News in detail
Structured cabling system
Integrated Cabling System
Table of Contents
PTTP Putian Taiping Integrated Cabling SystemAlways adhere to the principle of providing users with high-quality products, integrated solutions, and comprehensive services. Its products comply with EIA/TIA 568A/568B international communication standards and have passed ISO:90001 and other standard certifications. All products meet the green environmental RoHS standards. Category 6 products meet international component-level standards. At the same time, they meet the transmission requirements of Ethernet with zero error rate for the overall system.
Cat 5e 4-pair Twisted Pair
Cat 5e 4-pair UTP/FTP twisted pair uses 24AWG solid bare copper conductors, with an insulation layer made of polyethylene-based polymer materials, and a flame-retardant PVC outer sheath, with internal tear-resistant strings (FTP twisted pair uses metal aluminum foil shielding), which meets or exceeds the Cat 5e standards in EIA/TIA-568-B, providing extremely high performance margins.
Cat 6 4-pair Twisted Pair
Cat 6 UTP/FTP twisted pair uses 4 pairs of 0.58mm (23AWG) solid bare copper wire with cross-isolation technology, effectively ensuring stable crosstalk and impedance performance, meeting and exceeding TIA/EIA568-B-2 and ISO/IEC 11801 CLASS E performance requirements, and has passed UL, ETL, and 3P certifications. The flame retardant test passed UL/CSA LISTED CM/CMR.
Cat 6 FTP twisted pair adds a metal shielding layer to ensure the transmission performance of the cabling system in environments with interference. The introduction of the shielding layer can reduce electromagnetic radiation, using the mechanisms of reflection, absorption, and skin effect of the shielding layer to counteract electromagnetic interference and radiation. The higher the frequency, the more pronounced the effect of the shielding layer.
Category 3 Large Pair Twisted Pair
Category 3 large pair twisted pair is used for high-speed voice network communication. It meets or exceeds TIA/EIA-568B.2, ISO/IEC 11801, and EN 50173.
Category 5 Large Pair Twisted Pair
Category 5 large pair unshielded twisted pair is suitable for vertical trunk subsystems, with a wire diameter of 24AWG (0.52mm) solid bare copper, supporting voice and 10Base-T, 100Base-T, 100Mbps TP-PMD, 4/16Mbps Token Ring, and 155Mbps ATM networks. It complies with EIA/TIA-568-A and ISO/IEC11801 Category 5 transmission performance specifications.
Cat 5e Series Patch Cord
Cat 5e UTP/FTP series patch cords are used for interconnecting devices or horizontal subsystem termination, meeting T-568A Cat 5e transmission standards, and conforming to T568A and T568B wiring sequences. They provide fast interconnection between communication devices and modular patch panels, offering great flexibility, with 4 pairs of 7/0.21mm (24AWG) stranded bare copper wire (the copper wire is insulated with PE material). LANSurpassТМ Cat 5e FTP patch cords use aluminum foil shielding with grounding, with PVC sheathing, meeting UL94V-0 flame retardant material standards. Various lengths, connector types, and colors are available.
Cat 6 Series Patch Cord
Cat 6 UTP/FTP patch cords are ideal for high-performance environments requiring reliable data transmission. They have been 100% thoroughly tested and meet or exceed ISO/IEC 11801:2002 CLASS E and ANSI/TIA/EIA568-B.2-1 Cat.6 standards. They provide fast interconnection between communication devices and modular patch panels, offering great flexibility, with various lengths, connector types, and colors available.
Fiber Optic Patch Cord and Pigtail
Fiber optic jumpers can meet the next-generation applications of backbone or fiber to the desktop. Laser-optimized bandwidth cables reduce impurities in the fiber core, complying with IEEE 802.3 requirements for 10G Ethernet, while also meeting the specifications for differential mode delay (DMD) indicators in IEC-60793-2-10 and IA-492AAAC standards. In addition, this jumper features high-quality connector end faces that meet the strict specifications of Telcordia and ISO/IEC for end-to-desk geometric parameters, exceeding all ANSI/TIA/EIA and ISO/IEC requirements for insertion loss, return loss, lifespan, moisture resistance, extreme temperatures, pressure resistance, vibration, plug force, and cable tensile stress.
