FET153-S System on Module
CPU: Allwinner T153
Architecture: 4x [email protected]+RISC-V E907@600MHz
Frequency: 1.6GHZ
RAM: 256MB DDR3，512MB DDR3，1GB DDR3
ROM: 256MB NandFlash，512MB NandFlash，8GB eMMC
System: Linux 5.10
FET153-S System on Module Based on Allwinner T153 Processor
As an ecological certified partner of Allwinner Technology, Forlinx Embedded has taken the lead in launching the FET153-S SoM.
The FET153-S SoM is based on Allwinner's T153 processor for industrial use. It features 3 x Gigabit Ethernet, 2 x CAN-FD, and 1 x Local Bus to accommodate the needs of complex, data-driven applications. 10 x UART, 24 x GPADC, 6 x TWI, and 30 x PMW, providing flexibility for diverse applications while ensuring a more secure connection method. Edge connector provides you a more secure connection.
Allwinner T153 SoM Features:
- All the functional pins of the processor are led out by using the edge connector;
- ARM + RISC-V, multi-core heterogeneous, suitable for various scenarios;
- Display interfaces: MIPIDSI, RGB, LVDS;
- Rich industrial bus interfaces: RMII, CAN-FD, LocalBus, etc;
- LocalBus can be used to extend PSRAM, FPGA communication;
- 3 x Gigabit network to meet the needs of industrial control scenarios.
Allwinner's New-Generation High-Performance Chip
The T153 integrates a high-performance 4×Cortex-A7 CPU running at 1.6 GHz and an independent RISC-V MCU.
It offers secure boot, a hardware encryption engine, and Local Bus connectivity, making it ideal for applications in manufacturing and energy industries.
Rich Resources
ARM + RISC-V, Multi-Core Heterogeneous
The T153 combines a quad-core Cortex-A7 processor alongside a 64-bit XuanTie E907 RISC-V microcontroller, meeting both high-performance and real-time control needs.
The Cortex-A7 offers strong data processing, while the RISC-V core is ideal for high real-time performance applications.
All Pins Are Led Out
All CPU pins are routed through an edge connection + LGA connector, allowing for flexible hardware configuration based on specific application scenarios,
which enhances the processor's adaptability and customization, meeting the varied functional requirements of different products across multiple fields.
Supports Parallel Bus Local Bus
Supports the 16-bit/32-bit parallel bus Local Bus, with high data read and write rates, facilitating communication between ARM and FPGA.
Security Features
Rich Display
Multiple display such as RGB, LVDS, and MIPI DSI. The RGB resolution can reach 1920×1080@60fps,
while LVDS also supports 1920×1080@60fps. The MIPI DSI resolution can go up to 1920×1200@60fps.
ISP Improves Image Quality
Supports 4-lane/2-lane MIPI CSI. The integrated ISP supports a maximum of 2 sensors, with a processing capacity of up to 1M@30fps online and 2M@30fps offline.
Trusted Design of the Development Board
Supports the installation of a 20-pin trusted module, facilitating the verification of trusted solutions.
Continuously Updated User Materials
The Allwinner T153 series SoMs provide you with comprehensive development resources,
including software and hardware development materials, an FAQ manual, a pin multiplexing comparison table, a hardware manual, test routines, and the schematic diagram of the baseboard.
The completeness of the materials greatly simplifies the development process, making product development more efficient and convenient.
