Reference: DWM14042301
Spring antenna is specialized for wireless data transmission. This antenna with good performance of V.S.W.R, small size design, easily installation, stable performance and good anti-shock and anti-aged compatible for Hoperf Modules.
Reference: DWM14032902
SMA rf antenna connector is pallets copper gold andexternal thread needle sma pallets plate rf connector.
Reference: DWM14032102
Whip antenna for sub-1 GHz, 433MHz,868MHz and 915MHz with SMA male connectors.it's used with wireless module recommanded by Hoperf .
Reference: DWM14042401
SMA RG178 extension female cable for GPS, GSM antenna,RF module, SMA cable,IPEX to SMA jumper cable.
Reference: DWM18032302
USD3.0/pcs MOQ100pcs LoRa Antenna designed for Lora application which required for outdoor waterproof highgain and work at ISM free band like 433MHz /868MHz /915MHz SMA Male Whip antenna.
Reference: DWM16121503
DWM-TLB-3.0QB SUB-1GHz / 2.4GHz Whip antenna with a Collapsible SMA male connectors.Which are available for 433MHz,868MHz.915MHz and 2.4GHz..
Reference: DWM17111002
LoRa Antenna-433MHz High Gain internal aerial piamater FPC Antenna with IPEX connctor.
Reference: DWM15101001
Brand: Semtech
RFM50 module series’ design is based on the high performance RF50 SoC chip, It include a CIP-51 core‘ MCU and 100mW transceiver. It operate at 433/470/868/915 MHz ISM band, comply with FCC, ETSI regulation.
E72-2G4M23S1A is small SMD Cortex-M3 Zigbee and 6LoWPAN wireless module built-in with TI SoC CC2630 working at 2.402～2.480GHz, with 23dB maximum power and PCB antenna&IPEX interface. It has super low RF & MCU current and low power consumption.
The E72-2G4M05S1A is a self-made small, ZigBee 6LoWPAN 100mw wireless module based on Texas Instruments' CC2630. The CC2630 integrates 128KB of in-system programmable flash, 8KB of buffered static RAM (SRAM), and ZigBee, 6LoWPAN wireless communication protocols. Its unique ultra-low power sensor controller makes it an ideal choice for connecting external sensors. Analog and digital data is automatically gathered while the rest of the system is in sleep mode. With its built-in dual-core low power processor, users can build a complete system based on their own modules. We used an industrial grade high precision low temperature drift active crystal of 24MHz. Since this module is a SoC module, it needs to be programmed by the user before it can be used.
Features:
- Measured communication range up to 150m/500m
- Maximum transmit power 3.2mW, software multi-level adjustable
- Built-in ZigBee, 6LoWPAN protocol stacks
- Built-in 32.768kHz clock crystal oscillator
- Supports global license-free ISM 2.4GHz band
- Built-in high-performance low-power Cortex-M3 and Cortex-M0 dual-core processor
- Abundant resources, 128KB FLASH, 28KB RAM
- Power supply 1.8V~3.6V, performance best above 3.3V
- Industrial grade standard design, supports -40 ~ 85°C long term working
- IPEX and castellation options available, suitable for secondary development and integration
Applications:
- Home security alarm and remote keyless entry
- Wireless alarm security systems
- Building automation solutions
- Wireless industrial remote control
- Healthcare products
- Advanced metering infrastructure (AMI)
- Automotive industry applications
| RF Parameter | Value | Remark |
|---|---|---|
| Working frequency | 2402~2480 MHz | Default: 2.4GHz (24MHz oscillator) |
| Transmitting power | 23 dBm | About 200mW |
| Receiving sensitivity | -102 dBm | Air data rate: 1Mbps |
| Air data rate | 1Mbps | Please refer to IC datasheet for IEEE802.15.4 |
| Test distance | 1500m | In open and clear air, with maximum power, 5 dBi antenna gain, height of 2m, air data rate: 1M bps |
| Hardware Parameter | Value | Remark |
|---|---|---|
| IC | CC2630F128RGZR | - |
| FLASH | 128 KB | - |
| RAM | 28 KB | - |
| Core | M3+M0 | - |
| Size | 17.5*33.5 mm | - |
| Antenna type | PCB / IPEX | - |
| Communication interface | I/O | - |
| Package | SMD | - |
| Electronic parameter | Min. | Typ. | Max. | Unit | Condition |