Fiber optic jumpers are available in two cable types: single-mode fiber (9/125μm) and multi-mode fiber (50/125 μm or 62.5/125 μm). Options include dual-core, 4-core, 6-core, 8-core, and 12-core specifications. The cable sheath materials available are: PVC / flame-retardant PVC (FRPVC) / low smoke halogen-free (LSOH). Connectors available include ST, SC, FC, SMA, MU, FDDI, ESCON, MTRJ, LC, D4, E2000, etc.
Cat 5e Series Module
Cat.5E RJ45 modules meet all Category 5e standards and are suitable for all structural hardware designs in this series. They are compatible with any interface panel, patch panel, etc., and come with color-coded wiring labels for T568A/T568B termination methods, making the entire termination process more flexible, quick, and accurate. Multiple color options are available.
Category 5e component-level modules are UL certified, with performance far exceeding the relevant standards set by TIA/EIA 568-B, ISO/IEC 11801, and EN 50173.
Cat 6 Series Module
Cat.6 RJ45 modules meet all Category 6 standards and are suitable for all structural hardware designs in this series. They are compatible with any interface panel, patch panel, etc., and come with color-coded wiring labels for T568A/T568B termination methods, making the entire termination process more flexible, quick, and accurate. Multiple color options are available.
Category 6 component-level modules are UL certified, with performance far exceeding the relevant standards set by TIA/EIA 568-B, ISO/IEC 11801, and EN 50173. They are backward compatible with lower-level wiring products.
Patch panel
Data centers are currently a very hot topic in the field of structured cabling, with high density being one of its most significant features. The company continues to innovate based on its existing data center solutions and has recently launched a high-density 6-category 48-port patch panel to meet user needs.
Product features:
The integrated port design differs from the existing 24-port multiple balanced circuit design. This patch panel adopts a brand new circuit matching design and new manufacturing processes, allowing transmission performance to exceed the relevant Category 6 standards and support all Category 6 applications.
Achieve 48-port termination in a 1U rack height, divided into two rows, with 24 ports each, saving 50% space compared to conventional patch panels.
The rear termination still uses a 45-degree IDC interface, which can be installed with conventional tools.
The labeling system with transparent plastic protective strips makes port marking clear at a glance.
48 Category 6 cables can be fixed separately on the rear management rack.
Unified 19-inch installation.
Steel spray-painted surface, beautiful and sturdy.
Cat 5e Series Patch Panel
Stylish appearance, design conforms to aesthetics, the frame uses a metal powder coating design to protect the patch panel from corrosion and scratches; high-density design, 24-port patch panel occupies only 1 standard 19-inch rack unit. Color-coded diagrams effectively improve installation efficiency. The front panel has writable labels for identifying each port. All patch panels have passed full-band testing, and component-level Category 5e patch panels are UL certified and 3P certified. Performance far exceeds TIA/EIA 568-B, ISO/IEC 11801, and EN 50173. Complies with EIA 310D standards. The twisting distance of each pair of wires is maintained within 1/2 inch (12.7mm). There are two wiring methods available: 568A and 568B. Four product options are available: 12-port, 24-port, 48-port, and 96-port.
With high-density applications and shielding patch panels that prevent electromagnetic interference (EMI) or radio frequency interference (RFI), ensuring the confidentiality and performance of transmission, each port is shielded in an overall shielding structure, providing better shielding performance and a complete grounding system.
Cat 6 Series Patch Panel
Stylish appearance, design conforms to aesthetics, the frame uses a metal powder coating design to protect the patch panel from corrosion and scratches; high-density design, 24-port patch panel occupies only 1 standard 19-inch rack unit. Color-coded diagrams effectively improve installation efficiency. The front panel has writable labels for identifying each port. All patch panels have passed full-band testing, and component-level Category 6 patch panels.
