900 MHz 12dBi Yagi Antenna w/ Cable to N-female
- SKU:
- A9Y12NfvW
- Availability:
- In stock
- Weight:
- 2.00 LBS
High-gain 890~960 MHz 12dBi Yagi antenna
- With pre-attached coaxial cable to N-Type-female connector.
- Ubolt kit for pole-mounting
Ideal for long-range point-to-point and directional wireless applications including ISM, LoRa, SCADA, and remote monitoring systems. Rugged design for outdoor use.
SPECIFICATIONS
| Specification | Value |
|---|---|
| Frequency Range | 890~960 MHz |
| Impedance | 50 Ohms |
| VSWR | ＜1.5 |
| Gain | 12 dBi |
| E-plane 3dB Beam Width | 36° |
| H-plane 3dB Beam Width | 40° |
| Front to Back Ratio | ≥18 dB |
| Lightning Protection | Direct Ground |
| Connector & Cable | 0.5 meter cable to N-type female |
| Maximum Power Input | 200 Watts |
| Ambient Temperature | –40℃ to +60℃ |
| Ambient Humidity | 5%–95% |
| Number of Elements | 12 units |
| Dimensions | 957x172x60mm |
| Mounting Hardware | Ubolt for pole with Ø40–Ø60 mm diameter |
| Maximum Wind Load | 60 miles/second |
Long-range Yagi Antenna for the 890–960 MHz Frequency Band
Achieve extended range and reliable performance with our 900 MHz 12dBi Yagi Antenna, engineered for directional, long-range wireless communication in the 890–960 MHz frequency band. This high-gain antenna is ideal for point-to-point links, SCADA systems, LoRa applications, ISM band deployments, and other industrial and remote monitoring environments.
Designed for outdoor durability, the antenna features a precision-tuned aluminum Yagi array with 12 elements for superior forward gain and a strong front-to-back ratio. It comes with a pre-attached coaxial cable terminated in an N-female connector, ensuring a weather-resistant and low-loss RF connection.
Whether you're deploying in rural broadband, telemetry, IoT, or utility monitoring networks, this antenna offers dependable signal directionality and ease of installation with included mounting hardware for Ø30–Ø40 mm masts or poles.
TEST RESULTS for 890 to 960 MHz Frequency Band
This antenna evaluated in the 890 to 960 MHz range demonstrates outstanding performance, maintaining a VSWR below 1.3 and a Return Loss greater than –18 dB across the entire spectrum, ensuring highly efficient matching with minimal reflection losses. The most optimal points are observed at 919 MHz (RL ≈ –20.5 dB) and especially at 948 MHz (RL ≈ –26.3 dB), where the coupling efficiency exceeds 99% of the transmitted power. See all the test result details below.
Marker 1
Frequency: 890.000 MHz
Impedance: 62.5 + j8.02 Ω
Series L: 1.1049 nH
Series C: −28.943 pF
Parallel R: 63.09 Ω
Parallel X: 114.09 nH
VSWR: 1.282
Return Loss: −18.159 dB
Q Factor: 0.099
S11 Phase: 23.20°
Marker 2
Frequency: 919.400 MHz
Impedance: 53.5 + j9.07 Ω
Series L: −1.57 nH
Series C: 19.086 pF
Parallel R: 55.003 Ω
Parallel X: 533.89 fF
VSWR: 1.206
Return Loss: −20.586 dB
Q Factor: 0.17
S11 Phase: −64.08°
Marker 3
Frequency: 948.100 MHz
Impedance: 53.5 + j3.53 Ω
Series L: 593.36 pH
Series C: −47.491 pF
Parallel R: 53.715 Ω
Parallel X: 136.43 nH
VSWR: 1.101
Return Loss: −26.391 dB
Q Factor: 0.066
S11 Phase: 43.48°
Key Features:
-
High-gain 12dBi directional Yagi design
-
Operates in 900 MHz ISM band (890–960 MHz)
-
Pre-assembled with coax cable and N-female connector
-
Rugged construction for outdoor environments
-
Supports applications such as LoRa, WiFi HaLow, SCADA, RFID, and wireless sensor networks
-
Compact, lightweight design for easy pole-mounting
