Cassia E1000, X1000 User Manual
Cassia X1000 is an enterprise Bluetooth router with an IP65-rated enclosure, which is fully weatherproof and may be deployed in both indoor and outdoor environments. It receives power from Power-over-Ethernet (PoE) via the uplink Ethernet port. The X1000 has a built-in smart antenna array designed specifically for Bluetooth. It also supports Ethernet, 2.4 GHz WIFI, or 3G/4G cellular dongle as IP backhaul.
With the X1000, you can extend Bluetooth's range up to 1000 feet (305 Meter) and increase the number of devices that can be simultaneously paired and connected to 22 Bluetooth low energy devices. You can also listen to potentially hundreds of devices at the same time when operating in broadcast mode.
Werbung
Werbung
Cassia Networks Headquarters:
97 East Brokaw Road, Suite 130
San Jose, CA 95112 [email protected]|
(408)444-9150
Cassia Bluetooth Router
User Manual
Contents
................................................................................................2
1 Cassia Networks Copyright 2018
1.
What is a Cassia Router?
Cassia Router is a long-range enterprise Bluetooth router that can be used in indoor and outdoor environments. It extends the range of Bluetooth connectivity up to 1000 feet (305-
Meters) and enables remote control of up to 40 Bluetooth low energy devices without requiring any changes to the Bluetooth end devices. Cassia Bluetooth router acts as a protocol gateway, which translates between the Bluetooth protocol and the Internet
Protocol (IP) protocol. This enables your Bluetooth low energy devices to be accessible, and controllable, remotely via an Internet application.
1.1.
Cassia X1000
The Cassia X1000 enterprise Bluetooth router has an IP65-rated enclosure, which is fully weather proof, and may be deployed in both indoor and outdoor environments. The X1000 may be attached to a pole or wall (a mounting kit is included) or placed on surface like a desk or counter space. It receives power from Power-over-Ethernet (PoE) via the uplink
Ethernet port.
Figure 1: Cassia X1000 Bluetooth Router
The X1000 has a built-in smart antenna array designed specifically for Bluetooth. It also supports Ethernet, 2.4 GHz WIFI or 3G/4G cellular dongle as IP backhaul. The X1000 is capable of extending Bluetooth’s range up to 1000 feet (305 Meter). The X1000 increases the number of devices that can be simultaneously paired and connected to 22 Bluetooth low energy devices or listens to potentially hundreds of devices at the same time when operating in broadcast mode.
Processor & Memory
•
CPU: quad core Amlogic Cortex-A5, up to 1.5GHz
•
256MB RAM DDR3, 4GB eMMC storage
2 Cassia Networks Copyright 2018
Bluetooth
•
BLE chip: 2x CSR8811
• Bluetooth version: 4.0/4.1/4.2 LE
•
LE Connections: Up to 22 connections
•
Frequency: 2.400 to 2.483 GHz
• Data rates: up to 2x1Mbps
• TX power: +8 to +20dBm, continuously adjustable: 4db step
•
RX sensitivity: -105dBm
• Antenna Gain: 5.7dbi vertical polarized
WIFI (802.11 b/g/n)
•
Frequency: 2.4 GHz
• Working Mode: WIFI client or Access Point, can switch between modes
• TX power: 17.5 to 12.5dBm
•
RX sensitivity: -96 to -71dBm
•
Antenna: Omnidirectional
Certification
•
FCC (US), IC (Canada), CE (Europe), BQB, SRRC (China), TELEC (Japan), REACH, CB
For a full datasheet of the X1000 specifications, please check out https://www.cassianetworks.com/products/x1000-bluetooth-router/
1.2.
Cassia E1000
The Cassia E1000 is an enterprise Bluetooth router with edge computing capability, designed for deployments in industrial, hospitals, senior centers, schools, gyms, and other indoor locations. The Cassia E1000 can be attached to the ceiling or wall (a mounting kit is included) or may be placed on a desktop or counter space. The E1000 is powered via a
Micro-USB adapter or from a switch using Power over Ethernet (PoE) via the uplink Ethernet port.
