2300 MHz to 2600 MHz SMA-Female Precision Sleeve Dipole Antenna

Model No: SL-2450-SF

Made in Taiwan
Frequency Range: 2300 - 2600 MHz
Antenna Type: Omni Fiberglass
Nominal Gain: 2.15 dBi ± 1 dBi
Connector Port: SMA-Female
Stock: Contact us
2026/06/16
Quantity:
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2.4 GHz Precision Reference Antenna

Precision Reference Grade Sleeve Dipole | CTIA Symmetry Compliant | 2300 MHz – 2600 MHz
The SL-2450-SF is a laboratory-standard Precision Sleeve Dipole Reference Antenna professionally engineered by Fei Teng Wireless Technology Co., Ltd. (FT-RF) for high-fidelity Over-the-Air (OTA) performance testing and anechoic chamber calibration routines within the 2.4 GHz spectrum. Operating continuously across the 2300 MHz to 2600 MHz band, this premium reference instrument is meticulously optimized to satisfy the rigorous CTIA <0.1 dB pattern symmetry thresholds up to 2500 MHz, ensuring an exceptionally uniform omnidirectional radiation profile essential for chamber ripple test characterization. Manufactured with strict industrial tolerances in Taiwan, its high-purity internal copper radiator layout is encased in a premium fiberglass radome. The 160 g coaxial geometry integrates an internal quarter-wavelength sleeve balun that aggressively decouples the antenna structure from feed-cable radiation paths, effectively preserving pristine Signal Integrity. Equipped with a standard premium SMA-Female port (with custom N-Female configurations available upon request), this reference-grade radiator stands as the definitive choice for anechoic reflectivity evaluation, professional wireless efficiency benchmarking, and traceable gain reference calibration within high-frequency tactical and commercial test networks.



Electrical & RF Performance
Frequency Range 2300 MHz to 2600 MHz (Continuous Tuning Spectrum)
V.S.W.R Profile ≤ 1.5 : 1 (2400MHz - 2500MHz) | ≤ 3.0 : 1 Over Full Bandwidth
Nominal Gain Standard 2.15 dBi ± 1 dBi
Radiation Pattern Symmetry < 0.1 dB (2300 - 2500MHz, Strict CTIA Compliance Standard)
Radiation Field / Polarization Omni-Directional / Linear Vertical
Nominal Beamwidth (-3dB) Horizontal Plane: 360° | Vertical Plane: 68°
Maximum Power Handling 150 Watts (CW Continuous Wave)
RF Impedance 50 Ohms
Material & Mechanical Parameters
Physical Dimensions (Length x Diameter) 245.5 mm x 18.9 mm
Net Weight 160 g (Precision Lightweight Profile Layout)
Internal Radiator Material High-Purity Precision Copper Element
Radome Shield Material Build Premium Low-Loss Calibrated Fiberglass
Mount Architecture Style Round 19mm / Hollow 13mm (Precision Acrylic Support Mount)
Coaxial Connector Interface SMA-Female Standard Interface Layout (N-Female Custom Port Available)
Operating Temperature Threshold -20°C to +60°C
Compliance Ratings CE, FCC, RoHS, CTIA Standard Compliant Layout
Manufacturing Origin Taiwan Design & Made in Taiwan (FT-RF)

 

CTIA Ripple Test Precision

Engineered to meet strict ±0.1 dB symmetry standards, providing the high-level circular roundness accuracy necessary for rigorous OTA chamber reflectivity evaluation and professional ripple tests.

Interference-Free Architecture

The specialized 1/4 wavelength sleeve dipole design isolates the copper element from the feed cable, suppressing destructive common-mode currents to prevent pattern distortion and feedpoint anomalies.

Taiwanese Engineering Excellence

Precision designed and manufactured in Taiwan under strict industrial quality control parameters, delivering traceable directional reference fields and tight physical concentricity tolerances for mission-critical labs.

Reference Grade Dominance

Serves as an uncompromised omnidirectional gain standard and low-gain efficiency reference for calibrating high-frequency monitoring blocks and wireless verification networks.

Rugged Structural Integrity

Encased in a premium low-loss fiberglass radome shell with a lightweight 160 g build, optimized for high-precision indoor lab and controlled outdoor testing configurations.

Get a Quote / Custom Reference Solutions

Contact our technical engineering team today to request certified calibration data sheets, individual V.S.W.R plots, alternative custom port configurations, or specialized mounting hardware requirements.

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