Wide Range of Industry Applications
▊ Hardware Features
|
FET153-S System on Module Basic Features |
|
|---|---|
| CPU | Allwinner T153 |
| ARM： | 4×Cortex-A7,up to 1.6GHz |
| RISC-V | E907, up to 600MHz |
| NPU： | No |
| GPU： | G2D |
| VPU： | No |
| RAM | 256MB/512MB/1GB DDR3 |
| ROM | 256MB/512MB NandFlash /8GB eMMC |
| Operating Temperature | -40℃~+85℃ |
| Working Voltage | DC 5V |
| Connection | Edge connector + LGA, with a total of 185 pins led out. The center-to-center spacing of the edging connecting pins is 0.4 mm. The pitch for LGA package is 0.47 mm. |
| OS version | Linux5.10 |
| Flashing | USB OTG |
| Dimensions | 44mm x 35mm |
|
FET153-S System on Module Functional Parameters |
||
|---|---|---|
| Function | Quantity | Parameter |
| Parallel CSI | ≤1 | Supports 8/10/12/16 bit wideth and BT.656 up to 2-ch 720P@30fps and BT.1120 up to 2-ch 1080P@30fps,RAW up to 4-ch720P@30fps |
| MIPICSI | ≤2 | Supports 4-lane/2+2-lane,Upto1.0Gbit/sperlane |
| MIPIDSI(1) | ≤1 | Supports 4-lane MIPI DSI, Up to 1920x1200@60fps,1.0Gbit/sperlane |
| RGBLCD(1) | ≤1 | DE/SYNC mode, up to 1920x1080@60fps；RGB888, RGB666 and RGB565 pixel |
| LVDS(1) | ≤2 | Up to 1920×1080@60fps for dual link; Up to 1366×768@60fps for single-link |
| SDIO | ≤2 | SMHC0 for SD card; SMHC1 for SDIO interface, 3.3 V mode only |
| Audio | ≤1 | Built-in audio codec supports 1 x differential LINEOUT output |
| IIS | ≤3 | Supports master/slave mode, sampling rate 8kHz to 384kHz; I2S0/2 supports 4lane application; I2S1 supports 2lane application |
| DMIC | ≤1 | Supports master/slave mode with sampling rate from 8kHz to 48kHz |
| OWAIN/OUT | ≤1 | Single line audio |
| USB2.0 DRD | 1 | Supports master and slave and High-Speed,480Mbps |
| USB2.0 HOST | 1 | Only supports master mode, and High-Speed, 480Mbps |
| GMAC | ≤3 | Supports RMII/RGMII interface and rate 10/100/1000 Mbit/s |
| CAN-FD | ≤2 | Supports CAN-FD（upto64databytes) and CAN2.0A CAN2.0B |
| LocalBus | ≤1 | Supports 8/16/32 bit width, up to 100MHz bus clock |
| SPI | ≤4 | Supports master/slave mode with up to 100MHz clock; SPI0, SPI2, SPI3 support SPI mode; SPI1 supports SPI mode and DBI mode |
| TWI | ≤5 | Compatible with I2C standard, standard mode 100kbit/s, fast mode 400kbit/s |
| UART(2) | ≤10 | Compatible with industry standard 16450/16550. |
| GPADC | ≤24 | 12-bit sampling resolution, maximum sampling rate 1MHz; GPADC2 has 4 channels multiplexed as TPADC |
| TPADC | ≤1 | 4-wire resistive touch, 12 bit SAR type AD conversion |
| PWM&PWMCS | ≤30 | PWM output frequency 0 ~ 24 MHz or 0 ~ 100MHz; PWMCS output frequency 0 ~ 4MHz, supporting maximum and minimum frequency limit |
| LEDC | ≤1 | Control LED light, programmable output high and low width, data up to 800kbit/s |
| IRTX | ≤1 | Infrared output |
| IRRX | ≤4 | Infrared receiving |
| GPIO | ≤140 | |
Note: The parameters in the table are hardware design or theoretical CPU values.
(1) MIPI-DSI have a pin multiplexing relationship, please read the chip data sheet or pin multiplexing table;
(2) UART0 is used as the debugging serial port. It is recommended to keep this design.
▊ Carrier Board
OK153-S Development Board
To minimize your development workload, we offer starter kits that can be used as complete development platforms for evaluation and application development.
