This range covers Cat5e, Cat6 and Cat6A outdoor Ethernet cables for true direct burial, buried conduit and aerial-to-duct routes. Start with the installation path: choose jelly-filled or armored construction for exposed soil conditions, then select the cable category, shielding and jacket structure required for the network and site environment.
Choose by route before choosing by speed. The range includes two constructions explicitly intended for direct burial, several PE-jacket cables for buried ducts or conduits, and one messenger-supported Cat5e cable for aerial spans or duct routing. Confirm the selected model's installation method rather than treating every outdoor cable as burial-ready.
NO.7112317
A 500 MHz, 23 AWG solid bare copper design with jelly filling and double PE jackets. Consider it for wet-soil direct burial or buried ducts where moisture protection and replacement cost are major concerns.
View Product Details →NO.7112321
A 23 AWG, pair-shielded Cat6A outdoor cable for 10G links and electrically noisy sites. Use it in a buried duct or conduit and confirm grounding, bonding and termination details for the shielded channel.
View Product Details →NO.7112229
A shielded Cat6 cable with PVC and PE jacket layers. Consider it for outdoor or buried-conduit routes that need additional jacket protection; it is not the preferred choice for unprotected rocky-soil burial.
View Product Details →NO.7112253
A 250 MHz, 23 AWG Cat6 cable with a PVC inner jacket, corrugated steel armor and PE outer jacket. Choose it when direct or shallow burial needs added protection against soil pressure, cuts and impact.
View Product Details →NO.7112221
A shielded Cat6 outdoor cable for routes exposed to electromagnetic interference. Use it in a buried duct or conduit and confirm shield continuity and grounding for the completed link.
View Product Details →NO.7112201
An unshielded Cat6 outdoor cable for general campus, building and industrial LAN routes. Use it in a buried duct or conduit where EMI does not justify a shielded construction.
View Product Details →NO.7112121
A shielded Cat5e outdoor cable with a UV-resistant PE jacket. Consider it for CCTV, security or other outdoor links routed through buried conduit where EMI is a concern.
View Product Details →NO.7112111
A foil-shielded Cat5e outdoor cable for cost-conscious LAN routes that need EMI control. Use it in a buried duct or conduit and specify the shielded connectors and grounding method.
View Product Details →NO.7112101
An unshielded Cat5e outdoor cable for general LAN, CCTV and IP-device links. Use it in a buried duct or conduit where the route does not require added armor or shielding.
View Product Details →NO.7112131
An outdoor Cat5e cable with a steel messenger for supported aerial spans. Consider it for pole-to-box or campus distribution routes that continue into duct; do not specify it as a substitute for armored direct-burial cable.
View Product Details →Start with the physical route, then choose performance and shielding. A higher cable category does not replace the moisture barrier, mechanical protection or installation method required by the site.
Choose a model explicitly designed for direct burial. Use NO.7112317 for wet routes that need jelly filling and double PE jackets, or NO.7112253 where corrugated steel armor is needed against soil pressure and impact.
A PE-jacket outdoor cable may fit a protected buried duct when moisture exposure, pulling tension, bend radius and entry sealing are addressed. Choose Cat5e, Cat6 or Cat6A by network need, and confirm the selected model's wet-route suitability in the project specification.
Consider F/UTP, SF/UTP or U/FTP when motors, substations, power lines or heavy equipment create an interference risk. Shielding only works as intended when connectors, bonding and grounding preserve shield continuity; otherwise, a properly designed U/UTP link or fiber may be more practical.
Match the category to the required Ethernet application and channel design. Cat5e suits established lower-bandwidth links, Cat6 adds performance margin, and Cat6A is the clear choice here for specified 10GBASE-T routes. Confirm total channel length, PoE load, ambient temperature and connector compatibility before ordering.
Use a construction designed for mechanical support rather than suspending a standard outdoor LAN cable. NO.7112131 includes a steel messenger for aerial-to-duct routes; span length, hardware, sag and local installation rules still require project confirmation.
