Every signal
starts with copper.
Embedded antennas engineered and bench-tested for 4G/LTE, GNSS, Wi-Fi and Bluetooth — matched to your exact band, footprint and connector.
- bands
- 5 bands
- coverage
- 600 MHz–3 GHz coverage
- swept
- VNA swept
- dispatch
- 24h dispatch
Shop by band
Every listing states its tested frequency range up front.
Every part, measured
Full figures band by band, datasheet included.
4G/LTE PCB Antenna
- Frequency
- 824 MHz – 2.69 GHz
- Peak gain
- +5.0 dBi
- Footprint
- 25.5 × 54 mm
- Price
- ₹33 – ₹129
4G/LTE Compact PCB Antenna
- Frequency
- 824 MHz – 2.69 GHz
- Peak gain
- +5.2 dBi
- Footprint
- 15 × 40 mm
- Price
- ₹27 – ₹109
2.4 GHz PCB Antenna
- Frequency
- 2.4–2.484 GHz
- Peak gain
- +2.1 dBi
- Footprint
- 10 × 20 mm
- Price
- ₹25 – ₹89
Bench it in your own product first.
A datasheet is measured on our ground plane, not yours. Order a sample, sweep it in the enclosure it will actually live in, and commit to a production run once the numbers are yours.
- 01
Tell us the band
The frequencies you need and the space you have. A part number if you already know it.
- 02
Sample ships
The real production part, with its measured sweep — not a mock-up or a golden sample.
- 03
Measure, then decide
Sweep it on your own ground plane. Move to volume only once your bench agrees.
Three questions,
answered
It comes down to three things.
Frequency
The band your radio transmits on.
Match the tested range, not the marketing range.
Gain
For most designs, the lower figure.
High gain trades beam width for range — it only wins on a fixed link.
Connector
Whatever your board already has.
Check pin gender: RP-SMA and SMA look alike and do not mate.
- Bands
- 1 · LTE/4G/2G/3G
- Peak gain
- +2.0 dBi
- VSWR
- 2.0:1 max
- Connector
- Solder feed pad (no connector)
Not a recommendation — just one part from the catalogue. Every product page carries the same measured figures.