Home / Docs Center / Dev Boards & Modules / HiSiliconhi3520DV400DualhdmiBoard

HiSiliconhi3520DV400DualhdmiBoard

Dev Boards & Modules · HiSilicon

Project: Board Introduction | page_id: 879

3520dv400 Dual-Channel HDMI Capture Board
Model XSWTVR-2CE20DV4006801/TX
CPU HI3520DV400
Video Encoding Supports H.265/H.264 encoding/decoding, max resolution 1920x1080@60fps
Video Input 2-channel HDMI input, max resolution 1920x1080@60fps
Audio Input HDMI embedded audio, sampling rate: 8K/12K/16K/24K/32K/44.1K/48K
Video Output None
Storage SPI NOR 128Mbit flash
USB USB 2.0
Network RJ45 10/100/1000M
Operating Temperature 0 to 70℃
Service Life Continuous operation lifespan of more than 3 years

1. Product Images

2. Chip Specifications

  1. Processor Core
    * ARM Cortex A7 dual core @Max.1.3 GHz
    − 32KB L1 I-Cache, 32KB L1 D-Cache
    − 256KB L2 Cache
    − Supports NEON/FPU
  2. Video Encoding
    * H.265 Main Profile, Level 4.1 encoding
    * H.265 Main Profile, Level 4.1 decoding
    * H.264 Baseline/Main/High Profile Level 4.2 encoding
    * H.264 Baseline/Main/High Profile Level 4.2 decoding
    * MPEG-4 SP, L0~L3/ASP L0~L5 decoding
    * MJPEG/JPEG Baseline encoding
  3. Video Encoding Processing Performance
    * H.264/H.265&JPEG multi-stream codec performance:
    − 4x1080p@15fps H.265/H.264 encoding + 4xD1@15fps H.265/H.264 encoding
    • 4x1080p@15fps H.265/H.264 decoding + 4x1080p@2fps JPEG encoding
      − 4x720p@30fps H.265/H.264 encoding + 4xD1@30fps H.265/H.264 encoding
    • 4x720p@30fps H.265/H.264 decoding + 4x720p@2fps JPEG encoding
      * Supports five rate control modes: CBR/VBR/FIXQP/AVBR/QPMAP
      * Maximum output bitrate 40Mbps
      * Supports region of interest (ROI) encoding
      * Supports color-to-gray encoding
  4. Intelligent Video Analytics
    * Integrates an intelligent analytics acceleration engine, supporting intelligent motion detection, perimeter protection, video diagnosis and other intelligent analytics applications
  5. Video and Graphics Processing
    * Supports de-interlace, sharpening, 3D denoise, dynamic contrast enhancement, mosaic processing and other pre-/post-processing
    * Supports anti-flicker processing for video and graphics output
    * Supports video 1/15~16x scaling
    * Supports graphics 1/2~2x scaling
    * Supports 4 occlusion regions
    * Supports 8-region OSD overlay
  6. Audio Encoding/Decoding
    * Multi-protocol audio encoding implemented in hardware, supporting ADPCM, G.711, G.726
    * Multi-protocol audio encoding/decoding implemented in software
  7. Security Engine * Hardware implementation of AES/DES/3DES encryption/decryption algorithms
  8. Video Interfaces
    * Video input interface
    − Supports two 8bit interfaces or one 16bit interface
    − Each 8bit interface supports 108/144MHz 4-channel D1/960H time-division multiplexed input, supporting 8xD1/8x960H real-time video input in total
    − Each 8bit interface supports 144/148.5MHz 2-channel 720p time-division multiplexed input, supporting 4x720p@30fps real-time video input in total
    − Each 8bit interface supports 148.5MHz dual-edge sampling or 297MHz single-edge sampling for 4-channel 720p time-division multiplexed input, supporting 8x720p@30fps real-time video input in total
    − Each 8bit interface supports 148.5MHz BT.1120 Y/C interleave mode input, supporting 2x1080p@30fps real-time video input in total
    − Each 8bit interface supports 2-channel 1080p time-division multiplexed input via 148.5MHz dual-edge sampling or 297MHz single-edge sampling, supporting 4x1080p@30fps real-time video input in total
    − The 16bit interface supports 148.5MHz BT.1120 standard mode, supporting 1x1080p@60fps real-time video input
    * Video output interface
    − Supports one HDMI 1.4b HD output interface, max output 3840x2160@30fps
    − Supports one VGA HD output interface, max output 1080p@60fps
    − Supports two independent HD output channels (DHD0, DHD1), which can output through any HD interface (HDMI, VGA)
