Radiolink ANT-B10 - RTK Base Station - High Quality of Signal Receive and Low Delay
- Accurate Directivity
- Multi-star Reception
- High Quality of Signal Receive and Low Delay
- Anti-out-of-band Interference
- Anti-in-band Interference
- Cost-effective Solution
Accurate Directivity
The four-feed eight-pin antenna design achieved a low axial ratio, small phase center offset, and high positioning accuracy. The phase center has high stability and good repeatability, the directivity is accurate during use, and it is worry-free of movement.
Multi-star Reception
The four-feed eight-pin antenna has high gain at low elevation angles and strong tracking capability for low-elevation satellites, ensuring the measurement system has enough satellites.
High Quality of Signal Receive and Low Delay
The ceramic filter and time-delay compensation circuit design are adopted to obtain accurate measurement time and improve positioning accuracy.
Anti-out-of-band Interference
The antenna adopts a front ceramic filter design and a two-stage ceramic filter design, with high out-of-band suppression, effectively suppressing out-of-band interference signals, without fear of being close to radio communication equipment, 4G/5G transmission towers, high-voltage lines, etc.
Anti-in-band Interference
The Radiolink BaseStation's ultra-low noise coefficient, high linearity LNA, and wide dynamic range make it Highly Effective against same-frequency interference.
Fast Switching between BaseStation and Rover
The RTK base station and RTK rover use the same design and firmware. You only need to load different configuration parameters to complete fast switching. The base station and rover use Type-C interfaces, and both ends can be switched freely.
Cost-effective Solution
RTK kit (RTK receiver RTK F9P+ base station antenna ANT-B10+ rover antenna ANT-M7), combined with the PIX flight control series, can be used for the Radiolink automatic driving control system for agricultural machinery vehicles which support 90-degree on-the-spot steering*, or the M435 Heavy Lift Drone, etc. It can provide high-precision positioning within the communication range of the mobile station and is suitable for many professional scenarios such as agriculture, surveying and mapping, inspection, express delivery, takeout, and rescue material delivery.
ANT-B10 Specifications:
Frequency Range:
- Remark: GPS, SBAS, GLONASS, GaLileo, BeiDou, QZSS, IRNSS
- L5: 1176MHz
- B2: 1207MHz
- L2: 1227MHz
- G2: 1246MHz
- B3: 1268MHz
- E6: 1278MHz
- B1: 1561MHz
- L1: 1575MHz
- G1: 1602MHz
- Remark: 3dB bridge coupling
- @1176MHz（GPS L5) ≥3dＢic
- @1207MHz（BDS B2) ≥4dＢic
- @1227MHz（GPS L2) ≥5dＢic
- @1246MHz（Glonass L2) ≥4dＢic
- @1268MHz（B3I) ≥3dＢic
- @1278MHz（E6) ≥3dＢic
Antenna AR:
- Remark: 3dB bridge coupling
- @1176MHz（GPS L5) ≤1.5
- @1207MHz（BDS B2) ≤1.4
- @1227MHz（GPS L2) ≤1.3
- @1246MHz（Glonass L2) ≤1.3
- @1268MHz（B3I) ≤1.4
- @1278MHz（E6) ≤1.5
- Remark: 3dB bridge coupling
- @1560MHz（BDS B1) ≥4dＢic
- @1575MHz（GPS L1) ≥5dＢic
- @1602MHz（Glonass L1) ≥5dＢic
- @1610MHz ≥4dＢic
AR:
- Remark: 3dB bridge coupling
- @1560MHz（BDS B1) ≤1.5
- @1575MHz（GPS L1) ≤1.4
- @1602MHz（Glonass L1) ≤1.5
- @1610MHz ≤1.4
- VSWR: ≤1.5
- Phase Center Error: ≤±2MM (3dB bridge coupling)
- Polarization: Right-hand Circular Polarization
- Port Impedance: 50Ω
Electrical Specifications:
- LNA Gain: 38ｄＢ±３
- Noise Figure: ≤1.9 (with pre-filter) (LNA link noise figure ≤1.0)
- VSWR: ≤２
- Group Delay: ≤10ns
- Output Impedance: 50Ω
- Out-of-band Suppression Ratio: ≥40ｄＢ
- Output 1dB Compression Point: ≤25ｄＢm
- Operating Current: ≤55ＭＡ
- Operating Voltage: 2.8Ｖ－18Ｖ
- Anti-static: ±８ＫV
- Lightning Surge Protection: According to the IEC61000-4-5 standard, it can withstand 3KV, 1.2/50us impulse voltage.
Structural Characteristics:
- Connector Type: SMA
- Antenna Size: Diameter: 28mm, Height: 59mm
- Weight: 368.7g
- Operating Temperature: -40℃--85℃
- Storage Temperature: -40℃--95℃
- Waterproof: IP67
