Advanced Coaxial Communication Cable for Enhanced Electrical Performance

• Customization: Available
• Application: Local Communication Cable, Coaxial Cable, LAN Cable, Fiber Optic Cable, Long Distance Symmetric Cable, RF Cable, Submarine Cable
• Conductor Material: Copper
• Model NO.: RG/OM/OS
• Cover Material: PVC
• Type: Cat 6
• Material Shape: Round Wire
• Conductor Type: Solid
• Wire Core Material: Copper
• Certification: CE, ISO, CCC, SGS
• Model: MHYV-xx
• Brand: Jinchao
• Warranty: 100% Qualified
• Armor: Sta
• Ethernet Cable: Cat5/CAT6
• Transport Package: Optional
• Specification: 50/100/200/0.4mm/0.5mm
• Trademark: JINCHAO
• Origin: China
• HS Code: 8544492100
• Production Capacity: 50000km/Month
• Package Size: 50.00cm * 50.00cm * 50.00cm
• Package Gross Weight: 50.000kg

Product Description

Product Description

Communication able

Communication Cable

Communication Cable

In our highly interconnected world, information flows at the speed of light, connecting people to people, cities to cities, and even continents to continents. Behind all of this, there is a seemingly ordinary but crucial cornerstone - communication cables.

They are invisible highways hidden underground, under the sea and inside the wall, carrying our calls, data, videos and all Internet activities.

Internal structure analysis:
Taking the most advanced fiber optic cable as an example, its structure is as precise as an artwork:

Core: The channel for transmitting optical signals.

Cladding: Wrapping the fiber core with a low refractive index, ensuring that the optical signal undergoes total reflection within the core.

Coating: protects fragile optical fibers from physical damage.

Strength Member: Materials such as aramid yarn that provide tensile strength.

Jacket: The outermost layer of protection that is waterproof, moisture-proof, and corrosion-resistant.

Communication cable is a cable component specifically designed for transmitting electrical or optical signals. It is composed of one or more insulated conductors and usually has a protective outer sheath. Its core mission is to transmit information efficiently, reliably, and with low loss, which is the physical foundation of modern communication networks.

Application scenarios are everywhere
From macro to micro, communication cables permeate every corner:

Global connectivity: Transoceanic submarine cable is the "central nerve" of the Internet.

Urban Smart Network: Underground pipelines and optical cables form the metropolitan area network, supporting smart cities, government affairs, and finance.

Enterprises and data centers: The dense cables in the data center are the "river" of data flow.

Home and Office: Ethernet and fiber optic cables inside the walls allow us to easily enjoy digital life.

Coaxial Cable

Structure: Composed of an inner conductor, insulation layer, metal shielding layer, and outer sheath, named after its concentric axis.

Features: Good shielding performance, higher bandwidth than twisted pair cables.

Applications: Traditional Cable Television (Cable TV) networks, broadband internet access (in some areas), and video signal transmission for monitoring systems.

Twisted Pair Cable

Structure: Twist a pair of mutually insulated copper wires together according to a certain specification to counteract external electromagnetic interference. There are two common types: shielded (STP) and unshielded (UTP).

Features: Low cost, easy installation, and is the absolute mainstay of local area networks (LANs).

Application: Ethernet (network), such as our common Ethernet cables (Cat5e, Cat6, Cat7, etc.), telephone lines.

Fiber Optic Cable

Structure: Using extremely fine glass or plastic fibers as the fiber core and utilizing the principle of "total reflection" to transmit optical signals.

Features: Extremely wide bandwidth, extremely fast speed (up to Tbps level), extremely low loss, anti electromagnetic interference, strong confidentiality.

Application:Long distance trunk network: a communication network that connects different countries and cities.

Fiber to the Home (FTTH): Provides gigabit broadband services for your home.

Data center interconnection: high-speed data exchange between servers.

5G base station feedback: providing strong wired support for 5G wireless networks.

Specification

Coaxial Cable - mainly used for video transmission and broadband access
Cable model	Impedance	Central conductor	Diameter	Typical attenuation value	Main applications
RG-6	75 Ω	copper-clad steel	~6.9 mm	~5.8 dB/30m	CATV/Cable Internet
RG-11	75 Ω	copper-clad steel	~10.3 mm	~3.65 dB/30m	Main Cable TV Line
RG-58	50 Ω	Multi strand thin copper wire	~4.95 mm	~10.7 dB/30m	Amateur radio, internal connections of equipment
RG-59	75 Ω	Single copper wire	~6.1 mm	~8.5 dB/30m	Standard definition video surveillance, short distance analog video transmission
Fiber Optic Cable - used for long-distance, high-speed backbone networks and FTTH
1.MMF - Multi-Mode Fiber
Type	Core diameter /cladding	Wavelength	Mode bandwidth (MHz · km)	Common transmission standards and distances
OM1	62.5/125 µm	850 nm	200	100BASE-FX: 2km
OM2	50/125 µm	850 nm	500	1Gbps:550m
OM3	50/125 µm	850 nm	1500	10Gbps:300m
OM4	50/125 µm	850 nm	3500	10Gbps:400m
OM5	50/125 µm	850-950 nm	3500	Specially designed for short wave division multiplexing
2.SMF - Single-Mode Fiber
Type	Core diameter /cladding	Wavelength	Typical attenuation value	Common transmission standards and distances
OS1/ G.652.D	9/125 µm	1310 nm	≤ 0.4 dB/km	>10km.Used for local area networks and metropolitan area networks.
	1550 nm	≤ 0.3 dB/km		> 40 km.Used for long-distance trunk lines and submarine optical cables.
OS2	9/125 µm	1310/1550 nm	≤ 0.4 dB/km	>200 km (with amplifier), suitable for outdoor backbone networks with the longest distance and highest speed.

Certifications

Part of the company's testing equipment

In the pulse of power transmission and data interconnection, the health of cables is the core to ensure safety and efficiency. We are well aware that every malfunction may mean huge economic losses and safety hazards. Therefore, we have introduced the industry-leading complete set of advanced cable testing equipment to provide you with precise protection throughout the entire lifecycle from manufacturing to operation and maintenance.

Partial workshop production equipment

Our workshop is equipped with an internationally leading complete cable production line, covering the manufacturing capabilities of special cables such as high-voltage cross-linked polyethylene (XLPE) insulated wires and mineral insulated fire-resistant cables. Through integrated linked production lines and full online monitoring systems, we ensure that our products have high consistency, excellent electrical performance, and absolute safety and reliability.

Packaging & Shipping

Company Profile

FAQ

Q: What's the lead time for orders?
A: Standard models ship in 10–30 days; customized units require 30–45 days.
 
Q: Do you provide after-sales service overseas?
A: Yes, we have partnered service centers in key regions.
 
Q: what is our payment term?
A: Our payment term is usually T/T 30% in advanced, the balance before picking up the goods or L/C at sight.
 
Q: what is the package of the cable?
A: The package is usually wooden drum or steel wooden drum or coil.also according to customer's requirment.
 
Q: How do I place an order?
A: Contact us via email/phone for a quote, then confirm with a PO.