UL certified, 3P certified. Performance far exceeds TIA/EIA 568-B, ISO/IEC 11801, and EN 50173. Complies with EIA 310D standards. The twisting distance of each pair of wires is maintained within 1/2 inch (12.7mm). The super Category 6 patch panel fully meets the latest 6A standards and supports 10 Gigabit Ethernet transmission. There are two wiring methods available: 568A and 568B. Four product options are available: 12-port, 24-port, 48-port, and 96-port.
With high-density applications and shielding patch panels that prevent electromagnetic interference (EMI) or radio frequency interference (RFI), ensuring the confidentiality and performance of transmission, each port is shielded in an overall shielding structure, providing better shielding performance and a complete grounding system.
Fiber Optic Patch Panel
19-inch drawer rack-style fiber optic patch panel, sliding rails make it easy to access the wiring spool.
Provides fixed panels for ST/SC couplers, 1U fiber patch panel, which can install four panels, including 5PSC/panel. 6-port ST/panel and 5-port SL/panel, suitable for 19-inch EIA standard cabinets.
110 Voice Patch Panel
The 110-type patch panel for voice systems has a height of 1U/2U, made of high-quality cold-rolled steel plate, electrostatically sprayed. It uses PVC flame-retardant materials that meet UL 94V-0 flammability standards; the product is sturdy and easy to install. Each five pairs are separated by I markers for easy identification during cable installation. Performance exceeds ISO/IEC 11801:2002 Ed2.0 CLASS D and ANSI/TIA/EIA568-B.2 Cat.5e standards.
110 Voice Patch Cord
Used for connections between 110 patch panels and RJ45 patch panel systems, connections between 110 patch panels, and connections between data and voice devices and the cabling system. The 110-type plug-in design makes the jumper sturdy and durable, convenient for repeated use by users.
Product features:
Both ends of the RJ-45 and RJ-11 connectors are 50u″ gold-plated, complying with EAI/TIA standards.
Sheath: Polyvinyl Chloride (PVC) / Flame Retardant Polyvinyl Chloride (FRPVC) / Low Smoke Halogen Free (LSOH).
Standards: Complies with ANSI / TIA / EIA-568B and ISO / IEC-11801 Category 5e/6 specifications.
Minimum insertion and extraction cycles: >1200 times.
Colors: Yellow, Blue, Green, White, Orange, Purple, Red, Gray.
Durable high-quality plugs resistant to corrosion, high temperatures, and air pollutants.
Utilizes a multi-strand cable structure, making the jumpers soft and easy to bend, fully compatible with EIA/TIA606 standards.
IDC Patch Panel
Quick-connect voice patch panels provide fast termination for large count cables, automatically guiding large count cables to RJ45 interfaces according to voice transmission specifications. 19-inch rack installation and RJ45 interface jumpers enable unified management of voice and data wiring, with one rack position (1U) providing 50 connection ports. Available in two specifications: with D-type interface and without D-type interface.
Product Features:
Each port uses 2 pairs of wires (45 and 36 wire pairs)
Top wiring for easy operation
Type: Unshielded
Suitable for large count UTP cables
Can terminate 22-26AWG cables
Wiring methods: T568A and T568B, LSA+/110IDC.
Indoor Multimode Fiber Cable
Indoor multimode fiber optic cables are mainly deployed in conduits, shafts, or floors, used as the backbone, also meeting the application of fiber to the desktop. The multimode indoor cables are fully optimized for the characteristics of 850mm and 1300mm working windows, offering the highest bandwidth and lowest attenuation, meeting the requirements for use in 850mm and 1300mm windows; they are an ideal choice for building wiring (including vertical, patch panels, and workstations).
Product Performance:
· Contains multiple 900um tight-buffered fibers, with a compact buffering design that reduces cable outer diameter, reinforced with multi-strand high-modulus nylon yarn, and extruded with an outer sheath for easy connection;
· Small outer diameter, tight-buffering provides direct physical protection at the terminals, soft, with a small bending radius, excellent resilience and strain performance.
