV systems, and industrial serial communication.

Does this module support UAV power systems?

Yes. The wide DC 5.5-26 V input makes it suitable for UAV, vehicle, and ground station power supplies.

Is it compatible with single-fiber video converters?

Yes. It is commonly used in single-fiber video and serial data fiber converter systems.

What connector and fiber does it require?

It uses an FC optical connector and single-mode fiber (9/125 µm).