    − DHD0 supports 16-window output, max output 3840x2160@30fps
    − DHD1 supports 16-window output, max output 1080P@60fps
    − Supports one CVBS SD output interface
    − Supports three full-screen GUI graphics layers in ARGB1555 or ARGB8888, used for 2 HD channels and 1 SD channel respectively
    − Supports two hardware cursor layers, format configurable as ARGB1555 or ARGB8888, max resolution 256x256
  9. Audio Interfaces
    * 3 unidirectional I2S/PCM interfaces
    − 2 inputs, supporting 16-channel composite input
    − 1 output, supporting dual-channel output
    − Supports 16bit voice input and output
  10. Network Interface
    * 1 Gigabit Ethernet interface
    * − Supports RGMII, RMII and MII interface modes
    * − Supports 10/100Mbit/s half-duplex or full-duplex
    * − Supports 1000Mbit/s full-duplex
    * − Supports TSO to reduce CPU overhead
  11. Peripheral Interfaces
    * Supports 2 SATA3.0 interfaces
    − Supports PM function
    − Supports eSATA
    * 2 USB 2.0 HOST interfaces with Hub support
    * 3 UART interfaces, one of which supports 4 wires
    * 1 SPI interface, supporting 2 chip selects
    * Supports 1 IR interface
    * Supports 1 I2C interface
    * Supports multiple GPIO interfaces
  12. Memory Interfaces
    * 1 16bit DDR3 SDRAM controller interface
    − Max frequency 933MHz
    − Supports ODT function
    − Max capacity 1GB
    − Supports automatic power control
    * SPI NOR/NAND Flash interface
    − 1/2/4-wire SPI NOR/NAND Flash
    − 2 chip selects, each can connect a different type of Flash
    − For SPI NOR flash, each chip select supports up to 64MB
    − For SPI NAND flash, each chip select supports up to 512MB
    − For SPI NAND flash, supports 2KB/4KB page size
    − For SPI NAND flash, supports 8bit/1Kbyte ECC and 24bit/1Kbyte ECC
    * Built-in 4KB BootROM and 16KB SRAM
  13. Independently Powered RTC
    * The RTC can be independently powered by a battery
    * Can boot from SPI NOR flash, SPI NAND flash or eMMC
  14. Multiple Configurable Boot Modes
    * Supports booting from BootROM
    * Supports booting from SPI NOR flash
    * Supports booting from SPI NAND flash
  15. SDK
    * Provides a development package based on Linux-3.18
    * Provides audio codec libraries for multiple protocols
    * Provides high-performance PC decoding libraries for H.265/H.264
  16. Chip Physical Specifications
    * Power consumption
    − 2.0W typical power consumption
    − Supports multi-level power control
    * Operating voltage
    − Core voltage 0.9V
    − CPU voltage 1.0V
    − IO voltage 3.3V
    − DDR3 SDRAM interface voltage 1.5V
    * Package
    − RoHS, TFBGA
    − Pin pitch: 0.65mm
    − 15mm x 15mm package size
    * Operating temperature: 0~70℃
    1. Core Board Physical Parameters
      * Dimensions: 67*93mm
      * 4Gb DDR3
      * 128Mb NOR flash

3. Reserved Interfaces and Circuit Diagrams of the Core Board

* DC 12V power interface x1
* Status indicator x4
* HDMI input interface x2
* RJ45 Gigabit Ethernet port x1
* Debug serial port (3pin) x1
* TTL serial port (3pin) x1
* Reserved USB interface (4pin) x1


4. FAQ

Question Answer
1. Does it support H.264 encoding, or are both H.264 and H.265 supported? Both are supported
2. The main controller supports 933MHz. What is the actual running rate on the board? It is the same
3. Is the SDK source code available? An SDK is included when you purchase the development board
4. How much computing power does this have? It has no hardware AI computing power
5. Can it be used both as an encoding board and as a decoding board? Yes
6. Are the schematic and PCB included? No, the schematic and PCB are charged separately, 5000 in total
7.
Didn't find what you need?Contact us,Talk to our engineers directly.

Request a Quote

Fill in the form and we will get back with a quote and proposal within 1 business day.

Click "Generate inquiry email" to open your mail client with the body pre-filled. If no mail client is configured, click "Copy" and paste it into webmail — recipient: sunshiyang@xstrive.com.