Figure 2: Cassia E1000 Bluetooth Router
3 Cassia Networks Copyright 2018
The E1000 increases the number of devices that can be paired and controlled to up to 40
Bluetooth low energy devices. In broadcast mode the E1000 can listen to several hundred
Bluetooth low energy end devices. Its patented smart antenna is optimized for horizontal use.
It supports Ethernet, 2.4Ghz and 5Ghz Wi-Fi, or 3G/4G cellular dongle as an IP backhaul. This enables your Bluetooth low energy devices to be accessible, and controllable, remotely via an
Internet application.
Processor & Memory
•
CPU: 4 core ARM Cortex-A5, up to 1.5GHz
•
256MB RAM DDR3, 4GB eMMC storage
Bluetooth
•
BLE chip: 2 Nordic nRF52832
•
Bluetooth version: 4.2 LE, 5.0 compliance
• LE Connections: Up to 40 connections
•
Frequency: 2.400 to 2.483 GHz
•
Data rates: up to 2x1Mbps
• TX power: 0 to +20dBm, continuously adjustable: 4db step
•
RX sensitivity: -105dBm
•
Antenna Gain: 5dbi PEAK
• Increased broadcast capacity (x8)
For a full datasheet of the E1000 specifications, please check out https://www.cassianetworks.com/products/e1000-bluetooth-router/
2.
Installation
2.1.
X1000
Hardware
1.
Cassia X1000 Router
2.
Power-over-Ethernet (POE) 802.3af/at compliant source
Note: The Cassia X1000 is only powered via Power-over-Ethernet (POE)
3.
PoE injector, if PoE network is not available
4.
Ethernet cable (Patch cord): 1 unit if PoE available, or 2 units if used with PoE injector
5.
Internet connection
6.
Computer System (Desktop / Laptop/ Android Phone/Tablet) with WIFI connectivity
7.
Required only if setup over SIM-based Internet connection is required a.
3G/4G dongle
Included in Package
4 Cassia Networks Copyright 2018
Mounting
5 Cassia Networks Copyright 2018
4) Connect the X1000 Router to the PoE injector or a PoE switch.
6 Cassia Networks Copyright 2018
2.2.
E1000
Hardware
•
Cassia E1000 Router
•
Power-over-Ethernet (PoE) 802.3af/at compliant source
• PoE injector, if PoE network is not available
• Micro USB power cable and plug, if not using PoE
• Ethernet cable (Patch cord): 1 unit if PoE available, or 2 units if used with PoE injector
• Internet connection
• Computer System (Desktop / Laptop/ Android Phone/Tablet) with WIFI connectivity
• Required only if setup over SIM-based Internet connection is required o 3G/4G dongle (Only if 3G/4G setup is required)
Included in Package
7 Cassia Networks Copyright 2018
Mounting
8 Cassia Networks Copyright 2018
3.
Deployment
3.1.
X1000
Cassia Bluetooth router coverage varies based on conditions. In outdoor “open air” locations with no obstructions, the coverage radius of Cassia Bluetooth routers is greater than that of indoor locations with walls and obstructions.
In general, the radius of outdoor coverage may vary from 100-300 meters, depending on the wireless interference, obstructions, and line of sight. A rule of thumb for deployment is to ensure that the Bluetooth device can be connected consistently and the Bluetooth signal strength is strong.
Deployment principles:
• Poles or walls are required
•
Power over Ethernet (PoE) is required
▪ Installation height is better be between 3 to 30 meters
9 Cassia Networks Copyright 2018
•
Install at locations away from radio transmitters, such as radio towers and cellular base stations
•
Ground cable and lightning protection is required
Figure 3: Cassia X1000 outdoor deployment
3.2.
X1000 Antenna Radiation Graphs
If you place your router as pictured above, below are its Antenna Gain 3-D pictures.
10 Cassia Networks Copyright 2018
11 Cassia Networks Copyright 2018
Down-tilt Angle
When installation height is more than 10 meters, an antenna down-tilt angle is required.
According to the formula, the following tilt angles are highly recommended:
• At a height of 5-10 meters, no tilting is needed
• At a height of 10-20 meters, 5°-10° tilt is required to cover distance further than 10m
• At a height of more than 20 meters, please calculate the inclination angle according to the formula provided above
3.3.
