$8.20

N533ES: CC1314R10 High-Power Multi-band RF Module | +30dBm | 8km Range | 169/433/868/915MHz

Detail

Parameters

Product Overview

The N533ES is a state-of-the-art, high-power Sub-1GHz RF module centered on Texas Instruments' advanced CC1314R10 wireless microcontroller, coupled with an efficient power amplifier. This module is engineered for global deployments, offering a formidable +30 dBm (1W) output power and excellent -112 dBm sensitivity, facilitating robust wireless links over distances up to 6 kilometers. Uniquely, it provides comprehensive frequency support spanning 169 MHz, 433 MHz, 868 MHz, 915 MHz, and critically, the 770-780 MHz band earmarked for IoT applications in China. This makes the N533ES a versatile and future-proof solution for the most demanding long-range communication challenges across diverse markets.

Key Features & Benefits

Latest-Generation Performance: Built around the CC1314R10, featuring an ARM Cortex-M4F core for superior processing capability, enabling more complex applications and protocol stacks.
Global & China-Specific Band Support: Uniquely covers major global ISM bands and the key 770 MHz band for Chinese IoT and smart city projects, all in a single hardware design.
High-Power, Long-Range Operation: The integrated PA delivers a strong +30 dBm signal, achieving an 6000-meter range for reliable communication in expansive or challenging environments.
Industrial-Grade Reliability: Designed with a robust 4-layer PCB for optimal RF integrity and operates across a wide -30°C to +75°C temperature range, ensuring stability in harsh conditions.
Complete Development Platform: Most pins of the CC1314R10 are accessible, offering full flexibility for UART, SPI, and GPIO interfacing, enabling both rapid integration and deep custom firmware development.

Detailed Technical Specifications

Category	Parameter	Specification
RF PERFORMANCE	Frequency Bands	169, 433, 868, 915 MHz 770-780 MHz (China)
	Max. Output Power	+30 dBm (1000 mW)
	Receiver Sensitivity	-112 dBm
	Programmable Data Rate	0.3 – 4000 kbps
	Frequency Deviation	±10 kHz
	Typical Range	Up to 6000 m
HARDWARE	Module Dimensions	30.0 x 21.0 x 3.0 mm
	Antenna Interface	IPEX Connector & PCB Stamp Hole
	Host Interface	UART, SPI
	Package	Surface Mount Device (SMD)
ELECTRICAL	MCU Supply Voltage (VCC)	2.0V – 3.6V (3.3V Typical)
	PA Supply Voltage (VCCPA)	2.0V – 3.9V (5.0V Typ. for Max Power)
	Tx Current (Peak)	500 mA
	Rx Current	10 mA
	Sleep Current	1 µA
	Operating Temperature	-30°C to +75°C

Pin Configuration & Functions

Pin Num.	Dscript	Fuction	Pin Num.	Dscript	Fuction
1	RF	RF pin	19	DIO14	I/O
2	GND	GND	20	DIO15	I/O
3	DIO1	I/O	21	TMS	jtag
4	DIO2	I/O	22	TCK	jtag
5	DIO3	I/O	23	RESET	reset pin
6	DIO4	I/O	24	DIO16	I/O
7	DIO5	I/O	25	DIO17	I/O
8	DIO6	I/O	26	DIO18	I/O
9	DIO7	I/O	27	DIO19	I/O
10	DIO8	I/O	28	DIO20	I/O
11	DIO9	I/O	29	DIO21	I/O
12	DIO10	I/O	30	DIO22	I/O
13	VCCPA	PA power	31	DIO23	I/O
14	VCC	MCU power	32	DIO24	I/O
15	GND	GND	33	DIO25	I/O
16	DIO11	I/O	34	GND	GND
17	DIO12	I/O	35	GND	GND
18	DIO13	I/O

Global Frequency Support Table

Band	Frequency Range
169 MHz	160 – 175 MHz
433 MHz	410 – 510 MHz
770 MHz	770 – 780 MHz
868 MHz	868 – 870 MHz
915 MHz	902 – 930 MHz

Target Applications

Global Smart Metering & Utilities: Deployable across regions using 169MHz (EU), 868MHz, or 770MHz (China).
Smart City Infrastructure in China: Leveraging the dedicated 770MHz band for wide-area sensor networks, smart lighting, and environmental monitoring.
Industrial IoT & Telemetry: Long-range data collection from remote assets, agricultural sensors, and environmental stations.
Building & Home Automation: High-performance systems for security, HVAC, and lighting control requiring reliable, extended range.
Prototyping for Global Markets: A single development platform to create products for multiple geographical regions.

Why Choose the N533ES?

China-Market Ready: Explicit support for the 770MHz band is a critical differentiator for products targeting the expansive Chinese IoT market, reducing design and certification hurdles.
Powered by the Latest Silicon: The CC1314R10 offers performance and feature improvements over the CC1310/CC1312, providing more headroom for future application demands.
Optimized Power Architecture: Flexible PA supply voltage (2V-3.9V) allows designers to balance output power with system power budget and thermal design.
Unified Global Platform: Simplifies logistics and development by using one module design for multiple world regions, including the strategically important Chinese market.