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FTTA Solution

FTTA product:

- Fiber Optic Cable (ADSS Cable, ASU Cable, FTTH Cale, Field Fiber Cable, etc).

- CPRI Fiber Optic Pach Cord, FullAxs Cable, ODVA Cable, Nokia NSN cable, etc.

- Outdoor Fiber Optic Pigtail.

- Water-proof Fast Connector.

- Outdoor Multi-function Fiber Optic Box.

- Optical Fiber PLC Splitter.

- Outdoor Fiber Optic Distribution Box.

- Outdoor Fiber Optic Splice Enclosure Box.

- Fiber Optic Components.

- SFP, QSFP. 

- DAC,  AOC.

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Mux Demux 4 Channel Coarse Wavelength Division Multiplexing CWDM LGX box type LC/UPC Connector

Mux Demux 4 Channel Coarse Wavelength Division Multiplexing CWDM LGX box type LC/UPC Connector

• Channel number: 4CH, 8CH, 16CH, maximum 18CH.

• Low Insertion Loss.

• High Isolation.

• Low PDL.

• Compact Design.

• Good channel-to-channel uniformity.
1*32 1×21 1:32 ABS box type PLC splitter

1*32 1×21 1:32 ABS box type PLC splitter

• Fiber to The Point (FTTX).

• Fiber to The Home (FTTH).

• Passive Optical Networks (PON).

• Gigabit Passive Optical Networks (GPON).

• Local Area Networks (LAN).

• Cable Television (CATV).

• Test Equipment.
1*16 1×16 1:16 LGX box type PLC fiber optical splitter

1*16 1×16 1:16 LGX box type PLC fiber optical splitter

• Low insertion loss.

• Low Polarization Dependent Loss.

• Excellent Environmental Stability.

• Excellent Mechanical Stability.

• Telcordia GR-1221 and GR-1209.
Fiber Optical Distribution Chassis Frame for LGX Type PLC Splitter

Fiber Optical Distribution Chassis Frame for LGX Type PLC Splitter

• High strength cold rolled steel tape material,

• Fit for 19” rack,

• Suitable for LGX box type Splitter,

• 3U, 4U high design
1*2 Dual Windows FBT Fused Fiber Optic Splitter

1*2 Dual Windows FBT Fused Fiber Optic Splitter

• Low Excess loss

• Low PDL

• Environmentally stable

• Good Thermal Stability
ESC250D Standard SC UPC APC Fiber Optic Fast Connector For FTTH Solution

ESC250D Standard SC UPC APC Fiber Optic Fast Connector For FTTH Solution

• Fiber Optic Fast Connector is a passive devices, used to connect optical fiber cable to form a continuous optical patch.It has been widely used in FTTH.

• The Fiber Optic Fast Connector is designed to simple the connection without fusion splicing machine. This connector is quick assembly which requires only normal fiber preparation tools: cable stripping tool and fiber cleaver.

• The connector adopts Fiber Pre-Embedded Tech with superior ceramic ferrule and aluminum alloy V-groove. Also, transparent design of the side cover which allows visual inspection.

• It could be applied to drop cable and indoor cable.
19inch 100GHz C21-C60 LC/UPC Dual Fiber Rack Mountable Type 40 Channel Mux Demux Fiber Optic Dense wavelength-division multiplexing DWDM

19inch 100GHz C21-C60 LC/UPC Dual Fiber Rack Mountable Type 40 Channel Mux Demux Fiber Optic Dense wavelength-division multiplexing DWDM

• 100GHz/ 200GHz ITU Channel Spacing

• Low Insertion Loss

• Wide Pass Band

• High Channel Isolation

• Excellent Thermal Stability and Reliability

• Epoxy Free Optical Path
LC/UPC Male To Female 7dB Fixed Type Fiber Optic Attenuator

LC/UPC Male To Female 7dB Fixed Type Fiber Optic Attenuator

• SC, FC, ST, MU and LC connector styles (ultra and angle polish).

• Long-term reliability.

• Low ripple, wavelength independent attenuation.

• Certified to >125mw continuous power handling capability with no degradation in performance.

• Polarization insensitive.

• High return loss.

• Low insertion loss variation.

• High reliability.

• Wavelength insensitive.
FTTH 3 Ports Filter Wavelength Division Multiplexer 1310 1490 1550nm Fiber Optic FWDM SC/UPC SC/APC

FTTH 3 Ports Filter Wavelength Division Multiplexer 1310 1490 1550nm Fiber Optic FWDM SC/UPC SC/APC

• Proven FBT fabrication techniques

• Broadband performance

• Environmentally stable

• Polarization insensitive

• Miniature or ruggedized package

• Standard connectors and cable leads available

• Produced by fused technology.

• Low Insertion Loss (IL)

• High isolation-

• Low Polarization Dependent Loss (PDL)

• 1×2 port WDM filter with compact design

• Wide operating wavelength range

• High reliability and high stability
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What is FTTA Solution?

- FTTA (Fiber to the Antenna) is a cellular telecommunication network architecture that runs fiber optic cables directly up cell towers to connect baseband units at the ground with remote radio heads (RRHs) near the antennas. It replaces traditional, heavy copper coaxial cables to drastically reduce signal loss, increase bandwidth, and support 4G and 5G speeds.

- A standard FTTA deployment physically separates processing and radio units to optimize signal integrity and reduce tower load:

+ Baseband Unit (BBU): Located at the base of the tower in a protected cabinet. It processes digital data and handles baseband functions.

+ Remote Radio Head (RRH / RRU): Mounted high up the tower, directly adjacent to the antennas. It converts the digital signals from the BBU into the analog radio frequency (RF) signals transmitted to mobile devices.

+ CPRI Fiber Optic Cable Link: The Common Public Radio Interface (CPRI) standard protocol dictates how the BBU and RRH communicate over fiber.

+ Hybrid Cables: Instead of running separate fiber for data and copper for power, FTTA commonly uses armored hybrid cables that bundle both in a single weather-resistant jacket, saving significant space and weight.

+ Distribution Box: Installed at the top of the tower, this box splits the hybrid trunk cable, routing the fiber to the RRHs and connecting the DC power supply.

Process
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