E1000
Optimally, the Cassia E1000 should be placed above ground at a height of 10 to 15 feet
(3-5 meters), in line of sight within a range of 60 to 200 meters from the BLE device. Ceiling installations should be 2 meters away from nearby walls or columns. Obstacles, like walls, as well as WIFI interference, will reduce the range of Cassia Bluetooth routers.
Deployment principles:
12 Cassia Networks Copyright 2018
• The installation location should be away from air conditioners, heating pipes, water supply pipes, transformer boxes, an elevator operation room, etc.
• Install away from microwaves, wireless keyboard/mouse, and other devices that also use the 2.4 GHz band.
• Keep at least 1 meter away from cellular antennas and WIFI access points (APs)
Figure 4: E1000 Indoor Deployment
3.4.
E1000 Antenna Radiation Graphs
13 Cassia Networks Copyright 2018
If you place the E1000 as demonstrated in the picture above, the radiation pattern graphs noted below are the result.
4.
Getting Started
4.1.
Understanding the Cassia Access Controller (AC)
The Cassia IoT Access Controller (AC) is a powerful IoT network management solution. Using the Cassia AC, organizations have access, control, and monitoring over IoT environments. The
Cassia AC solution enables the deployment and management of hundreds of Bluetooth routers, as well as the monitoring of thousands of detected/connected devices in an enterprise environment from one centralized interface. See Figure 5 .
14 Cassia Networks Copyright 2018
Figure 5: E1000 Indoor Deployment
Why we should use the AC?
▪ Provisioning and managing Bluetooth routers individually is time-consuming and error-prone
▪ Version management for hundreds of routers individually is a manual, inefficient process
▪ Routers alone cannot support BLE device roaming
▪ Routers alone cannot track a BLE device’s location
For a complete datasheet of Cassia Access Controller, please visit https://www.cassianetworks.com/products/iot-access-controller/ .
Users may use a Cassia-hosted AC or install their own AC server. NOTE : It is strongly recommended that new users use a Cassia-hosted AC to speed up the trial process. The trial process of a Cassia Bluetooth Router with a Cassia-hosted AC is available for purchase with Cassia Starter Kits. Please contact Cassia support or resellers for more information.
4.2.
Prerequisites
After acquiring a Cassia Bluetooth router and the Access Controller you will need the following: a) Developer account credentials
Developer Key and Developer Secret credentials are required. These developer credentials authorize the remote control of your Cassia Bluetooth router.
Here is a sample credential: client_id:tester, secret:198c776539c41234
15 Cassia Networks Copyright 2018
b) Server license key
To use the Cassia Bluetooth Router with the AC, you will also need a server license key.
The license key governs the number of Bluetooth routers that can be managed by the v002-0128-20180427052110-0012-p52y-zunk-rqbe-pqlw
AC, as well as the length of time, and the types of features available. Here is an example of a server license key:
See below screenshot for inputting the Developer Key, Developer Secret, and a server license key via the AC (Figure 6).
Figure 6: Input your developer key, developer secret, and license key via the AC c) Open UDP ports 5246 and 5247
•
The ports that Cassia routers use to communicate with the Cassia Access
Controller are UDP 5246 and 5247. If you have a Firewall that blocks those ports, please make sure to open them. d) Understand the MAC address
•
You will find your Cassia Bluetooth router ’s MAC address at the bottom of the router, as noted below in Figure 7.
16 Cassia Networks Copyright 2018
Figure 7 : Cassia Bluetooth router’s MAC address
If you are filtering MAC addresses in your security policy, please make sure to input the active MAC addresses. For example, if you are using WIFI for uplink connection, your active MAC will be Label_ MAC+1. See below table for the details.
Model Label MAC
C1000/X1000 MAC
E1000 MAC
S2000 MAC
S1000/S1100 MAC
4.3.