|---|---|---|---|---|---|
| Power supply | 1.8 | 3.3 | 3.8 | V | - |
| Communication level | 2.4 | 3.0 | 3.3 | V | - |
| Transmitting current | 164.6 | 182.5 | 200.1 | mA | 23dBm (200mW) |
| Receiving current | 10.3 | 11.1 | 12.4 | mA | - |
| Sleep current | 1.2 | 1.4 | 3.1 | μA | - |
| Operating temperature | -40 | 20 | +85 | ℃ | - |
| Operating humidity | 10 | 60 | 90 | % | - |
| Storage temperature | -40 | 20 | +125 | ℃ | - |
| Pin No | Pin item | Pin direction | Pin application |
|---|---|---|---|
| 1、2、3 | GND | - | Ground electrode,connected to power source reference ground |
| 4 | DIO_0 | Input/output | GPIO, sensor controller (refer to IC datasheet) |
| 5 | DIO_1 | Input/output | GPIO, sensor controller (refer to IC datasheet) |
| 6 | DIO_2 | Input/output | GPIO, sensor controller (refer to IC datasheet) |
| 7 | DIO_3 | Input/output | GPIO, sensor controller (refer to IC datasheet) |
| 8 | DIO_4 | Input/output | GPIO, sensor controller (refer to IC datasheet) |
| 9 | DIO_5 | Input/output | High drive GPIO,sensor controller (refer to IC datasheet) |
| 10 | DIO_6 | Input/output | High drive GPIO,sensor controller (refer to IC datasheet) |
| 11 | DIO_7 | Input/output | High drive GPIO,sensor controller (refer to IC datasheet) |
| 12 | DIO_8 | Input/output | GPIO, (refer to IC datasheet) |
| 13 | DIO_9 | Input/output | GPIO, (refer to IC datasheet) |
| 14 | DIO_10 | Input/output | GPIO, (refer to IC datasheet) |
| 15 | DIO_11 | Input/output | GPIO, (refer to IC datasheet) |
| 16 | DIO_12 | Input/output | GPIO, (refer to IC datasheet) |
| 17 | DIO_13 | Input/output | GPIO, (refer to IC datasheet) |
| 18 | DIO_14 | Input/output | GPIO, (refer to IC datasheet) |
| 19 | DIO_15 | Input/output | GPIO, (refer to IC datasheet) |
| 20 | JTAG_TMS | Input/output | JTAG_TMSC, high drive capability (refer to IC datasheet) |
| 21 | JTAG_TCK | Input/output | JTAG_TMSC, high drive capability (refer to IC datasheet) |
| 22 | DIO_16 | Input/output | High drive GPIO, JTAG_TDO(refer to IC datasheet) |
| 23 | DIO_17 | Input/output | High drive GPIO, JTAG_TDO(refer to IC datasheet) |
| 24 | DIO_18 | Input/output | GPIO, (refer to IC datasheet) |
| 25 | DIO_19 | Input/output | GPIO, (refer to IC datasheet) |
| 26 | DIO_20 | Input/output | GPIO, (refer to IC datasheet) |
| 27 | GND | - | Ground electrode,connected to power source reference ground |
| 28 | DIO_21 | Input/output | GPIO, (refer to IC datasheet) |
| 29 | VDD | - | Power supply, 2.0V ~ 3.7V |
| 30 | DIO_22 | Input/output | GPIO, (refer to IC datasheet) |
| 31 | DIO_23 | Input/output | GPIO, sensor controller, digital analog (refer to IC datasheet) |
| 32 | nRESET | Input | Reset, low level, (referto IC datasheet) |
| 33 | DIO_24 | Input/output | GPIO, sensor controller, digital analog (refer to IC datasheet) |
| 34 | DIO_25 | Input/output | GPIO, sensor controller, digital analog (refer to IC datasheet) |
| 35 | DIO_26 | Input/output | GPIO, sensor controller, digital analog (refer to IC datasheet) |
| 36 | DIO_27 | Input/output | GPIO, sensor controller, digital analog (refer to IC datasheet) |
| 37 | DIO_28 | Input/output | GPIO, sensor controller, digital analog (refer to IC datasheet) |
| 38 | DIO_29 | Input/output | GPIO, sensor controller, digital analog (refer to IC datasheet) |
| 39 | DIO_30 | Input/output | GPIO, sensor controller, digital analog (refer to IC datasheet) |
| 40、41、42 | GND | - | Ground electrode,connected to power source reference ground |
Reference: DWM23072501
E72-2G4M05S1G is a self-developed, small-size, SMD, bluetooth wireless module based on CC2642 of Texas Instruments The CC2642R integrates 352KB of in-system programmable flash memory, 88KB of buffered static RAM (SRAM) and BLE 5.2 wireless communication protocol.
Reference: DWM23072502
E72-2G4M05S1G is a self-developed, small-size, SMD, bluetooth wireless module based on CC2642 of Texas Instruments The CC2642R integrates 352KB of in-system programmable flash memory, 88KB of buffered static RAM (SRAM) and BLE 5.2 wireless communication protocol.