· Flame retardant or non-flame retardant outer sheath, and can provide LSOH sheath, flame retardant rating: vertical shaft OFNR/FT4 level or ventilation duct OFNR/FT6 level.
· Aromatic polyamide strength layer, impact resistant.
· Central insulation strength structure, non-rigid, strong tensile strength, with superior mechanical and transmission performance, low additional attenuation at high and low temperatures;
· Fully non-dielectric construction requires no shielding and grounding;
· Strong layer and sub-unit color coding compliant with industrial standards: Blue, Orange, Green, Brown, Gray, White, Red, Black, Yellow, Purple, Pink, and Light Green;
· Tension relief type fiber (wall elongation >=1.2mm); outer sheath with tear rope.
Indoor multimode fiber optic cable (62.5/125um)
· Fiber core diameter: 62.5±2.5um, cladding diameter: 125±1.0um,
· Supports 1Gbps transmission up to 550 meters
· Operating temperature range: -20 to 60℃, stable high and low temperature characteristics
· Complies with YD/T1258.4-2005, IEC794 and other standards
· Regularly available in 4-72 cores, customizable according to user needs
Indoor multimode fiber optic cable (50/125um)
· Fiber core diameter: 50±2.5um, cladding diameter: 125±1.0um,
· Supports 10Gbps transmission up to 300 meters
· Minimum full injection bandwidth at 850/1300nm is 1500/500MHz·km
· Maximum cable attenuation at 850/1300nm is 3.0/1.0dB/km
· Operating temperature range: -20 to 60℃, stable high and low temperature characteristics
· Complies with YD/T1258.4-2005, IEC794 and other standards
· Regularly available in 4-72 cores, customizable according to user needs
Outdoor Multimode Fiber Cable
Outdoor cables mainly serve as the medium for data transmission between buildings, acting as the core of information transmission. Depending on the application, single-mode and multimode, light armored and heavy armored, layer-stranded and central tube fiber optic cables can be used.
· Good pressure resistance and flexibility
· Excellent mechanical and transmission performance
· Reinforced components and multi-layer protection effectively prevent various mechanical damage and animal destruction, maximum tensile strength 275kg
· High-density polyethylene sheath, beneficial for safety, environmentally friendly, and easy to strip
· Suitable for applications in underground conduits, direct burial, or overhead installation
· Minimum installation radius of the cable: 20 times the cable diameter during installation, 10 times the cable diameter after installation
· Complies with IEC 60794-1-2-F5 water resistance performance, suitable for indoor and outdoor use
· Multiple temperature ranges for various applications
Loose tube stranded fiber optic cable
Applications: Long-distance telephone / Cable TV / Data communication.
Laying methods: Pipeline laying, overhead laying (Figure-8 self-supporting or ADSS all-dielectric self-supporting), direct burial laying (with armor).
Cable structure: The cable is composed of 3 layers of 5-36 components twisted around a central reinforcing component, with an outer sheath extruded on top. These components typically contain optical fibers, with fillers added as needed to ensure the geometric structure of the cable; 2-12 color-coded optical fibers are placed in a loose tube filled with waterproof gel.
Physical properties:
· Maximum nominal fiber transmission distance: 6km (single-mode); 0.3km
· Allowable tensile strength: Short-term installation: 1500 ——2700 N;
· Long-term installation: 900 ——1500N.
· Allowable bending radius: Short-term installation: 20 times the outer diameter of the cable;
· Long-term installation: 10 times the outer diameter of the cable (non-armored)
20 times the outer diameter of the cable (armored).
· Twist pitch: 125 times the outer diameter of the cable.
· Operating temperature: -40℃ ——+70℃ (PE sheath).
· Storage temperature: -50℃ ——+70℃ (PE sheath).
Product features:
The strength member is positioned at the center of the cable core, and the loose tube is twisted around the strength member with an appropriate twist pitch. By controlling the excess length of the fiber and adjusting the twist pitch, the cable can achieve excellent tensile performance and temperature characteristics.