Connecting Your Router to the AC
Ethernet
MAC
MAC
MAC
MAC
MAC
WIFI MAC
MAC+1
MAC+1
MAC+1
MAC-1
For firmware 1.2 or above, a Cassia Bluetooth router comes with a WIFI hotspot function. Its SSID is cassia-xxxxxx ( the “x’s” correspond to the last 6 digits of the router’s
MAC address). For example, if the Cassia Bluetooth router MAC address is
“CC:1B:E0 :E0:96:DC ”, the SSID will be “Cassia E096DC ” . For detailed instructions follow this Quick Start Guide online at http://www.cassianetworks.com/wpcontent/uploads/2018/03/Quick-Start-Guide-English_1.2.pdf
Note : If you can’t find the WIFI hotspot, and you are sure that your firmware is 1.2 or above, please press and hold the reset button at the Cassia router bottom for 10 to 15 seconds (Figure 7).
17 Cassia Networks Copyright 2018
Figure 8: Cassia Router Reset Button
If you are running a Firmware version lower than 1.2, then your setup requires a few additional steps. For detailed instructions please follow this document link at http://www.cassianetworks.com/wp-content/uploads/2017/11/S1000-S1100-X1000-
Quick-Start-Guide.pdf
Note: The recommended web browser is Google Chrome.
Forgot Username & Password
If a user forgets his username and password, then he needs to reset the Cassia Bluetooth router.
Caution : During a reset the previous configuration is lost. Users need to configure a Cassia router again after every reset. Once reset, the username and password will be restored to admin/admin.
5.
Cassia Bluetooth Router Configurations
Let’s walk through the router configuration in details here.
Open your Cassia Bluetooth router configuration page by entering its private IP address.
NOTE : Always use Google Chrome to launch the IP address. See Figure 9.
Figure 9: Open Cassia router configuration page
18 Cassia Networks Copyright 2018
5.1.
Overview Tab
The Overview tab displays the router’s current status, there is no configuration on this page.
Figure 10: Cassia Bluetooth router configuration page – Overview
Parameter
MAC
Model
IP
Version
Uptime
Online Time
AC IP Address
BLE Chip Status
Reboot
Reset
Export Logs
Description
This is the MAC address printed on the bottom of the Cassia Bluetooth router, which is equal to the router’s ethernet interface MAC.
The model number of the router, namely X1000, C1000, E1000, etc.
The private IP address that the Cassia Bluetooth router obtained from its local network.
The active firmware version on the router
The system up time in hours since last reboot, in hours
The length of time that the router connected with the AC, in hh:mm:ss.
If not connected, it shows offline.
Display the IP address of the Access Controller (AC)
E1000/C1000/X1000 has two chips, S2000 has one. Status can be idle, passive scan, or active scan.
Click this button, the router will perform a soft reboot
Click this button, the router will reset its configuration to a manufacturing default
Click this button to download the router logs for troubleshooting. This log is not readable to end users. Please email it to Cassia engineers for analysis.
19 Cassia Networks Copyright 2018
5.2.
Common tab
This page you can configure the most common settings for your router, such as AC
Address, timezone and BLE working mode.
Parameter
Figure 11: Cassia Bluetooth router configuration page – Common
Description
Old Password
New Password
AC Address
AC-AP Comm. Ports
The default password is admin. The first time you log-in the system will force a change away from the default password.
You can change the password. A strong password is recommended. Please note down your new password.
Enter the domain name or IP address of the Access Controller that manages this router
The communication UDP ports used by your AC and router. This setting must be identical to the one set on your AC. Otherwise your router cannot talk to your AC.
20 Cassia Networks Copyright 2018
Local RESTful API
Remote Assistance
Timezone
BLE Working Mode
To enable the function of invoking Restful APIs directly from the router, rather than from the AC. Note , in this mode, your application server need to be in the same local network as your router.
Turning this on will enable Cassia engineers to remotely access your Cassia Bluetooth router for troubleshooting purposes. By default, this function is off.
Timezone of your router
You can use Cassia’s preset parameters for Connection-and-
Scanning or scanning-only. Or, you can set up your own values.
5.3.
Networks tab
In Networks tab you can setup your networking configurations. The Cassia Bluetooth
Router supports the following networking uplinks: wired, wireless and 3G/4G dongle.
Figure 12: Cassia Bluetooth router configuration page -- Networks
5.3.1.