Reference: DWM23072503
E72-2G4M02S2B is a small-size SMD RF module BLE Bluetooth wireless module independently developed based on CC2640 produced by Texas Instruments (TI)。CC2640 chip integrates 128KB intra-system programmable flash and 8KB buffer static RAM (SRAM) and different 2.4GHz wireless communication protocols
Reference: DWM23072601
The E72-2G4M05S1B is a small SMD Bluetooth wireless module independently developed by Ebyte based on Texas Instruments' CC2640.
Reference: DWM23072502
E72-2G4M05S1G is a self-developed, small-size, SMD, bluetooth wireless module based on CC2642 of Texas Instruments The CC2642R integrates 352KB of in-system programmable flash memory, 88KB of buffered static RAM (SRAM) and BLE 5.2 wireless communication protocol.
Reference: DWM23072601
The E72-2G4M05S1B is a small SMD Bluetooth wireless module independently developed by Ebyte based on Texas Instruments' CC2640.
Reference: DWM21032103
DWM-N516 TI CC1120 CC1190 27dBm 868MHz /915MHz SPI Narrowband Transceiver rf module design consists of a CC1120 and CC1190 sub 1G transceiver RF chip.
Reference: DWM23072501
E72-2G4M05S1G is a self-developed, small-size, SMD, bluetooth wireless module based on CC2642 of Texas Instruments The CC2642R integrates 352KB of in-system programmable flash memory, 88KB of buffered static RAM (SRAM) and BLE 5.2 wireless communication protocol.
Reference: DWM21032101
DWM-N511 TI CC1120 170MHz /433MHz /868MHz /915MHz Narrowband Transceiver rf module design consists of a CC1120, low-power, integrated sub 1G transceiver RF chip with 2000 meters long range wireless transmission.
Reference: DWM16040601
DWM-RTC1101 is built by the IT RF chipset CC1101 which max power output is +10dBm have three versions 433MHz, Free band SRD Wireless Transceiver Module.
Reference: DWM23072603
E72-2G4M05S1A is small SMD Cortex-M3 Zigbee and 6LoWPAN wireless module built-in with TI SoC CC2630 working at 2.402～2.480GHz, with 5dBm maximum power and PCB antenna&IPEX interface. It has super low RF & MCU current and low power consumption.
Reference: DWM23072401
The E79 is an RF SoC module based on the TI CC1352P chip. It is a dual-band ARM RF SoC module with a maximum transmission power of 20dBm at sub-1GHz and 5dBm at 2.4GHz.
Reference: DWM21032106
DWM-N532 TI CC1310(or CC1312R, CC1312R7) 30dBm 433MHz /868MHz /915MHz Enhance power SOC RF Transceiver module design consists of a SOC chip with a 10 -10000 meters wireless transmission.
Reference: DWM14061801
DWM-UTC4432 Series transparent data link module with high power output like 1W and even 2W.
Reference: DWM17080901
DWM-S02C-CC1310 433MHz /868MHz /915MHz TI CC1310 Ultra-Low Power Long Range wireless Transceiver module is base on the SoC chip CC1310 of Texas Instruments design. It integrated with a high performance RF core, an ARM®Cortex® -M3 controller and a high performance amplifier.
Reference: DWM16042901
This is New coming RF module base on the TI rf chipet CC1101 we build it as DIP package and support ISM free Band 315MHz,433MHz,868MHz and 915MHz and SDR wilreless transceiver module.
Reference: DWM18122801
DWM-HC210C CC115L 315MHz /433MHz /868MHz /915MHz Small size Transmitter rf module is a low-cost sub-1 GHz transmitter designed for very low-power wireless appli-cations base on the TI CC115L RF chipset.
Reference: DWM21032102
DWM-N513 TI CC1120 24dBm enhance power output 433MHz /868MHz /915MHz Narrowband Transceiver rf module design consists of a CC1120 sub 1G transceiver RF chip.
Reference: DWM17080801
DWM-VT-CC1120 433MHz /868MHz /915MHz Narrow-Band TI CC1120 wireless Transceiver module is based TI Chipcon RF Transceiver CC1120，it’s a small size and ultra low power UHF wireless module.
Reference: DWM23072503
E72-2G4M02S2B is a small-size SMD RF module BLE Bluetooth wireless module independently developed based on CC2640 produced by Texas Instruments (TI)。CC2640 chip integrates 128KB intra-system programmable flash and 8KB buffer static RAM (SRAM) and different 2.4GHz wireless communication protocols
E72-2G4M23S1A is small SMD Cortex-M3 Zigbee and 6LoWPAN wireless module built-in with TI SoC CC2630 working at 2.402～2.480GHz, with 23dB maximum power and PCB antenna&IPEX interface. It has super low RF & MCU current and low power consumption.