The loose tube material itself has hydrolysis resistance and high strength, filled with special oil paste to provide critical radial and longitudinal waterproof protection for the fiber. The cable paste fills the space between the loose tube and the strength member, ensuring the integrity of the cable core.
OM3 10G Fiber Cable
LANSurpass OM3 fiber is widely used in local area networks, with outstanding performance that fully meets and exceeds the requirements of 10 Gigabit Ethernet standards, supporting long-distance 10 Gigabit transmission rates, surpassing the performance of general multimode fibers. The fiber meets the laser bandwidth differential mode delay (DMD) specifications of IEC-60793-2-10 and TIA-492AAAC.
Standards and specifications met:
· ISO/IEC 11801:2002 2nd Edition
· ANSI/TIA/EIA-568-B.3
· ANSI/TIA/EIA-568-B.3-1
· LSOH: VW-1, IEC 1034, IEC 754
· Communications Type OFNP (UL) and CSA FT6 c(UL)
· Communications Type ONFR (UL) and CSA FT4 c(UL)
· IEC-60793-2-10
· TIA-492AAAC laser bandwidth DMD specification
· IEC 60793-2-49 and TIA/EIA 455-220 DMD measurement test procedures
Geometric mechanical properties of the fiber:
· Fiber category (μm) 50/125
· Core diameter (μm) 50±1
· Core non-circularity (%) ≤6%
· Cladding diameter (μm) 125±2
· Cladding non-circularity (%) ≤1%
· Coating layer diameter (μm) 245±10
· Core/cladding concentricity error (μm) <0.8
· Cladding/coating concentricity error (μm) <12.0
· Zero dispersion wavelength range 1295~1320nm
Fiber transmission characteristics:
· Minimum mode bandwidth for overdriven light source: 1500/500MHz·km @ 850/1300nm
· Minimum mode bandwidth for laser-driven light source: 2000MHz·km @ 850nm
· Maximum attenuation: 2.5 /0.7dB/Km @ 850/1300nm
Indoor Single-mode Fiber Cable
Indoor single-mode cables are mainly deployed in ducts, shafts, or floors, used as the backbone, and also meet the application of fiber to the desktop. Single-mode indoor cables are fully optimized for the characteristics of the 1310nm and 1550nm operating windows, offering the highest bandwidth and lowest attenuation, meeting the requirements for use in the 1310nm and 1550nm windows. They are an ideal choice for building wiring (including vertical, patch panels, and workstations).
Performance parameters:
|
Parameters
|
Standard single-mode G652 fiber
|
Non-zero dispersion shifted G652 fiber
|
Unit
|
|
|
Fiber model
|
9
|
8
|
|
|
|
Attenuation (loose tube layer twisted/
central bundle tube type)
@850nm
@1300nm
|
Standard
≤0.35
≤0.22
-
|
Local area network
≤0.40
≤0.24
≤0.25
|
Long-distance network
-
≤0.25
≤0.25
|
db/km
db/km
db/km
|
|
Attenuation (tight buffer/semi-tight
buffer layer)
@1310nm
@1550nm
|
≤0.45
≤0.35
|
-
|
-
|
db/km
db/km
|
|
Dispersion 1285-1350nm
1530-1565nm
1565-1625nm
|
≤0.35
≤18.0
-
|
-
2.0-6.0
4.0-9.8
|
-
2.0-6.0
4.0-11.2
|
ps/nm*km
ps/nm*km
ps/nm*km
|
|
Zero dispersion wavelength
|
1311±11
|
-
|
-
|
nm
|
|
Mode field diameter
@1310nm
@1550nm
|
9.2±0.5
10.4±1.0
|
-
8.4±0.6
|
-
9.6±0.4
|
μm
μm
|
|
Wavelength
|
≤1260
|
-
|
-
|
nm
|
|
Cladding diameter
|
125±1.0
|
125±1.0
|
125±1.0
|
μm
|
|
Core/cladding concentricity error
|
≤0.5
|
≤0.5
|
≤0.6
|
μm
|
|
Cladding non-circularity
|
≤1.0
|
≤1.0
|
≤1.0
|
%
|
|
Coating diameter
|
245±10
|
245±10
|
245±10
|
μm
|
|
Tension level
|
0.7
|
0.7
|
0.7
|
GN/㎡
|
Panel
The LANSurpass panel is made of UL94V-0 impact-resistant and flame-retardant ABS material, a high-strength impact-resistant thermoplastic. The panel features smooth design lines, built-in screws, and a stylish, convenient, and flexible identification design on the front, making it easy to use and maintain. All panels come with protective doors to adapt to different harsh construction environments, dustproof, moisture-proof, effectively extending module life. Compatible with copper cables, fiber optics, voice, and multimedia, with options for single-port, dual-port, four-port, and six-port specifications.
