RF parameters | unit | model | notes | |
E103-W20(7688) | E103-W20(7628) | |||
Transmission power | dBm | 20~24 | ||
WiFi protocol | - | IEEE 802.11b/g/n | ||
Reference distance | M | 200 | Antenna gain 5dBi, communication between module and device end | |
dominant frequency | MB | 580 |
Electrical parameters | unit | model | notes | ||
E103-W20(7688) | E103-W20(7628) | ||||
working voltage | V | 3.3±0.2V | Module permanently burned out beyond 3.5V | ||
Communication level | V | 3.3 | There is a risk of burning out when using 5V TTL | ||
No load operating current | mA | 180±50 | Average Power | ||
Power supply current requirements | mA | ≥1000 | |||
temperature | operation temperature | ℃ | -20~+55 | Industrial grade | |
storage temperature | -40~+85 | ||||
humidity | use | %RH | 10-95 (non condensing) | ||
storage | 5-95 (non condensing) |
Hardware parameters | model | notes | ||
E103-W20(7688) | E103-W20(7628) | |||
chip | MT7688NN | MT7628NN | ||
Flash | 32MB | Customizable 16MB/8MB | ||
Memory | DDR2 128MB | Customizable DDR2 256M/64M/32MB | ||
kernel | MIPS24KEc | |||
Packaging method | Patch | |||
antenna interface | IPX | Characteristic impedance of approximately 50 ohms | ||
interface | Ethernet interface | 5 adaptive 10M/100M | The default firmware supports 1 WAN and 4 LAN interfaces at the factory. | |
UART | 3 routes | The firmware supports two UART interfaces with transparent transmission function. | ||
SDIO | 1 Road | The firmware interface is not supported | ||
SPI | 1 Road | The firmware interface is not supported | ||
I2C | 1 Road | The firmware interface is not supported | ||
I2S | 1 Road | The firmware interface is not supported | ||
PWM | 1 Road | The firmware interface is not supported | ||
GPIO | More than 8 routes | The firmware supports interfaces with defined functions | ||
size | 34.1*18.7*2.7mm | 36.1*18.7*2.7mm | The error size is ± 0.1mm | |
Note: 1. The module defaults to burning firmware developed by our company based on Linux at the factory; The firmware has transparent transmission capabilities for Ethernet, WiFi, UART0, and UART1; 2. OPENWRT program or MTK original Linux program can be burned according to actual usage. |
Serial Number | Pin Name | pin type | pin function description | Default functionality |
1 | MDI_RP_P0 | I/O | PORT0 network signal receiving positive | WAN port, no need to suspend |
2 | MDI_RN_P0 | I/O | PORT0 network signal reception negative | |
3 | MDI_TP_P0 | I/O | PORT0 network signal sending positive | |
4 | MDI_TN_P0 | I/O | PORT0 network signal sending negative | |
5 | MDI_TP_P1 | I/O | PORT0 network signal sending positive | LAN1 port, no need, please suspend it |
6 | MDI_TN_P1 | I/O | PORT1 network signal sending negative | |
7 | MDI_RP_P1 | I/O | PORT1 network signal receiving positive | |
8 | MDI_RN_P1 | I/O | PORT1 network signal reception negative | |
9 | MDI_RP_P2 | I/O | PORT2 network signal receiving positive | LAN2 port, no need, please suspend |
10 | MDI_RN_P2 | I/O | PORT2 network signal reception negative | |
11 | MDI_TP_P2 | I/O | PORT2 network signal sending positive | |
12 | MDI_TN_P2 | I/O | PORT2 network signal sending negative | |
13 | MDI_TP_P3 | I/O | PORT3 network signal sending positive | LAN3 port, no need, please suspend |
14 | MDI_TN_P3 | I/O | PORT3 network signal sending negative | |
15 | MDI_RP_P3 | I/O | PORT3 network signal receiving positive | |
16 | MDI_RN_P3 | I/O | PORT3 network signal reception negative | |
17 | MDI_RP_P4 | I/O | PORT4 network signal receiving positive | LAN4 port, no need, please suspend |
18 | MDI_RN_P4 | I/O | PORT4 network signal reception negative | |
19 | MDI_TP_P4 | I/O | PORT4 network signal sending positive | |
20 | MDI_TN_P4 | I/O | PORT4 network signal sending negative | |
21 | USB_DP | I/O | USB data is positive | Undefined, please suspend |
22 | USB_DM | I/O | USB data negative | Undefined, please suspend |
23 | GND | P | grounds | grounding |
24 | GND | P | grounds | System power supply(Suggest increasing the use of capacitors at the power supply end) |
25 | 3.3VD | P | 3.3V input, recommended power supply current>=1000mA | |
26 | 3.3VD | P | ||
27 | GND | P | grounds | |
28 | SPI_CS0 | I/O | SPI bus chip selection signal 0 | Undefined, please suspend |