Connection Priority
When two or more network connections are activated, you can set priority level for the networks (Figure 13). By default, the priority is: Wired > Wireless > 3G/4G.
21 Cassia Networks Copyright 2018
For example, if you set priority to Wireless, the new order will be: Wireless > Wired >
3G/4G
Figure 13: Cassia Bluetooth router configuration page – Connection Priority
5.3.2.
Wired Settings
For a wired connection, you can set it to use static IP, or DHCP. See Figure 14.
Figure 14: Cassia Bluetooth router configuration page – Wired Connection
In a Static IP allocation, enter your network information, including: SSID, password, IP
Allocation, IP, Netmask, gateway, and DNS.
Note : For your network information, contact your IT/network administrator.
5.3.3.
Wireless Settings
The Cassia Bluetooth router’s WIFI can work on either Client mode or Access Point mode, but not at the same time. For the initial deployment, we recommend using the Access Point mode. The Cassia Bluetooth router will advertise an SSID: cassiaxxxxxx ( the “x’s” correspond to the last 6 digits of the Cassia Bluetooth router’s MAC address). For additional details, see the previous 4.3 section , “Connecting a Cassia router to the AC.”
22 Cassia Networks Copyright 2018
To use the WIFI as your uplink, please switch the Mode to “ Client ” Mode, see Figure
15. You can use either DHCP or static to obtain your IP address.
For details on your wireless related settings, please contact your IT administrator.
Figure 15: Cassia Bluetooth router configuration page – Wireless Connection
5.3.4.
3G/4G Dongle
Start from v1.3, Cassia officially supports 3G/4G USB dongle as a network uplink. You will have to purchase a supported 3G/4G dongle from Cassia or Cassia resellers, SIM card with active data plan that works with this cellular dongle.
Before using any dongle please connect it with your laptop/desktop to ensure the
Internet can be accessed with the dongle. After testing the connection to the Internet, then connect the 3G/4G dongle to the USB port on the Cassia Bluetooth router.
Figure 16: Cassia Bluetooth router configuration page – 3G Dongle
23 Cassia Networks Copyright 2018
Dongle types: RNDIS Driver Ethernet Type 1 & Type 2 are supported.
Type 1: An APN needs to be specified. e.g. An APN like airtel.gprs, needs to be specified for the airtel network.
Type 2: It does the settings automatically and shows the LAN connection. e.g. Huawei
E3372 dongle
Supported Dongles: a.
Huawei MS2131i-8
• Qua-band 2G/3G support
• Wide working temperature: – 20 ℃ to +55 ℃
• Global certifications
• SIM interface: standard 6-pin
• Bands: HSPA+/HSDPA/HSUPA/WCDMA
：
B1 (2100 MHz) / B2 (1900MHz) / B5
(850 MHz) / B8 (900 MHz), EDGE/GPRS/GSM
：
B2 (1900 MHz) / B3 (1800 MHz)
/ B8 (900MHz) / B5 (850 MHz)
• Data transfer rate: o HSPA+: 21.6Mbps HSPA: 14.4Mbps o HSDPA: 7.2Mbps HSUPA: 5.76 Mbps o WCDMA : 384 kbps o EDGE: 236.8kbps GPRS: 85.6kbps b.
HUAWEI E3372s-153
• Bands: 4G (LTE) 1/3/7/8/20 (800/900/1800/2100/2600 MHz), 3G UMTS:
900/2100 MHz, 2G GSM: 850/900/1800/1900 MHz
• Data rate:
−
LTE FDD: Cat4 DL: 150 Mbps / UL: 50 Mbps @20 M BW
−
UMTS: DCHSPA+: 42 / 5.76 Mbps; 21 M / 5.76 Mbps; 14 M / 5.76 M
−
HSUPA: 7.2 M / 5.76 M
−
2G: EDGE packet data service of up to 236.8 kbps
• micro SD card support
• Global certifications
24 Cassia Networks Copyright 2018
You can pick APN provider that works with those Dongles. We have tested Soracom, Aeris
Sim cards on Huawei MS2131 i-8 USB dongle. Go to your router configuration page, select the dongle you are going to use, most of the fields will be auto-filled, just fill in APN, and/or
Username and Password which are provided by your APN provider. See Figure 17 for an example.
