Bridge your FCC-compliant wireless equipment to professional-grade outdoor antennas with our RP-TNC Male to RP-N Male RG213 RF Pigtail Cable. This assembly is engineered as the definitive interface between Wi-Fi routers, IoT gateways, and cellular modems (RP-TNC) and high-gain base station, panel, or parabolic antennas requiring a reverse-polarity N-Type connection (RP-N Male). Utilizing industry-standard RG213 coaxial cable, it delivers reliable 50-Ohm signal transmission with consistent attenuation across DC–6 GHz. Featuring a bare copper conductor, solid PE dielectric, and UV-resistant black PVC jacket, this pigtail is built for permanent outdoor installation while maintaining the flexibility needed for tight enclosure routing. As a direct manufacturer, we provide 100% VSWR-tested assemblies, custom lengths, and volume pricing from prototype to mass production.
Parameter | Specification | ||
Connector Type | Reverse Polarity TNC Male Plug | ||
Interface Standard | FCC Part 15 Compliant / IEC 60169-17 | ||
Coupling Mechanism | Threaded, 7/16"-28 UNEF | ||
Impedance | 50 Ohms | ||
Frequency Range | DC – 6 GHz | ||
VSWR | ≤ 1.20 (DC–4 GHz) / ≤ 1.35 (DC–6 GHz) | ||
Body Material | Brass, Nickel Plated | ||
Center Contact | Gold-Plated Brass (Female Receptacle Interface) | ||
Insulator | PTFE | ||
Mating Cycles | ≥ 500 | ||
Parameter | Specification | ||
Connector Type | Reverse Polarity N Male Plug | ||
Interface Standard | Proprietary RP Variant / MIL-STD-348A Base | ||
Coupling Mechanism | Threaded, 5/8"-24 UNEF | ||
Impedance | 50 Ohms | ||
Frequency Range | DC – 6 GHz (Limited by RP Interface) | ||
VSWR | ≤ 1.25 (DC–4 GHz) / ≤ 1.40 (DC–6 GHz) | ||
Body Material | Brass, Nickel Plated | ||
Center Contact | Gold-Plated Brass (Female Receptacle Interface) | ||
Insulator | PTFE | ||
Mating Cycles | ≥ 500 | ||
Weather Resistance | IP67 when mated with gasketed RP-N Female | ||
Parameter | Specification | ||
Cable OD | 10.3 mm (0.405") | ||
Inner Conductor | Bare Copper, 7×0.75mm Stranded | ||
Dielectric | Solid PE | ||
Shielding | Single Tinned Copper Braid (96% Coverage) | ||
Jacket | Black PVC (UV Resistant) | ||
Attenuation @ 900 MHz | 5.8 dB/100ft (19.0 dB/100m) | ||
Attenuation @ 2.4 GHz | 12.0 dB/100ft (39.4 dB/100m) | ||
Attenuation @ 5.8 GHz | 24.0 dB/100ft (78.7 dB/100m) | ||
Max Operating Temp | -40°C to +80°C | ||
Min Bend Radius | 50 mm (1.97") | ||
Velocity of Propagation | 66% | ||
● RP-TNC to RP-N Unique Interface Solution: This assembly solves a critical compatibility challenge where FCC-compliant equipment (RP-TNC) must connect to specialized antennas or infrastructure using non-standard RP-N Male ports. The RP-N Male plug features a female center contact inside a standard N-Type male threaded shell, preventing accidental mating with standard N-Female connectors while maintaining the mechanical robustness and weather sealing of the N-Type interface. Ideal for proprietary antenna systems, legacy military/commercial gear, and specific OEM deployments.
● RG213 Balanced Performance & Durability: RG213 offers an optimal balance between low loss and mechanical ruggedness for medium-length runs (5–20m). At 2.4 GHz, it delivers ~30% lower attenuation than RG58 and comparable performance to LMR195, while its 10.3mm OD provides superior crush resistance, tensile strength, and long-term outdoor durability. The solid PE dielectric ensures stable impedance and low moisture absorption, making it ideal for harsh environments where foam-dielectric cables may degrade over time.
