Fiber Optic Cable Internet
Model: GYFJH RRU Fiber Optic Cable Internet
The cable used in the radio frequency stretching unit is composed of 2.0
single-core cable as sub-cable, which is twisted with the possible filling rope and extricated to form a low smoke halogen free (LSZH) sheath.
- Product Introduction
GYFJH Radio frequency remote unit(RRU) Cable
The GYFJH Fiber Optic Cable Internet is a specialized fiber optic solution engineered to provide the critical interconnection between the Baseband Unit (BBU) and the Remote Radio Unit (RRU) within modern wireless communication infrastructures, including 3G, 4G, and 5G networks.
Unlike conventional coaxial cables that transmit radio frequency (RF) signals, this cable establishes an optical transmission link utilizing standard protocols such as CPRI or eCPRI, which efficiently transport digitized radio signals between the distributed units.
Features
Flexible, Flame-Retardant Jacket
The GJFH MPO Cable features a dual-layer extruded outer jacket. This design achieves Class A flame resistance, ensuring minimal visibility impairment during combustion. The jacket balances durability and flexibility.
Non-Unitized Designs for Space
Optimization The non-unitized loose tube architecture eliminates traditional gel-filled tubes, reduces weight by 40% . Modular splicing trays allow hot-swappable fiber reconfiguration, cutting downtime by 50% during upgrades. critical for hyperscale data centers.
Excellent temperature performance
Laboratory testing confirms exceptional thermal stability across operational temperature ranges (-20°C to +60°C), with less than 0.2% dimensional variation under thermal cycling conditions.
Comprehensive Application Scenarios
The RF remote module decouples the radio frequency (RF) unit of the base station from its baseband processing segment by relocating the RF component to a remote site via optical fiber connectivity. This architectural arrangement enables the centralized deployment of high-capacity base station equipment within an accessible and maintainable equipment room.
Enterprise Network Backbones
This high-performance cabling system is engineered for establishing high-bandwidth data links between network distribution frames (NDFs), server rooms, and telecommunications closets within commercial infrastructure.
01
Data Center Interconnects
This high-performance interconnect solution is engineered for seamless cabinet-to-cabinet data transmission in contemporary data center architectures. Featuring optimized bending radius capabilities and enhanced mechanical robustness, the cable maintains reliable connectivity within high-density server racks.
02
Fiber-to-the-Desk (FTTD)
Perfect for extending fiber connectivity directly to workstations and office endpoints. The cable's small diameter and flexibility enable discreet installation along walls, under carpets, and through furniture raceways, providing future-proof connectivity solutions that surpass traditional copper limitations.
03
Telecommunications Equipment
Widely used for interconnecting various communication equipment including optical distribution frames, patch panels, media converters, and network switches. The cable's standardized dimensions ensure compatibility with common fiber management systems and termination hardware.
04
Technical Specifications
Detailed specifications of our Fiber Optic Cable Internet
|
Cable type |
OD(mm) |
Nominal Weight(kg/km) |
Max.tensile Strenght(N) |
Crush Resistance (N/100MM) |
Min.Bending Radius(mm) |
|||
|
Short-term |
Long-term |
Short-term |
Long-term |
Dynamic |
Static |
|||
|
GYFJH-2XX |
7.0±0.2 |
42.6 |
400 |
200 |
1000 |
500 |
20D |
15D |
|
GYFJH-4XX |
7.0±0.2 |
44.6 |
400 |
200 |
1000 |
500 |
20D |
15D |
|
Storage/Working temperature(℃) |
-20~+60 |
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Note: XX is fiber optic model and D is the diameter of optical cable. |
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