OK153-S Single Board Computer by Forlinx, paired with the allwinner T153 SoM possessing 4×Cortex-A7 cores running at 1.6GHz and a RISC-V core, supports the Linux5.10 system.This development board, equipped with diverse functional interfaces, enables users to assess the product's performance, stability and user-friendliness more conveniently, thus accelerating the verification and development process.
| OK153-S Single Board Computer Features | ||
|---|---|---|
| Function | Quantity | Parameter |
| LCD(1) | 1 | RGB 66618 bits, SoM can support up to RGB 88824 bits, up to 1080p @ 60fps |
| LVDS(1) | 1 | Dual Octal, up to 1080P@60fps |
| MIPIDSI(1) | 1 | Supports 4 lane, up to 1080P @ 60fps, requires LVDS to MIPI adapter board |
| Ethernet | 1 | 10/10/1000Mbps adaptive, RJ-45 interface |
| TYPE-C（DEBUG） | 1 | Convert the debug UART to USB export, debug CPUX and RISC-V respectively |
| TYPE-C（USB0） | 1 | Native USB0 interface, supporting OTG function |
| USBHost | 3 | USB2.0, supports up to 480Mbps, extended by hub |
| TF | 1 | Supports extended storage and system flashing |
| Camera | 2 | 2 x 2Lane MIPICSI, supporting OV5645, in addition, AHD to MIPICSI can be realized through the adapter board |
| WiFi&BlueTooth（2） | 1 | Onboard 6221A-SRC, 2.4G/5G dual-band Wi-Fi, BT5.0, and audio capabilities |
| The Wi-Fi function occupies 1 x SDIO interface, the BT function occupies 1 x UART, and 1 x IIS is reserved for audio. | ||
| GPADC | 4 | 1.8V, slide resistor on carrier board for easy testing. |
| RTC | 1 | On-board CR2032 battery, keep going when power is off |
| Audio（2） | 2 | It includes 1 x four - segment headphone jack with built - in HP (headphone) and MIC (microphone), and 1 x monophonic SPEAKER port. |
| KEY | 3 | It includes reset, programming and GPIO buttons. |
| CAN-FD | 2 | CAN-FD with protection circuit |
| RS485 | 2 | It is equipped with automatic transmission and receiving control and protection circuit. |
| IR_RX | 1 | IR_RX, sample rate 1MHz, 64*8bits cache |
| 4G | 1 | Led out via MiniPCIE, supporting EC20 |
| LED | 2 | GPIO controls LED |
| LEDC | 1 | Used to control external smart LED lights |
| SPI | 1 | Multiplexed with RJTAG and JTAG signal |
| RJTAG | 1 | Led out via 2.54mm pin is led out, and multiplexed with SPI3 and JTAG signals |
| JTAG | 1 | Led out via 2.54mm pin is led out, and multiplexed with SPI3 and RJTAG signals |
▊ Downloads
Catalog:
Forlinx Catalog Manual
Product Brief:
FET153-S SoM and OK153-S SBC Introduction
▊ Accessories
Please click here to get more information about the supported modules and accessories.
▊ Technical Support
1. Files to be provided after buying
Hardware related: datasheet, user guide, carrier board schematic, carrier board PCB, SoM pinmux;
Firmware related: OS image, testing demo, source code, manual;
Compiling environment
2. Fast response after-sale technical support service
Contact Us
Welcome to get in touch with us, our experts will reply to your email within 24 hours.
▊ How To Buy
1. Order Online
We have an online store on Alibaba, please contact us for details.
2. Order Offline
Please send your inquiry to [email protected];
3. Payment Terms
100% T/T in advance.
▊ Shipment
1. Delivery: Goods will be shipped by express upon the receipt of the payment;
2. Lead time: Goods will be shipped out within five working days for sample orders and 6 weeks for bulk orders;
3. Shipping charge: Buyers should bear the shipping cost.
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ROM: 16GB / 32GB eMMC
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Architecture: 2×Cortex-A7+RISC-V+DSP
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Architecture: 4x [email protected]+RISC-V@600MHz
Frequency: 1.6GHZ
RAM: 1GB/2GB LPDDR4
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System: Linux
Architecture: 4x [email protected]+RISC-V E907@600MHz
Frequency: 1.6GHZ
RAM: 256MB DDR3，512MB DDR3，1GB DDR3
ROM: 256MB NandFlash，512MB NandFlash，8GB eMMC
System: Linux
