MOKO SMART M4 Lite Tag Beacon User Manual

: June 3, 2024
: MOKO SMART

Table of Contents

M4 Lite Tag Beacon
Overview
Product brief
Application scenarios
General specifications
Basic instructions
Package information
FCC Warning
References
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M4 Lite Tag Beacon
User Manual

Product Specification
M4 Lite Tag
Version 1.0

M4 Lite Tag Beacon

Revision History

Version	Data	Notes	Contributor(s)
V1.0	Aug 31, 2022	Initial version	Daniel

About document
This product specification was designed to help users to know the hardware overview and feature instructions of M4 Lite Tag product. Through this document, users will be initial to understand the application scenarios, hardware specifications, basic instructions as well as packaging information of product.

Overview

This Product specification is mainly applicable for MOKO M4 Lite Tag product, and mainly contained below parts:

Product brief
Application scenarios
General specifications
Basic instructions
Package information

For more information about user guidance of product functions and configuration APP, please contact our sales team directly for official document – “MOKO Tag APP User Manual”.

Product brief

Thin, Lite and Unobtrusive!
The M4 Lite Tag is a small form factor BLE tag. With breakthroughs in cost, distance and sustainability, this tag shall be the best choice for medical equipment tracking, shopping cart tracking and other asset tracking in various scenarios.

Also, M4 Lite Tag has an extremely transmission distance of up to 400 meters based on BLE 5.0 coded PHY settings, thus providing the huge possibility to expand tracking range and reduce the deployment costs of receiver.

Figure 1: Appearance overview of M4 Lite Tag

Application scenarios

Healthcare

– Medical equipment usage frequency monitoring
– Asset theft prevention
– Faster positioning of medical equipment in emergency.
– Automate inventory counts

Retail & Entertainment
– Shopping cart tracking and real-time queue prediction
– Proximity promotion
– Reliable shoplifting prevention

Smart Office
– Office Furniture & Equipment tracking (Desk, Chairs, Photocopier)
– Asset presence detection for theft prevention
– Automate inventory counts

General specifications

4.1 Hardware specifications

Hardware specifications

25°C (with battery)
Operating Humidity| 0% ~ 95% (non-condensing)
Antenna type| PCB onboard
Power supply| Coin cell battery CR2032 | 220mAh | Replaceable

Table 1: Hardware specifications of M4 Lite Tag
*Transmission range tested in the open area and no obstacles in the route.

4.2 Parameter settings
Each M4 Lite Tag has been pre-configured in the factory before the shipment. Here is given the main parameters and default settings in the below.

Software configurations

Type| Items| Default settings
Supported Adv frame| Apple – iBeacon Eddystone – URL/TLM/UID Customized – Tag info| Slot 1 : Tag info
Slot 2 – Slot 6 : No data
Default Adv slot| Default adv slot settings
Default PHY| Default PHY settings| 1M PHY
Slot 1 – Tag info| Tx power| 0dBm
Ranging data (RSSI@0m)| 0dBm
Adv interval| 1000ms
Adv duration| 10s
Standby duration| 0s
Software configurations

| Tag ID| 0x00 00 01
Device name| MK Tag
Trigger switch| OFF

Table 2: Software configurations of M4 Lite Tag

4.3 Battery consumption
Here we have described battery consumptions in some common configurations which refer to different use cases.
You can refer to below table to create the use case and estimate battery lifetime.

Battery consumptions – With motion sensor

Adv type| Tx power| Advertising interval| Consumption (uA)| **Lifetime***
Tag info| 0dBm| 100ms| 152.5uA| 1.2 months
500ms| 36.2uA| 5.5 months
1000ms| 22.6uA| 8.5 months
2000ms| 15.5uA| 12.5 months
5000ms| 11.6uA| 17 months
10000ms| 10.3uA| 19 months
Sleep mode (No advertising)| 6.4uA| /
Power off mode| 3.7uA| /

Table 3: Battery consumptions – with motion sensor

Battery consumptions – Without motion sensor

Adv type| Tx power| Advertising interval| Consumption (uA)| **Lifetime***
Tag info| 0dBm| 100ms| 135.6uA| 1.5 months
500ms| 31.8uA| 6 months
1000ms| 17.5uA| 11 months
2000ms| 9.7uA| 20 months
5000ms| 5.6uA| 35 months
10000ms| 4.1uA| 48 months
Sleep mode (No advertising)| 2.9uA| /
Power off mode| 2.7uA| /

Table 4: Battery consumption – Without motion sensor
To enhance the understanding of battery lifespan, here we described some practical scenarios for reference.

