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2.4G 5G Dual Band Wifi Module TA3235SSA-C Ti CC3235 Chipset

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2.4G 5G Dual Band Wifi Module TA3235SSA-C Ti CC3235 Chipset

Country/Region	china
City & Province	beijing beijing
Categories	Network Cards

Product Details

Cansec AT Command Available TA3235SSA-C Ti CC3235 Rf Wireless Transmitter And Receiver Dual Mode Module Wifi Module

Parameter			Min	Typ	Max	Unit
Operating Voltage			2.5	3.3	3.6	V
Operating Temperature			-20	-	+70	℃
Current Consumption	Sleep Mode	2.4G	-	-	5.2	uA
	Sleep Mode	5G	-	-	5.2	uA
	Receive mode (MCU active)	2.4G	-	-	77	mA
	Receive mode (MCU active)	5G	-	-	87	mA
	Transmit Mode(CW) ( at +18 dBm ,+3.3V)	2.4G	-	-	380	mA
	Transmit Mode(CW) ( at +18 dBm ,+3.3V)	5G		-	470	mA
TX Power(CW)		2.4G	-	16.5	18	dBm
		5G	-	14.5	18	dBm
RX Sensitivity		2.4G (at 1 DSSS)	-	-	-94.5	dBm
		5G (at 6 OFDM)	-	-	-89	dBm

Cansec AT Command Available TA3235SSA-C Ti CC3235 Rf Wireless Transmitter And Receiver Dual Mode Module Wifi Module

The TA3235 is a WIFI module. The integrated hardware solution comprises the CC3235S/CC3235SF Wi-Fi wireless MCU. Customers may reuse the reference design to design their own Board. The software and hardware design resources reduce engineering efforts, shorten time to market, and help developers and customers release their products with cloud connectivity features faster.

FAQ

Q1: Are you a factory or trade company?
A1: We are a professional factory with 25 years experience.
Q2: Can you accept OEM/ODM?
A2: Sure, we have rich OEM&ODM experience.
Q3: Do you have quality assurance?
A3; Each of our products has undergone quality testing and has two years of free after-sales service.

Network Architecture

Network topologies supported in Bluetooth include point-to-point, broadcast, and mesh connectivity. Point-to-point connectivity is available for devices that operate in classic Bluetooth or BLE. The broadcast and mesh connection topologies are only supported for BLE devices.

Point-to-Point and Point-to-Multipoint Connection Topology

Devices using point-to-point communication operate in a piconet. Point-to-point piconets define one-to-one device communication links. Examples of point-to-point links are links between PCs or mobile phones and peripherals such as headsets, printers, and fitness trackers. Multiple piconets connect to one another in a scatternet topology. Point-to-multipoint piconets define one to more than one device communication links.

This image shows a scatternet of three piconets. Each piconet shows one device in the role of master (M), with other devices in the slave (S) or idle (I) roles. The image also shows one device (M/S) assigned the master role in one piconet and slave in another piconet.