artosyn P301-D Wireless Data Transceiver Module Owner’s Manual
- June 9, 2024
- artosyn
Table of Contents
Product brief of P301-D
P301-D wireless data transceiver Module
Product Brief
Version V1.0.3
1 Introduction of P301-D module
P301-D is a 2.4/5.8G high-bandwidth wireless data transceiver module, consisting of a wireless transmitter (DEV) module and a wireless receiver (AP) module, based on the principle of TDD, using OFDM and MIMO and other key technologies to improve the utilization of the frequency band while providing longer transmission distance, supporting automatic frequency hopping, with the advantages of long distance, strong anti-interference ability, low latency, etc. As a highly integrated module product, P301-D can be widely used in UAV, security monitor, construction, live TV, special inspection and other fields to meet the demands of quick development application.
Single AP module can wirelessly connect 1 ~ 4 DEV modules; AP module and DEV module can transmit HD video, voice and data in both directions. The bandwidth rate of upstream and downstream can be flexibly configured according to the application scenario.
While module is not transmitting any information, it can automatically discontinue transmission and become standby mode for power saving. The module can detect the controlling signal of ACK message transmitting from remote device and verify whether it shall resend or discontinue transmission.
Figure-1 Working mode of P301-D module
2 Technical features of P301-D module
- Based on the principle of TDD, key technologies such as OFDM and MIMO are used to improve the frequency band utilization
- Support 64QAM, 16QAM, QPSK, BPSK modulation modes and multiple code rates for autonomous dynamic adjustment
- Support AES encryption and multiple security policies to prevent illegal listening and interception
- Adopt frequency hopping scheme, real-time monitoring of interference and automatic selection of frequency hopping range; automatic and fast frequency change and adjustment of modulation and coding strategy (MCS) according to the current channel interference situation
- Built-in H.265 encoder with advanced encoder bit rate control algorithm and seamlessly interfaced with automatic MCS adjustment of baseband, which is more suitable for wireless link transmission while ensuring image quality.
3 Hardware form of P301-D module
Front Figure-2: P301-D Module Back
Front Figure-3: P301-D EVB Board Back
4 Key specifications of P301-D module
| Category | Parameters | Description |
|---|---|---|
| System | Memory | 4Gbit DDR4 |
| Flash | 256Mbit SPI NOR Flash | |
| Size | 60mm35mm6.5mm（shield included） | |
| Weight | 20g（shield,thermal conductivity pad included） | |
| Power consumption | 2.4G 2T2R transmitter < 7.7W@25dBm |
2.4G 1T2R receiver < 3.69W
5.8G 2T2R transmitter < 7.03W@25dBm
5.8G 1T2R receiver < 4.2W
Power supply| DC 5V
Interface| 60pin*2 B2B
Temperature range| working temperature：-30~55℃
storage temperature：-40~120℃
Wireless transmission latency| 30ms
Video transmission latency| 100ms@1080P60(DVPinput->DVPoutput）
Interface| USB| USB 3.0 Host/Device
Ethernet| 10/100/1000M self-adapting
CAN| 2
UART| 3
Video| Video interface| BT.1120/BT.656
24Bit RGB888
MIPI CSI-4 lane
Codec type| H.264 BP/MP/HP encoding and decoding
H.265 MAIN/MAIN10 @L5.0 High-tier encoding and decoding
MJPEG/JPEG Extended Sequential encoding and decoding
Codec resolution| H.264: 1080P@60fps H.265:
4Kx2K@30fps+1080p@30fps
MJPEG/JPEG: 4Kx2K@30fps
Wireless| Maximum transmitting power| 28±1dBm 2.4GHz
26±1dBm 5.8GHz
Note: 2.4G frequency band adopts high-gain PA.