Battery consumptions – Practical scenarios

Table 5: Battery consumption – Practical scenarios

Scenario 1: Asset presence detection – Office/Museum

Purpose: In some working scenarios, it will only need to report the asset status every 1 hour or even longer, to just confirm the assets are in there or anti-theft purpose.
Configuration:
a) Broadcasting 10s (in case scanning window missed) every 8 hours.
b) Adv interval 1000ms during 10s adv durations.
c) Motion sensor is not necessary.
Lifespan estimation:
a) Adv period (average) – 16.7uA
b) Sleep period (average) – 3.7uA

Whole period (average) – 3.8uA
Lifespan estimation – 4 years
220(mAh)80%(effective factor)80%(self-discharge factor)/0.0038(mA)/24(hours)/30(days)/12(months) ≈ 4 years

Scenario 2: Movement-based dynamic tracking (RTLS) – Warehouse/Healthcare
Purpose: In some working scenarios, there will need dynamic advertising mechanism to apply into the real-time positioning. For instance, combination with high frequency report during motion period and low frequency report during static period. It will guarantee the positioning accuracy and decrease battery consumptions.
Configuration:
a) Adv interval in motion status – 1000ms.
b) Adv interval in static status – 5mins. (Broadcasting 10s every 5mins, and 1000ms interval during 10s adv durations)
c) Motion sensor is necessary.
d) 4 hours in moving per day.
Lifespan estimation:
a) Motion period (average) – 22.6uA
b) Static period (average) – 6.9uA (Broadcasting – 22.6uA, Sleep – 6.4uA)

Whole period (average) – 9.5uA Calculation: (422.6uA+209.5uA)/24+
Lifespan estimation – 1.7 years
220(mAh)80%(effective factor)*80%(self-discharge factor)/0.0095(mA)/24(hours)/30(days)/12(months) ≈ 1.7 years

*The lifespan here refers to expected life cycle under the standard 25°C usage conditions.

4.4 LED descriptions
Here we have described the LED response status in some common situations.

LED response status

Scenarios| LED color| Response
LED response status

Power ON| Red| Blinking for 2 seconds
Device connect| Red| Blinking twice
Power OFF| Red| Solid for 2 seconds
Factory restore| Red| Solid for 2 seconds and then device reboot
DFU upgrade| Red| Blinking during DFU upgrade, and solid for 2 seconds after finished, then device reboot
Low battery| Red| Blinking twice every 10 seconds
LED notification| Red| Blinking once — Motion triggered

Table 6: LED response status in various situations

Basic instructions

5.1 How to wear/install M4?

Figure 2: How to wear/install M4 Lite Tag?
5.2 How to power ON M4?
To minimize the size of product as much as possible and suitable for various scenarios, as well to avoid intentional power off actions, the M4 Lite Tag has no reserved mechanical button design. Therefore, we have added “mylar film” to simply power on device.

Power ON: Take the “mylar film” out, and Red LED will keep blinking for 2 seconds to power on.

5.3 How to restore factory settings?
There have two ways to restore factory settings.

Software reset: Connect with M4 device through “MK Tag” APP and then execute “Settings >> Reset Beacon” operations to finish the software reset.
Hardware reset:

Remove the cover and the battery.
Put the battery in until you see the LED blinking for 2 seconds. This LED blinking means that the battery is connected successfully.
When the LED blinking finishes, put the battery in again within 5 seconds, and then repeat the process four more times, removing and replacing the battery. You should see a LED blinking each time you put the battery in, for a total of five blinking. The fifth blinking is different from the previous four and indicates that the device is factory reset successfully.
1st– 4th: LED blinking for 2s. This indicates the battery is connected successfully.
5th : LED keep solid for 2s. This indicates the device is factory reset successfully.
Replace the cover by aligning the battery room and press down on the cover.

Figure 3: Hardware reset flowchart of M4 Lite Tag
Remark: Software reset will not reset connection password.
5.4 How to replace battery?

Figure 4: How to replace the battery of M4 Lite Tag?

Package information

Figure 5: Packaging information of M4 Lite Tag

Package information

Table 7: Package information of M4 Lite Tag

FCC Warning

This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.
Any changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.
NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation.
This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation.
If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

Reorient or relocate the receiving antenna.
Increase the separation between the equipment and receiver.
Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
Consult the dealer or an experienced radio/TV technician for help.

The device has been evaluated to meet general RF exposure requirement. The device can be used in portable exposure condition without restriction.
FCC ID: 2A88A-M4

© Copyright 2022 MOKO TECHNOLOGY. All Rights Reserved. Any information furnished by MOKO TECHNOLOGY LTD. is believed to be accurate and reliable. All specifications are subject to change without notice. Responsibility for the use and application of MOKO TECHNOLOGY LTD. materials or products rests with the end user since MOKO TECHNOLOGY LTD. cannot be aware of all potential uses. MOKO TECHNOLOGY LTD. makes no warranties as to non-infringement nor as to the fitness, merchantability, or sustainability of any MOKO TECHNOLOGY LTD. materials or products for any specific or general uses. MOKO TECHNOLOGY LTD. or any of its affiliates shall not be liable for incidental or consequential damages of any kind. All MOKO TECHNOLOGY LTD. products are sold pursuant to the MOKO TECHNOLOGY LTD. Terms and Conditions of Sale in effect from time to time, a copy of which will be furnished upon request. Other marks may be the property of third parties. Nothing herein provides a license under any MOKO TECHNOLOGY LTD. or any third-party intellectual property right.

Contact
MOKO TECHNOLOGY LTD. An original manufacturer for IoT smart devices
Address: 4F, Building 2, Guanghui Technology Park, MinQing Rd, Longhua, Shenzhen, Guangdong, China
E-mail: [email protected]
Website : www.mokosmart.com
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