● Bare Copper Conductor for Sub-GHz Excellence: Unlike copper-clad steel (CCS) alternatives, our stranded bare copper inner conductor provides superior conductivity at frequencies below 1 GHz. This is critical for LTE Band 5/12/13/17, LoRaWAN (868/915 MHz), NB-IoT, and GPS L1/L2 bands where CCS suffers excessive skin-effect losses. Bare copper also ensures reliable DC continuity for active antenna bias tees and phantom-powered LNAs.
● RP-TNC Male — FCC Compliance Assured: The reverse polarity design meets FCC Part 15.203 requirements to prevent unauthorized antenna substitutions on certified Wi-Fi and IoT equipment. Precision-machined to mate seamlessly with Ubiquiti UniFi/airMAX, MikroTik RouterBOARD, Cradlepoint IBR/COR, Peplink MAX, and TP-Link Omada devices without risk of pin damage.
● UV-Rated PVC Jacket for Outdoor Longevity: The black PVC jacket is formulated with UV stabilizers for extended outdoor exposure, resisting cracking, brittleness, and degradation from sunlight, rain, and temperature cycling (-40°C to +80°C). While not as UV-resistant as PE-jacketed LMR cables, RG213’s PVC jacket offers better flexibility and abrasion resistance for conduit routing and indoor/outdoor transition points.
● High Shielding for EMI Immunity: The single tinned copper braid provides 96% shielding coverage, offering excellent protection against RFI/EMI interference in dense RF environments like cell towers, industrial plants, and data centers. Tinned copper resists oxidation and maintains shielding effectiveness over decades of outdoor service.
● 100% Factory Tested & Verified: Every assembly undergoes individual continuity and polarity verification, VSWR sweep testing (≤1.25 @ 6 GHz), insertion loss measurement against theoretical budgets, mechanical pull testing at both connectors, and visual inspection for braid integrity and jacket quality. Batch test reports are available for QA/QC compliance.
● Proprietary Wireless Infrastructure: Connect RP-TNC-equipped radios to specialized RP-N Male antennas used in military, government, and industrial communication systems where standard N-Type connectors are prohibited for safety or security reasons.
● Wi-Fi 5/6 Access Points: Bridge Ubiquiti U6-Pro/U6-Enterprise, MikroTik hAP ax3, and Cisco Meraki MR46/MR56 access points (RP-TNC) to high-gain panel or sector antennas with RP-N Male feeds for campus, warehouse, and stadium coverage.
● 4G LTE & 5G NR Cellular Gateways: Link Cradlepoint E3000, Peplink MAX BR1, and Teltonika RUTX12 routers (RP-TNC) to MIMO panel antennas or external amplifiers with RP-N Male interfaces for fixed wireless access, fleet telematics, and rural broadband deployments.
● LoRaWAN & NB-IoT Sensor Networks: Route from RAKwireless WisGate, Dragino LPS8, and Kerlink Wirnet gateways (RP-TNC) to high-gain fiberglass omni antennas with RP-N Male connections for smart agriculture, utility metering, and industrial asset tracking.
● Point-to-Point Wireless Backhaul: Interface Ubiquiti airMAX AC/LTU or Cambium ePMP radios (RP-TNC) to parabolic dish antennas with RP-N Male feeds for 5 GHz ISP backhaul, CCTV transmission, and building-to-building connectivity.
● Marine & Offshore Communications: Connect RP-TNC satellite/Wi-Fi routers to RP-N Male marine GPS, AIS, and VSAT antennas on vessels, oil rigs, and offshore platforms where vibration resistance and salt spray tolerance are mandatory.
● Amateur Radio Repeaters & Base Stations: Interface HT/mobile radios with RP-TNC connectors to RP-N Male repeater duplexers, cavity filters, and tower-mount antennas for VHF/UHF/SHF ham radio installations requiring non-standard polarity.
● Test & Measurement Labs: Use as a dedicated test jumper between VNAs, spectrum analyzers, and DUTs with mixed RP-TNC/RP-N interfaces, leveraging RG213’s stable phase and amplitude characteristics for repeatable measurements.
● Custom Lengths: Precision cut from 0.5m (1.6ft) to 30m (100ft) in 0.1m increments. Longer lengths available upon request.
● Right-Angle Options: 90° RP-TNC Male or 90° RP-N Male for tight vertical clearance inside enclosures and behind panels.
● Weatherproofing Kits: Pre-installed self-amalgamating tape + adhesive-lined heat shrink boots at RP-N Male end for IP67 outdoor sealing. Butyl mastic kits available for marine/coastal environments.