When using it, be sure to connect the antenna asa load at the antenna end to
prevent no-load reflection from damaging the PA
Channel bandwidth| 10MHz/20MHz/40MHz
Maximum transmission rate| 60Mbps
Sensitivity| 2.4G SLOT: -101dBm BPSK 10M repeat off
2.4G BR: -103dBm BPSK 5M repeat off
5.8G SLOT: -101dBm BPSK 10M repeat off
5.8G BR: -103dBm BPSK 5M repeat off
Frequency hopping solution| Downlink: Automatic channel shift frequency
Uplink: sub-band frequency hopping
Maximum transmission distance| 15Km（empty and undisturbed circumstances, line
of-sight propagation）
Networking method| Point to multipoint
Chipset| AR9201+AR8003S
Frequency band| 2.3~2.7GHz
4.9~5.9GHz
5 Interface signal of P301-D module
CON1
| B2BPin Number | Pin_Name | B2BPin Number | Pin_Name |
|---|---|---|---|
| 1 | VDD_5V_SYS | 2 | UART_RX0_1V8 |
| 3 | VDD_5V_SYS | 4 | UART_TX0_1V8 |
| 5 | VDD_5V_SYS | 6 | AR9201_UART_TX1_1V8 |
| 7 | VDD_5V_SYS | 8 | AR9201_UART_RX2_1V8 |
| 9 | GND | 10 | AR9201_UART_RX1_1V8 |
| 11 | GND | 12 | AR9201_UART_TX2_1V8 |
| 13 | MDI1N | 14 | MDI2P |
| 15 | MDI1P | 16 | MDI2N |
| 17 | MDI0N | 18 | MDI3P |
| 19 | MDI0P | 20 | MDI3N |
| 21 | SOC_I2C_SCLK1 | 22 | SOC_I2C_SDA1 |
| 23 | RTC_VBBAT | 24 | AR9201_UART_RX3_1V8 |
| 25 | SOCADC_IN2 | 26 | AR9201_UART_TX3_1V8 |
| 27 | SOC_PWM3 | 28 | SOC_I2S_CLK0 |
| 29 | SOC2SPI_DI_M0 | 30 | SOC_I2S_SDO0 |
| 31 | P301_M_RST_n | 32 | SOC_PWM4 |
| 33 | SOC2SPI_CLK_M0 | 34 | SOC_PWM2 |
| 35 | SOC2SPI_CLK_MS3 | 36 | SOCADC_IN4 |
| 37 | SOC_I2S_WS0 | 38 | SOCADC_IN3 |
| 39 | GND | 40 | SOC2SPI_CS_MS3 |
| 41 | GND | 42 | SOC2SPI_DI_MS3 |
| 43 | SOC2SPI_DO_M0 | 44 | SOC2SPI_CS_M0 |
| 45 | SOC_PWM1 | 46 | SOC2SPI_DO_MS3 |
| 47 | SOCADC_IN1 | 48 | GND |
| 49 | AR8003S_ANTSW SEL | 50 | MODE_SEL |
| 51 | ETH_LED_100M | 52 | SOC_I2S_SDI0 |
| 53 | VDD_5V_FEM | 54 | GND |
| 55 | VDD_5V_FEM | 56 | GND |
| 57 | VDD_5V_FEM | 58 | GND |
| 59 | VDD_5V_FEM | 60 | ETH_LED_10M |
CON2
| B2BPin Number | Pin_Name | B2BPin Number | Pin_Name |
|---|---|---|---|
| 1 | SOC2USB_DN | 2 | SOC2DVP_PCLK0 |
| 3 | SOC2USB_DP | 4 | GND |
| 5 | GND | 6 | SOC2DVP_QE2_6 |
| 7 | SOC2DVP_QE1_6 | 8 | SOC2DVP_QE1_0 |
| 9 | SOC2DVP_QE1_2 | 10 | SOC2DVP_QE2_7 |
| 11 | SOC2DVP_HSYNC0 | 12 | SOC2DVP_QE1_5 |
| 13 | SOC2DVP_QE1_7 | 14 | SOC2DVP_QE1_3 |
| 15 | SOC2DVP_QE0_0 | 16 | SOC2DVP_QE1_1 |
| 17 | SOC2DVP_QE1_4 | 18 | SOC2DVP_QE2_4 |
| 19 | SOC2DVP_VSYNC0 | 20 | SOC2DVP_QE2_5 |
| 21 | SOC2DVP_QE0_1 | 22 | SOC2DVP_DE0 |
| 23 | SOC2DVP_QE0_3 | 24 | SOC2DVP_QE2_3 |
| 25 | SOC2DVP_QE0_6 | 26 | SOC2DVP_QE2_1 |
| 27 | SOC2DVP_QE0_5 | 28 | SOC2DVP_QE0_2 |
| 29 | SOC2USB_RX0P | 30 | SOC2DVP_QE2_0 |
| 31 | SOC2USB_RX0N | 32 | SOC2DVP_QE2_2 |
| 33 | SOC2USB_TX0P | 34 | SOC2DVP_QE0_4 |
| 35 | SOC2USB_TX0N | 36 | GND |
| 37 | GND | 38 | SOC2DVP_QE0_7 |
| 39 | SOC2MIPI_MCLK | 40 | USB_VBUS_DET |
| 41 | GND | 42 | GND |
| 43 | SOC2CAM_MIPI0_D 1P | 44 | SOC2CAM_MIPI0_D0P |
| 45 | SOC2CAM_MIPI0_D 1N | 46 | SOC2CAM_MIPI0_D0N |
| 47 | GND | 48 | GND |
| 49 | SOC2CAM_MIPI0_D 3P | 50 | SOC2CAM_MIPI0_CLKN |
| 51 | SOC2CAM_MIPI0_D 3N | 52 | SOC2CAM_MIPI0_CLKP |
| 53 | SOC2CAM_MIPI0_D 2P | 54 | GND |
| 55 | SOC2CAM_MIPI0_D 2N | 56 | USB_CON_ID |
| 57 | GND | 58 | USB_PWR_PAD |
| 59 | SOC_I2C_SCLK2 | 60 | SOC_I2C_SDA2 |
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>