Discontinued - RF100P86 Synapse Std Range Mesh wi Antenna

51753

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Price (CAD)
1+
$24.00 ea.

Looking for 802.15.4 ZigBee-type module with smarts? XBee with more features? Check out Synapse modules! Small, low-power, 2.4 GHz plug-in transmitter-receiver modules, with an extended range up to three miles and power consumption as low as 2.5uA.


Additional Information [Hide]

The Synapse Wireless SNAP wireless data solution is the latest in intelligent wireless communication modules. Synapse takes 802.15.4 Zigbee/XBee style communication one step further, and makes it smart.

Synapse modules are microcontroller-based, and designed to inherently mesh together. The SNAP software lets you access every node in the network from a single point (base-station/microcontroller/PC equipped with module), and as they already have a microcontroller, these can be used stand-alone!

The modules themselves are reprogrammable, and use embedded Python as their programming language. These modules even make available the extra I/O, analog-to-digital converters and timers! These are smart 802.15.4-based modules!

Features:

  • Model RF100P86
  • Standard Range version, with integrated "F" PCB antenna
  • Maximum range performance: 1000ft Indoor range; three mile outdoor range (LOS)
  • 24 pins, with 19 general purpose I/O, 8 of which can be 10-bit A/D inputs
  • 2 UART ports (for control or transparent data communication)
  • 60k flash memory (20k available for user applications)
  • Embedded Python
  • Can be used stand-alone (no additional microcontroller required)
  • Low power mode of 2.5 μA with internal timer running
  • Supply voltage: 2.7V~3.4V
  • Transmit Current: 110mA (Typ)
  • Receive Current: 65mA
  • Idle Current: 15mA
  • Sleep Current: 2.5µA
  • Socketable on 2mm spacing
  • 33.86mm x 33.86mm (1.333" x 1.333") overall dimensions
  • FCC certified on all 16 channels (2.4GHz)
  • Spread spectrum (DSSS) technology resists noisy environments

 

Pin No.NameDirectionDescription
1 GND - Power Supply/Return
2 GPIO0_TPM1CH2 Bidirectional GPI/O, or Timer1 Channel 2 (PWM)
3 GPIO1_KBI0 Bidirectional GPI/O, Keyboard In
4 GPIO2_KBI1 Bidirectional GPI/O, Keyboard In
5 GPIO3_RX_UART0 Input UART0 Data In
6 GPIO4_TX_UART0 Output UART0 Data Out
7 GPIO5_KBI4_CTS0 Bidirectional GPI/O, Keyboard In, or UART0 CTS
8 GPIO6_KBI5_RTS0 Bidirectional GPI/O, Keyboard In, or UART0 RTS
9 GPIO7_RX_UART1 Input UART1 Data In
       
10 GPIO8_TX_UART1 Output UART1 Data Out
11 GPIO9_KBI6_CTS1 Bidirectional GPI/O, Keyboard In, or UART1_CTS
12 GPIO10_KBI7_RTS1 Bidirectional GPI/O, Keyboard In, or UART1_RTS
13 GPIO11_AD7 Bidirectional GPI/O, or Analog In
14 GPIO12_AD6 Bidirectional GPI/O, or Analog In
15 GPIO13_AD5 Bidirectional GPI/O, or Analog In
16 GPIO14_AD4 Bidirectional GPI/O, or Analog In
17 GPIO15_AD3 Bidirectional GPI/O, or Analog In
18 GPIO16_AD2 Bidirectional GPI/O, or Analog In
       
19 GPIO17_AD1 Bidirectional GPI/O, or Analog In
20 GPIO18_AD0 Bidirectional GPI/O, or Analog In
21 VCC - Power Supply
22 Reserved - -
23 RESET_L Bidirectional Module Reset, Active Low
24 GND - Power Supply/Return

Synapse's standard schpeal regarding their IEEE 802.15.4 RF module:

A small, low-power, 2.4 GHz plug-in transmitter-receiver module with an extended range up to three miles and power consumption as low as 2.5 uA. The RF Engine Modules come loaded with the Synapse SNAP network stack and will immediately integrate into the network and start routing signals from other nodes. Typical applications include a wireless serial port, sensor monitoring, actuator control, or an intelligent embedded controller - the possibilities are limitless. Synapse RF Engine modules can be used in conjunction with off-the-shelf SNAP nodes or to power custom wireless nodes that have been developed by third-parties such as the end-user

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