29 | REF_CLKO | I/O | Reference clock output | Undefined, please suspend |
30 | PERST_N | I/O | PCIe device reset output terminal | Undefined, please suspend, cannot be pulled down |
31 | WDT_RST_N | I/O | Watchdog timeout reset | |
32 | EPHY_LED4 | I/O | PORT4 LED low level effective | LAN4's Ethernet port light |
33 | EPHY_LED3 | I/O | PORT3 LED low level effective | LAN3's Ethernet port light |
34 | EPHY_LED2 | I/O | PORT2 LED low level effective | LAN2's Ethernet port light |
35 | EPHY_LED1 | I/O | PORT1 LED low level valid | LAN1's Ethernet port light |
36 | EPHY_LED0 | I/O | PORT0 LED low level valid | WAN port light |
37 | PORST_N | I/O | CPU reset, low level effective | Reset input, no need to leave it suspended |
38 | UART_TXD1 | O | Serial port 1 data transmission | Serial port 1 output, do not need to be suspended, cannot be pulled down |
39 | UART_RXD1 | I | Serial port 1 data reception | Serial port 1 input, no need, please suspend |
40 | I2S_SDI | I/O | I2S data input terminal | Undefined, please suspend |
41 | I2S_SDO | I/O | I2S data output terminal | Undefined, please suspend, cannot be pulled up |
42 | I2S_WS | I/O | I2S channel selection, 0: left, 1: right | Undefined, please suspend |
43 | I2S_CLK | I/O | I2S data bit clock | Undefined, please suspend |
44 | GND | P | grounds | grounding |
45 | ANT | P | Antenna RF interface, default not connected | If you need to connect this pin, you need to remove the antenna base and replace it with a 0 ohm resistor |
46 | GND | P | grounds | grounding |
47 | I2C_SCLK | I/O | I2C bus clock | Undefined, please suspend |
48 | I2C_SD | I/O | I2C bus data | Undefined, please suspend |
49 | SPI_CS1 | I/O | SPI chip selection signal 1 | Undefined, please suspend |
50 | SPI_CLK | I/O | SPI clock signal | Undefined, please suspend, cannot be pulled up |
51 | SPI_MISO | I/O | SPI bus data master in and slave out | Undefined, please suspend, cannot be pulled down |
52 | SPI_MOSI | I/O | SPI bus data master output slave input | Undefined, please suspend, cannot be pulled up |
53 | GPIO0 | I/O | GPIO | Undefined, please suspend |
54 | UART_TXD0 | O | Serial port 0 data output | Serial port 0 output, no need to suspend, cannot be pulled up |
55 | UART_RXD0 | I | Serial port 0 data input | Serial port 0 input, no need, please suspend |
56 | WLED_N | I/O | WIFI LED, Active low | When there is a WIFI signal, the WIFI LED flashes and can be suspended |
Note: I - Input; O-output; I/O - Digital I/O; P-power supply. The IO port drives a current of 8mA. |
Product manual |
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Introduction to Yibaite |
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Online purchase |
Yibaite Official Taobao Store】: |
To Zhe Yi Bai Te Exclusive Store: |
Alibaba: |
Bulk procurement/customized products |
Sales Hotline: 7x24 hour sales service hotline |
[Contact email]: sales@cdebyte.com |
Technical Consultation |
Online submission: |
[Contact email]:support@cdebyte.com |
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Frequently Asked Questions |
★Question:Can two WIFI radios communicate directly with each other; How to configure it if possible. |
Answer:sure; The manual provides detailed instructions on how to set up APSSTATION, including how to connect one as a Station and the other as an AP. |
★ Question: Does it support MQTT or Azure? If not, is there any way to do it? |
Answer:MQTT and Azure belong to the upper layer protocol references of the Internet of Things, and customers can implement the protocol content on E103-W02 |
★Question:May I ask if the module pins are compatible with ESP-12? How big is Flash? |
Answer:Our E103-W01 pin is compatible with ESP-12F, and our external flash size is 1MB. |
★ Q: Is it possible to implement data transmission from one hundred modules on a device to a server? |
Answer:tolerable. |
★Question:What is the reason why the WIFI module cannot ping the external IP address when the module is connected to the router and the router is connected to the external network? |
Answer:Cannot ping the external network. |
★Question:How long can the maximum sleep time be set before the module is automatically awakened, for example, can it be set to 4 hours before waking up? |
