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Antenna Radiation Pattern For BP109 Super Beacon
Sep 11, 2018


We received some feedbacks from our clients, and some of you complained that BP109 seems cannot up to 1000m. In order to better understand this beacon, we had a specialized antenna test, if you are professional in this, you can know better about how to adjust direction for better performance via this report.



FSC-BP109 Specifications super beacon

Advertising Specification

Advertising Format

Eddystone (URL/ UID/ TLM/ EID), iBeacon, AltBeacon

Config App

FeasyBeacon (Free for lifetime using)

APP Pin Code

000000

Advertising Interval

100ms-1200ms

Secure Config

access password

Max Number of Broadcast

10 Slots configurable advertising frames

Default Broadcast Interval

150ms for iBeacon & Eddystone

Support System

iOS 7.0+, Android4.3+

Work Distance

In open area:    iOS System: 4000m  Android System : 1000m

Upgrade Mode

OTA (over the air update firmware)

Product Specification

Model

BP109

TX power

+18.5 dBm (Max)

Power Supply

5V USB

Core Module

CSR8811 + RF Power Amplifier

MCU Core

ST ARM 32-bit Cortex-M4 CPU

Current Consumption

Radio TX: 225 mA (@ 18.5dBm)

Radio RX: 225

mA

Bluetooth Standard

Bluetooth 4.2 Version

Frequency Band

2.402 to 2.480 GHz (according Bluetooth 4.0 specifications, worldwide ISM band)

Antenna Type

Whip Antenna (SMA interface)

Radiation Diagram

Omni-directional

Material

ABS plastic

Color

Black

Size

9 X 3.8 X 2.2 cm(not including antenna)

Net Weight

54g

Packing Size

22.5*8.5*3cm

Protection

IP40

Operating Temperature

-40°C to +85°C

Certification

CE, ROHS, FCC

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1. Technical Information

Note: Provide by manufacturer.

 

1.1. Manufacturer and Factory Information

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1.2. Equipment Under Test (EUT) Description

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2.  Test Results

 

2.1. Applied Reference Documents

Leading reference documents for testing:

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2.2. Test Conditions

 

Test Environment Conditions

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2.3. Test Results lists

2.3.1.  Gain and Efficiency

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Annex A  Photographs

1. Test Setup

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Annex B  Figures

1. 2D Radiation Pattern

Phi=0°

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Phi=90°

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Theta=90°

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2. 3D Radiation Patter

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           2400MHz                                                             2450MHz                                                    2500MHz



Annex C Photographs

 

1. Test environment

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2.  EUT

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Annex D  General Information

 

1.1 Identification of the Responsible Testing Laboratory

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1.2 Identification of the Responsible Testing Location

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1.3 Test Equipments Utilized

 

1.3.1 List of Test Equipment

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