Tools
Single pair/five pair wiring tool
The single pair wiring tool is suitable for all communication and data communication installations; it can terminate information modules and can also be used with quick-connect patch panels; termination and cutting can be completed in one go; the elastic design allows for quick and easy fixing and terminating of cables; it features a pressure adjustment device and a blade storage hole for added safety; the detachable blade is made of high-quality steel. This tool is easy to grip, and its ergonomic design saves effort when wiring or installing connection blocks onto cable bases.
It also provides a five-pair wiring tool, mainly used for terminating IDC quick-connect patch panels and 110-type patch panels; it can also be used for fixing 110-type 4-pair and 5-pair terminals; it can significantly reduce construction time; the blade of the five-pair wiring tool is replaceable.
RJ45 crimping tool
The RJ45 crimping tool is made of all-steel material, coated with anti-rust coating, and features a full-cycle ratchet drive mechanism, allowing for secure terminations with each cycle. It can cut, strip, and crimp modular plugs onto round or flat cables. Its parallel design ensures that the mold teeth and plug contacts are precisely aligned. It provides a quick solution for on-site construction, with a built-in cable cutter and stripper.
Wire stripper
The cable sheath stripper can be used to strip the sheath of twisted pairs, multi-core cables, and optical cables; it can also automatically adjust to cut through PVC, fillers, or other materials without damaging the cable structure, shielding foil, or insulation.
Cable Management Tool
The 1U rack-mounted cable management frame has a high capacity for patch storage and good wiring management functions, providing front and rear cable managers that can manage the front patch cables and provide suitable paths for horizontal or backbone wiring and patch cables. The single-sided cable manager, with a snap-on cover, can fully hide patch cables, ensuring a more aesthetically pleasing installation. The vertical cable organizer keeps vertical incoming and patch cable management clear and orderly, avoiding cable tangling and knotting, providing an efficient cable management solution in compact spaces.
Rack
Nine-fold profile network server cabinet
· Noble appearance, exquisite craftsmanship, precise dimensions.
· Profile welded frame, sturdy structure, static load capacity up to 1000KG.
· Internal tray space can be freely adjusted according to user requirements.
· High-density mesh front and rear doors, addressing equipment protection, ventilation, and heat dissipation requirements.
· Four-fan top design, with both upper and lower cable pathways closable.
· Easily removable left and right side doors and front and rear doors.
· Can install both casters and support feet.
· Double-opening rear door design is aesthetically pleasing and more convenient for user installation and wiring.
· High-grade rotary cabinet door lock.
· Complete optional accessories.
Network server cabinet
· Rack-mounted server depth increased, adjustable installation depth.
· Dense perforated front and rear doors provide ample ventilation for servers and networked devices, with the front door ventilation area exceeding 5355 square centimeters.
· Vertical mounting beams can be easily adjusted to meet the needs of different installation depth devices.
· Integrated rear cable management dedicated channel allows users to easily lay out, manage, and operate a large number of data cables.
· The top and bottom of the cabinet provide ample cable entry openings.
· Each 'U' position is accurately marked on the cabinet for user installation convenience.
· Front door, rear door, and side panels can all be locked, with cabinet door locks sourced from German companies.