Answer:It can meet the requirement of 4 hours wake-up time for configuration, but the longest time has not been tested. You can test it yourself. |
★Question:How to configure a module to enter a low-power state and wake up the module on a scheduled basis? |
Answer:The manual contains relevant AT command setting methods and instructions, which belong to timed wake-up, but not periodic. |
★Question:I cannot modify the module name. After successfully modifying it, I used the AT command to check if it was the name I wanted. However, when I scanned it with my phone, the name was still "CDEBYTE". After powering it on countless times, I found that the name had not changed. This module cannot be scanned by Bluetooth modules from other companies, nor can it be scanned by WIN10 computers. It can only be scanned by my Xiaomi phone. I have tried both single role and multi role modes, but this module cannot be scanned. |
Answer:1. Computers need to have BLE function to scan our devices. Generally, computers use classic Bluetooth, which cannot be scanned; 2. Recommend using the "BLE Deng" app software for testing; 3. Please ensure that the power supply is sufficiently stable; 4. Our E74 is currently in the Xiaomi series of smartphones; 5. The Bluetooth name can be modified, and the app uses the testing software lightblue; It is recommended to use lightblue and BLE assistant for testing software IOS, and BLE deng for Android. |
★ Question: In UDP mode, it is possible to connect, but communication is not possible. What is the reason for not receiving data when sending? |
Answer:You can first check if the port information configured for UDP socket matches that of the sender; Try sending data to each other. Early versions require customer service to send data to the server first. It is recommended to upgrade to the latest version V1.5 based on our customer information to solve the problem. |
★ Question: Do you have performance testing data for the module? |
Answer:We tested EVM, frequency accuracy, harmonic distortion, power adaptability, and standing wave ratio. The throughput of WiFi has not been tested. |
★ Question: What is the AT command for sending data? I couldn't find it in the manual |
Answer:In transparent transmission mode, simply send the data directly. No instruction required. |
★ Question: Can the second pin on the module, which is the ADC input pin, be used to detect battery voltage? |
Answer:Can be used to detect voltage, with a detection range of 0.0V~1.0V voltage; Our user manual provides detailed instructions, please refer to the user manual. |
★ Question: Is the LED indicator light on the module a power indicator light or a signal indicator light? |
Answer:Intermittent Double Flashing: The module cannot connect to the AP access point. Intermittent Single Flashing: The module has connected to the AP access point but cannot connect to the TCP server. Off: The module has connected to the AP and the server, which is the status indicator light; Please refer to the product manual for details. |
product model |
interface type | Chip Solution | Operating Frequency Hz |
Transmission power dBm |
Communication distance km |
communication protocol | antenna form | Product size mm |
Functional Features | technology manual |
sample buy |
---|---|---|---|---|---|---|---|---|---|---|---|
UART | MT7688AN/MT7628AN | - | 20~24 | 200 | 802.11b/g/n | IPX | 34.1*18.7*2.77 | Super strong data processing capability | |||
UART | CC3220R | 2.4G | 18 | 0.18 | 802.11 b/g/n | PCB/IPX | 19 * 27 | Support serial port AT instruction set | |||
UART | ARM ® Cortex ®- M3 Application Processor/ARM ® Cortex ®- M0 Link Controller | 2.4G | 12 | - | 802.11b | - | 22*13 | WIFI to serial port module | |||
UART | ARM ® Cortex ®- M3 Application Processor/ARM ® Cortex ®- M0 Link Controller | 2.4G | 12 | - | 802.11b | - | 16*13 | WIFI to serial port module | |||
UART | - | 2412~2484M | - | - | 802.11b/g/n | - | 18*31 | WIFI MESH self-organizing network module | |||
UART | ESP8285N08 | 2.4G | 20 | 0.25 | 802.11 b/g/n | IPEX | 15*12.3mm | Serial port to Wi Fi module | |||
UART | CC3235S | 2.4G/ 5G | 18 | - | 802.11 a/b/g/n | - | 20.5*17.5 | Dual band WIFI module | |||
