SM300PC1

SYNAPSE Wireless, Inc.
500 Discovery Drive, Huntsville, Alabama 35806
877 982-7888
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SYNAPSE
SM300 RF Engine
Synapse’s SM300 RF Engines® are long-range, reliable, surface mount 900 MHz transmitter
receiver modules. These small, low-powered modules can have a LoS range of up to 1 mile
and power consumption as low as 2µA. The SM300
RF Engines
come pre-loaded with the
Synapse
SNAP® mesh
network operating system and provide interoperability with all other
SNAP RF Engines. SM300PC1 has chip antenna and SM300PU1 has U.FL antenna connector.
SM300 Features:
15 GPIO and up to 18 A/D inputs
One UART port for control or
transparent
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Low power modes: 2µA with internal
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192K total FLASH with 64K used by
SNAP core, 64K free for uploadable
SNAPpy scripts, and 64K reserved
FHSS
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Small form factor surface mount
10-bit ADC
FCC, IC certified
SM300 Specifications:
Performance
Indoor Range Up to 1000 ft.
General
Frequency 900MHz
Outdoor LOS Range Up to 1 mile Spreading Method FHSS
Transmit Power Output 20dBm Modulation GFSK
RF Data Rate 150kbps Dimensions 19.00 x 29.80mm
Receiver Sensitivity
-121dBm at 9.6kbps
and 1E-3 BER
-99dBm at 150kbps
Operating
Temperature
-40 to 85 deg C.
Power
Requirement
Supply Voltage 2.7 3.6V Antenna Options Chip or U.FL
Transmit Current (Typ) 85mA at +20dBm TX
Available
I/O
UARTS with HW
Flow Control
1 port
Receive Current (Typ) 18mA GPIO
15 total, 18 with
10-bit ADC
Sleep Current (Typ) 2µA
Agency
Approval
FCC Part 15.247 Yes, Class B
Networking
Topology Mesh (SNAP) Industry Canada (IC) Yes
Number of Channels 16
Wireless Technology to Control and
Monitor Anything from Anywhere
SM300 RF Engine
© 2011 Synapse Wireless® All rights reserved. Patents pending. Specifications subject to change without notice confirm data is current. 430134-01D
Please refer to the SNAP User’s Guide for the I/O pin-mappings used by the SNAP-OS.
Part Number SM300PC1 has chip antenna and Part Number SM300PU1 has U.FL antenna connector.
More technical details are in SNAP Hardware Technical Manual, Synapse Customer Forum: forums.synapse-wireless.com
.
ERRATA
Notice of potential SM300 radio problem with SNAP 2.4.20 and earlier
If you turn the radio off and then back on using the rx() function in your scripts, then after invoking rx(True) your radio will experience
poor performance caused by improper antenna control signals.
How to correct radio problem:
After invoking a rx(True) in your script, add the following two "radio pokes" to restore proper operation:
pokeRadio(0x000c, 0x12) # GPIO_1 CONFIGURATION REG - set to TX
pokeRadio(0x000d, 0x15) # GPIO_2 CONFIGURATION REG - set to RX
Pin Number
Pin Name
Pin Number
Pin Name
A1
GND
E1
NC
A2
VCC
E2
NC
A3
VCC
E3
GPIO_0
A4
P2.2
E4
NC
A5
P2.3
E5
NC
A6
P1.6 NC
(External Flash)
E6
NC
A7
P1.7 NC (External Flash)
E7
NC
A8
GND
E8
RF OUT (Special Order)
B1
NC
F1
NC
B2
NC
F2
NC
B3
NC
F3
NC
B4
P2.1
F4
P0.0_VREF
B5
F5
NC
B6
P1.5 NC
(External Flash)
F6
NC
B7
P2.0 NC (External Flash)
F7
NC
B8
GND
F8
GND
C1
NC
G1
NC
C2
NC
G2
P2.5
C3
NC
G3
P0.3_XTAL1
C4
ANT_A
G4
P0.5_RX
C5
P0.2_XTAL1
G5
P0.6_CNVSTR
C6
NC
G6
NC
C7
NC
G7
NC
C8
GND
G8
GND
D1
NC
H1
GND
D2
NC
H2
P2.7_C2D
D3
NC
H3
P2.6
D4
NC
H4
P0.4_TX
D5
NC
H5
RESET#_C2CK
D6
NC
H6
P2.7_C2D
D7
NC
H7
NC
D8
GND
H8
GND
www.FutureElectronics.com/Synapse

SM300PC1

Mfr. #:
Manufacturer:
Description:
RF TXRX MODULE ISM<1GHZ CHIP ANT
Lifecycle:
New from this manufacturer.
Delivery:
DHL FedEx Ups TNT EMS
Payment:
T/T Paypal Visa MoneyGram Western Union

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