Allwinner T527 Series Is Coming Soon | Get a Sneak Peek at the FET527N-C Industrial-grade High-performance SoM

As a strategic partner, Forlinx and Allwinner have jointly worked together for many years to launch several classic intelligent control products. To fully meet the increasing demand for high performance and AI computing power in the industrial field, the two sides have once again deepened their cooperation and jointly launched the new FET527N-C industrial-grade SoM, providing powerful and stable performance support for the intelligent upgrade of various industries!

FET527N-C industrial-grade SoM

▊ FET527N-C System on Module

FET527N-C System on Module (SoM) is powered by the Allwinner T527 series high-performance processor, featuring 8 x ARM Cortex-A55 cores, 1 x RISC-V core, and 1x DSP core. It includes an NPU with 2TOPS of computing power for AI applications. With a board-to-board connection and pluggable design, installation and maintenance are simplified. Rigorously tested in industrial environments by Forlinx Embedded, it ensures product stability. FET527N-C SoM offers a 10~15 year product longevity program, ensuring continuous supply for your products.

FET527N-C System on Module (SoM)

▊ Eight-core High-performance Industrial-grade Chip

T527 series is a new generation of processors developed by Allwinner Technology for industrial applications and other fields. It includes multiple models such as T527 and T527N. This processor integrates 8 x ARM Cortex-A55 high-performance cores with a data processing capability of up to 36.7KDMIPS, along with 1 x RISC-V core and 1 x DSP core. HiFi4 DSP supports heterogeneous audio processing.

Eight-core High-performance Industrial-grade Chip

▊ New Generation Low-power ARM GPU

T527 series high-performance processor features the new generation ARM G57 MC1 GPU, boasting high memory bandwidth and low power consumption. With a Manhattan benchmark score of up to 14, its overall computing power is approximately 50% higher than that of the G52, offering improved performance.

New Generation Low-power ARM GPU

▊ 2TOPS NPU Computing Power, Supporting INT8/INT16

FET527N-C SoM features a 2TOPS computing power NPU that supports INT8/INT16, mainstream commonly used model frameworks, and 40 different operators such as Conv, Activation, and Pooling, as well as custom operators.

2TOPS NPU Computing Power, Supporting INT8/INT16

▊ HD Decoding with Display Enhancement

FET527N-C SoM supports H.264 encoding and decoding, H.265 decoding, and up to 4K resolution. It is compatible with RGB, MIPI DSI, LVDS (Dual link), and eDP combinations, supporting dual-screen display of 4K+1080P to meet diverse display requirements in various scenarios.

HD Decoding with Display Enhancement

▊ Continuously Updated User Documents

Comprehensive software and hardware development resources, FAQ manual, pin reuse comparison table, hardware manual, test routines, baseboard schematic, and other materials are all available to make your development easier and production more convenient.

Continuously Updated User Documents

▊ Wide Range of Industry Applications

FET527N-C SoM is widely used in areas such as commercial displays/cashiers, cloud computing, robotics, industrial intelligence, edge computing gateways, aftermarket vehicle central control, commercial vehicles, and industrial control machines. With competitive pricing and comprehensive after-sales support, it can help speed up your product launch and keep you ahead in the industry.

Wide Range of Industry Applications

▊ OK527N-C Development Board Interfaces

OK527N-C Development Board Interfaces

▊ FET527N-C SoM Detailed Parameters

FET527N-C System on Module Basic Features

CPU

Allwinner T527

CPU: T527M02X0DCH

ARM:[email protected] + 4×[email protected]

RISC-V: 200MHz

DSP: 600MHz HiFi4

NPU: 2TOPS, supports INT8/INT16, supports 40 types of operators such as Conv, Activation, Pooling

GPU: ARM G57 MC1

VPU:
Hard Decoding: H.264, 4K@25fps
Hard Encoding: H.265, 4K@60fps; H.264, 4K@30fps

RAM

2GB/4GB LPDDR4

ROM

16GB/32GB eMMC

Voltage input DC 5V

Operating temp

-40℃~+85℃

Connection

Board to board connector(4x 80 pins, 0.5mm pitch, combined height: 2.0mm)

OS version

Linux 5.15.104+QT 5.12.5, Android

Firmware installation

TF card

USB OTG


FET527N-C System on Module Functional Parameters

Peripheral

NUM

Spec.

RGB_LCD 1

≤2

TCON_LCD0 supports DE/SYNC mode, 1920×1080@60fps

TCON_LCD2 supports DE/SYNC mode, 1280×720@60fps

LVDS 1

≤2

Supports dual link 1920×1080@60fps

MIPI-DSI 1

≤2

Supports 4-lane MIPI DSI, 1280×720@60fps, 1920×1200@60fps

Supports 4+4lane MIPI DSI, 2560×1600@fps, 3840×2160@45fps, 4096×2160@45fps

HDMI2.0

1

Supports 2D up to 4K@ 60fps and 3D up to 4K@ 30fps

eDP1.3

1

Supports 2.5K@ 60fps and 4K@ 30fps

MIPI-CSI

≤4

8M@30fps RAW12 2F-WDR, maximum 3264(H)×2448(V)

Supports combination of 4+4-lane, 4+2+2-lane, or 2+2+2+2-lane

Parallel CSI

1

8/10/12/16-bit width

ITU-R BT.656 up to 4*720P@30fps

ITU-R BT.1120 up to 4*1080P@30fps

Ethernet

≤2

GMAC, supports RMII/RGMII with 10/100/1000Mbit/s

UART

≤10

16450/16550, 8 of them up to 1.5 Mbit/s, and 2 of them up to 10 Mbit/sSupports DS and HS

CAN

≤2

1Mbps

USB2.0

≤2

USB0: USB2.0 OTG, 480Mbps

USB1: USB2.0 Host, 480Mbps

USB 3.1 2

≤1

USB3.1 DRD mode, 5 Gbit/s

PCIe2.1 2

≤1

Only supports RC mode, 1-lane, 5Gbps

SDIO 3

≤2

SDC0: for SD card, up to SDR with 200MHz

SDC1: SDIO3.0, up to SDR with 200MHz

SPI 4

≤4

SPI0: supports host/ slave mode, up to 100MHz

SPI2: supports host/ slave mode, up to 100MHz

S_SPI0: supports host/ slave mode, up to 100MHz

SPI1: supports SPI mode and DBI mode(display bus interface)

TWI 5

≤8

Compatible with I2C, standard mode 100kbit/s, fast mode 400kbit/s

Audio Codec

1

Built inCodec, supports a stereo earphone, two differential LINEOUT and three differential MIC

I2S/PCM

≤4

Sampling rate from 8KHz to 384KHz

DMIC

1

8-lane, sampling rate from 8KHz to 48KHz

OWA IN/OUT

1

Single-lane

GPADC

14

12-bit sampling resolution and 10-bit accuracy, sampling rate up to 1MHz

LRADC

2

6-bit sampling resolution, sampling rate 3KHz, for key detect

PWM

≤30

Output 0~24MHz or 0~100MHz

CIR TX/RX

1

IrDA