· Sturdy standard mounting rails and heavy-duty caster feet provide a load capacity of 909 kg.
· The cabinet is equipped with many grounding bolts.
· Quickly removable front, rear door, and side panel design.
The expansion cabinets without side panels are equipped with the necessary installation accessories for adjacent cabinet installation.
Previous
Related News
Future Development Trends of the Structured Cabling Market
With the development of computer technology and communication technology, in order to meet the demands of the industry and the market, the structured cabling system is continuously being updated and iterated. From Category 3 to Category 5, from Category 5 to Category 5e, and now to the mature and widely used Category 6 system, the Category 6a system with 10G copper cables has also become popular in data centers. In response to the demand for network and video acceleration, Category 7 and Category 7a systems have emerged, and the standards for Category 8 systems are being formulated. Multi-mode fiber has also been optimized from the gigabit OM1 to the 10G OM3 and the OM4 fiber that supports longer 10G transmission distances. Looking to the future, the structured cabling market mainly presents several hotspots: (1) Intelligent cabling systems, what is intelligent cabling? Intelligent cabling is a system that uses electronic patch panels along with network scanners and management software to monitor and manage the connectivity, disconnection, and unauthorized access of the network's physical layer in real-time. With the widespread application of concepts such as virtualization, cloud computing, and big data in the new generation of data networks, structured cabling, as the physical foundation of the network, has become increasingly important to maintain and manage effectively to minimize losses caused by network interruptions. (2) POE cabling, POE cabling refers to the technology that provides power to IP-based terminals (such as IP phones, WiFi access points, network cameras, etc.) while transmitting data signals without making any changes to the existing Ethernet cabling infrastructure. (3) Combination of wired and wireless, due to the popularity of smart terminals, the demand for wireless has become increasingly urgent, with over 90% of current projects having wireless requirements. The combination of wired and wireless refers to the deployment of wireless APs at the end of wired connections, generally using POE for power supply. (4) High-density high-bandwidth cabling, high-density high-bandwidth cabling refers to the use of high-density devices with MPO connectors pre-terminated. The size of a 12-core or 24-core MPO connector is similar to that of an LC duplex connector, saving more space. In limited space environments (especially in data center applications), this can greatly simplify the configuration process of fiber optic networks while supporting high bandwidth transmission of 10G/40G/100G. (5) Smart home cabling refers to the internal wiring and management of homes after fiber is brought to the home. Currently, most still follow this model, but with the rise of smart homes, there are higher demands for home cabling. Whether home cabling can perfectly integrate with smart home systems has extended the function of home cabling from mere wiring management to the ability to store, process, and exchange data. (6) Micro-module data centers, micro-module data centers integrate traditional data center systems such as cabinets, cooling, network cabling, power supply, lighting, and environmental monitoring into a unified whole. They use modular components and standardized interfaces to achieve rapid and flexible deployment of data centers and subsequent expansions. This not only significantly reduces construction costs but also shortens the construction and deployment cycle of data centers, enhancing the mobility and flexibility of data center deployment. Of course, with the continuous development of various technologies, structured cabling will have more technological hotspots and application scenarios.
Tel：86-574-63622522
Phone：8613736014228 (Yang)
Fax：86-574-63622508
Email：taipingtx@sina.com
Industrial Zone, Guanhaiwei Town, Cixi City, Zhejiang
FTTH Station Network Co-construction and Sharing Wiring Series | ODN Optical Cable Wiring Subsystem | PDS Integrated Wiring System | Mpo/Mtp High Density Pre-terminated Optical Cable System | ODF Optical Fiber Distribution Frame (Cabinet) | DDF Digital Distribution Frame (Cabinet) | MDF Audio General Distribution Frame (Cabinet) | Integrated Distribution Frame (Cabinet) | Optical Cable Joint Box | Optical Cable Splice Box | Optical Cable Terminal Box | Network Cabinet Monitoring Cabinet
©Zhejiang Taiping Communication Technology Co., Ltd. Powered by www.300.cn SEO Business License