USB | - | - | - | - | - | - | 62*31mm | E103-W06 module test board | |||
UART I/O | W600 | 2.4G | 20 | 0.15 | 802.11b/g/n | On board PCB | 24*16*2.5mm(±0.2) | Power on transparent transmission, serial port transparent transmission | |||
UART I/O | W600 | 2.4G | 20 | 0.4 | 802.11b/g/n | IPEX | 17*16*2.5mm (±0.2) | Power on transparent transmission, serial port AT command configuration | |||
UART I/O | W600 | 2.4G | 20 | 0.12 | 802.11b/g/n | PCB | 19*13*2.5 | Small size, high cost-effectiveness | |||
UART I/O | ESP8266EX | 2.4G | 20 | 0.1 | 802.11b/g/n | Ceramic/IPX | 16 * 24 | Support AirKiss, transparent boot transmission | |||
RS232/RS485 | CC3200 | 2.4G | 0.1W | 0.3 | 802.11 b/g/n | SMA-K | 82*62*25 | Serial port data ⇌ WiFi data transmission | |||
UART I/O | CC3200 | 2.4G | 20 | 0.3 | 802.11b/g/n | PCB/IPX | 19 * 27 | Ultra low power consumption, 3M high-speed continuous transmission | |||
UART I/O | ESP8266EX | 2.4G | 20 | 0.1 | 802.11b/g/n | PCB | 16 * 24 | Power on transparent transmission, supports AirKiss |
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E103-W20
Product model: E103-W20
interface type
: UART
Chip Solution
: MT7688AN/MT7628AN
Working frequency Hz
:-
Transmission power dBm
: 20~24
Communication distance (km)
: two hundred
communication protocol
-
: 802.11b/g/n
antenna form
: IPX
Product size mm
: 34.1*18.7*2.77
Functional features: Super strong data processing capability
PDF :
buy
E103-W03
Product model: E103-W03
interface type
: UART
Chip Solution
-
: CC3220R
Working frequency Hz
: 2.4G
Transmission power dBm
: eighteen
Communication distance (km)
: zero point one eight
communication protocol
: 802.11 b/g/n
antenna form
: PCB/IPX
Product size mm
: 19 * 27
-
Feature: Supports serial port AT instruction set
PDF :
buy
E103-W08A
Product model: E103-W08A
interface type
: UART
Chip Solution
: ARM ® Cortex ®- M3 Application Processor/ARM ® Cortex ®- M0 Link Controller
Working frequency Hz
: 2.4G
Transmission power dBm
: twelve
-
Communication distance (km)
:-
communication protocol
: 802.11b
antenna form
:-
Product size mm
: 22*13
Functional features: WIFI to serial port module
PDF :
buy
E103-W08B
Product model: E103-W08B
-
interface type
: UART
Chip Solution
: ARM ® Cortex ®- M3 Application Processor/ARM ® Cortex ®- M0 Link Controller
Working frequency Hz
: 2.4G
Transmission power dBm
: twelve
Communication distance (km)
:-
communication protocol
: 802.11b
antenna form
-
:-
Product size mm
: 16*13
Functional features: WIFI to serial port module
PDF :
buy
E103-W07
Product model: E103-W07
interface type
: UART
Chip Solution
:-
Working frequency Hz
-
: 2412~2484M
Transmission power dBm
:-
Communication distance (km)
:-
communication protocol
: 802.11b/g/n
antenna form
:-
Product size mm
: 18*31
Functional features: WIFI MESH self-organizing network module
PDF :
-
buy
E103-W10
Product model: E103-W10
interface type
: UART
Chip Solution
: ESP8285N08
Working frequency Hz
: 2.4G
Transmission power dBm
: twenty
Communication distance (km)
: zero point two five
-
communication protocol
: 802.11 b/g/n
antenna form
: IPEX
Product size mm
: 15*12.3mm
Functional features: Serial port to Wi Fi module
PDF :
buy
E103-W06
Product model: E103-W06
interface type
: UART
-
Chip Solution
: CC3235S
Working frequency Hz
: 2.4G/ 5G
Transmission power dBm
: eighteen
Communication distance (km)
:-
communication protocol
: 802.11 a/b/g/n
antenna form
:-
Product size mm
-
: 20.5*17.5
Functional features: Dual band WIFI module
PDF :
buy
E103-W06-TB
Product model: E103-W06-TB
interface type
: USB
Chip Solution
:-
Working frequency Hz
:-
Transmission power dBm
-
:-
Communication distance (km)
:-
communication protocol
:-
antenna form
:-
Product size mm
: 62*31mm
Functional features: E103-W06 module test board
PDF :
buy
E103-W05C
-
Product model: E103-W05C
interface type
: UART I/O
Chip Solution
: W600
Working frequency Hz
: 2.4G
Transmission power dBm
: twenty
Communication distance (km)
: zero point one five
communication protocol
: 802.11b/g/n
-
antenna form
: Onboard PCB
Product size mm
: 24*16*2.5mm(±0.2)
Functional features: transparent transmission upon startup, transparent transmission via serial port
PDF :
buy
E103-W05B
Product model: E103-W05B
interface type
: UART I/O
Chip Solution
: W600