XBee Modules - Series 2
Description
The XBee Series 2 modules, on-board RF modules XBee and XBee-PRO S2C,offer a solution perfectly suited to the installation of dense or meshed networks of radio controlled equipment. It is an efficient economical alternative to cable deployment. XBee Series 2 modules also make it easy to establish point-to-point radio connectivity
the XBee series 2 therefore support protocols 802.15.4 (point to point / point - multipoint), ZigBee (3.0 interoperable mesh networks) and DigiMesh (Battery mesh networks). It is possible to modify the default protocol on the module via the XCTU utility. This is particularly useful in the development phase to evaluate the different options, for example ZigBee vs. DigiMesh.
XBee Series 2 modules are available in Crossing ("TH" Through-Hole) or CMS ("SMT" Surface Mount),
The modules exist in Standard version which emits up to 8dB, and in PRO version, which emits up to 18dB. It is your responsibility to respect the regulations in force in the deployment area.
The modules are also available in versionProgrammable, which embeds a Freescale microcontroller programmable via CodeWarrior:
The programmable part consisting of a Freescale microcontroller, memory and a set of I / O is isolated from the radio part and allows the user to integrate without risk directly into the modem an application, a process control , or any other application that normally requires the addition of components and external intelligence.
This module can greatly simplify the design part of your projects. For energy self-sufficient applications, we will appreciate the sleep mode current which is less than 1 µA, currently the lowest on the market.
| XBee Series 2 Modules (S2C) - REFERENCES | ||||
| XBee Models | Antenna | 802.15.4 - Point-to-Points | ZigBee | DigiMesh |
| Standard - Through | Integrated PCB | XB24CAPIT-004 | XB24CZ7PIT-004 | XB24CDMPIT-004 |
| integrated whisk | XB24CAWIT-004 | XB24CZ7WIT-004 | XB24CDMWIT-004 | |
| UFL connector | XB24CAUIT-004 | XB24CZ7UIT-004 | XB24CDMUIT-004 | |
| SMA connector | XB24CASIT-004 | XB24CZ7SIT-004 | XB24CDMSIT-004 | |
| PRO - Through | Integrated PCB | XBP24CAPIT-004 | XBP24CZ7PIT-004 | XBP24CDMPIT-004 |
| integrated whisk | XBP24CAWIT-004 | XBP24CZ7WIT-004 | XBP24CDMWIT-004 | |
| UFL connector | XBP24CAUIT-004 | XBP24CZ7UIT-004 | XBP24CDMUIT-004 | |
| SMA connector | XBP24CASIT-004 | XBP24CZ7SIT-004 | XBP24CDMSIT-004 | |
| Standard - Through-hole - Programmable | Integrated PCB | XB24CAPITB003 | XB24CZ7PITB003 | XB24CDMPITB003 |
| integrated whisk | XB24CAWITB003 | XB24CZ7WITB003 | XB24CDMWITB003 | |
| UFL connector | XB24CAUITB003 | XB24CZ7UITB003 | XB24CDMUITB003 | |
| SMA connector | XB24CASITB003 | XB24CZ7SITB003 | XB24CDMSITB003 | |
| PRO - Through Hole - Programmable | Integrated PCB | XBP24CAPITB003 | XBP24CZ7PITB003 | XBP24CDMPITB003 |
| integrated whisk | XBP24CAWITB003 | XBP24CZ7WITB003 | XBP24CDMWITB003 | |
| UFL connector | XBP24CAUITB003 | XBP24CZ7UITB003 | XBP24CDMUITB003 | |
| SMA connector | XBP24CASITB003 | XBP24CZ7SITB003 | XBP24CDMSITB003 | |
| Standard - CMS | Integrated PCB | XB24CAPIS-004 | XB24CZ7PIS-004 | XB24CDMPIS-004 |
| RF Pad | XB24CARIS-004 | XB24CZ7RIS-004 | XB24CDMRIS-004 | |
| UFL connector | XB24CAUIS-004 | XB24CZ7UIS-004 | XB24CDMUIS-004 | |
| PRO - CMS | Integrated PCB | XBP24CAPIS-004 | XBP24CZ7PIS-004 | XBP24CDMPIS-004 |
| RF Pad | XBP24CARIS-004 | XBP24CZ7RIS-004 | XBP24CDMRIS-004 | |
| UFL connector | XBP24CAUIS-004 | XBP24CZ7UIS-004 | XBP24CDMUIS-004 | |
| Standard - CMS - Programmable | Integrated PCB | XB24CAPISB003 | XB24CZ7PISB003 | XB24CDMPISB003 |
| RF Pad | XB24CARISB003 | XB24CZ7RISB003 | XB24CDMRISB003 | |
| UFL connector | XB24CAUISB003 | XB24CZ7UISB003 | XB24CDMUISB003 | |
| PRO- CMS - Programmable | Integrated PCB | XBP24CAPISB003 | XBP24CZ7PISB003 | XBP24CDMPISB003 |
| RF Pad | XBP24CARISB003 | XBP24CZ7RISB003 | XBP24CDMRISB003 | |
| UFL connector | XBP24CAUISB003 | XBP24CZ7UISB003 | XBP24CDMUISB003 | |
Xbee ZigBee Mesh development kit (XKB2-Z7T-WZM) includes:
- 3 XBee Grove development boards