Read the installation-route column first. “Outdoor” identifies environmental jacket use, while “direct burial” identifies a more specific underground application. Final approval should follow the selected model's datasheet and the project's soil, duct, grounding, PoE and code requirements.
| Model | Category | Shielding / Structure | Recommended Route | Typical Selection Reason |
|---|---|---|---|---|
| NO.7112317 | Cat6A, 500 MHz | F/UTP, jelly filled, double PE | Direct burial or duct | Wet soil, moisture control, 10GBASE-T |
| NO.7112321 | Cat6A, Class EA | U/FTP, 23 AWG, PE | Buried duct / conduit | 10G links and high-EMI routes |
| NO.7112229 | Cat6 | SF/UTP, PVC + PE jackets | Buried duct / conduit | Shielding plus extra jacket protection |
| NO.7112253 | Cat6, 250 MHz | U/UTP, corrugated steel armor, PVC + PE | Direct or shallow burial | Crush, cut and soil-pressure protection |
| NO.7112221 | Cat6 | SF/UTP, 23 AWG, PE | Buried duct / conduit | Cat6 route with EMI risk |
| NO.7112201 | Cat6 | U/UTP, 23 AWG, PE | Buried duct / conduit | General outdoor LAN route |
| NO.7112121 | Cat5e | SF/UTP, UV-PE | Buried duct / conduit | Cat5e outdoor route with EMI risk |
| NO.7112111 | Cat5e | F/UTP, 24 AWG, PE | Buried duct / conduit | Foil-shielded Cat5e link |
| NO.7112101 | Cat5e | U/UTP, 24 AWG, PE | Buried duct / conduit | General Cat5e outdoor LAN |
| NO.7112131 | Cat5e | U/UTP, PE, steel messenger | Aerial span / duct | Pole-to-box or campus distribution |
Burial suitability depends on protection against water, soil pressure and electrical risk—not simply a black jacket or an outdoor label. The route design should address all three before a model is approved.
PE jackets, water-blocking construction and jelly filling help limit moisture ingress. Wet soil, groundwater exposure and duct water should be stated in the RFQ rather than assumed from “outdoor” wording.
Armor protects against crush, impact and cuts, while conduit separates the cable from direct soil contact. Soil type, burial depth, backfill, pulling tension and minimum bend radius affect the final construction choice.
Category, conductor size, shielding and PoE load must be checked as one channel. For inter-building copper links, also review surge exposure, grounding and whether fiber provides a safer electrical boundary.
These cables fit outdoor copper Ethernet routes where the installation method and environmental protection are clearly specified. They are not a universal substitute for conduit, surge protection, fiber or local code review.
Suitable for camera and security links when the cable category, conductor size and PoE load match the channel. Confirm wet-route construction, entry sealing, connector OD and surge protection for exposed or inter-building runs.
Useful for outdoor distribution between cabinets, gates, access points and edge devices. For building-to-building links, compare copper with fiber where distance, lightning exposure or electrical isolation changes the risk.
Armored or shielded options can support roadside, rail, pipeline, solar and energy-site monitoring. Specify mechanical load, chemicals, EMI, grounding and temperature instead of relying on the application name alone.
Jelly-filled Cat6A is a strong candidate where underground moisture and replacement cost matter. Confirm the complete channel design, route length, cabinet transition and local requirements before treating any copper option as the final design.
No. Outdoor jackets address environmental exposure, but direct burial also requires verified moisture and mechanical protection for soil contact. In this range, choose a model explicitly identified for direct burial or place the appropriate outdoor cable in a designed duct or conduit.
Jelly filling primarily addresses moisture movement, while armor primarily adds mechanical protection against crush, impact and cuts. Wet and mechanically demanding routes may require both water and mechanical controls, so soil and pathway conditions must be specified.
Yes, when the selected model, channel length, conductor size, connectors and ambient conditions support the required PoE level. Confirm the exact PoE type for the selected product and account for voltage drop and heat rather than assuming support from the cable category alone.
Choose shielding when the EMI risk justifies it and the installation can maintain correct bonding, grounding and shield continuity. A shielded cable with poor termination is not automatically better than a properly designed unshielded link.
Evaluate fiber when the route is long, crosses buildings, needs electrical isolation or faces significant lightning and surge exposure. Copper remains useful where PoE delivery is required, but the complete risk and power design should determine the medium.
You do not need to know every cable term before requesting a quote. Provide the route and network conditions below so the construction can be matched to the project.
Installation route: open soil, trench, buried duct, conduit, exposed outdoor section or aerial span
Soil type, burial depth, groundwater or standing-water risk, and expected mechanical load
Required Ethernet application, total channel length and desired Cat5e, Cat6 or Cat6A category
PoE type, powered-device load and ambient temperature
EMI environment and the planned grounding and bonding method for shielded cable
Cable length per reel, quantity, packaging, marking and labeling requirements
Required standards, certificates, test reports, connector compatibility and building-entry requirements
Certification and compliance references for project review, qualification and purchasing documentation.
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