● Alternative Connectors: Swap RP-TNC for RP-SMA Male, SMA Male, or standard TNC Male. Swap RP-N Male for standard N Male, TNC Male, or DIN Male.
● Cable Labeling: Custom heat-shrink labels with part number, length, barcode, and QR code for inventory management and field service traceability.
● Private Labeling: Laser-engraved logos, custom packaging, branded reels, and retail-ready blister packs for distributors and system integrators.
● Mixed Orders: Combine multiple lengths and connector configurations in a single PO with no separate MOQs per variant.
● Fast Turnaround: Samples ship in 3–5 business days; bulk production in 10–15 days. Container loads fulfilled in 25–30 days.
Q1: What exactly is "Reverse Polarity N-Type" and why does it exist?
A: Standard N Male has a pin center contact; RP-N Male has a hole/receptacle center contact inside the same male threaded shell. This non-standard interface was developed for proprietary systems to prevent accidental connection to standard N-Female ports, ensuring only approved antennas/amplifiers can be connected. It maintains full N-Type mechanical and environmental performance while adding a polarity key. Always verify your antenna/device port type before ordering — RP-N Male will NOT mate with standard N Female.
Q2: Why choose RG213 over LMR240 or RG58?
A: RG213 offers the best balance of durability and performance for medium-length outdoor runs. Compared to RG58, it has ~50% lower loss at 2.4 GHz and far superior crush/tensile strength. Compared to LMR240, RG213 uses solid PE dielectric which is more resistant to moisture ingress and long-term UV degradation in harsh environments, though slightly stiffer. For runs >20m or 5GHz backhaul, consider LMR400; for<3m indoor jumps, RG58 suffices. RG213 is the workhorse choice for 5–20m permanent outdoor installations.
Q3: Is this cable suitable for permanent outdoor installation?
A: Yes. The UV-stabilized PVC jacket is rated for extended outdoor exposure (-40°C to +80°C). However, connector junctions MUST be weatherproofed to prevent moisture ingress. We recommend ordering pre-installed weatherproofing kits or applying self-amalgamating tape + silicone sealant at both ends for IP67 protection. For extreme UV/salt environments, consider upgrading to PE-jacketed LMR240.
Q4: Will this work with my Ubiquiti/MikroTik/Cradlepoint device?
A: Virtually all Ubiquiti UniFi/airMAX, MikroTik RouterBOARD/hAP, Cradlepoint IBR/COR, Peplink MAX, and Teltonika RUT devices use RP-TNC Female ports. Our RP-TNC Male plug mates directly. Confirm by inspecting your device port: if the center contact is a pin protruding outward, you need RP-TNC Male. If it’s a hole, you need standard TNC Male. For the RP-N Male end, verify your antenna/port specifically requires reverse polarity — standard N Male will not mate.
Q5: Can I use this for transmit applications?
A: Yes. RG213 handles approximately 200W CW at 1 GHz and 100W at 2.4 GHz, making it suitable for most Wi-Fi, LTE, LoRa, and amateur radio transmit applications. For higher power (>300W), upgrade to RG214 (double shield) or LMR400. Always verify your system’s peak envelope power (PEP) before selecting cable size.
Q6: Do you offer pre-weatherproofed assemblies?
A: Yes. Three levels available: (1) Heat Shrink Boot Only for basic strain relief; (2) Self-Amalgamating Tape + Heat Shrink for full IP67 outdoor sealing; (3) Butyl Mastic + Tape + Heat Shrink for premium marine/coastal grade protection. Specify when requesting a quote. Weatherproofing adds 1–2 days to lead time.
Q7: What certifications do these cables carry?
A: All assemblies are RoHS 3.0, REACH, and CE compliant, manufactured in an ISO 9001:2015 certified facility. RG213 meets or exceeds MIL-C-17 specifications. UL recognition, CPR fire rating (for plenum installations), and material test reports available upon request.
Q8: What is the MOQ and sample policy?
A: 10 pieces for stock configurations; 50 pieces for custom lengths or weatherproofing. No-MOQ prototyping for first-time customers — order 1–5 samples to validate fit, loss, and build quality before committing to production. Sample lead time: 3–5 business days.
Specialized interface. Proven performance. Factory direct.
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