Note : For detailed sim-related information, contact your data provider.
Figure 17: Cassia Bluetooth router configuration page – 3G Dongle
25 Cassia Networks Copyright 2018
5.4.
Bypass tab
Cassia router has the capability to send scanned data directly from the router to a thirdparty server, while keeping the control path to the AC. We call this function “bypass”.
MQTT (MQ Telemetry Transport) is described on the mqtt.org site as a machine-tomachine (M2M) / IoT connectivity protocol. It is a publish/subscribe messaging transport protocol, designed for constrained devices and low-bandwidth, high-latency or unreliable networks.
Since release v1.2, we have supported MQTT protocol on the bypass traffic, that means, your Cassia router can publish advertisement messages it receives from the BLE sensors to an MQTT server/broker. Other clients, such as web applications on your laptop and mobile device, can subscribe to the topics from the MQTT-Broker. See Figure 18 below for
Cassia MQTT Bypass Architecture.
Figure 18 Cassia MQTT Bypass Architecture
You can setup scan mode, filters and MQTT related configurations on this page, see Figure 19.
26 Cassia Networks Copyright 2018
Parameter
Scan mode
Filtering
Figure 19: Cassia Bluetooth router configuration page – Bypass
Description passive or active
▪ The difference between active and passive scan is that active scan requests a SCAN_RESPONSE packet from the advertiser.
▪ A passive scan generally takes more time, since the router must listen and wait for an advertisement versus actively probing to find an advertiser. However, with passive scan, devices consume less battery power.
Users can configure filtering by device name, MAC or UUID. Note : The keywords that used for filtering need to be in the advertisement packets.
Bypass Protocol Select MQTT for bypass.
For detailed configuration on MQTT, please visit the Cassia MQTT User Guide at http://www.cassianetworks.com/wp-content/uploads/2018/04/Cassia-MQTT-
Configuration-Guide-04162018.pdf
6 More on Access Controller
Deployment options
27 Cassia Networks Copyright 2018
The Cassia AC can be deployed flexibly on an on-premise server, in a private cloud, or in
Cassia’s public cloud. Administrators can access the Cassia AC from a web -browser, through a PC or a tablet, without any special training.
❖ On-premise or private cloud (Figure 20)
▪ Cassia’s AC1000 appliance or customer provided server
▪ Deployed next to the core network switch
Application
Server
Access
Exit
Core Switch
Internet
Access
Cassia AC
BT
Routers
Wired Uplink WiFi Uplink 3G/LTE Uplink
Figure 20: Cassia AC deployment – on premise or private cloud
❖ Self-managed or Cassia-managed public cloud (Figure 21)
▪ Deployed on public clouds like AWS, AliCloud, IDC
▪ Customer setup and maintenance required
28 Cassia Networks Copyright 2018
Application
Server
Access
Switch
Exit
Core
Switch
Internet
Access
Switch
Cassia
AC
Cassia
Routers
Wired Uplink WiFi Uplink 3G/4G
Figure 21: Cassia AC deployment – public cloud
Cassia’s Bluetooth router will auto discover AC by:
❖ Specifying the AC’s IP address/domain name in the router’s settings (see section 5.2)
❖ Cassia’s distribution system (routers need to have Internet access)
❖ Broadcasting on the same subnet (routers and the AC need to be in the same subnet)
❖ DHCP option43 or DNS setting
AC License
❖ Based on length of subscription
▪ Monthly (for startup kit only), yearly, multi-year
❖ Number of managed routers
▪ 8, 128, or 1024 pack
❖ Features that are included
▪ Basic package
▪ Advanced Bluetooth positioning
▪ Roaming
29 Cassia Networks Copyright 2018
Interfaces
Please see Figure 22 for the interfaces that Cassia AC works with other products.
❖ The communication between Cassia routers and the AC is over CAPWAP which is a
UDP based protocol. The default ports are 5246 and 5247.
❖ The interfaces between the AC and the application server is using Restful APIs, on http or https. For details on Cassia Restful APIs please see next section.