- 3 XBee ZigBee PCB antenna modules
- 3 USB to micro USB cables
- 2 XBee stickers
Wireless Connectivity 802.15.4 Development Kit (XKB2-A2T-WWC) includes:
- 2 XBee Grove development boards
- 2 XBee S2C 802.15.4 PCB antenna modules
- 2 USB to micro USB cables
- 2 XBee stickers
DigiMesh development kit (XK-WDM)includes:
- 3 XBee Grove development boards
- 2 XBee S2C Through Modules
- 1 XBee S2C SMT module
- 3 USB to Micro USB cables
| XBee Series 2 | XBee PRO Series 2 | |||
| Based | Programmable |
Based | Programmable |
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| PERFORMANCE | ||||
| Transmission speed |
RF speed: 250Kbps, serial speed up to 1Mbps |
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| Indoor / urban reach |
60 meters |
90 meters |
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| Outside range / line of sight |
1200 meters |
3200 meters |
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| Transmission power | 3.1mW (+5 dBm) / 6.3mW (+8 dBm) boost mode |
63mW (+18 dBm) | ||
| Reception sensitivity (1% PER) |
-100 dBm / -102 dBm boost mode |
-101 dBm |
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| FEATURES | ||||
| Serial interface | UART, SPI | |||
| Configuration methods |
API or AT commands, local or remote mode by radio |
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| Frequency band |
2.4GHz ISM |
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| Form factor |
Through-hole and CMS |
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| Immunity to interference |
DSSS (Direct Sequence Spread Spectrum) |
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| Analog inputs |
4 10-bit resolution channels |
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| Digital I / O | 15 | |||
| Antenna options |
Through-hole models: RF PAD (for user antenna welding), UFL connector for external antenna, connector RPSMA, integrated whip antenna CMS Templates: PCB, RF PAD (for soldering user antenna), connector UFL for external antenna |
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| Operating temperature |
-40 ° C to + 85 ° C |
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| Dimensions / Weight |
Crossings: 2.44 cm x 2.76 cm CMS: 2.20 cm x 3.40 cm x 0.30 cm (H) / 40 g |
Crossings: 2.44 cm x 3.29 cm CMS: 2.20 cm x 3.40 cm x 0.30 cm (H) / 40 g |
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| PROGRAMMABILITY | ||||
| Memory |
N / A |
32KB Flash / 2KB SRAM |
N / A |
32KB Flash / 2KB SRAM |
| CPU / Clock speed |
N / A |
HCS08 / up to 50.33MHz |
N / A |
HCS08 / up to 50.33MHz |
| NETWORK AND SECURITY | ||||
| Protocol | ZigBee PRO 2007, has the HA-Ready application with support for binding / multicasting | |||
| Encryption | 128-bit AES | |||
| Sending reliability | Retries / acknowledgments | |||
| Network ID | PAN IDs and addresses, cluster IDs and Endpoints (option) | |||
| Canals | 16 channels | 16 channels | 16 channels | 16 channels |
| FOOD | ||||
| Supply voltage | 2.1 VDC to 3.6 VDC | 2.7 VDC to 3.6 VDC | ||
| Transmission current | 33mA @ 3.3VDC / 45mA in boost mode | 47mA @ 3.3VDC / 59mA in boost mode |
120mA @ 3.3VDC |
120mA @ 3.3VDC |
| Receiving current | 28mA @ 3.3VDC / 31mA in boost mode | 42mA @ 3.3VDC / 45mA in boost mode |
31mA @ 3.3VDC |
45mA @ 3.3VDC |
| Sleep mode current |
<1µA @ 25 ° C |
1.5 µA @ 25 ° C |
<1µA @ 25 ° C |
1.5 µA @ 25 ° C |
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CERTIFICATIONS
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| FCC, IC (North Am.) | Yes | |||
| ETSI (Europe) | Yes | No | ||
| C-TICK (Australia) | Yes | |||
| TELEC (Japan) | Yes | No | ||
| Anatel (Brazil) | Yes | |||
Via utility XCTU, the user can configure his module himself and choose his Firmware: 802.15.4, ZigBee or DigiMesh
For reasons of strict compliance with the ETSI standard, the user can choose to program his modem with a power limited to 10mW (instead of 63mW) for continuous use in a public place for example.
Explanatory video to help you choose the right communication protocol for your application