Figure 22: Interfaces that Cassia AC works with other products
7 Cassia Restful APIs
The Cassia Restful APIs were developed to enable third party developers and device manufacturers to utilize Cassia routers’ Bluetooth routing and extended range capabilities while using their Cloud services to connect and control multiple BLE devices per Router simultaneously. Furthermore, the Cassia Restful APIs are designed to integrate directly into your application/server using an HTTP/HTTPS based communication protocol, which provides programming language flexibility. Cassia supports C#, Node.js, and Java, but you can choose other languages as you prefer.
The Cassia Restful APIs are built into the Cassia IoT Access Controller (AC) and Bluetooth routers, providing the following functions: a.
Connect and control your BLE devices. b.
Support three modes: Scanning, Connecting, Broadcasting. c.
Write/read data to/from the BLE device via the Cloud server. d.
Read data as notification/indication events from the BLE device via the Cloud server.
30 Cassia Networks Copyright 2018
For details on implementation, please read the Cassia Restful APIs Implementation Guide at: http://www.cassianetworks.com/wp-content/uploads/2018/05/Cassia-SXE1000-Bluetooth-
ROUTER-SDK-Whitepaper-1.2-04232018.pdf
7.1.
Room-based Location Tracking
The Cassia AC, together with multiple Cassia Bluetooth routers, can triangulate the position of the Bluetooth LE devices within its coverage, providing location tracking of people and assets in real-time.
Please refer to the above, Cassia Restful APIs Implementation Guide, Section 5, for
Positioning APIs.
7.2.
Secure Pairing
With Cassia’s 1.2v firmware release, Cassia supports Bluetooth 4.1 Secure Simple Pairing on Cassia Bluetooth routers, namely: Just Works, Passkey Entry, and Legacy OOB. Please refer to the above, Cassia Restful APIs Implementation Guide, Section 5, for Secure Pairing
APIs.
8 Cassia Demo
Cassia demos showcase Cassia Bluetooth routers and AC in use with off-the-shelf BLE devices.
Please check out the full list at http://www.bluetooth.tech/ . The following section, demonstrates a Cassia Bluetooth router and AC in use with a Texas Instruments (TI) Sensor
Tag.
8.1
TI Sensor Tag
The TI CC2560STK is used for this demo (Figure 23).
Figure 23: TI Sensor Tag
31 Cassia Networks Copyright 2018
Applications
32 Cassia Networks Copyright 2018
8.2
Cassia TI Sensor Demo
To test using a local connection: a) Select Local Connection on Control and enter the private IP address of your Cassia
Bluetooth router. (see Figure 24 below) b) Power on your TI sensor tag. When you see a flashing green light, it is working. c) Click Connect button on the demo page. The TI sensor tag should stop flashing now. d) Wait for a few seconds, you will see the data coming in (see Figure 25 below).
Figure 24: TI Sensor Demo Page – Local Connection
Figure 25: TI Sensor Demo Page with Incoming Data
To test using a remote connection: a) Select Remote Connection on the demo page.
33 Cassia Networks Copyright 2018
b) Enter the AC address, developer key, developer secret and router MAC. (see Figure
26 below) c) Click the red DisconnectAll button if you have previously connected the sensor using local mode. You should see the TI sensor tag flashing in green light. d) Click green Connect button on the demo page. The TI sensor tag light should stop flashing now. e) Wait for a few seconds, you will see the data coming in.
Figure 26: TI Sensor Demo Page – Remote Connection
On your AC, you will see the sensor tag is connected (Figure 27).
Figure 27: Cassia AC Device Page
If you power on additional TI sensor tags, they will be connected to the same router one-byone (Figure 28).
34 Cassia Networks Copyright 2018
Figure 28: TI Sensor Demo Page – With Multiple Sensors
For more questions, please contact [email protected]
35 Cassia Networks Copyright 2018
Herunterladen
Öffentlicher Link aktualisiert
Der öffentliche Link zu Ihrem Chat wurde aktualisiert. Sie können Ihre Chat-Links nach der Registrierung hier einsehen und verwalten.
Öffentlicher Dokumentenlink
Werbung
